2014
COURSE
CATALOG
86 New Courses
UÊ ÈÈÊTechnicaÊCourses
Complete Suite of Training and
Competency Development
Competen
Software
Technical courses that use software
NExT Catalog-2014(21.5x27.5).indd 1
UÊ ÓäÊSoftwariÊCourses
Includes practical sessions
Field trips
Uses simulation
|1
12/22/13 2:48 AM
Today, the E&P industry faces significant human
resource challenges. Companies with a deficit
of mid-career expertise are under huge pressure
to accelerate the development of their young
professionals.
And as the industry focuses on hard-to-extract oil
and gas resources, professionals at all levels need
to acquire fresh skill sets and better understand
new technologies and their applications.
NExT is dedicated to the professional development of the E&P industry’s petrotechnical professionals. With a portfolio of
more than 420 expert-led courses, training programs, and competency services, NExT has helped more than 10,000 E&P
professionals in more than 50 countries develop the petrotechnical expertise needed to meet today’s increasingly complex
industry challenges.
By combining expert-led courses, in-class projects customized for your asset challenges, field and lab courses that provide
hands-on learning experiences, industry-leading software tools, and one-on-one mentoring, NExT training blends a targeted
skills-development program that aligns your team's abilities to your strategic objectives. Our goal is to provide the best tools
to help you meet your competency development objectives in a sustainable way. Our years of experience in the oil and gas
business, backed by first-class training knowledge gained through university partnerships, enable us to develop, customize, and
continually update the industry’s most advanced E&P training and competency development plans to meet your business goals.
In the following pages, you’ll find discipline maps that explain our public course offering. Each color-coded map shows
courses grouped by discipline and proficiency level to help you find the right ones for you. You can register for a public course
or find out more by visiting us at NExTtraining.net/classes. As always, any of our courses can be tailored to your in-house
training program. To find out more or to ask questions about public courses, please e-mail us at classes@NExTtraining.net.
For 2014, we have added 86 new courses to our growing course curriculum and expanded our technical training programs
with new programs for Surface Facilities O&M, Exploration, Geomechanics, and Unconventional Resources. For training
on industry-leading software tools from Schlumberger, we have added new courses for the latest release of Petrel* E&P
software platform, Techlog* wellbore software platform, and PetroMod* petroleum systems modeling software.
NExT training is here to help move your professional workforce forward. We look forward to serving you and hearing about
your training needs and aspirations.
Hooman Sadrpanah
Managing Director, NExT
NExT Catalog-2014(21.5x27.5).indd 2
12/22/13 2:48 AM
CONTENTS
Petrotechnical
8
Oil and Gas Training and
Competency Development
The NExT Edge
E&P Introduction and
Fundamentals
18
Field Development Planning
34
Geology
66
Geophysics
80
Petrophysics
96
Drilling Engineering
1. Full suite of training courses in upstream oil
and gas industry disciplines as well as surface
facility and midstream training for operators and
technicians
2. Training on industry-leading software tools and
108
Reservoir Engineering
130
Production Engineering
146
Information Management
153
Open Technology
software certification
3. Partnership with advanced industry and academic
institutions to deliver best-in-class oil and gas
technical and software training
4. A teaching faculty of more than 1,000 independent
Facilities/Operations and Maintenance
instructors, all experts in their fields, with a wide
variety of technical and regional experience
154
Surface Facilities Design
and Engineering
166
Technician and Operator
Training
5. Recognized as the 2013 Getenergy Education/
Training Provider of the Year, reinforcing NExT
as the industry’s trusted partner for training and
competency development
Management, Economics, and Finance
6. Access to a global network of Schlumberger
180
Management and Leadership
188
Economics and Finance
training centers, where Schlumberger trains its
customers as well as its own staff
Technical Challenges
198
Deepwater Exploration
and Production
206
Geomechanics
210
Unconventional Resources
Winner: 2013 Getenergy Education/Training
Provider of the Year Award
Visit NExTtraining.net/classes
for the that
latest
for apractical
course.sessions
Software
Technical courses
usecalendar
software or to register
Includes
Field trips
Uses simulation
|1
EXPERT NETWORK
The NExT directors of curriculum (DOC) and training managers are responsible for maintaining the superior standards of our course materials and
ensuring the high-quality delivery of our training solutions worldwide. With their respective peer review boards, the DOCs and training managers
continuously evaluate the technical content of our courses to ensure that we are delivering the latest technology to our clients. The DOCs are
responsible for ensuring that our virtual faculty members are not only leaders from a technical viewpoint, but are also competent instructors.
Through the NExT comprehensive course and instructor evaluation system, a continuous quality assurance process is in place that enables us
to react immediately to any quality assurance issues. All of our DOCs and training managers routinely teach in the NExT programs and direct
competency assessment projects.
2012, Abdel established and managed
Schlumberger, Andy was a geophysicist
Petroleum Research Institute Heavy
content and delivery director for
the Schlumberger Information Solutions
with a major oil and gas company for 6
Oil Group (SUPRI-A) as a post-doctoral
the NExT oil and gas training and
(SIS) operations in Iraq. Abdel has
years. He holds a BS degree in physics
research affiliate for 4 years between
development program. Since joining
been associated with international,
from the University of Birmingham and
1988 and 1992.
Schlumberger in 2000, he has held
independent, joint venture, and national
an MS in exploration geophysics from
various technical positions, including
oil companies in survey planning, data
the University of Leeds.
operations manager for seismic
acquisition, and data processing, in
reservoir inversion, 4D business
addition to being a Petrel workflow
development manager, and geophysics
consultant for seismic interpretation
domain career leader. Before joining
groups. Abdel obtained a BS degree
Schlumberger, he was a seismic
in geophysics and an MS degree in
data processing analyst for Western
engineering geophysics from Mansoura
Geophysical, a chief geophysicist and
University, and a PhD degree in
exploration manager for Hamilton
geophysics from Ain shams University
Brothers Oil and Gas Ltd., and UK
in Egypt.
Stephen Pickering is the learning
director of curriculum, surface facility,
Birol M.R. Demiral is the director
for the NExT oil and gas training
of curriculum, reservoir engineering,
and development program. He has
for the NExT oil and gas training and
extensive experience in onshore and
development program. With more than
offshore facilities engineering design
34 years of teaching and research
and operations for oil handling and
experience in reservoir engineering,
gas processing facilities. From 1998
he has been one of the directors of
to 2012, Charanjit was with Ras Gas
curriculum for reservoir engineering
as a facilities engineering specialist
with the NExT program since 2011.
and subsequently a loss prevention
Andy MacGregor is the training
Prior to joining the NExT program,
specialist within the same organization.
manager, PetroMod* software, for
Dr. Demiral was the Schlumberger
Prior to that time, he worked on
the NExT oil and gas training and
professorial chair at the Universiti
various engineering and design-related
development program. He began his
Teknologi Petronas, Malaysia for 5
assignments with McDermott
career with Schlumberger 21 years
years where he held the position of
Engineering in Singapore, Transfield
Abdel Aleem Hassan is the training
ago and has served in a variety of
director of enhanced oil recovery (EOR)
Worley in Australia, Petronas Carigali
manager, Petrel* platform, for the NExT
roles ranging from petrophysicist to
mission-oriented research and was the
in Malaysia, and Brunei Shell Petroleum
oil and gas training and development
workflow consultant to product line
head of the EOR Centre. Previously, he
in Brunei. He holds a chemical
program. A geophysicist with
manager. Andy previously headed the
was chairman of the Petroleum and
engineering degree from the Indian
demonstrated strengths in the fields
project management team in SIS North
Natural Gas Engineering Department
Institute of Technology, Kanpur, India.
of geophysics, seismic processing, and
America where he was responsible
at the Middle East Technical University
data acquisition with more than 20
for implementing multiple high-value
(METU) in Ankara, Turkey, where he
years of experience, he has taught the
production data management solutions
earned all of his degrees in petroleum
various Petrel platform courses since
in addition to managing a team of
engineering and was on the staff for
2005 to the staffs of international and
consulting petroleum system geologists
24 years. While working at the METU,
national oil companies. From 2010 to
in Aachen, Germany. Prior to joining
he joined the Stanford University
exploration manager UK and Europe
and manager of exploration resources
and technology for BHP Petroleum Ltd.
Stephen holds two degrees in geology
and an MBA.
2|
Charanjit Jootla is the associate
David Conroy is the director of
curriculum, drilling engineering, for
the NExT oil and gas training and
development program. From 1997 to
EXPERT NETWORK
2012, he held a variety of drilling and
as a production operations manager.
acquisition. She holds a PhD degree in
Ildar Diyashev is a senior petroleum
drilling optimization positions with
He has worked for medium and large
geology-geophysics from the University
engineer, primarily responsible for
offshore and onshore operators in
independent oil and gas companies,
of Aix-Marseille.
teaching multidisciplinary project-based
several global regions. With a
large international integrated oil and
background in drilling process
gas companies, and as a consulting
optimization, subsurface geoscience,
engineer. He holds a petroleum
competency assessment, and business
analysis, he has supported several
major IOC and NOC exploration-
engineering degree from the University
of Tulsa and an MBA degree from the
Oklahoma City University.
production drilling departments in
courses in the NExT oil and gas
Gary W. Gunter is the director of
curriculum, petrophysics and NExT
subsurface integration programs, for
the NExT oil and gas training and
development program. With more
than 35 years of industry experience
meeting their operational and planning
training and development program. His
previous experience includes working
for research organizations in Russia
and for the Schlumberger Integrated
Project Management team where
he evaluated performing wells and
selected well candidates for production
objectives. He holds a BS in geology
Florence Einaudi is the training
and prior to joining the NExT program,
enhancement processes. Other
and a PhD in structural geology and
manager, Techlog platform, for
he worked for integrated oil and gas
responsibilities include teaching various
deep earth geophysics from The
the NExT oil and gas training
producers as a field development
reservoir and production engineering
Queen’s University (UK).
and development program. She
reservoir engineer, conducted special
courses. He holds a PhD degree in
joined Schlumberger in 2006 as a
advanced EOR studies as a research
petroleum engineering from Texas
petrophysicist in the Caspian Sea
engineer, and provided technical
A&M University.
region. Since 2011, she has been the
leadership for the Amoco Petrophysics
Techlog platform training manager
Development Program. He has a special
and has played an integral role in the
interest in wettability, carbonate
development of training class content
reservoirs, practical aspects of
and material. As a geologist with
relative permeability and special core
an academic research and teaching
analysis, and the evolving science of
background, she was previously
unconventional petrophysics. During the
associated with the International
past 20 years, he has trained more than
Ocean Drilling Program for 7 years as
1,500 individuals, delivered more than
a logging staff scientist where she
150 commercial classes in more than
participated in 7 sea expeditions.
25 countries, and developed more than
During that time, she also instructed
15 industry courses. He was an adjunct
worldwide, complemented with
classes in geology and geophysics at
professor of geoscience and petroleum
budgeting, portfolio management, and
experience as a division health, safety,
the University of Montpellier where she
engineering at the University of Tulsa
training and mentoring. Prior to joining
and environment (HSE) manager and
participated in slimline logging data
prior to joining Schlumberger.
Schlumberger, she spent 22 years with
David Humphrey is the director of
curriculum, drilling in North, Central,
and South America, for the NExT oil and
gas training and development program.
As a licensed professional engineer
with more than 35 years of experience
in the upstream petroleum energy
business, David has been associated
with the NExT program since 2001. His
experience includes well design and
operations management, both at the
project and division level for numerous
complex onshore and offshore wells
Visit NExTtraining.net/classes for the latest calendar or to register for a course.
Jeannine Boubel Smith is the
director of curriculum, management,
economics, and finance, for the NExT
oil and gas training and development
program. She joined Schlumberger in
1999 and has held various technical
and management roles since that
time. Jeannine has expertise in
petroleum economics, decision and
risk analysis, Merak* planning, risk,
and reserves software, planning and
|3
EXPERT NETWORK
large and small E&P companies where
in engineering geology from Ecole
assignments spanning geological/
Manuel Bramao is the director
she gained experience in management,
Nationale Superieure des Mines de
geophysical interpretation, workflow
of integrated programs, production
reservoir and production engineering,
Paris, Paris, France.
analysis, knowledge management,
technology, for the NExT oil and
program and project management,
gas training and development
and business consulting. Leslie, a
program. With more than 30 years of
certified PMP® (Project Management
industry experience, principally with
Professional) with more than 15 years
Schlumberger, he has integrated and
of managing projects in the oil and gas
led multidisciplinary teams in Latin
industry, and 9 years of experience
America, Europe, West Africa, North
in reservoir characterization and well
Africa, the Middle East, and the Far
planning, joined the NExT program
East on production engineering projects
in 2012 and is also coleader of the
related to production optimization and
Schlumberger Project Management
completions. These projects focused
Technical Community. She holds a BS
on well diagnosis, formation damage,
degree in geological sciences from the
stimulation (matrix treatments and
University of Texas at Austin.
hydraulic fracturing), and sand ACE™
field operations, acquisitions and
divestitures, technical and business
software, and integrated workflows.
Her passion for the oil and gas business
began as a roustabout and continued
as a production engineer with Mobil
after graduation. She holds a BS
degree in petroleum engineering from
Texas A&M University, is a registered
professional engineer in the State of
Texas, and also has an MEd degree
with a specialization in global training
and development.
Laurence Darmon is the director of
curriculum, geology and geophysics,
for the NExT oil and gas training and
development program, and is also a
principal geologist for Schlumberger. In
his current position, he is responsible
for technical content, new course
development, instructor verification,
and program creation for the geology
and geophysics disciplines. His 38 years
of experience in the oil and gas industry
include both technical and management
completions. He has also been actively
positions in exploration, wellsite
John Afilaka is the training manager,
operations, reservoir characterization,
Luis Carlos Jaramillo is the training
reservoir engineering in the NExT oil
and software development. He has
manager, information management,
and gas training and development
extensive global experience in North
for the NExT oil and gas training and
program. He joined Schlumberger
and South America, Europe, Africa,
development program. In 2009, he
in 1992 as a geotechnical engineer
the Middle East, Southeast Asia, and
began as an instructor and manager of
and has held various engineering
Australia. Laurence spent 7 years
the software and technical curriculum
and management positions in Data
with WesternGeco as manager of
for SIS in the area of information
and Consulting Services, NExT oil
reservoir characterization groups and
management. Prior to that time, he
and gas training program, and SIS
14 years in software design, creation,
was a senior consultant and project
in Europe, the US, South America,
and management, including 4 years as
manager with responsibilities for
the Middle East, and Africa. He
president of an independent company.
managing, delivering, and implementing
specializes in rock mechanics, reservoir
He holds BS and MS degrees in geology
information technology, petrotechnical
characterization, reservoir simulation,
and petroleum geology, respectively,
infrastructure, and E&P information
integrated reservoir studies, reservoir
from the University of London.
management solutions for the oil
modeling, and reserves estimation
and risk analysis. John holds BS and
MS degrees in mineral resources
engineering and rock mechanics,
respectively, from Imperial College,
London, and MPhil and PhD degrees
4|
Leslie Warren is the director of
curriculum, management studies,
in the NExT oil and gas training and
development program. She has worked
for Schlumberger for 23 years in diverse
involved in production engineering
training (designing, teaching, and
supervising training programs and
courses) and strategic planning
of human resources, developing
proficiency matrices, performing and
analyzing competence assessments,
and developing discipline training
roadmaps. Manuel holds an MS degree
in applied thermodynamics and fluid
mechanics in mechanical engineering
from the Technical University, Lisbon,
Portugal.
industry. He holds a BS degree in
Marcelo Laprea-Bigott is the director
systems engineering from the District
of curriculum, reservoir engineering and
University of Bogota, Colombia and an
unconventional resources, for the NExT
MS degree in petroleum engineering
oil and gas training and development
with project management from the
program. He has been associated with
Heriot-Watt University.
the NExT program since 2001, serving
EXPERT NETWORK
as director of curriculum for reservoir
gas drainage, and waterflooding, as
has 22 years of experience, specializing
operations from floating rigs and
engineering, unconventional resources,
well as production optimization for
in hydrocarbon exploration, 2D and
deepwater rigs. He is considered
and competency assessments, in
gas life and liquid loading. Margarita
3D seismic structural interpretation,
a subject matter expert on drilling
addition to being the high-resolution
has broad experience in designing and
as well as interpolation by matching
hydraulics, multiphase flow, and well
tool business development manager
implementing production workflows
pursuit (IMAP) and modeling of
control. Steve holds a BS degree
in Schlumberger Oilfield Services. He
using SIS technology. She is also an
structural surfaces in the surface and
in electronics and an MS degree in
has 40 years of petroleum engineering
expert in applying artificial intelligence
subsoil, both in passive margins and
drilling engineering from Robert Gordon
experience, including teaching
to workover candidate recognition and
in compressive systems of tectonic
University in Aberdeen, Scotland.
undergraduate and graduate courses
virtual flowmeters. She holds a BS
complexes. Rafael has extensive
in well testing and heavy oil recovery
degree in petroleum engineering from
experience in field geology, and
methods at the Universidad de Oriente
the Universidad de America and an MS
integrating surface information with
in Venezuela and serving as visiting
degree in petroleum engineering from
subsurface information. His experience
adjunct professor at Texas A&M
the University of Texas at Austin.
extends to advising and consulting in
University and the University of Tulsa.
the areas of integrated interpretation,
He is also the former assistant director
orientated to the geosciences and
of the Energy Institute at Texas A&M
University. In the Venezuela private
sector, he served as founder, principal
owner, and president of SIMUPET, C.A.,
a petroleum engineering consulting firm
Olegario Rivas is the director
of curriculum, artificial lift and
completions, for the NExT oil and gas
training and development program. He
seismic interpretation, in addition
working with groups of consultants in
integrated management of assets.
Valmore Rodriguez is the director
of curriculum, surface facilities and
competency assessment, with the NExT
oil and gas training and development
program. His more than 30 years of oil
and gas industry experience includes
development of competency models
for a large number of companies in the
Americas, Europe, Asia, and Africa.
Recently, he has focused on developing
began his career with REDA* electric
submersible pumping systems and
Steve Nas is the training manager,
competency models, technical
Schlumberger in 1997 in the area of
Drillbench* dynamic drilling simulation
capability development, and teaching
artificial lift. In 2007, he became a
software, with the NExT oil and gas
for the oil and gas industry. Valmore
production engineering instructor with
training and development program. He
holds BS, MS, and PhD degrees in
the NExT program. Olegario has 40
has more than 35 years of experience
chemical engineering.
years of career experience in creating
in advanced drilling operations with
and developing new production
international and small independent
engineering technologies with an
oil companies, drilling contractors,
emphasis in the artificial lift area and
and service companies. Steve
well completions. From 1977 to 1997,
has worked as a wellsite drilling
he headed the Artificial Lift-Pumps
engineer for more than 17 years on
Margarita Campos is the training
group at the Intevep RD center of
land as well as offshore operations,
manager, production and Merak
PDVSA in Venezuela.
including deepwater drilling. He has
and Lamar C.A., an integrated oilfield
tubulars management company. Dr.
Marcelo has also been the president of
S.A. Holditch-Venezuela. He holds a BS
degree in petroleum engineering from
the Universidad del Zulia, Venezuela
and MS and PhD degrees in petroleum
engineering from Texas A&M
University, College Station, Texas.
been involved in underbalanced and
software, in the NExT oil and gas
training and development program.
She has 14 years of Schlumberger
experience in production surveillance
projects for shale gas, steam-assisted
Rafael Guevara is the director of
curriculum, geology and geophysics,
Latin America, for the NExT oil and gas
training and development program. He
Visit NExTtraining.net/classes for the latest calendar or to register for a course.
managed pressure drilling operations
since 1995, including the first offshore
underbalanced drilling operations and
the first managed pressure drilling
|5
EXPERT
NETWORK
NExT
OFFERINGS
To meet the educational and career-advancement needs of oil
NExT Client Advisory Board
and gas professionals worldwide, and to enhance E&P
professionals' core competencies, NExT offers
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comprehensive, customized training programs that fit the
needs of your organization. Covering the entire breadth of the
E&P domain, NExT builds development programs that span
core industry disciplines and challenges.
materials to the highest standard, and ensuring that curricula
evolve to embrace the latest technology advances.
By working with industry and university partners as well as client
advisory board members, NExT continually incorporates emerging
By employing a comprehensive course- and instructor-
and industry-relevant concepts and technologies to its curricula.
evaluation system, NExT assures that a continuous quality
Its faculty has gained a wide variety of technical and regional
assurance (QA) process is in place and that faculty members
experiences that allows NExT to bring world-class expertise to
are technical experts as well as competent teachers.
address each customer's unique skills and training requirements.
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Software platforms
Foundation software
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6|
NExT Catalog-2014(21.5x27.5).indd 6
12/22/13 2:48 AM
HOW TO USE THIS CATALOG
NExT’s curriculum provides courses for technical and nontechnical professional at all experience levels. The course matrix at the start of each
discipline organizes the curriculum by course focus and competency level. You can use this matrix to find the right course and build your training
plans. Software-intensive courses are marked
, and field courses are marked
and the courses with practical sessions are highlighted with
. Technical courses that use software have been marked
,
. There are some courses that use simulators and are highlighted with . All
NExT courses are available to be held at your location.
Discipline
The discipline is listed at the top of the page.
Each discipline has been assigned a different color.
Competency Level
The courses have been designed for
learners at different experience levels
– Awareness, Foundation, Skill, and
Advanced. The course descriptions
inside stipulate the prerequisites for
each course, which will help you
determine whether the course’s
experience level is right for you.
Technical Courses
All technical courses are listed under
their relevant discipline, on solid
colored background corresponding to
the subject color.
Visit NExTtraining.net/classes for the latest calendar or to register for a course.
NExT Catalog-2014(21.5x27.5).indd 7
Course Focus
These headings show the various sections in which the
courses have been organized, under each discipline.
Software Courses
All software courses are listed
under their relevant discipline,
on a lighter-colored background
corresponding to the subject color.
|7
12/22/13 2:48 AM
E&P INTRODUCTION AND FUNDAMENTALS
COMPETENCY
LEVEL
Reservoir Characterization
Reservoir Production
Reservoir Management
SKILL
Conducting an Integrated Reservoir Study
Integrated Approach to Optimize the Economy of
the Asset Life Cycle
FOUNDATION
Oil and Gas Asset Management
Mastering Finance for Non-Financial Oil and Gas
Personnel
Fundamentals of Field Development Planning
Health, Saftey, and Environment in Exploration and Production
AWARENESS
Introduction to Geology
Introduction to Drilling
Introduction to Petroleum Economics
Introduction to Geophysics
Introduction to Production Engineering
Introduction to Finance and Accounting in Oil
and Gas
Introduction to Petrophysics
Introduction to Surface Facilities
Introduction to Geoscience
Introduction to Reservoir Engineering
Project Management for Team Members
Petroleum Technology
Petroleum Exploration and Production
8|
NExT Catalog-2014(21.5x27.5).indd 8
Visit NExTtraining.net/classes for the latest calendar or to register for a course.
12/22/13 2:48 AM
E&P INTRODUCTION AND FUNDAMENTALS
Techlog
ProSource
Merak
PIPESIM
OFM
COMPETENCY
LEVEL
SOFTWARE
Petrel
SKILL
ProSource
Front Office
Fundamentals
FOUNDATION
Merak Peep
Fundamentals and
Merak Peep Decline
Fundamentals
Combined Course
PIPESIM Fundamentals
OFM
Fundamentals Using
Gas Operations
Examples
OFM
Fundamentals Using
Oil and Waterflood
Production Examples
AWARENESS
Petrel Fundamentals
Software
Techlog Fundamentals
Technical courses that use software
NExT Catalog-2014(21.5x27.5).indd 9
Includes practical sessions
Field trips
Uses simulation
|9
12/22/13 2:48 AM
E&P INTRODUCTION AND FUNDAMENTALS
Petroleum Exploration and
Production
Petroleum Technology
Project Management for
Team Members
Introduction to Finance and
Accounting in Oil and Gas
Awareness – 4 Days
Awareness – 5 Days
Awareness – 2 Days
Awareness – 3 Days
In this course, attendees will be
introduced to the different phases of an
OILÏlELDSÏLIFEÏCYCLEÏEXPLORATIONÏAPPRAISALÏ
WELLÏCONSTRUCTIONÏlELDÏDEVELOPMENTÏ
and production. The attendees will gain
ANÏOVERVIEWÏOFÏRESERVOIRÏANDÏlELDÏ%0Ï
THROUGHÏEXERCISESÏCLASSÏDISCUSSIONSÏ
TEAMÏPRESENTATIONSÏANDÏINTERACTIVEÏ
CHALLENGESÏ4HEÏCOURSEÏINCLUDESÏAÏREVIEWÏ
OFÏRELEVANTÏPRINCIPLESÏANDÏCONSIDERATIONÏ
FROMÏAÏDOMAINÏPERSPECTIVEÏOFÏGEOLOGYÏ
GEOPHYSICSÏPETROPHYSICSÏRESERVOIRÏ
DRILLINGÏCOMPLETIONSÏANDÏPRODUCTIONÏ
ENGINEERINGÏANDÏPRODUCTIONÏOPERATIONSÏ
Attendees will also learn about the
lNANCIALÏIMPLICATIONSÏOFÏTHESEÏVARIOUSÏ
phases and the role of professionals in
each, as well as the functions
of stakeholders.
This course presents attendees with a
PRACTICALÏUNDERSTANDINGÏOFÏPETROLEUMÏ
INDUSTRYÏTECHNOLOGYÏINÏANÏINTERESTINGÏ
EFFECTIVEÏANDÏEFlCIENTÏMANNERÏ4OPICSÏ
INCLUDEDÏAREÏTHEÏBASICSÏOFÏTHEÏINDUSTRYÏ
FROMÏTERMINOLOGYÏTHROUGHÏBASICÏ
TECHNOLOGYÏANDÏFROMÏGEOLOGYÏTHROUGHÏ
SURFACEÏPROCESSINGÏOFÏTHEÏPETROLEUMÏ
product. Attendees are placed in the
POSITIONÏOFÏAÏRESERVOIRÏENGINEERÏANDÏ
h/URÏ2ESERVOIRvÏISÏDElNEDÏANALYZEDÏ
ANDÏPLACEDÏONÏPRODUCTIONÏFOLLOWEDÏBYÏ
selecting drill sites. The attendees are
then placed in the position of a drilling/
COMPLETIONÏENGINEERÏANDÏTHEÏDRILLING
COMPLETIONÏPROGRAMÏFORÏh/URÏ7ELLvÏISÏ
ANALYZEDÏ4HEÏPURPOSEÏISÏTOÏDEVELOPÏANÏ
UNDERSTANDINGÏOFÏTHEÏTECHNOLOGYÏANDÏ
ITSÏAPPLICATIONSÏANDÏTHEÏCONlDENCEÏ
PROFESSIONALÏENTHUSIASMÏANDÏ
THEREFOREÏPRODUCTIVITYÏTHATÏCOMESÏWITHÏ
that understanding.
4HISÏCOURSEÏDELIVEREDÏBYÏAÏ0ROJECTÏ
-ANAGEMENTÏ)NSTITUTEÏ0-)ÏEDUCATIONÏ
PROVIDERÏWILLÏPROVIDEÏATTENDEESÏWITHÏ
the basic knowledge and skills required
TOÏSUCCESSFULLYÏPARTICIPATEÏINÏANÏOILÏANDÏ
GASÏPROJECTÏ4HISÏAWARENESSÏCOURSEÏISÏ
DESIGNEDÏTOÏPROVIDEÏATTENDEESÏWITHÏANÏ
INTRODUCTIONÏTOÏTHEÏCONCEPTSÏOFÏPROJECTÏ
MANAGEMENTÏ!SÏSUCHÏTHISÏCOURSEÏ
PROVIDESÏAÏGOODÏBASISÏFORÏANYÏPERSONÏ
SEEKINGÏFUTUREÏCAREERÏADVANCEMENTÏASÏAÏ
TEAMÏLEADERÏORÏPROJECTÏMANAGERÏ)TÏALSOÏ
ESTABLISHESÏAÏCOMMONÏLANGUAGEÏTHUSÏ
FACILITATINGÏMOVESÏACROSSÏSEGMENTSÏ
ORÏDEPARTMENTSÏ4HEÏCASEÏSTUDIESÏFORÏ
APPLYINGÏTHEÏPROJECTÏMANAGEMENTÏ
METHODOLOGYÏWILLÏUSEÏOILÏANDÏGASÏ
EXAMPLESÏANDÏCANÏBEÏTAILOREDÏFORÏANÏ
ADDITIONALÏFEEÏTOÏSPECIlCÏNEEDSÏOFÏAÏ
CUSTOMERÏ4HEÏSTUDIESÏWILLÏBEGINÏWITHÏ
CORRECTLYÏDElNINGÏTHEÏPROJECTÏINCLUDINGÏ
SCOPEÏANDÏREQUIREMENTSÏANDÏEXTENDÏTOÏ
PLANNINGÏIMPLEMENTINGÏTHEÏPLANÏANDÏ
lNALLYÏCLOSINGÏOUTÏTHEÏPROJECTÏ4HEÏCOURSEÏ
FOLLOWSÏTHEÏGUIDELINESÏESTABLISHEDÏBYÏ
THEÏ0-)ÏANDÏTHEIRÏ0ROJECTÏ-ANAGEMENTÏ
"ODYÏOFÏ+NOWLEDGEÏ0-"/+®Ï'UIDEÏ
4HEÏCOURSEÏUSESÏAÏCOMBINATIONÏOFÏ
TEACHINGÏCOMPONENTSÏTOÏENSUREÏDELEGATESÏ
ABSORBÏBOTHÏTHEÏTHEORYÏANDÏTHEÏPRACTICALÏ
application of the topics.
4HISÏDAYÏCOURSEÏWILLÏENABLEÏATTENDEESÏ
WHOÏDOÏNOTÏHAVEÏAÏlNANCIALÏBACKGROUNDÏ
TOÏUNDERSTANDÏTHEÏBASICÏPRINCIPLESÏTHEORYÏ
ANDÏPRACTICEÏOFÏlNANCIALÏREPORTINGÏANDÏ
ANALYSISÏINÏTHEÏUPSTREAMÏOILÏANDÏGASÏ
INDUSTRYÏ#OURSEÏATTENDEESÏWILLÏLEARNÏ
the sources and uses of accounting and
lNANCIALÏINFORMATIONÏANDÏUNDERSTANDÏTHEÏ
DIFFERENCESÏBETWEENÏCASHÏmOWÏFORÏPROJECTÏ
ECONOMICSÏANDÏACCOUNTINGÏPROlTÏ"ASICÏ
OILÏANDÏGASÏINDUSTRYÏACCOUNTINGÏPOLICIESÏ
will be presented, as well as the general
BUDGETINGÏANDÏlNANCIALÏPROCESSESÏOFÏAÏ
TYPICALÏINTERNATIONALÏOILÏCOMPANY
COURSE CONTENT
Q
%0ÏLIFEÏCYCLE
Q
&UNCTIONSÏOFÏCOMPANIESÏANDÏ
personnel, and their roles and
responsibilities
Q
Q
Technologies, processes, and
WORKmOWSÏFORÏSUCCESSFULÏEXPLOITATION
0OLITICALÏENVIRONMENTALÏANDÏlNANCIALÏ
ASPECTSÏOFÏTHEÏOILÏANDÏGASÏINDUSTRY
COURSE CONTENT
Q
2ESERVOIRÏmUIDÏPROPERTIESÏ
Q
0ETROLEUMÏGEOLOGYÏANDÏRESERVOIRSÏ
Q
(YDROCARBONÏGENERATIONÏANDÏ
occurrence
Q
2ESERVOIRÏmUIDÏDISTRIBUTIONÏANDÏmOWÏ
characteristics
Q
4IGHTÏOILÏANDÏGASÏRESERVOIRSÏ
Q
%XPLORATIONÏTECHNOLOGYÏ
Q
(YDROCARBONÏRESERVOIRÏANDÏRESERVOIRÏ
DEVELOPMENTÏPLANÏ
AUDIENCE
%NTRYLEVELÏPROFESSIONALSÏOFÏALLÏDISCIPLINESÏ
and nontechnical support staff who want
ANÏINTRODUCTIONÏTOÏ%0
PREREQUISITE
None
Q
Drilling engineering and operations
Q
7ELLÏCOMPLETIONÏANDÏPRODUCTIONÏ
TECHNOLOGYÏ
Q
2ESERVOIRÏDEVELOPMENTÏPRACTICESÏ
Q
(YDROCARBONÏRECOVERYÏMECHANISMSÏ
Q
3URFACEÏPROCESSINGÏOFÏPRODUCEDÏmUIDS
PREREQUISITE
#OURSEÏCONTENTSÏAREÏESSENTIALLYÏTHEÏ
SAMEÏASÏTHOSEÏFORÏ0ETROLEUMÏ%NGINEERINGÏ
0RACTICESÏBUTÏPRESENTEDÏWITHÏMUCHÏLESSÏ
MATHEMATICALÏANDÏTECHNICALÏDETAIL
10 |
NExT Catalog-2014(21.5x27.5).indd 10
$ElNEÏAÏPROJECTÏANDÏPROJECTÏ
MANAGEMENT
Q
$ElNEÏTHEÏDIFFERENCEÏBETWEENÏ
PROJECTSÏANDÏOPERATIONALÏWORK
Q
%XPLAINÏTHEÏRELATIONSHIPÏOFÏTHEÏPROJECTÏ
MANAGEMENTÏ4RIPLEÏ#ONSTRAINTÏTRIANGLE
Q
)DENTIFYÏTHEÏKEYÏCOMPONENTSÏOFÏTHEÏ
PROJECTÏLIFEÏCYCLEÏANDÏEXPECTATIONSÏOFÏ
TEAMÏMEMBERSÏINÏEACHÏPHASE
Q
)DENTIFYÏPROJECTÏSTAKEHOLDERSÏANDÏ
their contributions
Q
$ElNEÏROLESÏANDÏRESPONSIBILITIESÏOFÏ
PROJECTÏTEAMÏMEMBERS
Q
%XPLAINÏWHYÏWEÏAPPLYÏPROJECTÏ
MANAGEMENTÏBESTÏPRACTICES
Q
$EVELOPÏAÏHIGHLEVELÏWORKÏPLANÏINCLUDINGÏ
PROJECTÏACTIVITIESÏANDÏEFFORTÏESTIMATES
AUDIENCE
-ANAGEMENTÏADMINISTRATIVEÏSECRETARIALÏ
lELDÏSUPPORTÏACCOUNTINGÏPURCHASINGÏ
ECONOMICSÏLEGALÏlNANCEÏGOVERNMENTÏ
HUMANÏRESOURCESÏDRAFTINGÏLANDÏANDÏ
data processing personnel, as well as
INVESTORSÏANDÏROYALTYÏOWNERS
COURSE CONTENT
Q
3OURCESÏANDÏUSESÏOFÏlNANCIALÏ
INFORMATIONÏANDÏDATA
Q
&INANCIALÏINFORMATIONÏFORÏDECISION
MAKINGÏ
Q
"ASICÏlNANCIALÏPRINCIPLESÏSUCHÏASÏTHEÏ
BALANCEÏSHEETÏANDÏPROlTÏANDÏLOSSÏ
Q
#ASHÏmOWÏANDÏPROlT
Q
#ONTROLÏCASHÏmOWÏ
Q
4ECHNIQUESÏFORÏMEASURINGÏlNANCIALÏ
PERFORMANCEÏ
Q
COURSE CONTENT
Q
NEW
Oil and gas accounting and budget
preparation and control
Q
2OLEÏOFÏlNANCIALÏPLANNINGÏ
Q
/PERATINGÏBUDGETÏVERSUSÏCAPITALÏ
budget
Q
Budget preparation and control
AUDIENCE
!NYONEÏDESIRINGÏANÏINTRODUCTIONÏTOÏBASICÏ
lNANCIALÏPRACTICESÏANDÏPRINCIPLESÏINÏTHEÏOILÏ
ANDÏGASÏINDUSTRY
PREREQUISITE
None
AUDIENCE
!NYONEÏWITHÏAÏMINIMALÏBACKGROUNDÏINÏ
PROJECTÏMANAGEMENTÏORÏSOMEONEÏWHOÏ
desires an increased understanding of
HOWÏTOÏPARTICIPATEÏSUCCESSFULLYÏINÏ
AÏPROJECT
PREREQUISITE
None
Visit NExTtraining.net/classes for the latest calendar or to register for a course.
12/22/13 2:48 AM
E&P INTRODUCTION AND FUNDAMENTALS
Introduction to Geoscience
Introduction to Reservoir
Engineering
Introduction to Surface
Facilities
Introduction to Production
Engineering
Awareness – 5 Days
Awareness – 3 Days
Awareness – 5 Days
Awareness – 5 Days
This course focuses on the basics of
production engineering that attendees
introduces attendees to the classic and
correlations. The attendees will learn
Topics are production surface facilities
interactions. The attendees will learn
about the role of production engineering
saleable products.
links between the three disciplines. This
downhole and on the surface.
COURSE CONTENT
actual situations.
COURSE CONTENT
COURSE CONTENT
the geoscience disciplines.
COURSE CONTENT
perforations, and sand control
Structural features
Multilaterals
AUDIENCE
acquisition
Data processing
Surface facilities
and gas
AUDIENCE
PREREQUISITE
Basics of logging, logging tools,
of basic production processes
and operations.
interpretation
PREREQUISITE
None
AUDIENCE
AUDIENCE
wishing to understand the principles of
PREREQUISITE
None
PREREQUISITE
None
Software
Technical courses that use software
NExT Catalog-2014(21.5x27.5).indd 11
Includes practical sessions
Field trips
Uses simulation
| 11
12/22/13 2:48 AM
E&P INTRODUCTION AND FUNDAMENTALS
Introduction to Petrophysics
Introduction to Geophysics
Introduction to Drilling
Introduction to Petroleum
Economics
Awareness – 5 Days
Awareness – 4 Days
Awareness – 5 Days
Awareness – 2 Days
In this course, attendees are
INTRODUCEDÏTOÏPETROPHYSICALÏPRINCIPLESÏ
ANDÏTECHNIQUESÏTHROUGHÏHANDSONÏ
PHYSICALÏEXPERIMENTSÏTHATÏILLUSTRATEÏTHEÏ
IMPORTANCEÏOFÏBASICÏRESERVOIRÏPROPERTIESÏ
POROSITYÏPERMEABILITYÏRESISTIVITYÏOFÏOILÏ
ANDÏWATERÏANDÏCAPILLARYÏPRESSUREÏ4HEÏ
COURSEÏTOPICSÏINCLUDEÏPETROPHYSICALÏROCKÏ
TYPESÏINÏCONVENTIONALÏANDÏUNCONVENTIONALÏ
RESERVOIRSÏWIRELINEÏLOGGINGÏLOGGINGÏWHILEÏ
DRILLINGÏ,7$ÏPOREÏGEOMETRYÏCOREÏANDÏ
coring processes. The attendees will
DISCOVERÏHOWÏCONVENTIONALÏRESERVOIRÏ
PROPERTIESÏDIFFERÏFROMÏ
UNCONVENTIONALÏRESERVOIRS
This course introduces attendees to
THEÏFUNDAMENTALSÏANDÏPRINCIPLESÏOFÏ
VALUEADDEDÏGEOPHYSICALÏANDÏSEISMICÏ
APPLICATIONSÏINÏEXPLORATIONÏlELDÏ
APPRAISALÏANDÏRESERVOIRÏMANAGEMENTÏ
The attendees will gain a practical
UNDERSTANDINGÏOFÏSEISMICÏACQUISITIONÏ
PROCESSINGÏIMAGINGÏINTERPRETATIONÏANDÏ
EXTRACTIONÏOFÏGEOLOGICÏANDÏPETROPHYSICALÏ
INFORMATIONÏINÏADDITIONÏTOÏLEARNINGÏTHEÏ
practical issues and pitfalls that affect
THEÏUSEÏOFÏSEISMICÏDATAÏINÏ%0ÏWORKmOWSÏ
THROUGHÏDATAÏEXAMPLESÏEXERCISESÏANDÏ
WORKSHOPSÏ%XAMPLESÏDEMONSTRATEÏ
THEÏPRACTICALÏASPECTSÏOFÏSEISMICÏ
INTERPRETATIONÏINVOLVINGÏSEISMICÏSTRUCTURALÏ
MAPPINGÏSTRATIGRAPHICÏANALYSISÏANDÏ
AMPLITUDEÏMETHODS
)FÏYOUÏWORKÏCLOSELYÏWITHÏDRILLINGÏ
engineering, operations, or
MANAGEMENTÏTHISÏCOURSEÏWILLÏINCREASEÏ
YOURÏUNDERSTANDINGÏOFÏTHEÏCONCEPTSÏ
TERMINOLOGYÏANDÏPROCESSESÏUSEDÏINÏ
DRILLINGÏAÏWELLÏ4HEÏCOURSEÏPROVIDESÏAÏ
COMPLETEÏOVERVIEWÏOFÏTHEÏWORKmOWÏ
INVOLVEDÏINÏTHEÏDRILLINGÏOFÏOILÏANDÏ
GASÏWELLSÏFROMÏOFlCEÏTOÏWELLSITEÏ
Attendees will also learn the roles and
RESPONSIBILITIESÏINVOLVEDÏINÏAÏ
drilling operation.
4HISÏBLENDEDLEARNINGÏCLASSÏISÏANÏ
EXCELLENTÏINTRODUCTIONÏFORÏTHEÏATTENDEESÏ
TOÏTHEÏFUNDAMENTALSÏOFÏPETROLEUMÏ
ECONOMICSÏINCLUDINGÏREVENUEÏ
EXPENDITURESÏlSCALÏSYSTEMSÏRISKÏ
ANALYSISÏANDÏINVESTMENTÏANALYSISÏ4HEÏ
BLENDEDLEARNINGÏEXPERIENCEÏINCLUDESÏ
QUESTIONSÏANDÏANSWERSÏFROMÏLEARNINGÏ
MATERIALÏEXERCISESÏCLASSÏDISCUSSIONSÏ
TEAMÏPRESENTATIONSÏANDÏANÏ
INTERACTIVEÏCHALLENGE
COURSE CONTENT
Q
Q
Q
Q
0OROSITYÏBULKÏVOLUMEÏGRAINÏVOLUMEÏ
ANDÏPOREÏVOLUME
0ERMEABILITY
0OREÏGEOMETRYÏFUNDAMENTALSÏANDÏ
IMPACTSÏINÏSANDSTONEÏLIMESTONEÏANDÏ
DOLOMITE
Core and coring operations
Q
2ESERVOIRÏPRINCIPLESÏANDÏMECHANICS
Q
5NCONVENTIONALÏRESERVOIRS
AUDIENCE
Geoscientists, engineers, and technicians
WHOÏPROVIDEÏPETROPHYSICALÏTECHNICALÏ
SUPPORTÏINÏNEEDÏOFÏANÏINTRODUCTORYÏ
UNDERSTANDINGÏOFÏPETROPHYSICALÏPRINCIPLES
Q
Q
2OLEÏOFÏGEOPHYSICSÏINÏ%0
Q
.ONSEISMICÏGEOPHYSICALÏTECHNIQUES
Q
7AVEÏPROPAGATIONÏREmECTIONÏ
principles, and resolution
Q
3IGNALÏANALYSISÏGEOMETRYÏANDÏ
positioning
Q
!CQUISITIONÏIMPLEMENTATIONÏ
operations, and processing principles
Q
3EISMICÏINTERPRETATIONÏPROCESSINGÏ
PRINCIPLESÏANDÏWORKmOWS
Q
0RESTACKÏANALYSISÏANDÏSIGNALÏ
CORRECTIONSÏVELOCITYÏANALYSISÏSTATICÏ
CORRECTIONSÏANDÏMIGRATIONÏANDÏ
IMAGING
Q
)NVERSIONÏANDÏATTRIBUTESÏANDÏ
AMPLITUDEÏVSÏOFFSET
Q
-ULTICOMPONENTÏ#ÏTIMELAPSEÏ
$ÏANDÏBOREHOLEÏSEISMICÏDATA
Q
2OLEÏOFÏGEOPHYSICSÏINÏINTEGRATEDÏ
RESERVOIRÏSTUDIES
AUDIENCE
!NYÏ%0ÏPROFESSIONALÏWANTINGÏTOÏBETTERÏ
UNDERSTANDÏTHEÏPRINCIPLESÏOFÏGEOPHYSICS
7ELLÏCONSTRUCTIONÏANDÏTHEÏROLEÏOFÏ
DRILLINGÏINÏTHEÏ%0ÏLIFEÏCYCLE
7ELLÏDESIGNÏINCLUDINGÏPLANNINGÏ
and engineering, and the data and
ANALYSISÏTECHNIQUESÏNEEDEDÏTOÏDESIGNÏ
AÏQUALITYÏWELL
COURSE CONTENT
Q
#ASHÏmOWÏBASICS
Q
#ALCULATINGÏREVENUE
Q
%STIMATINGÏEXPENDITURES
Q
&ISCALÏSYSTEMS
Q
2ISKÏANALYSIS
Q
)NVESTMENTÏANALYSIS
Q
0ETROLEUMÏECONOMICSÏCHALLENGEÏ
INTERACTIVEÏEXERCISE
4ERMINOLOGYÏANDÏCONCEPTSÏUSEDÏ
in the business of drilling, such as
WELLÏTIMINGÏCOSTSÏRISKSÏANDÏ!&%Ï
generation
AUDIENCE
Q
$RILLINGÏEQUIPMENTÏEXPLANATIONÏ
$RILLINGÏRIGSÏBITSÏCASINGÏANDÏRIGÏmOORÏ
EQUIPMENT
.ONlNANCIALÏPROFESSIONALSÏOFÏALLÏ
LEVELSÏFROMÏTECHNICALÏANDÏNONTECHNICALÏ
backgrounds.
Q
$IRECTIONALÏDRILLINGÏANDÏDEVIATIONÏ
CONTROLÏEQUIPMENTÏANDÏTHEIRÏ
operation, including unique
characteristics of directional drilling
Q
PREREQUISITE
None
Q
COURSE CONTENT
7IRELINEÏLOGGINGÏANDÏ,7$
Q
COURSE CONTENT
Q
Q
Q
PREREQUISITE
None
7ELLSITEÏOPERATIONSÏ$RILLINGÏLOGGINGÏ
CASINGÏCEMENTINGÏANDÏCOMPLETIONS
Drilling kicks and well control,
INCLUDINGÏWELLÏCONTROLÏEQUIPMENT
2EALTIMEÏDATAÏCOLLECTIONÏMONITORINGÏ
and interpretation techniques used
during drilling operations
AUDIENCE
%NTRYLEVELÏPROFESSIONALSÏOFÏALLÏDISCIPLINESÏ
and nontechnical support staff.
PREREQUISITE
None
PREREQUISITE
None
12 |
NExT Catalog-2014(21.5x27.5).indd 12
Visit NExTtraining.net/classes for the latest calendar or to register for a course.
12/22/13 2:48 AM
E&P INTRODUCTION AND FUNDAMENTALS
Introduction to Geology
Health, Safety, and
Environment in Exploration
and Production
Fundamentals of Field
Development Planning
Awareness – 4 Days
Foundation – 3 Days
Foundation – 5 Days
Mastering Finance for
Non-Financial Oil and Gas
Personnel
NEW
Foundation – 2 Days
This course will instruct attendees who
Attendees will be presented with an
approach to working with and writing
understanding the basic principles,
based tasks, is designed to create a
of instruction, group discussions, and
of operating conditions at production
ensure that the attendees absorb both
COURSE CONTENT
COURSE CONTENT
occupational health plan, risk
recognition, unsafe act, and
input for designing associated surface
of the topics, which will include learning
how to interpret, understand, and act
will be introduced to all these concepts
fractures
accounting topics, including depreciation,
Clastic and carbonate depositional
COURSE CONTENT
COURSE CONTENT
Sources, uses, data, and
Data acquisition and data use
Risk control
Traps and seals
Data integration
principles
and occupational and disease
Understanding the difference
policies
natural threats, and preparation for
appraisal costs
Understanding the nature and
AUDIENCE
AUDIENCE
AUDIENCE
PREREQUISITE
procedures.
None
PREREQUISITE
of engineers, geoscientists, and
Budget preparation and control
resources, other actual or potential asset
AUDIENCE
PREREQUISITE
PREREQUISITE
None
Software
Technical courses that use software
NExT Catalog-2014(21.5x27.5).indd 13
Includes practical sessions
Field trips
Uses simulation
| 13
12/22/13 2:48 AM
E&P INTRODUCTION AND FUNDAMENTALS
Oil and Gas Asset
Management
Integrated Approach to
Optimize the Economy of the
Asset Life Cycle
Conducting an Integrated Reservoir Study
Foundation – 5 Days
Skill – 5 Days
Skill – 5 Days
Attendees will gain an understanding of
THEÏENTIREÏOILÏCOMPANYÏDECISIONMAKINGÏ
PROCESSÏFROMÏINITIALÏNEWÏCOUNTRYÏENTRYÏ
STRATEGYÏTOÏlELDÏABANDONMENTÏ4HISÏ
course addresses the technical and
business challenges as well as the
INTERACTIONSÏWITHÏlSCALÏANDÏGOVERNMENTÏ
BODIESÏ4OPICSÏINCLUDEÏTHEÏVALUEÏOFÏ
INFORMATIONÏ6/)ÏINÏVARIOUSÏASPECTSÏ
FROMÏEXPLORATIONÏTOÏPRODUCTIONÏASÏWELLÏ
ASÏTHEÏTYPICALÏBUSINESSÏANDÏECONOMICSÏ
FRAMEWORKSÏFORÏOILÏCOMPANIES
4ECHNIQUESÏTHATÏCANÏOPTIMIZEÏTHEÏ
ECONOMICÏVALUEÏOFÏANÏASSETÏTHROUGHOUTÏ
ITSÏLIFEÏCYCLEÏAREÏTHEÏFOCUSÏOFÏTHISÏ
course. Theoretical and practical topics
AREÏINCLUDEDÏASÏWELLÏASÏRISKÏANALYSISÏ
RELIABILITYÏENGINEERINGÏLIFECYCLEÏ
ECONOMICÏANALYSISÏPROBABILISTICÏANDÏ
DETERMINISTICÏANDÏDECISIONMAKINGÏ
ANALYSISÏFORÏPRODUCTIONÏOPERATIONÏ
ACTIVITIES
In this course, attendees conduct an
INTEGRATEDÏRESERVOIRÏSTUDYÏFORÏTHEÏPURPOSEÏ
OFÏOPTIMIZINGÏAÏRESERVOIRÏDEPLETIONÏPLANÏ
ORÏINSTITUTINGÏ%/2ÏOPERATIONSÏ!TTENDEESÏ
will understand the data that are required
ANDÏTHEÏWORKmOWÏTHATÏSHOULDÏBEÏFOLLOWEDÏ
TOÏENSUREÏAÏSUCCESSFULÏEVALUATIONÏ
in addition to learning techniques to
CHARACTERIZEÏHYDROCARBONÏRESERVOIRSÏ
BUILDÏAÏSTATICÏRESERVOIRÏMODELÏANDÏ
IMPORTÏTHEÏSTATICÏMODELÏINTOÏAÏRESERVOIRÏ
SIMULATORÏ$ISCUSSIONÏINCLUDESÏPROCEDURESÏ
FORÏINTEGRATEDÏRESERVOIRÏEVALUATIONÏ
ANDÏHOWÏTOÏIMPROVEÏPRODUCTIONÏRATESÏ
ULTIMATEÏRECOVERYÏANDÏlELDÏECONOMICSÏ
BYÏIDENTIFYINGÏPOTENTIALÏFORÏINlLLÏDRILLINGÏ
RECOGNIZINGÏBYPASSEDÏHYDROCARBONSÏANDÏ
IMPROVINGÏ%/2ÏPROCESSÏEFlCIENCY
COURSE CONTENT
Q
2ISKÏANALYSIS
Q
2ELIABILITYÏENGINEERING
COURSE CONTENT
Q
Q
7ORLDWIDEÏOILÏANDÏGASÏSUPPLYÏANDÏ
DEMANDÏRESERVESÏANDÏPRODUCTION
Q
%XPLORATIONÏPHASEÏOFÏTHEÏ%0ÏLIFEÏCYCLE
Q
Q
%CONOMICSÏlNANCIALÏPLANNINGÏ
APPRAISALÏANDÏlELDÏDEVELOPMENTÏ
planning
Q
)NDUSTRYÏCHALLENGESÏANDÏTOUGHÏ
PROBLEMSÏBYÏREGIONÏANDÏGEOGRAPHY
Q
Q
2EVIEWÏOFÏINDEPENDENTÏANDÏNATIONALÏ
OILÏCOMPANIES
Q
Q
0ROSPECTÏRISKSÏANDÏCALCULATIONÏOFÏ
EXPECTEDÏMONETARYÏVALUE
Q
2ESERVOIRÏDRIVEÏMECHANISMSÏRECOVERYÏ
FACTORSÏANDÏPRODUCTIONÏPROlLES
Q
7ELLÏPLANNINGÏPROCESSÏDRILLINGÏ
PROBLEMSÏANDÏSOLUTIONS
Q
2IGÏTYPESÏANDÏSELECTIONÏSITEÏ
PREPARATIONÏDRILLINGÏSYSTEMSÏANDÏ
EQUIPMENTÏDRILLINGÏTECHNIQUESÏANDÏ
CASINGÏANDÏCEMENTING
Q
0RODUCTIONÏOPERATIONSÏ
Q
%CONOMICÏANDÏPLANNINGÏSCENARIOSÏ
REmECTINGÏINVESTMENTÏCRITERIAÏRISKÏ
ANALYSISÏDECISIONÏTREESÏANDÏ6/)
Q
2EVIEWÏOFÏOILlELDÏDEVELOPMENTÏ
PROJECT
AUDIENCE
3TEPWISEÏAPPROACHÏTOÏIMPLEMENTÏ
INTEGRATEDÏRISKÏRELIABILITYÏPRACTICES
Integrated approach to asset
OPTIMIZATIONÏTHROUGHOUTÏTHEÏLIFEÏ
CYCLEÏ#ONCEPTÏAPPLICATIONSÏANDÏ
BENElTSÏIMPLEMENTATIONÏANDÏTOOLKIT
3TATISTICSÏFORÏRISKÏANDÏRELIABILITYÏ
ANALYSESÏ-ONTEÏ#ARLOÏSIMULATION
$ATAÏSOURCESÏFORÏRELIABILITYÏANALYSIS
Q
0RINCIPLESÏOFÏSUBSURFACEÏRISKÏANALYSIS
Q
0RINCIPLESÏOFÏPRODUCTIONÏPROCESSÏ
RELIABILITYÏANALYSISÏANDÏANALYSISÏOFÏ
actual case
Q
%CONOMICÏANALYSIS
Q
2ISKBASEDÏANALYSISÏOFÏASSETSÏ
ECONOMICÏLIFEÏCYCLE
AUDIENCE
%NGINEERSÏORÏOPERATIONSÏMANAGERSÏ
INTERESTEDÏINÏAPPLYINGÏTHEÏPRINCIPLESÏOFÏ
ECONOMICÏANALYSISÏTOÏASSETÏORÏ
OPERATIONSÏOPTIMIZATION
PREREQUISITE
"ASICÏKNOWLEDGEÏOFÏRELIABILITYÏ
ENGINEERINGÏRISKÏASSESSMENTÏANDÏ
ECONOMICÏANALYSIS
0RESSUREVOLUMETEMPERATUREÏ064Ï
CAPILLARYÏPRESSUREÏANDÏVOLUMETRICÏ
RESERVESÏESTIMATES
Q
2ESERVOIRÏDRIVEÏMECHANISMSÏANDÏ
producing characteristics
Q
#ONVENTIONALÏDATAÏANALYSISÏPRESSUREÏ
transient test, production data
ANALYSISÏMATERIALÏBALANCEÏANALYSISÏ
ANDÏMOVINGÏDOMAINÏANALYSIS
Q
5PSCALINGÏINTERACTIVEÏPROCESSÏ
INVOLVINGÏGEOSCIENTISTSÏANDÏENGINEERSÏ
Q
)NITIALIZINGÏTHEÏRESERVOIRÏMODEL
Q
)NTEGRATEDÏTEAMÏAPPROACHÏFORÏHISTORYÏ
MATCHING
Q
0ERFORMANCEÏFORECASTINGÏRESERVOIRÏ
OPTIMIZATIONÏANALYSISÏANDÏPARAMETRICÏ
studies
Q
%CONOMICÏMODELINGÏANDÏOPTIMIZINGÏ
THEÏRESERVOIRÏDEVELOPMENTÏPLAN
COURSE CONTENT
Q
Q
5NCERTAINTYÏMANAGEMENT
Q
Q
/BJECTIVESÏOFÏINTEGRATEDÏRESERVOIRÏ
studies
Flow scale considerations for data
MANAGEMENT
AUDIENCE
'EOSCIENTISTSÏANDÏPETROLEUMÏ
engineers responsible for conducting
COMPREHENSIVEÏRESERVOIRÏSTUDIES
Q
2ESERVOIRÏCHARACTERIZATIONÏANDÏ
BUILDINGÏBLOCKSÏOFÏTHEÏSTATICÏMODEL
Q
3EISMICÏDATAÏANDÏWELLÏLOGSÏ
PREREQUISITE
Q
3TRUCTURALÏCOMPARTMENTSÏ
Q
&RACTUREDÏRESERVOIRÏINÏSITUÏSTRESSÏ
Q
&LUIDÏCONTACTÏDETERMINATIONÏ7ELLÏ
LOGSÏCAPILLARYÏPRESSUREÏANDÏSEISMICÏ
attributes
"ACKGROUNDÏINÏPETROLEUMÏENGINEERINGÏ
ORÏGEOSCIENCESÏANDÏEXPERIENCEÏINÏ
RESERVOIRÏSTUDIES
Q
2ESERVOIRÏHETEROGENEITYÏ
Q
3EDIMENTARYÏFACIESÏANALYSISÏ
Q
&LOWÏANDÏNONmOWÏUNITS
Q
$ATAÏINTEGRATIONÏANDÏ$ÏPROPERTYÏ
MODELING
Q
2OLEÏOFÏGEOSTATISTICSÏINÏRESERVOIRÏ
MODELINGÏ
!NYONEÏWANTINGÏANÏINCREASEDÏ
UNDERSTANDINGÏOFÏTHEÏMANAGEMENTÏOFÏ%0Ï
ASSETSÏSUCHÏASÏPROPERTIESÏANDÏlELDS
PREREQUISITE
None
14 |
NExT Catalog-2014(21.5x27.5).indd 14
Visit NExTtraining.net/classes for the latest calendar or to register for a course.
12/22/13 2:48 AM
E&P INTRODUCTION AND FUNDAMENTALS
Petrel Fundamentals
Techlog Fundamentals
PIPESIM Fundamentals
OFM Fundamentals Using
Gas Operations Examples
Awareness – 2 Days
Awareness – 5 Days
Foundation – 2 Days
Foundation – 2 Days
This course introduces attendees to
This course introduces a new user to
geological data together. Attendees will
interact with a preprepared gas well
collaboration.
course centers on the attendee acting
results. The attendee will learn how
intersections. The course also introduces
and the foundation utilities for loading,
integration and openness that allows users
and the principles behind the application
Model. The attendees will gain a general
software application. During the course,
the attendees will learn how to use the
COURSE CONTENT
COURSE CONTENT
structure
COURSE CONTENT
through line graphs to geographic
Basic plotting tools
process facilities
representations.
tools, and windows
COURSE CONTENT
Surface editing and creation
Grid building
reference points
AUDIENCE
Data plotting
AUDIENCE
technical personnel with no prior
AUDIENCE
PREREQUISITE
None
PREREQUISITE
None
PREREQUISITE
other applications
AUDIENCE
OFM software.
PREREQUISITE
None
Software
Technical courses that use software
NExT Catalog-2014(21.5x27.5).indd 15
Includes practical sessions
Field trips
Uses simulation
| 15
12/22/13 2:48 AM
E&P INTRODUCTION AND FUNDAMENTALS
OFM Fundamentals
Using Oil and Waterflood
Production Examples
Merak Peep Fundamentals
and Merak Peep Decline
Fundamentals Combined Course
ProSource Front Office Fundamentals
Foundation – 2 Days
Foundation – 3 Days
Skill – 2 Days
This course introduces the attendees to
THEÏPRIMARYÏFUNCTIONALITIESÏOFÏTHEÏ/&-Ï
SOFTWAREÏBYÏALLOWINGÏTHEÏATTENDEESÏ
to interact with a preprepared oil and
WATERmOODÏPRODUCTIONÏPROJECTÏ4HEÏ
course centers on the attendee acting
ASÏAÏMEMBERÏOFÏAÏlCTIONALÏENGINEERINGÏ
TEAMÏCHARGEDÏWITHÏACCOMPLISHINGÏAÏ
NUMBERÏOFÏCOMMONÏTASKSÏINÏTHEÏ/&-Ï
SOFTWAREÏSUITEÏ4HEÏCOURSEÏCOVERSÏEACHÏ
OFÏTHEÏREQUIREDÏTASKSÏ)NÏACCOMPLISHINGÏ
THESEÏTASKSTHEÏATTENDEESÏAREÏEXPOSEDÏ
TOÏTHEÏRANGEÏOFÏCOMMONÏFEATURESÏOFÏTHEÏ
software application. During the course,
the attendees will learn how to use the
/&-ÏSOFTWAREÏASÏAÏ1!ÏTOOLÏSEEKINGÏ
DElCIENCIESÏINÏTHEÏDATAÏBEFOREÏUSINGÏTHEÏ
PROJECTÏDATAÏTOÏILLUSTRATEÏPRIMARYÏANDÏ
DERIVEDÏPERFORMANCEÏPARAMETERSÏ4HEÏ
COURSEÏALSOÏCOVERSÏGRAPHICALÏDISPLAYÏ
FEATURESÏRANGINGÏFROMÏTABULARÏPLOTSÏ
THROUGHÏLINEÏGRAPHSÏTOÏ')3ÏMAPBASEDÏ
representations.
!TTENDEESÏINÏTHISÏCOURSEÏWILLÏEXPLOREÏ
THEÏFUNCTIONALITYÏOFÏTHEÏ-ERAKÏ0EEPÏ
PETROLEUMÏECONOMICÏEVALUATIONÏPROGRAMÏ
ANDÏDECLINEÏANALYSISÏMODULEÏ4HESEÏ
SOFTWAREÏPACKAGESÏALLOWÏFORÏNAVIGATINGÏ
EFlCIENTLYÏTHROUGHÏTHEÏCASEÏDOCUMENTÏ
EDITINGÏEXISTINGÏDATAÏANDÏANALYZINGÏ
ECONOMICÏRUNS
Q
#REATEÏEDITÏANDÏCOPYÏECONOMICÏCASEÏ
DOCUMENTSÏ
This course introduces attendees to
0RO3OURCEÏDELIVERYÏSYSTEMÏ&RONTÏ/FlCEÏ
ANÏEASYTOUSEÏWEBBASEDÏAPPLICATIONÏ
THATÏPROVIDESÏWORKmOWBASEDÏDATAÏ
DELIVERYÏINÏTWOÏIMPORTANTÏMETHODSÏ
4HESEÏMETHODSÏEFlCIENTLYÏDELIVERÏLOGÏ
DATAÏDIRECTLYÏINTOÏTHEÏ0ETRELÏANDÏ4ECHLOGÏ
PLATFORMSÏBYÏMEANSÏOFÏPLUGINSÏALLOWINGÏ
USERSÏTOÏSEARCHÏANDÏVISUALIZEÏEXPORTINGÏ
DATAÏFROMÏTHEÏ0RO3OURCEÏDELIVERYÏ
SYSTEMÏTHROUGHÏAÏLIGHTWEIGHTÏWEBÏ
INTERFACEÏ4HEÏ0RO3OURCEÏ&RONTÏ/FlCEÏ
PACKAGEÏINTERFACESÏWITHÏ0RO3OURCEÏ,OGSÏ
%NTERPRISEÏANDÏ3EISMICÏSYSTEMS
Q
2EVIEWÏESSENTIALÏECONOMICÏINPUTSÏ
COURSE CONTENT
Q
#REATEÏlLTERSÏANDÏUSERÏPARAMETERSÏTOÏ
EASILYÏSORTÏLARGEÏDATAÏVOLUMESÏ
COURSE CONTENT
Merak Peep Fundamentals
Q
Q
Q
Q
-AINTAINÏCURRENTÏINHOUSEÏANDÏVENDORÏ
DATAÏTOÏUNDERSTANDÏPRODUCTIONÏLEVELSÏ
Q
"RIEmYÏWALKÏTHROUGHÏAÏFULLYÏ
FUNCTIONINGÏPROJECT
)MPORTÏANDÏEXPORTÏPRODUCTIONÏHISTORYÏ
Q
2EVIEWÏPROJECTÏDATAÏANDÏCHECKÏFORÏ
MISSINGÏVALUES
#REATEÏGROUPSÏANDÏSUMMARYÏWELLSÏTOÏ
BETTERÏMANAGEÏWELLÏDATAÏ
Q
5SEÏlLTERSÏTOÏSCREENÏOUTÏUNWANTEDÏ
ENTITIESÏFORÏANALYSIS
Q
Q
'ROUPÏPROJECTÏDATAÏATÏMULTIPLEÏLEVELSÏ
Q
#REATEÏCALCULATEDÏlELDSÏANDÏ
CALCULATEDÏVARIABLES
Q
#REATEÏSINGLEÏANDÏMULTIPLEWELLÏPLOTS
Q
#REATEÏANDÏFORMATÏWELLÏANDÏlELDÏ
SUMMARYÏREPORTS
Q
%XPORTÏREPORTSÏANDÏTABLEÏDATAÏTOÏ
other applications
AUDIENCE
!NYONEÏRESPONSIBLEÏFORÏSETTINGÏUPÏ
ANDÏMAINTAININGÏAÏPROJECTÏUSINGÏ
OFM software.
Q
Merak Peep Decline Fundamentals
COURSE CONTENT
Q
Use batch processes to edit or report
MULTIPLEÏCASESÏSIMULTANEOUSLYÏANDÏ
CALCULATEÏPRICEÏSENSITIVITYÏ
Q
Forecast production rates and
VOLUMESÏ
0ERFORMÏBASICÏDECLINEÏANALYSISÏRATE
TIMEÏCURVESÏANDÏCUMULATIVEÏCURVESÏ
)NITIATEÏTHEÏ0RO3OURCEÏ&RONTÏ/FlCEÏ
DELIVERYÏSYSTEMÏANDÏNAVIGATEÏTHEÏ
interface
Search for and browse well
INFORMATIONÏDEVIATIONÏSURVEYSÏ
MARKERSÏPERFORATIONSÏCHECKSHOTÏ
SURVEYSÏCOREÏINTERVALSÏVERTICALÏ
SEISMICÏPROlLEÏ630ÏSURVEYSÏANDÏ
SEISMICÏDATA
Q
/BSERVEÏTHEÏINTERRELATIONSHIPÏOFÏ
0RO3OURCEÏ&RONTÏ/FlCEÏDELIVERYÏ
SYSTEMÏSOFTWARE
Q
5SEÏAÏVARIETYÏOFÏFEATURESÏINÏDIFFERENTÏ
WINDOWSÏINCLUDINGÏMAPÏLOGÏVIEWERÏ
LOGÏPASSÏVIEWERÏEXTENDEDÏBINARYÏ
CODEDÏDECIMALÏINTERCHANGEÏCODEÏ
%"$)#ÏHEADERÏANDÏTHEÏVISUALIZATIONÏ
ANDÏROTATIONÏOFÏ$ÏDEVIATIONÏGRAPHICS
Q
%XPORTÏLOGÏDATAÏINTOÏSTANDARDÏ
FORMATSÏSUCHÏASÏLOGÏ!3#))ÏSTANDARDÏ
LOGÏINFORMATIONÏSTANDARDÏANDÏDIGITALÏ
LOGÏINFORMATIONÏSTANDARDÏ,!3Ï,)3
$,)3
Q
$OWNLOADÏWELLÏ630ÏANDÏSEISMICÏ
DATAÏlLESÏANDÏASSOCIATEDÏDOCUMENTS
Q
4RANSFERÏDATAÏTOÏ0ETRELÏANDÏ4ECHLOGÏ
PLATFORMSÏUSINGÏTHEÏASSOCIATEDÏ
0RO3OURCEÏ&RONTÏ/FlCEÏDELIVERYÏ
SYSTEMÏPLUGIN
Q
,OGÏDATAÏANDÏASSOCIATEDÏDOCUMENTÏ
DATAÏ3UBMITÏLOGÏFROMÏ0RO3OURCEÏ
DELIVERYÏSYSTEMÏ&RONTÏ/FlCEÏSOFTWAREÏ
TOÏ0RO3OURCEÏ,OGSÏMODULE
Q
"UILDÏENDUSERÏWORKmOWS
AUDIENCE
'EOSCIENTISTSÏPETROLEUMÏENGINEERSÏDATAÏ
MANAGERSÏANDÏTECHNICALÏ)4ÏPERSONNELÏ
WITHÏDATAÏMANAGEMENTÏDELIVERYÏ
responsibilities.
PREREQUISITE
'ENERALÏUNDERSTANDINGÏOFÏDATAÏDELIVERYÏ
ANDÏDATAÏmOWÏPROCESSESÏREQUIREDÏ
TOÏPERFORMÏPETROLEUMÏSUBSURFACEÏ
interpretation studies.
AUDIENCE
!NYONEÏNEEDINGÏTOÏDEVELOPÏORÏIMPROVEÏ
THEIRÏSKILLÏANDÏUNDERSTANDINGÏOFÏPROJECTÏ
ECONOMICSÏANDÏDECLINEÏCURVEÏANALYSISÏ
PERFORMEDÏWITHÏTHEÏ-ERAKÏ0EEPÏANDÏ0EEPÏ
$ECLINEÏMODULES
PREREQUISITE
0ETROLEUMÏ%CONOMICSÏ&UNDAMENTALSÏORÏ
EQUIVALENTÏKNOWLEDGEÏINÏADDITIONÏTOÏANÏ
UNDERSTANDINGÏOFÏBASICÏDECLINEÏANALYSISÏ
TECHNIQUESÏANDÏTHEORY
PREREQUISITE
None
16 |
NExT Catalog-2014(21.5x27.5).indd 16
Visit NExTtraining.net/classes for the latest calendar or to register for a course.
12/22/13 2:48 AM
E&P INTRODUCTION
FUNDAMENTALS
OIL AND GASAND
SOFTWARE
TRAINING
Today, E&P companies face numerous challenges—not only to explore and
produce complex hydrocarbon environments, but also to keep technical
staff trained to successfully approach and overcome those challenges.
Application
t 5SBJOJOHJO4DIMVNCFSHFSQMBUGPSNTBOEGPVOEBUJPOTPGUXBSF
NExT is dedicated to the professional development of E&P industry
professionals, accelerating the development of oil and gas professionals
Benefits
through competency management services, training programs, classroom
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instruction, mentoring, technical domain courses, and software training
certification programs.
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software capabilities through hands-on training
Gain the expertise to meet today’s complex
challenges
Schlumberger understands that learning and adopting new technologies
and workflows can be a huge challenge. NExT applies hands-on software
instruction and domain training to relevant industry challenges such as
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workflow-focused courses
Features
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industry challenges such as deepwater, shale, and heavy oil
deepwater, shale, and heavy oil exploration targets.
NExT training on industry-standard Schlumberger software allows
maximizing return on software investment by accelerating technology
exploration targets
t 5SBJOJOHDFOUFSTBSPVOEUIFXPSMEUIBUPGGFSDPVSTFTJO
state-of-the-art facilities
adoption among customers' technical staff. With software training that
meets the needs of professionals with varying levels of experience, NExT
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empowers teams to reach higher levels of productivity with
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workflow-focused courses.
Hands-on training enables geoscientists to take full advantage of the advanced features and applications of Schlumberger software.
Software
Technical courses that use software
NExT Catalog-2014(21.5x27.5).indd 17
Includes practical sessions
Field trips
Uses simulation
| 17
12/22/13 2:48 AM
FIELD DEVELOPMENT PLANNING
COMPETENCY
LEVEL
Geology and
Geophysics
Production
Engineering
Petrophysics
Reservoir Engineering
ADVANCED
Management and
Economics
Project Risk Analysis and
Management
Reservoir Monitoring Solutions Workshop
Production Logging Solutions Workshop
Resources and Reserves Evaluation
Applied Production Logging and Reservoir Monitoring
SKILL
Applied Project Management
–Oil and Gas
Advanced Integrated Reservoir Analysis
Applied Geostatistics for Petroleum Engineers and
Geoscientists
Risk, Uncertainty and
Decisions in E&P Projects
Integrated 3D Reservoir Modeling Workshop
Clastic Sedimentology for
Exploration and Development
Intermediate Production Logging and Reservoir Monitoring
Conducting an Integrated Reservoir Study
FOUNDATION
Integrated Resevoir Analysis
Petroleum economics
Fundamentals of Reservoir
Engineering
Well Placement Fundamentals
Development Geology
Project Management
Basic Reservoir Monitoring
Petroleum Decision and Risk
Analysis
Basic Production Logging
Prospect Evaluation, Risks
and Volumes
Basic Logging Methods and
Formation Evaluation
Fundamentals of Field Development Planning
18 |
NExT Catalog-2014(21.5x27.5).indd 18
Visit NExTtraining.net/classes for the latest calendar or to register for a course.
12/22/13 2:48 AM
FIELD DEVELOPMENT PLANNING
Avocet
ECLIPSE
MEPO
Merak
OFM
Techlog
COMPETENCY
LEVEL
ADVANCED
Techlog for
Geologists
Petrel Property
Modeling
Petrel
Geological
Workflows
and
Uncertainty
Analysis
Petrel
Structural
Modeling
Petrel Well
Deliverability
Petrel Velocity
Modeling
Petrel
Assisted
History
Matching and
Uncertainty
Analysis
Petrel Well
Design
SKILL
Merak
Decision Tool
Kit and Merak
Peep Monte
Carlo
Avocet
Integrated
Asset Modeler
Fundamentals
ECLIPSE
Blackoil
Reservoir
Simulation
MEPO
Introduction
Merak Peep
Fundamentals
and Merak
Peep Decline
Fundamentals
Combined
Course
SOFTWARE
Petrel
PIPESIM /
INTERSECT
Introduction to
INTERSECT
OFM
Fundamentals
Using Gas
Operations
Examples
PIPESIM
Gas Field
Production
Operations
FOUNDATION
OFM
Fundamentals
Using Oil and
Waterflood
Production
Examples
Petrel Geology
Petrel
Reservoir
Engineering
Software
Technical courses that use software
NExT Catalog-2014(21.5x27.5).indd 19
Includes practical sessions
Field trips
Uses simulation
| 19
12/22/13 2:48 AM
FIELD DEVELOPMENT PLANNING
Fundamentals of Field
Development Planning
Foundation – 5 Days
NEW
4HISÏlELDÏDEVELOPMENTÏPLANNINGÏ&$0Ï
COURSEÏPROVIDESÏATTENDEESÏWITHÏTHEÏ
FUNDAMENTALÏAPPROACHÏTOÏWORKINGÏWITHÏANDÏ
WRITINGÏANÏ&$0Ï4HEÏDOCUMENTÏWHICHÏISÏ
THEÏOUTPUTÏOFÏAÏSEQUENCEÏOFÏDECISIONÏANDÏ
DISCIPLINEBASEDÏTASKSÏISÏDESIGNEDÏTOÏ
CREATEÏAÏDEVELOPMENTÏPLANÏ4HISÏPLANÏISÏ
THEÏBASISÏFORÏAÏMETHODÏOFÏDEVELOPINGÏ
PRODUCINGÏANDÏMAINTAININGÏHYDROCARBONÏ
resources, including surface design, and
FORMSÏANÏINPUTÏFORÏDESIGNINGÏASSOCIATEDÏ
SURFACEÏFACILITIESÏ#OMBINEDÏSUBSURFACEÏ
ANDÏSURFACEÏDOCUMENTSÏFORMÏTHEÏBASISÏFORÏ
lNANCIALÏDECISIONSÏ4HEÏATTENDEESÏWILLÏBEÏ
INTRODUCEDÏTOÏALLÏTHESEÏCONCEPTSÏASÏTHEYÏ
are applied in the process of creating
AÏDEVELOPMENTÏPLANÏINÏRELATIONÏTOÏTHEÏ
RESERVOIRÏLIFEÏCYCLE
Basic Logging Methods and
Formation Evaluation
Basic Production Logging
Basic Reservoir Monitoring
Foundation – 5 Days
Foundation – 5 Days
Foundation – 5 Days
In this introduction to openhole data
acquisition, interpretation concepts,
and practices, attendees will learn the
PRIMARYÏLOGGINGÏTOOLSÏUSEDÏTHEÏPHYSICSÏ
OFÏHOWÏTHEÏMEASUREMENTSÏAREÏMADEÏANDÏ
BESTÏPRACTICESÏTOÏDETERMINEÏPOROSITYÏANDÏ
water saturation. Topics include new
HIGHTECHNOLOGYÏTOOLSÏANDÏTHEIRÏAPPLICATIONÏ
TOÏCONVENTIONALÏANDÏUNCONVENTIONALÏ
ENVIRONMENTSÏINCLUDINGÏNUCLEARÏMAGNETICÏ
RESONANCEÏ.-2ÏLOGGINGÏWHILEÏDRILLINGÏ
,7$ÏWIRELINEÏFORMATIONÏTESTINGÏANDÏ
BOREHOLEÏIMAGINGÏ4HEÏATTENDEESÏWILLÏALSOÏ
learn how to interpret actual log data in
EXERCISESÏDESIGNEDÏTOÏSTRENGTHENÏYOURÏ
understanding and interpretation skills.
0RODUCTIONÏLOGGINGÏTOOLSÏHAVEÏSPECIlCÏUSESÏ
ASÏWELLÏASÏLIMITATIONSÏ!TTENDEESÏWILLÏLEARNÏ
THEÏVARIOUSÏAPPLICATIONSÏFORÏTHESEÏTOOLSÏTHEÏ
INTERPRETATIONÏASSUMPTIONSÏTHATÏAREÏINTEGRALÏ
TOÏTHEIRÏDESIGNSÏANDÏHOWÏLOGÏQUALITYÏISÏ
AFFECTEDÏBYÏTHEÏACQUISITIONÏPROCESSÏ(ANDS
ONÏDEMONSTRATIONSÏTEACHÏTHEÏFUNDAMENTALSÏ
of production log interpretation, and
ANÏINCLASSÏWORKSHOPÏFOCUSESÏONÏTHEÏ
INTERPRETATIONÏOFÏSINGLEÏANDÏTWOPHASEÏ
mOWÏ$ISCUSSIONÏINCLUDESÏUSEÏOFÏTHESEÏLOGSÏ
FORÏMEASURINGÏTHREEPHASEÏmOW
)NÏTHISÏCOURSEÏATTENDEESÏWILLÏSTUDYÏTHEÏ
BASICSÏOFÏlELDÏSURVEILLANCEÏANDÏRESERVOIRÏ
MONITORINGÏWITHÏTOOLSÏSUCHÏASÏPULSEDÏ
NEUTRONÏANDÏCARBONOXYGENÏLOGGINGÏ4HEÏ
attendees will learn how these tools
AREÏAPPLIEDÏTOÏDIAGNOSEÏRESERVOIRWIDEÏ
BEHAVIORSÏOFÏWATERÏBREAKTHROUGHÏGASÏCAPÏ
MIGRATIONÏANDÏBEHINDPIPEÏCOMMINGLINGÏ)NÏ
ANÏINCLASSÏWORKSHOPÏATTENDEESÏWILLÏLEARNÏ
TOÏEVALUATEÏWATERÏANDÏGASÏSATURATIONSÏANDÏ
DETERMINEÏRESISTIVITYÏBEHINDÏTHEÏCASING
COURSE CONTENT
Q
COURSE CONTENT
Q
2ESERVOIRÏMANAGEMENTÏPROCESS
Q
2ESERVOIRÏMANAGEMENTÏCONCEPTSÏANDÏ
EXPERTISEÏSOURCESÏ
Q
4HEÏRESERVOIRÏMODEL
Q
Data acquisition and data use
Q
Data integration
Q
2ESERVOIRÏMONITORINGÏSURVEILLANCEÏANDÏ
CHARACTERIZATIONÏ
Q
0RESSUREÏPROlLINGÏINÏDEVELOPEDÏ
RESERVOIRS
Q
2ESERVOIRÏROCKÏSEDIMENTARYÏBASINSÏ
rock properties, carbonates, clastics,
shales, and diagenesis
,OGGINGÏOVERVIEW
Q
3PONTANEOUSÏPOTENTIALÏ30ÏANDÏ
GAMMAÏRAY
Q
0OROSITYÏLOGSÏ$ENSITYÏNEUTRONÏANDÏ
acoustic
Q
2ESISTIVITYÏBASICSÏDEEPREADINGÏTOOLSÏ
TRUEÏRESISTIVITYÏSHALLOWREADINGÏTOOLSÏ
ANDÏmUSHEDZONEÏRESISTIVITY
COURSE CONTENT
Q
)NmOWÏANDÏOUTmOWÏPERFORMANCEÏANDÏ
PRODUCTIVITYÏINDEXÏFORÏOILÏANDÏGASÏWELLSÏ
Q
4OOLÏCONVEYANCEÏUSINGÏTRACTORSÏANDÏ
coiled tubing
Q
Depth control in cased wells using
GAMMAÏRAYÏANDÏCASINGÏCOLLARÏLOCATORÏ
data
COURSE CONTENT
Q
2ESERVOIRDRIVEÏMECHANISMSÏANDÏ
ASSOCIATEDÏPRODUCTIONÏPROBLEMS
Q
2ESERVOIRÏmUIDÏPROPERTIESÏ'AS
oil ratio, bubblepoint pressure, and
THREEPHASEÏDIAGRAM
Q
4OOLÏCONVEYANCEÏUSINGÏTRACTORSÏANDÏ
coiled tubing
Q
Depth control in cased hole wells
USINGÏGAMMAÏRAYÏANDÏCASINGÏCOLLARÏ
locator
Q
#OMPLETIONSÏFORÏVERTICALÏDEVIATEDÏ
HORIZONTALÏANDÏMULTILATERALÏWELLS
Q
0RESSURECONTROLÏSYSTEMÏFORÏRIGLESSÏ
operation
Q
#OMPLETIONSÏINÏVERTICALÏDEVIATEDÏ
HORIZONTALÏANDÏMULTILATERALÏWELLS
Q
2ESERVOIRÏmUIDSÏPROPERTIESÏINCLUDINGÏ
gas/oil ratio, bubblepoint pressure,
ANDÏTHREEPHASEÏDIAGRAMS
Q
0RESSURECONTROLÏSYSTEMÏFORÏRIGLESSÏ
operation
Q
*USTIlCATIONÏFORÏPRODUCTIONÏLOGS
Q
2ESERVOIRÏDRIVEÏMECHANISMSÏANDÏ
ASSOCIATEDÏPRODUCTIONÏPROBLEMS
Q
0ULSEDÏNEUTRONÏCAPTUREÏCROSSSECTIONÏ
MODEÏANDÏCARBONOXYGENÏMODE
*USTIlCATIONÏOFÏPRODUCTIONÏLOGÏ
acquisition
Q
!CQUISITIONÏOFÏFORMATIONÏRESISTIVITYÏINÏ
cased hole
Q
3HALEÏVOLUMEÏCOMPUTATIONS
4HEÏ&$0
Q
1UICKLOOKÏMETHODS
Q
Q
&$0ÏCONCEPTSÏRESERVOIRÏAPPRAISALÏANDÏ
DEVELOPMENTÏPLANNING
Q
7ATERÏSATURATIONÏCOMPUTATIONSÏINÏTHEÏ
presence of shale
Q
Q
#ASEÏSTUDY
Q
Carbonates and their challenges
Standard production logging tools
Q
Q
NMR
3LIMHOLEÏINDUCTIONÏLOGGINGÏINÏPLASTICÏ
NONCONDUCTIVEÏCASING
Q
4ECHNIQUESÏFORÏMEASURINGÏOILÏWATERÏ
and gas rates
Q
Q
"OREHOLEÏIMAGING
Q
)NTERPRETATIONÏOFÏLOGSÏFORÏSINGLEÏTWOÏ
ANDÏTHREEPHASEÏPRODUCTION
7ORKSHOPÏ5SINGÏCAPTUREÏMODEÏFORÏ
EVALUATINGÏWATERÏANDÏGASÏSATURATION
Q
7ORKSHOPÏ)NTERPRETINGÏBEHINDCASINGÏ
RESISTIVITYÏLOGS
Q
AUDIENCE
-ULTIDISCIPLINARYÏASSETÏTEAMSÏCONSISTINGÏ
OFÏENGINEERSÏGEOSCIENTISTSÏANDÏMANAGERSÏ
WHOÏAREÏINVOLVEDÏINÏORÏWILLÏBEÏINVOLVEDÏ
INÏDEVELOPINGÏHYDROCARBONÏRESOURCESÏ
ANDÏOTHERÏACTUALÏORÏPOTENTIALÏASSETÏTEAMÏ
MEMBERS
PREREQUISITE
%NGINEERINGÏORÏGEOSCIENCEÏBACKGROUND
20 |
NExT Catalog-2014(21.5x27.5).indd 20
AUDIENCE
0ETROPHYSICISTSÏGEOSCIENTISTSÏENGINEERSÏ
ANDÏLOGÏANALYSTSÏWANTINGÏTOÏINCREASEÏTHEIRÏ
UNDERSTANDINGÏOFÏBASICÏLOGÏANALYSIS
AUDIENCE
PREREQUISITE
PREREQUISITE
!ÏYEARÏTECHNICALÏDEGREE
%NGINEERINGÏORÏGEOSCIENCEÏDEGREEÏ
RECOMMENDEDÏASÏTHISÏCOURSEÏDEALSÏWITHÏ
PRODUCTIONÏLOGGINGÏPHYSICS
Geoscientists or engineers responsible for
interpreting production logs.
AUDIENCE
Geoscientists or engineers responsible
FORÏlELDWIDEÏSURVEILLANCEÏORÏRESERVOIRÏ
MONITORINGÏPROGRAMS
PREREQUISITE
%NGINEERINGÏORÏGEOSCIENCEÏDEGREE
Visit NExTtraining.net/classes for the latest calendar or to register for a course.
12/22/13 2:48 AM
FIELD DEVELOPMENT PLANNING
Development Geology
Well Placement
Fundamentals
Fundamentals of Reservoir
Engineering
Integrated Resevoir Analysis
Foundation – 5 Days
Foundation – 5 Days
Foundation – 5 Days
Foundation – 5 Days
4HISÏCOURSEÏPROVIDESÏATTENDEESÏWITHÏTHEÏ
FUNDAMENTALÏSKILLSÏTOÏCONSTRUCTÏGEOLOGICÏ
MODELSÏANDÏUNDERSTANDÏTHEÏFACTORSÏ
THATÏAFFECTÏlELDÏOPERATIONSÏANDÏlELDÏ
MANAGEMENTÏ4HEÏCOURSEÏCOVERSÏFROMÏTHEÏ
gathering and interpretation of geologic
data to the preparation of geologic
MODELSÏTOÏTHEÏQUANTIlCATIONÏOFÏSUBSURFACEÏ
UNCERTAINTYÏINÏADDITIONÏTOÏAPPLYINGÏ
GEOLOGICÏCONCEPTSÏCONSTRUCTINGÏMAPSÏ
ANDÏSECTIONSÏANDÏVALIDATINGÏCOMPUTER
generated interpretations. Also included
AREÏCALCULATINGÏSUBSURFACEÏVOLUMESÏANDÏ
assessing their uncertainties, preparing
a well proposal, planning appraisal
WELLSÏANDÏASSESSINGÏTHEIRÏECONOMICÏ
VALUEÏ!TTENDEESÏWILLÏACQUIREÏPRACTICALÏ
EXPERIENCEÏBYÏWORKINGÏINÏTEAMSÏONÏANÏ
ACTUALÏlELDÏSTUDY
This course introduces the concept of
GEOLOGICALÏWELLÏPLACEMENTÏGEOSTEERINGÏ
ANDÏPROVIDESÏKNOWLEDGEÏOFÏTHEÏPROCESSESÏ
and techniques that can be used to
SUCCESSFULLYÏPLACEÏHIGHANGLEÏANDÏ
HORIZONTALÏWELLSÏUSINGÏGEOLOGICALÏANDÏ
PETROPHYSICALÏDATAÏINÏREALTIMEÏDURINGÏ
DRILLINGÏ4HEÏMAINÏPURPOSEÏOFÏHIGHANGLEÏ
ANDÏHORIZONTALÏWELLSÏISÏTOÏMAXIMIZEÏ
RESERVOIRÏCONTACTÏANDÏENHANCEÏWELLÏ
PRODUCTIVITYÏ4OÏPLANÏANDÏCONSTRUCTÏSUCHÏ
WELLSÏREQUIRESÏREALTIMEÏCOLLABORATIONÏ
BETWEENÏGEOLOGISTSÏWHOÏNEEDÏQUALITYÏ
FORMATIONÏEVALUATIONÏDATAÏDRILLERSÏWHOÏ
REQUIREÏCONSIDERABLEÏINPUTÏFROMÏTHEÏ
GEOLOGISTSÏANDÏPETROPHYSICISTSÏWHOÏ
INTERPRETÏTHEÏFORMATIONÏEVALUATIONÏDATAÏ
DURINGÏTHEÏDRILLINGÏPROCESSÏTOÏOPTIMIZEÏ
WELLÏPLACEMENTÏ4HISÏPROCESSÏISÏGENERALLYÏ
FACILITATEDÏBYÏTHEÏWELLÏPLACEMENTÏ
COORDINATORÏ6ARIOUSÏTECHNOLOGIESÏINVOLVEDÏ
INÏDIRECTIONALÏDRILLINGÏMEASUREMENTÏANDÏ
FORMATIONÏEVALUATIONÏWHILEÏDRILLINGÏAREÏ
REVIEWEDÏ4HEÏTHREEÏDIFFERENTÏMETHODSÏ
USEDÏTOÏGEOLOGICALLYÏPLACEÏHORIZONTALÏWELLSÏ
are introduced and the applications are
discussed.
#OURSEÏMATERIALÏFOCUSESÏONÏTHEÏCLASSICALÏ
METHODSÏOFÏRESERVOIRÏENGINEERINGÏ
!TTENDEESÏWILLÏLEARNÏTHEÏFUNDAMENTALÏ
PRINCIPLESÏOFÏMULTIPHASEÏmUIDÏmOWÏANDÏ
STUDYÏmUIDÏANDÏROCKÏCHARACTERISTICSÏ
#ASEÏHISTORIESÏDEMONSTRATEÏENGINEERINGÏ
concepts and actual situations.
This course focuses on the skills required for
INTEGRATEDÏANALYSISÏOFÏROCKÏPOREÏANDÏmUIDSÏ
DATAÏANDÏHOWÏTOÏSOLVEÏPROBLEMSÏASSOCIATEDÏ
WITHÏIDENTIFYINGÏANDÏEXPLOITINGÏRESERVESÏ4HEÏ
ATTENDEESÏWILLÏIMPROVEÏTHEIRÏUNDERSTANDINGÏ
of pore scale interaction, including rock
TEXTUREÏCHARACTERISTICSÏANDÏPETROPHYSICALÏ
ROCKÏTYPINGÏTECHNIQUESÏINÏADDITIONÏTOÏ
LEARNINGÏHOWÏTOÏUSEÏPOREÏGEOMETRYÏTOOLSÏ
SUCHÏASÏCOREÏANALYSISÏOFÏPOROSITYÏANDÏ
PERMEABILITYÏCAPILLARYÏPRESSUREÏWETTABILITYÏ
ANDÏRELATIVEÏPERMEABILITYÏ4HEÏATTENDEESÏ
will also better understand how to integrate
THESEÏMEASUREMENTSÏWITHÏWELLÏLOGÏ
INFORMATIONÏTOÏPREDICTÏPETROPHYSICALÏROCKÏ
TYPESÏANDÏmOWÏUNITSÏPLUSÏGAINÏEXPERIENCEÏ
WITHÏ.%X4Ï1UICK3CANÏANDÏQUICKLOOKÏ
TECHNIQUESÏTHROUGHÏINCLASSÏEXERCISES
COURSE CONTENT
Q
Q
Q
Q
Scope of oil and gas business
3UBSURFACEÏMODELSÏINPUTÏDATAÏANDÏ
MODELINGÏCONCEPTS
Gathering, processing, and
INTERPRETINGÏSEISMICÏDATA
3TRUCTURALÏTYPESÏTRAPSÏFAULTÏSEALSÏ
MAPSÏANDÏSECTIONSÏANDÏCORRELATIONS
COURSE CONTENT
COURSE CONTENT
Q
&UNDAMENTALSÏOFÏRESERVOIRÏENGINEERINGÏ
Q
2ESERVOIRÏENVIRONMENTÏANDÏFORMATIONÏ
properties
Q
2ESERVOIRÏPRESSUREÏPRESSUREÏ
gradients, and contacts
Q
2ELATIVEÏPERMEABILITY
Q
2ESERVOIRÏmUIDSÏPROPERTIESÏmUIDÏmOWÏ
ANDÏ$ARCYSÏLAW
Q
0RINCIPLESÏOFÏWELLÏTESTINGÏINÏRESERVOIRÏ
CHARACTERIZATION
Q
2ESERVOIRÏDRIVEÏMECHANISMS
Q
7ATERÏINmUX
Q
$ECLINEÏCURVEÏANALYSISÏ
Q
$ETERMININGÏOFÏHYDROCARBONÏRESERVESÏ
6OLUMETRICÏMETHODÏ
Q
'EOLOGICALÏWELLÏPLACEMENTÏ
Q
2ESERVOIRÏGEOLOGYÏREVIEWÏ
Q
Directional drilling
2ESERVOIRÏENGINEERSÏGEOLOGISTSÏANDÏ
GEOPHYSICISTS
Q
-EASUREMENTÏWHILEÏDRILLINGÏ
#ARBONATEÏRESERVOIRS
PREREQUISITE
Q
&ORMATIONÏEVALUATIONÏANDÏ,7$Ï
Q
3UBSURFACEÏDEVELOPMENTÏOPTIONS
Q
Q
6OLUMETRICSÏANDÏSUBSURFACEÏ
uncertainties
!PPLICATIONSÏOFÏ,7$ÏMEASUREMENTSÏINÏ
WELLÏPLACEMENTÏ
Q
!PPLICATIONSÏOFÏWELLÏPLACEMENTÏ
METHODSÏ
#LASTICÏSEDIMENTARYÏENVIRONMENTS
Q
"ASICÏWELLÏTECHNOLOGYÏHORIZONTALÏ
wells, well data, log and core data,
UNCERTAINTIESÏANDÏMAPPING
Q
Q
Q
3TATICÏANDÏDYNAMICÏMODELS
Field operations, well design, and
geologic input
Q
$EVELOPMENTÏOPTIONSÏPROJECTÏ
planning, and phased costs
Q
)MPACTÏOFÏSUBSURFACEÏUNCERTAINTYÏONÏ
PROJECTÏECONOMICS
Q
PREREQUISITE
PREREQUISITE
"ASICÏUNDERSTANDINGÏOFÏRESERVOIRÏANDÏ
PETROLEUMÏGEOLOGY
Geoscience or engineering degree.
Software
Technical courses that use software
NExT Catalog-2014(21.5x27.5).indd 21
%NVIRONMENTSÏOFÏDEPOSITIONÏ
Carbonates and clastics
Q
3CALEÏOFÏTHEÏPOREÏSYSTEMÏ#OREÏVERSUSÏ
logs
Q
,ABMEASUREDÏPOROSITYÏANDÏ
PERMEABILITY
Q
7INLANDÏ2ÏMETHODÏFORÏPETROPHYSICALÏ
ROCKÏTYPEÏWITHÏEMPHASISÏONÏPORE
throat radius
Q
0ETROPHYSICALÏROCKÏTYPESÏ)MPACTÏOFÏ
water saturation
Q
#APILLARYÏPRESSUREÏMEASUREMENTSÏ
0ORETHROATÏRADIUSÏANDÏWATERÏ
SATURATIONÏABOVEÏFREEÏWATER
Q
&LOWÏUNITSÏ&LOWÏCAPACITYÏVERSUSÏ
STORAGEÏCAPACITY
Q
(IGHmOWÏZONESÏANDÏBARRIERS
"ASICÏKNOWLEDGEÏOFÏPETROLEUMÏENGINEERINGÏ
ANDÏGEOLOGY
AUDIENCE
'EOLOGISTSÏGEOPHYSICISTSÏENGINEERSÏANDÏ
PETROPHYSICISTSÏWANTINGÏTOÏLEARNÏIMPROVEDÏ
INTERPRETATIONÏWORKmOWS
AUDIENCE
%NGINEERSÏANDÏGEOLOGISTSÏINVOLVEDÏ
INÏRESERVOIRÏAPPRAISALÏANDÏ
DEVELOPMENTÏPROJECTS
AUDIENCE
'EOLOGICALÏFRAMEWORKÏOFÏRESERVOIRS
Q
AUDIENCE
Case studies illustrating the use of the
THREEÏWELLÏPLACEMENTÏMETHODSÏ
-ULTIDISCIPLINARYÏASSETÏTEAMSÏOFÏOPERATINGÏ
COMPANIESÏCOMPRISINGÏMAINLYÏDRILLINGÏ
ENGINEERSÏRESERVOIRÏENGINEERSÏANDÏ
GEOSCIENTISTSÏWHOÏNEEDÏTOÏMAKEÏDECISIONSÏ
REGARDINGÏTHEÏAPPLICABILITYÏANDÏBENElTSÏOFÏ
IMPLEMENTINGÏAÏGEOLOGICALÏWELLÏPLACEMENTÏ
PROCESSÏFORÏDRILLINGÏHORIZONTALÏANDÏ
HIGHANGLEÏWELLBORES
Q
Material balance applications
Q
Q
COURSE CONTENT
Includes practical sessions
PREREQUISITE
)NTERMEDIATEÏUNDERSTANDINGÏOFÏGEOLOGYÏANDÏ
PETROPHYSICS
Field trips
Uses simulation
| 21
12/22/13 2:48 AM
FIELD DEVELOPMENT PLANNING
Prospect Evaluation, Risks
and Volumes
Project Management
Petroleum Economics
Petroleum Decision and
Risk Analysis
Foundation – 5 Days
Foundation – 5 Days
Foundation – 4 Days
Foundation – 3 Days
2ISKÏANDÏVOLUMEÏASSESSMENTSÏFORMÏTHEÏ
basis for decisions on whether to drill
ORÏNOTÏDRILLÏAÏWELLÏANDÏASÏSUCHÏFORMÏTHEÏ
LINKÏBETWEENÏSUBSURFACEÏEVALUATIONÏANDÏ
THEÏBUSINESSÏASPECTSÏOFÏTHEÏPETROLEUMÏ
INDUSTRYÏ4HISÏCOURSEÏEXPLAINSÏHOWÏRISKSÏ
ANDÏVOLUMESÏCANÏBEÏASSESSEDÏINÏAÏREALISTICÏ
MANNERÏBASEDÏONÏAÏSOUNDÏUNDERSTANDINGÏ
of the geological details of the prospect as
well as of its regional geological setting
ANDÏCURRENTÏPLAYÏUNDERSTANDING
4HISÏCOURSEÏSATISlESÏTHEÏ0-0®ÏCERTIlCATIONÏ
HOURÏTRAININGÏREQUIREMENT
4HEÏCOURSEÏTEACHESÏTHEÏFUNDAMENTALSÏ
OFÏPETROLEUMÏECONOMICSÏASÏAPPLIEDÏTOÏ
SELECTINGÏOILÏANDÏGASÏPROJECTSÏINCLUDINGÏ
AÏREVIEWÏOFÏTHEÏTIMEÏVALUEÏOFÏMONEYÏ
concepts.
!TTENDEESÏWILLÏLEARNÏMULTIPLEÏAPPROACHESÏ
TOÏMODELINGÏDECISIONSÏFORÏOILÏANDÏGASÏ
PROJECTSÏ4HISÏCOURSEÏHIGHLIGHTSÏAÏPROVENÏ
PROCESSÏANDÏTECHNOLOGYÏFORÏDECISIONÏ
ANALYSISÏUSEDÏBYÏCOMPANIESÏWORLDWIDEÏ
!NÏOVERVIEWÏINCLUDESÏFUNDAMENTALSÏANDÏ
EXAMPLESÏOFÏDECISIONÏANALYSISÏDISCUSSIONÏ
OFÏUNCERTAINTIESÏANDÏRISKÏANDÏVARIOUSÏWAYSÏ
TOÏINCORPORATEÏTHEMÏINÏOILÏANDÏGASÏPROJECTÏ
EVALUATIONSÏ$ISCUSSIONSÏCOVERÏTHEÏUSEÏ
OFÏSENSITIVITIESÏDECISIONÏTREESÏANDÏVALUEÏ
OFÏINFORMATIONÏINÏBOTHÏDETERMINISTICÏANDÏ
PROBABILISTICÏAPPROACHESÏTOÏEVALUATINGÏOILÏ
ANDÏGASÏPROJECTS
At the conclusion of the course, the
PARTICIPANTSÏWILLÏHAVEÏANÏEXCELLENTÏ
understanding of the essentials required
FORÏREALISTICÏRISKÏANDÏVOLUMEÏASSESSMENTSÏ
OFÏEXPLORATIONÏPROSPECTSÏ4HEÏCOURSEÏ
ALLOWSÏPARTICIPANTSÏTOÏPRODUCEÏWELL
CONSIDEREDÏANDÏREALISTICÏASSESSMENTSÏFORÏ
PROSPECTSÏINÏWHICHÏTHEYÏMAYÏBEÏINVOLVEDÏ
ANDÏTOÏUNDERSTANDÏANDÏCONSTRUCTIVELYÏ
CHALLENGEÏRISKÏANDÏVOLUMEÏASSESSMENTSÏOFÏ
COLLEAGUESÏANDÏPARTNERSÏORÏCOMPETITORS
COURSE CONTENT
Q
Q
Q
2ISKÏANDÏVOLUMESÏASSESSMENTÏ
FUNDAMENTALS
2ISKÏANDÏUNCERTAINTYÏDIFFERENCE
3TATISTICSÏFUNDAMENTALSÏINCLUDINGÏ
DISTRIBUTIONÏCURVESÏEXPECTATIONÏ
CURVESÏADDINGÏANDÏNOTÏADDINGÏRISKÏ
VOLUMESÏANDÏ"AYESÏTHEOREM
In this course, attendees will gain
INDEPTHÏANDÏCOMPREHENSIVEÏEXPOSUREÏ
TOÏTHEÏKEYÏSKILLSÏANDÏKNOWLEDGEÏTHEYÏ
NEEDÏFORÏEFFECTIVEÏPROJECTÏMANAGEMENTÏ
as described in the Association for
0-)gSÏh!0-Ï"ODYÏOFÏ+NOWLEDGEvÏANDÏ
THEÏ0ROJECTÏ-ANAGEMENTÏ)NSTITUTESÏ
h!Ï'UIDEÏTOÏTHEÏ0ROJECTÏ-ANAGEMENTÏ
"ODYÏOFÏ+NOWLEDGEvÏ#OURSEÏINSTRUCTIONÏ
ISÏTHROUGHÏAÏCOMBINATIONÏOFÏLECTURESÏ
PRACTICALÏEXERCISESÏANDÏINTERACTIVEÏ
sessions. The attendees draw upon their
OWNÏEXPERIENCESÏANDÏREALWORLDÏEXAMPLESÏ
TOÏENHANCEÏTHEÏLEARNINGÏEXPERIENCEÏ4HEÏ
topics, disciplines, and enabling skills
AREÏPROGRESSIVELYÏBUILTÏUPONÏANDÏLINKEDÏ
TOÏTHEÏDEVELOPMENTÏOFÏCASEÏSTUDIESÏINÏAÏ
TEAMÏENVIRONMENTÏ4HISÏCOURSEÏTAUGHTÏ
BYÏAÏ0-)ÏREGISTEREDÏEDUCATIONÏPROVIDERÏ
PREPARESÏTHEÏATTENDEESÏFORÏTHEÏ0-)gSÏ0-0Ï
CERTIlCATIONÏEXAMINATION
COURSE CONTENT
Q
0ROJECTÏlNANCIALÏAPPRAISALÏ
Q
3COPEÏMANAGEMENTÏINCLUDINGÏWORKÏ
DElNITIONÏ
Q
Q
4IMEÏMANAGEMENTÏ0LANNINGÏANDÏ
scheduling
#OSTÏMANAGEMENTÏ-ONITORINGÏANDÏ
control
4RAPÏRESERVOIRÏSEALÏANDÏCHARGEÏ
uncertainties
Q
2ISKÏMANAGEMENT
Q
#ONSISTENTÏANDÏREALISTICÏRISKÏESTIMATION
Q
0ROCUREMENTÏANDÏCONTRACTSÏ
Q
6OLUMEÏRANGEÏCALCULATIONSÏFORÏ
PROSPECTSÏANDÏPORTFOLIOSÏOFÏPROSPECTSÏ
PROSPECTÏVOLUMEÏSUMMATIONSÏFORÏAÏ
correct representation of prospect
portfolios
Q
Alliances and partners
Q
1UALITYÏ
Q
Q
'EOPHYSICALÏEVIDENCEÏINCORPORATED
$()SÏINÏAÏREALISTICÏRISKÏASSESSMENT
AUDIENCE
'EOSCIENTISTSÏWORKINGÏINÏEXPLORATIONÏ
PROSPECTÏPORTFOLIOÏANALYSTSÏANDÏTHEIRÏDIRECTÏ
SUPERVISORSÏANDÏSTAFFSÏFROMÏDISCIPLINESÏ
WORKINGÏCLOSELYÏWITHÏRESERVOIRÏENGINEERSÏ
PETROPHYSICISTSÏANDÏGEOPHYSICISTS
Q
(UMANÏRESOURCESÏMANAGEMENT
Q
0ROJECTÏSUCCESSÏANDÏFAILURE
AUDIENCE
0ROJECTÏENGINEERSÏSUPERVISORSÏ
ANDÏPROJECTÏLEADERSÏSEEKINGÏTOÏ
increase their knowledge of
PROJECTÏMANAGEMENT
PREREQUISITE
None
COURSE CONTENT
Q
)NTRODUCTIONÏTOÏPETROLEUMÏECONOMICS
Q
&ORECASTINGÏPRODUCTIONÏVOLUMES
Q
%NTERINGÏANDÏUSINGÏPRODUCTÏPRICES
Q
#ALCULATINGÏROYALTYÏANDÏINTEREST
Q
5NDERSTANDINGÏOPERATINGÏEXPENSESÏ
CAPITALÏINVESTMENTSÏDEPRECIATIONÏANDÏ
TAXES
Q
5NDERSTANDINGÏINmATIONÏESCALATIONÏ
and discounting
Q
$ECISIONÏANDÏRISKÏANALYSISÏINCLUDINGÏ
decision criteria
Q
#ALCULATINGÏCASHÏmOWÏECONOMICÏ
INDICATORSÏANDÏNETÏPRESENTÏVALUE
Q
Q
5NDERSTANDINGÏWORLDWIDEÏlSCALÏ
SYSTEMS
$ECISIONSÏ(OWÏTOÏADDRESSÏTHEMÏANDÏ
MOREÏIMPORTANTLYÏHOWÏNOTÏTOÏADDRESSÏ
THEM
Q
Q
0ERFORMINGÏINCREMENTALÏANALYSIS
Q
3ELECTINGÏPROJECTS
%SSENTIALSÏOFÏUNCERTAINTYÏRISKÏ
PROBABILITYÏANDÏSTATISTICSÏINCLUDINGÏ
CHOOSINGÏDISTRIBUTIONÏTYPESÏANDÏ
ELIMINATINGÏBIAS
AUDIENCE
Q
$ECISIONÏANALYSISÏPROCESS
!NYONEÏWANTINGÏAÏFUNDAMENTALÏKNOWLEDGEÏ
OFÏPETROLEUMÏECONOMICS
Q
5PSTREAMÏOILÏANDÏGASÏDECISIONÏMODELS
Q
$ECISIONÏANALYSISÏANDÏ
RECOMMENDATIONÏOPTIONS
Q
+EYÏUNCERTAINTIES
Q
3IMPLEÏDECISIONÏMODELSÏWITHÏ
DETERMINISTICÏANALYSIS
Q
#OMPLEXÏDECISIONÏMODELSÏWITHÏ
PROBABILISTICÏANALYSIS
COURSE CONTENT
PREREQUISITE
None
Q
Case studies
Q
'ROUPÏPROBLEM
AUDIENCE
'EOSCIENTISTSÏENGINEERSÏCOMMERCIALÏ
TEAMÏMEMBERSÏORÏANYONEÏWANTINGÏTOÏ
INCORPORATEÏUNCERTAINTYÏANDÏRISKÏINTOÏ
MODELSÏOFÏOILÏANDÏGASÏDECISIONS
PREREQUISITE
0ETROLEUMÏ%CONOMICSÏCOURSEÏWITHÏSOMEÏ
EXPERIENCEÏINÏPROJECTÏDECISIONÏMAKINGÏANDÏ
RISKÏANALYSIS
PREREQUISITE
+NOWLEDGEÏOFÏBASICÏPETROLEUMÏGEOLOGYÏ
ASÏRELATEDÏTOÏEXPLORATIONÏ!ÏKNOWLEDGEÏOFÏ
BASICÏPETROLEUMÏECONOMICSÏISÏHELPFULÏBUTÏ
not required.
22 |
NExT Catalog-2014(21.5x27.5).indd 22
Visit NExTtraining.net/classes for the latest calendar or to register for a course.
12/22/13 2:48 AM
FIELD DEVELOPMENT PLANNING
Applied Geostatistics for
Petroleum Engineers and
Geoscientists
Applied Project
Management—Oil and Gas
Advanced Integrated Reservoir Analysis
Skill – 5 Days
Skill – 5 Days
Skill – 10 Days
The focus of this course is to produce a
CONSISTENTÏRESERVOIRÏDESCRIPTIONÏTHROUGHÏ
INTEGRATIONÏOFÏCOREÏWELLÏLOGÏANDÏSEISMICÏ
data and application of geostatistical
techniques. Attendees will learn the
RESERVOIRÏMODELINGÏWORKmOWÏFROMÏ
CONSTRUCTIONÏOFÏTHEÏ$ÏSTATICÏRESERVOIRÏ
MODELÏTHROUGHÏUPSCALINGÏFORÏDYNAMICÏ
RESERVOIRÏSIMULATIONÏINÏADDITIONÏTOÏ
INCREASINGÏYOURÏAWARENESSÏOFÏGEOSTATISTICSÏ
ANDÏTHEÏSITUATIONSÏTHATÏCANÏBENElTÏFROMÏ
application of geostatistical techniques.
Instruction includes guidance through
ASSEMBLYÏANDÏANALYSISÏOFÏTHEÏREQUIREDÏ
data for geostatistical techniques and the
resulting
NUMERICALÏMODELS
4HEÏFOCUSÏOFÏTHISÏCOURSEÏISÏDELIVERYÏOFÏ
PROJECTÏMANAGEMENTÏTECHNIQUESÏFORÏ
ESTIMATINGÏPLANNINGÏMANAGINGÏANDÏ
CONTROLLINGÏANÏOILÏANDÏGASÏPROJECTÏ)TÏ
EXTENDSÏTOÏIDENTIlCATIONÏASSESSMENTÏ
ANDÏCONTROLÏOFÏQUALITATIVEÏRISKSÏASÏWELLÏASÏ
QUANTITATIVEÏRISKÏANALYSISÏUSINGÏTHEÏBASICSÏ
OFÏPROBABILITYÏ$ELIVEREDÏINÏAÏWORKSHOPÏ
STYLEÏTHEÏCOURSEÏCOMBINESÏLECTURESÏONÏ
HOWÏTOÏDEVELOPÏRELEVANTÏESTIMATESÏPLANSÏ
ANDÏRISKÏANALYSISÏWITHÏTHEÏCOURSEÏCASEÏ
STUDYÏPROJECTÏ4HEÏWORKSHOPÏFORMATÏCANÏ
BEÏADAPTEDÏTOÏDEVELOPÏESTIMATESÏPLANSÏ
ANDÏRISKÏANALYSESÏASÏDELIVERABLESÏFORÏ
CLIENTSPECIlCÏPROJECTSÏ!LLÏTERMSÏANDÏ
TECHNIQUESÏUSEDÏAREÏCOMPATIBLEÏWITHÏTHEÏ
0-)gSÏ!Ï'UIDEÏTOÏTHEÏ0ROJECTÏ-ANAGEMENTÏ
"ODYÏOFÏ+NOWLEDGE
5SINGÏAÏSUBSURFACEÏINTEGRATIONÏMODELÏCANÏ
RESOLVEÏRESERVOIRÏPROBLEMSÏTHATÏRANGEÏFROMÏ
PETROPHYSICALÏROCKÏTYPINGÏTOÏLOGÏANALYSISÏ
In this course, attendees will learn how
TOÏPERFORMÏANÏINTEGRATEDÏANALYSISÏOFÏROCKÏ
POREÏANDÏmUIDSÏDATAÏANDÏHOWÏTOÏSOLVEÏ
PROBLEMSÏASSOCIATEDÏWITHÏIDENTIFYINGÏANDÏ
EXPLOITINGÏRESERVESÏ4HEÏATTENDEESÏWILLÏ
APPLYÏTOOLSÏFORÏANALYSISÏOFÏTHEÏUNDERLYINGÏ
UNCERTAINTYÏANDÏASSUMPTIONSÏUSEDÏINÏMANYÏ
RESERVOIRÏANALYSISÏTECHNIQUESÏINÏADDITIONÏ
TOÏLEARNINGÏHOWÏTOÏIDENTIFYÏLITHOLOGICÏ
ZONESÏANDÏmUIDÏTYPESÏFROMÏLOGÏDATAÏFOLLOWÏ
SIMPLEÏPROCEDURESÏFORÏRAPIDÏANDÏACCURATEÏ
INTERPRETATIONÏANDÏAPPLYÏCORRELATIONSÏ
TOÏCOREÏANDÏPETROPHYSICALÏROCKÏTYPEÏ
ZONATIONÏTOÏUPSCALEÏLOGÏDATAÏFORÏRESERVOIRÏ
SIMULATIONÏAPPLICATIONSÏ#OURSEÏMATERIALSÏ
COVERÏADVANCEDÏINTERPRETATIONÏFORÏBETTERÏ
UNDERSTANDINGÏOFÏDATASETÏLIMITATIONSÏANDÏ
MEASUREMENTÏREQUIREMENTSÏFORÏEFFECTIVEÏ
RESERVOIRÏDEVELOPMENTÏANDÏRESERVOIRÏ
DRIVEÏMECHANISMSÏRECOVERYÏFACTORÏANDÏ
SIMULATIONÏMODELSÏ4HEÏATTENDEESÏWILLÏ
GAINÏEXPERIENCEÏWITHÏ.%X4Ï1UICK3CANÏANDÏ
quicklook techniques through
INCLASSÏEXERCISES
COURSE CONTENT
Q
Q
"ASICÏPROBABILITYÏTHEORYÏANDÏUNIVARIATEÏ
ANDÏBIVARIATEÏSTATISTICSÏ
Geologic content of data and spatial
CONTINUITYÏOFÏROCKÏPROPERTIESÏUSINGÏ
VARIOGRAMÏANALYSIS
COURSE CONTENT
Q
4ERMSÏPROCESSESÏANDÏSTAGEÏGATEÏ
REVIEWSÏINÏCAPITALÏVALUEÏPROCESS
Q
0-)ÏPROCESSESÏFORÏMANAGEMENTÏOFÏOILÏ
ANDÏGASÏPROJECTS
Q
%STIMATIONÏMETHODSÏINCLUDINGÏVARIOUSÏ
TYPESÏOFÏKRIGING
Q
$ECISIONSUPPORTÏREPORTSÏANDÏ
DOCUMENTS
Q
3IMULATIONÏMETHODSÏINCLUDINGÏ
SEQUENTIALÏ'AUSSIANÏSIMULATIONÏANDÏ
INDICATORÏSIMULATION
Q
0ROJECTÏLIFEÏCYCLEÏDElNITIONSÏANDÏ
ESTIMATIONS
Q
3COPEÏMANAGEMENTÏANDÏWORKÏ
breakdown structures
Q
Q
!DVANCEDÏGEOSTATISTICALÏTECHNIQUESÏ
INCLUDINGÏOBJECTÏMODELINGÏANDÏ
SIMULATEDÏANNEALING
Techniques for upscaling and data
INTEGRATIONÏ$ÏSEISMICÏANDÏPRODUCTIONÏ
DATA
Q
Q
Q
AUDIENCE
0RACTICINGÏRESERVOIRÏENGINEERSÏPRODUCTIONÏ
engineers, and geoscientists working
ASÏAÏPARTÏOFÏANÏINTEGRATEDÏRESERVOIRÏ
MANAGEMENTÏTEAM
"ASICÏPROJECTÏCOSTÏANDÏPROGRESSÏ
recording
)NTEGRATEDÏRESERVOIRÏANALYSISÏOVERVIEWÏ
and case histories
Q
0ETROPHYSICALÏROCKÏTYPESÏANDÏmOWÏUNITS
Q
0RINCIPLESÏOFÏSATURATIONÏDISTRIBUTIONÏ
ANDÏCAPILLARYÏPRESSUREÏFROMÏLABORATORYÏ
data
Q
1UICKLOOKÏANALYSISÏANDÏINTERPRETATIONÏ
techniques
Standard software for risk
MANAGEMENTÏANDÏQUALITATIVEÏANDÏ
QUANTITATIVEÏRISKÏASSESSMENTS
Q
-ONTEÏ#ARLOÏMETHODSÏANDÏEXPECTEDÏ
MONETARYÏOUTCOME
Q
2ISKÏEARNEDÏVALUEÏANDÏRISKBASEDÏ
forecasts
Q
3TAKEHOLDERÏANALYSISÏANDÏMANAGEMENTÏ
skills
Q
0ROJECTÏANDÏBASELINEÏREVIEWS
PREREQUISITE
+NOWLEDGEÏOFÏBASICÏMATHEMATICS
Q
2ISKÏMITIGATIONÏSTRATEGIESÏPRELIMINARYÏ
CONTINGENCYÏLEVELSÏANDÏCRITICALÏ
VARIABLES
Saturation calculations
Q
4OOLÏCORRECTIONSÏFORÏRESISTIVITYÏANDÏ
mUSHEDÏZONEÏ2XOÏMEASUREMENTSÏANDÏ
tornado chart corrections
Q
0OROSITYÏMEASUREMENTSÏSONICÏ
NEUTRONÏANDÏDENSITY
Q
#APILLARYÏPRESSUREÏANDÏELECTRICALÏROCKÏ
properties
Q
1UICKLOOKÏCARBONATEÏANDÏSHALYÏSANDÏ
ANALYSISÏ
Q
!DVANCEDÏLOGÏANALYSIS
AUDIENCE
0ETROPHYSICISTSÏGEOSCIENTISTSÏANDÏ
ENGINEERSÏRESPONSIBLEÏFORÏRESERVOIRÏ
CHARACTERIZATIONÏWHOÏRELYÏONÏCOREÏ
interpretation and other integrated
PETROPHYSICALÏDATAÏFORÏDECISIONSÏANDÏ
ANALYSES
PREREQUISITE
Basic understanding of geological concepts
ANDÏRESERVOIRÏCHARACTERIZATION
COURSE CONTENT
Use of Microsoft®Ï0ROJECTÏINÏPROJECTÏ
planning and control
Q
Q
AUDIENCE
/ILÏANDÏGASÏINDUSTRYÏPROJECTÏMANAGEMENTÏ
professionals.
PREREQUISITE
0ROJECTÏ-ANAGEMENTÏCOURSEÏORÏ0-)Ï0-0Ï
#ERTIlCATEÏORÏÏYEARSÏOFÏEXPERIENCEÏINÏ
PROJECTÏMANAGEMENT
Software
Technical courses that use software
NExT Catalog-2014(21.5x27.5).indd 23
Includes practical sessions
Field trips
Uses simulation
| 23
12/22/13 2:48 AM
FIELD DEVELOPMENT PLANNING
Conducting an Integrated Reservoir Study
Clastic Sedimentology for Exploration and Development
Skill – 5 Days
Skill – 5 Days
In this course, attendees conduct an
INTEGRATEDÏRESERVOIRÏSTUDYÏFORÏTHEÏPURPOSEÏ
OFÏOPTIMIZINGÏAÏRESERVOIRÏDEPLETIONÏPLANÏ
ORÏINSTITUTINGÏ%/2ÏOPERATIONSÏ!TTENDEESÏ
will understand the data that are required
ANDÏTHEÏWORKmOWÏTHATÏSHOULDÏBEÏFOLLOWEDÏ
TOÏENSUREÏAÏSUCCESSFULÏEVALUATIONÏ
in addition to learning techniques to
CHARACTERIZEÏHYDROCARBONÏRESERVOIRSÏ
BUILDÏAÏSTATICÏRESERVOIRÏMODELÏANDÏ
IMPORTÏTHEÏSTATICÏMODELÏINTOÏAÏRESERVOIRÏ
SIMULATORÏ$ISCUSSIONÏINCLUDESÏPROCEDURESÏ
FORÏINTEGRATEDÏRESERVOIRÏEVALUATIONÏ
ANDÏHOWÏTOÏIMPROVEÏPRODUCTIONÏRATESÏ
ULTIMATEÏRECOVERYÏANDÏlELDÏECONOMICSÏ
BYÏIDENTIFYINGÏPOTENTIALÏFORÏINlLLÏDRILLINGÏ
RECOGNIZINGÏBYPASSEDÏHYDROCARBONSÏANDÏ
IMPROVINGÏ%/2ÏPROCESSÏEFlCIENCY
COURSE CONTENT
Q
Q
Q
/BJECTIVESÏOFÏINTEGRATEDÏRESERVOIRÏ
studies
Flow scale considerations for data
MANAGEMENT
2ESERVOIRÏCHARACTERIZATIONÏANDÏBUILDINGÏ
BLOCKSÏOFÏTHEÏSTATICÏMODEL
Q
3EISMICÏDATAÏANDÏWELLÏLOGSÏ
Q
3TRUCTURALÏCOMPARTMENTSÏ
Q
&RACTUREDÏRESERVOIRÏINÏSITUÏSTRESSÏ
Q
&LUIDÏCONTACTÏDETERMINATIONÏ7ELLÏ
LOGSÏCAPILLARYÏPRESSUREÏANDÏSEISMICÏ
attributes
Q
2ESERVOIRÏHETEROGENEITYÏ
Q
3EDIMENTARYÏFACIESÏANALYSISÏ
Q
&LOWÏANDÏNONmOWÏUNITS
Q
$ATAÏINTEGRATIONÏANDÏ$ÏPROPERTYÏ
MODELING
Q
2OLEÏOFÏGEOSTATISTICSÏINÏRESERVOIRÏ
MODELINGÏ
24 |
NExT Catalog-2014(21.5x27.5).indd 24
Q
064ÏCAPILLARYÏPRESSUREÏANDÏVOLUMETRICÏ
RESERVESÏESTIMATES
Q
2ESERVOIRÏDRIVEÏMECHANISMSÏANDÏ
producing characteristics
Q
#ONVENTIONALÏDATAÏANALYSISÏPRESSUREÏ
transient test, production data
ANALYSISÏMATERIALÏBALANCEÏANALYSISÏ
ANDÏMOVINGÏDOMAINÏANALYSIS
Q
5PSCALINGÏINTERACTIVEÏPROCESSÏ
INVOLVINGÏGEOSCIENTISTSÏANDÏENGINEERSÏ
Q
)NITIALIZINGÏTHEÏRESERVOIRÏMODEL
Q
)NTEGRATEDÏTEAMÏAPPROACHÏFORÏHISTORYÏ
MATCHING
Q
Q
0ERFORMANCEÏFORECASTINGÏRESERVOIRÏ
OPTIMIZATIONÏANALYSISÏANDÏPARAMETRICÏ
studies
%CONOMICÏMODELINGÏANDÏOPTIMIZINGÏTHEÏ
RESERVOIRÏDEVELOPMENTÏPLAN
AUDIENCE
'EOSCIENTISTSÏANDÏPETROLEUMÏENGINEERSÏ
RESPONSIBLEÏFORÏCONDUCTINGÏCOMPREHENSIVEÏ
RESERVOIRÏSTUDIES
PREREQUISITE
4HISÏCOURSEÏCOVERSÏTHEÏFUNDAMENTALSÏ
OFÏCLASTICÏSEDIMENTOLOGYÏATÏSCALESÏFORÏ
BOTHÏREGIONALÏEXPLORATIONÏANDÏDETAILEDÏ
RESERVOIRÏCHARACTERIZATIONÏ2EVIEWSÏOFÏ
THEÏMAINÏTYPESÏOFÏSEDIMENTARYÏBASINSÏ
are presented to the attendees in the
CONTEXTÏOFÏCRUSTALÏDYNAMICSÏ0LATEÏ
tectonics and the production and
TRANSPORTÏOFÏCLASTICÏMATERIALSÏAREÏINCLUDEDÏ
for different tectonic, topographic, and
CLIMATICÏSETTINGSÏ%MPHASISÏISÏONÏTHEÏ
practical interpretation of subsurface
DATAˆSEISMICÏCOREÏANDÏWIRELINEÏ
LOGSˆFORÏFACIESÏANALYSISÏANDÏRESERVOIRÏ
CHARACTERIZATIONÏ%XAMPLESÏDRAWÏFROMÏ
different facies, ages, and basinal
SETTINGSÏ0ARTICULARÏATTENTIONÏISÏGIVENÏ
TOÏTHEÏPRINCIPLESÏBYÏWHICHÏDEPOSITIONALÏ
settings are interpreted using both
outcrop and subsurface data and to the
BESTÏCORRELATIONÏMETHODSÏFORÏDIFFERENTÏ
settings.
COURSE CONTENT
Q
4YPESÏOFÏSEDIMENTARYÏBASINSÏINÏ
DIFFERENTÏTECTONICÏCONTEXTS
Q
,ARGESCALEÏTECTONICÏSETTINGSÏOFÏMAINÏ
TYPESÏOFÏSEDIMENTARYÏBASINSÏANDÏ
RELATIONSHIPÏBETWEENÏSTRUCTURALÏSTYLEÏ
ANDÏlLLÏPATTERNS
Q
%FFECTSÏOFÏBASELEVELÏCHANGESÏANDÏ
SYNDEPOSITIONALÏTECTONICSÏONÏSEDIMENTÏ
distribution patterns
"ACKGROUNDÏINÏPETROLEUMÏENGINEERINGÏORÏ
GEOSCIENCESÏANDÏEXPERIENCEÏINÏRESERVOIRÏ
studies.
Q
#ORRELATIONÏINÏDIFFERENTÏSEDIMENTARYÏ
settings
Q
2OLEÏOFÏANALOGSÏINÏBUILDINGÏRESERVOIRÏ
MODELSÏINÏDIFFERENTÏDEPOSITIONALÏ
settings
Q
3EDIMENTÏGENERATIONÏANDÏSUPPLYÏINÏ
different settings
Q
&LUIDÏDYNAMICSÏANDÏRHEOLOGYÏOFÏ
erosion, transport, and deposition
Q
"ASICÏMECHANICSÏOFÏSEDIMENTÏEROSIONÏ
TRANSPORTÏANDÏDEPOSITIONÏRESULTANTÏ
BEDFORMSÏANDÏSEDIMENTARYÏSTRUCTURES
Q
0OSTDEPOSITIONALÏPROCESSESÏANDÏ
products
AUDIENCE
%XPLORATIONÏANDÏDEVELOPMENTÏGEOLOGISTSÏ
GEOPHYSICISTSÏANDÏRESERVOIRÏENGINEERSÏ
WHOÏNEEDÏANÏOVERVIEWÏOFÏSEDIMENTARYÏ
ORGANIZATIONÏACROSSÏAÏRANGEÏOFÏSCALESÏ
INÏDIFFERENTÏBASINALÏANDÏENVIRONMENTALÏ
settings.
PREREQUISITE
"ASICÏKNOWLEDGEÏOFÏGEOLOGYÏANDÏ
SEDIMENTARYÏPROCESSES
Visit NExTtraining.net/classes for the latest calendar or to register for a course.
12/22/13 2:48 AM
FIELD DEVELOPMENT PLANNING
Integrated 3D Reservoir
Modeling Workshop
Intermediate Production
Logging and Reservoir
Monitoring
Risk, Uncertainty and
Decisions in E&P Projects
Applied Production Logging
and Reservoir Monitoring
Skill – 5 Days
Skill – 5 Days
Skill – 5 Days
Advanced – 5 Days
)NÏTHISÏWORKSHOPÏATTENDEESÏLEARNÏAÏHANDS
ONÏPRACTICALÏWORKmOWÏFORÏBUILDINGÏAÏSTATICÏ
RESERVOIRÏMODELÏUSINGÏTHEÏ0ETRELÏPLATFORMÏ
Course topics include a solid presentation
OFÏTHEÏTHEORYÏANDÏMETHODOLOGIESÏBEHINDÏ
$ÏRESERVOIRÏMODELINGÏWITHÏPRACTICALÏ
APPLICATIONSÏ!TTENDEESÏWILLÏLEARNÏAÏSTEP
WISEÏAPPROACHÏTOÏMODELÏBUILDINGÏTHATÏSTARTSÏ
WITHÏANÏOVERVIEWÏOFÏRESERVOIRÏMODELINGÏ
BUILDINGÏOFÏAÏSTRUCTURALÏFRAMEWORKÏ
CONTINUINGÏWITHÏLAYERINGÏANDÏGRIDDINGÏ
ANDÏPOPULATINGÏTHEÏMODELÏWITHÏRESERVOIRÏ
PROPERTIESÏ4HEÏATTENDEESÏWILLÏGAINÏVALUABLEÏ
EXPERIENCEÏINÏTHEÏUSEÏOFÏVOLUMETRICSÏWITHÏ
uncertainties and basic geostatistics.
4HISÏCOURSEÏPROVIDESÏATTENDEESÏWITHÏ
INDEPTHÏINSTRUCTIONÏONÏCASEDÏHOLEÏLOGGINGÏ
TOOLÏPHYSICSÏINTERPRETATIONÏANDÏ1#Ï
TECHNIQUESÏFORÏWELLBORESPECIlCÏPRODUCTIONÏ
LOGGINGÏANDÏRESERVOIRÏMONITORINGÏSCENARIOSÏ
Attendees learn how and when to use
THESEÏTOOLSÏTOÏMEETÏLOGGINGÏOBJECTIVESÏANDÏ
QUICKLOOKÏTECHNIQUESÏFORÏIDENTIFYINGÏLOGÏ1#Ï
PROBLEMSÏ5SINGÏREALWORLDÏEXAMPLESÏTHEÏ
ATTENDEESÏLEARNÏTOÏINTERPRETÏBEHINDCASINGÏ
RESISTIVITYÏDATAÏANDÏMEASUREÏTHREEPHASEÏ
mOWÏUSINGÏPRODUCTIONÏLOGS
5NDERSTANDÏWHYÏPROJECTSÏCANÏFAILÏBECAUSEÏ
OFÏADVERSEÏEVENTSÏWITHÏGEOLOGICÏTECHNICALÏ
COMMERCIALÏORÏCONTRACTUALÏORIGINSÏ)NÏ
this course, attendees will increase their
UNDERSTANDINGÏOFÏHOWÏRISKÏANDÏUNCERTAINTYÏ
IMPACTÏTHEÏDECISIONSÏONÏWHICHÏPROJECTSÏ
THEYÏSELECTÏHOWÏTOÏDEVELOPÏTHEMÏANDÏ
HOWÏTHESEÏDECISIONSÏAFFECTÏTHEIRÏECONOMICÏ
PERFORMANCEÏ)MPROVINGÏTHEÏQUALITYÏOFÏ
DECISIONSÏISÏTHEÏMAINÏGOALÏOFÏTHISÏCOURSEÏ
NOTÏJUSTÏUNDERSTANDINGÏRISKÏANDÏUNCERTAINTYÏ
FORÏTHEIRÏOWNÏSAKEÏ0ROBABILISTICÏCONCEPTSÏ
ANDÏTOOLSÏAREÏUSEDÏTOÏDESCRIBEÏPROJECTSÏ
WITHÏRISKÏANDÏUNCERTAINTYÏTOÏGIVEÏAÏBETTERÏ
understanding of the principles and tools
UNDERLYINGÏTHESEÏCONCEPTS
%NCOMPASSINGÏADVANCEDÏTECHNIQUESÏ
FORÏPRODUCTIONÏLOGGINGÏANDÏRESERVOIRÏ
MONITORINGÏTHISÏCOURSEÏTEACHESÏATTENDEESÏ
THEÏDESIGNÏOFÏAÏDATAACQUISITIONÏPROGRAMÏ
FORÏEVALUATIONÏOFÏWELLBOREÏORÏRESERVOIRÏ
BEHAVIORÏBASEDÏONÏlELDÏDEVELOPMENTÏ
OBJECTIVESÏ(ANDSONÏEXAMPLESÏ
DEMONSTRATEÏINDEPTHÏLOGÏINTERPRETATIONÏ
TECHNIQUESÏFORÏRESISTIVITYÏMEASUREMENTSÏ
ACQUIREDÏBEHINDÏCASINGÏTHREEPHASEÏmOWÏ
INÏHORIZONTALÏWELLSÏANDÏmUIDÏSATURATIONSÏ
Attendees will learn quicklook techniques
FORÏLOGÏ1#ÏASÏWELLÏASÏHOWÏTOÏPLANÏANDÏ
INTEGRATEÏMULTISOURCEÏDATAÏFORÏAÏMOREÏ
COMPLETEÏEVALUATION
COURSE CONTENT
Q
Q
Q
Q
Q
Q
0ETRELÏPLATFORMÏDATAÏIMPORTÏANDÏEXPORTÏ
REVIEW
7ELLÏCORRELATIONSÏ'ENERATEÏANDÏEDITÏ
well tops
3TRUCTURALÏMODELINGÏ&AULTÏMODELINGÏ
GRIDÏDESIGNÏQUALITYÏCHECKINGÏZONATIONÏ
ANDÏLAYERING
3TATISTICSÏANDÏDATAÏANALYSISÏREVIEW
"ASICSÏOFÏGEOSTATISTICSÏANDÏVARIOGRAMÏ
ANALYSISÏINTRODUCTIONÏTOÏKRIGINGÏANDÏ
ESTIMATIONÏTECHNIQUES
$ETERMINISTICÏANDÏPROPERTYÏMODELINGÏ
INCLUDINGÏFACIESÏMODELING
Q
0ROPERTYÏDATAÏPETROPHYSICSÏSEISMICÏ
ANDÏWELLTESTÏDATAÏINTEGRATION
Q
3TOCHASTICÏANDÏCONDITIONALÏSIMULATIONS
Q
6OLUMETRICÏCALCULATIONSÏEXERCISEÏWITHÏ
MULTIPLEÏREALIZATIONSÏANDÏRANKING
Q
Design and properties upscaling
AUDIENCE
Geoscientists or engineers desiring a
PRACTICALÏAPPROACHÏTOÏBUILDINGÏ$ÏRESERVOIRÏ
MODELSÏWITHÏTHEÏ0ETRELÏPLATFORM
PREREQUISITE
"ASICÏUNDERSTANDINGÏOFÏ0ETRELÏPLATFORM
COURSE CONTENT
Q
)NmOWÏPERFORMANCEÏANDÏPRODUCTIVITYÏ
INDEXÏFORÏOILÏANDÏGASÏWELLS
Q
/UTmOWÏPERFORMANCEÏ-ATCHINGÏINmOWÏ
WITHÏOUTmOWÏTOÏOPTIMIZEÏPRODUCTIVITY
Q
Q
COURSE CONTENT
Q
&LOWÏREGIMESÏINÏVERTICALÏDEVIATEDÏANDÏ
HORIZONTALÏWELLS
4ECHNIQUESÏFORÏMEASURINGÏINDIVIDUALÏ
mUIDÏVELOCITIESÏOFÏOILÏWATERÏANDÏGASÏ
0ROBABILITYÏOVERVIEWÏANDÏSIMPLEÏ
EXPLORATIONÏECONOMICS
Q
Dependencies
Q
$ECISIONÏANALYSIS
$ECISIONÏTREESÏ"AYESÏFORMULAÏANDÏTHEÏ
VALUEÏOFÏINFORMATION
Q
4HREEPHASEÏHOLDUPSÏFROMÏELECTRICALÏ
and optical sensors
Q
Q
0RODUCTIONÏLOGGINGÏINÏHORIZONTALÏWELLS
Q
Uncertainties
Q
0ULSEDÏNEUTRONÏLOGÏPHYSICSÏCAPTUREÏ
CROSSÏSECTIONÏANDÏCARBONOXYGENÏ
logging
Q
#OMPONENTSÏOFÏACCURACY
Q
-ONTEÏ#ARLOÏANALYSISÏANDÏITSÏ
application
Q
#ASEDÏHOLEÏFORMATIONÏRESISTIVITYÏDATA
Q
Q
7ORKSHOPSÏ#APTUREÏMODEÏFORÏ
EVALUATINGÏWATERÏANDÏGASÏSATURATIONÏ
)NTERPRETINGÏBEHINDCASINGÏRESISTIVITYÏ
LOGSÏ4HREEPHASEÏmOW
Q
AUDIENCE
0ETROPHYSICISTSÏANDÏENGINEERSÏRESPONSIBLEÏ
FORÏWELLBOREÏDIAGNOSTICSÏORÏRESERVOIRÏ
MONITORINGÏWHOÏWANTÏAÏDETAILEDÏ
understanding of cased hole logging tools.
PREREQUISITE
"ASICÏ0RODUCTIONÏ,OGGINGÏANDÏ"ASICÏ
2ESERVOIRÏ-ONITORINGÏCOURSESÏORÏMOREÏTHANÏ
ÏYEARÏOFÏEXPERIENCEÏWITHÏAPPLIEDÏCASEDÏ
hole logging.
Correlations and regressions
'EOSTATISTICSÏ3TATIONARYÏASSUMPTIONSÏ
VARIOGRAMSÏKRIGINGÏCOKRIGINGÏlLTERINGÏ
ANDÏMULTIPLEÏREALIZATIONS
COURSE CONTENT
Q
)NmOWÏANDÏOUTmOWÏPERFORMANCEÏANDÏ
PRODUCTIVITYÏ
Q
&LOWÏREGIMESÏANDÏSLIPPAGEÏVELOCITIESÏ
INÏVERTICALÏDEVIATEDÏANDÏHORIZONTALÏ
wells
Q
6ARIOUSÏTECHNIQUESÏFORÏMEASURINGÏOILÏ
WATERÏANDÏGASÏVELOCITY
Q
-EASUREMENTÏOFÏTHREEPHASEÏHOLDUPSÏ
using electrical and optical sensors
Q
3PINNERÏCALIBRATIONSÏINÏVERTICALÏ
DEVIATEDÏANDÏHORIZONTALÏWELLSÏ
Q
4HREEPHASEÏPRODUCTIONÏLOGGINGÏINÏ
HORIZONTALÏWELLSÏ
Q
0HYSICSÏOFÏPULSEDÏNEUTRONÏANDÏCARBON
OXYGENÏLOGGINGÏ
Q
0RESSUREÏDATAÏANDÏFORMATIONÏmUIDÏ
SAMPLEÏACQUISITIONÏBEHINDÏCASING
Q
7ORKSHOPÏ5SEÏOFÏCAPTUREÏANDÏCARBON
OXYGENÏMODESÏFORÏEVALUATINGÏWATERÏ
and gas saturations
Q
7ORKSHOPÏ)NTERPRETINGÏRESISTIVITYÏ
LOGGINGÏMEASUREMENTSÏACQUIREDÏ
behind casing
Q
7ORKSHOPÏ0RODUCTIONÏLOGGINGÏINÏ
HORIZONTALÏWELLSÏWITHÏTHREEPHASEÏmOW
AUDIENCE
%0ÏPROFESSIONALSÏINVOLVEDÏINÏDATAÏ
ANALYSISÏANDÏINTERPRETATIONÏINCLUDINGÏ
GEOLOGISTSÏGEOPHYSICISTSÏANDÏRESERVOIRÏ
ENGINEERSÏACTIVEÏINÏEXPLORATIONÏAPPRAISALÏ
lELDÏDEVELOPMENTÏRESERVESÏESTIMATIONÏORÏ
ECONOMICSÏDECISIONÏMAKERSÏINTERESTEDÏINÏ
LEARNINGÏMOREÏABOUTÏDECISIONÏANALYSIS
PREREQUISITE
%XPOSUREÏTOÏBASICÏSTATISTICSÏANDÏAÏWORKINGÏ
knowledge of Microsoft
%XCEL® worksheets.
AUDIENCE
0ROFESSIONALSÏWITHÏGEOSCIENCEÏBACKGROUNDÏ
ANDÏMINIMUMÏOFÏÏYEARSÏOFÏEXPOSUREÏTOÏ
lELDÏPRODUCTION
PREREQUISITE
-OREÏTHANÏÏYEARSÏOFÏEXPERIENCEÏ
INTERPRETINGÏRESERVOIRÏMONITORINGÏLOGSÏ
ATTENDEESÏAREÏENCOURAGEDÏTOÏBRINGÏDIFlCULTÏ
LOGÏEXAMPLESÏFORÏINCLASSÏDISCUSSIONÏANDÏ
INTERPRETATION
Software
Technical courses that use software
NExT Catalog-2014(21.5x27.5).indd 25
Includes practical sessions
Field trips
Uses simulation
| 25
12/22/13 2:48 AM
FIELD DEVELOPMENT PLANNING
Production Logging
Solutions Workshop
Reservoir Monitoring
Solutions Workshop
Resources and Reserves
Evaluation
Project Risk Analysis and
Management
Advanced – 5 Days
Advanced – 5 Days
Advanced – 5 Days
Advanced – 4 Days
4HISÏIMMERSIVEÏWORKSHOPÏTEACHESÏTHEÏ
ATTENDEESÏHOWÏTOÏINTERPRETÏDIFlCULTÏ
product logging scenarios and to diagnose
PRODUCTIONÏBEHAVIORSÏNOTÏINCLUDEDÏINÏ
classical interpretation techniques.
4HROUGHÏAÏHANDSONÏINTERACTIVEÏWORKSHOPÏ
USINGÏYOURÏDATAÏANDÏPROBLEMSÏATTENDEESÏ
LEARNÏHOWÏTOÏADJUSTÏTHEIRÏINTERPRETATIONÏ
TECHNIQUESÏFORÏMECHANICALÏORÏmUIDSPECIlCÏ
PHENOMENAÏ!TTENDEESÏAREÏENCOURAGEDÏ
TOÏBRINGÏDIFlCULTÏLOGÏEXAMPLESÏFORÏINCLASSÏ
discussion and interpretation.
4HISÏIMMERSIVEÏWORKSHOPÏTEACHESÏ
ATTENDEESÏHOWÏTOÏINTERPRETÏDIFlCULTÏ
RESERVOIRÏMONITORINGÏSCENARIOSÏANDÏTOÏ
DIAGNOSEÏRESERVOIRÏBEHAVIORSÏNOTÏINCLUDEDÏ
in classical interpretations. Focused on
RESERVOIRÏMONITORINGÏLOGGINGÏTECHNIQUESÏ
THISÏCOURSEÏPROVIDESÏATTENDEESÏWITHÏ
SPECIlCÏSTRATEGIESÏFORÏTHEIRÏUSEÏANDÏ
INTERPRETATIONÏ4HROUGHÏAÏHANDSONÏ
INTERACTIVEÏWORKSHOPÏUSINGÏYOURÏDATAÏ
ANDÏPROBLEMSÏATTENDEESÏWILLÏLEARNÏHOWÏ
TOÏADJUSTÏINTERPRETATIONÏTECHNIQUESÏFORÏ
RESERVOIRÏANDÏlELDWIDEÏPHENOMENAÏ
ESPECIALLYÏINÏWATERmOODÏOPERATIONSÏ
!TTENDEESÏAREÏENCOURAGEDÏTOÏBRINGÏDIFlCULTÏ
LOGÏEXAMPLESÏFORÏINCLASSÏDISCUSSIONÏANDÏ
interpretation.
4HISÏCOURSEÏPRESENTSÏADVANCEDÏ
TECHNIQUESÏFORÏRESERVESÏESTIMATIONÏANDÏ
ADDRESSESÏTHEÏDIFFERENCEÏINÏCLASSIlCATIONÏ
OFÏRESOURCESÏANDÏRESERVESÏ!TTENDEESÏ
WILLÏLEARNÏDElNITIONSÏOFÏRESERVESÏANDÏ
resources and guidelines for their
APPLICATIONÏFROMÏVARIOUSÏREGULATORYÏANDÏ
INDUSTRYÏAUTHORITIESÏINCLUDINGÏ3OCIETYÏ
OFÏ0ETROLEUMÏ%NGINEERSÏ30%Ï7ORLDÏ
0ETROLEUMÏ#OUNCILÏ70#Ï!MERICANÏ
!SSOCIATIONÏOFÏ0ETROLEUMÏ'EOLOGISTSÏ
!!0'ÏANDÏTHEÏ53Ï3ECURITIESÏANDÏ
%XCHANGEÏ#OMMISSIONÏ3%#Ï!TTENDEESÏ
WILLÏDISCOVERÏTHEÏLATESTÏANDÏMOSTÏACCURATEÏ
METHODSÏFORÏESTIMATINGÏRESERVESÏBOTHÏ
DETERMINISTICÏANDÏPROBABILISTICÏANDÏGAINÏ
AÏTHOROUGHÏUNDERSTANDINGÏOFÏVARIOUSÏ
RESERVESÏLEVELSÏANDÏTHEIRÏEQUIVALENCEÏINÏ
BOTHÏSYSTEMSÏINCLUDINGÏPROVEDÏPROVEDÏ
PLUSÏPROBABLEÏANDÏPROVEDÏPLUSÏPROBABLEÏ
plus possible.
5NCERTAINTYÏISÏINHERENTÏINÏALLÏPROJECTSÏ
ANDÏOPERATIONSÏPARTICULARLYÏINÏTECHNICALÏ
lNANCIALÏSCHEDULEÏLEGALÏANDÏQUALITYÏ
arenas. This course presents the attendees
WITHÏTECHNIQUESÏUSEDÏINÏTHEÏIDENTIlCATIONÏ
ASSESSMENTÏANDÏCONTROLÏOFÏUNCERTAINTIESÏINÏ
AÏPROJECTBASEDÏENTERPRISEÏ!TTENDEESÏWILLÏ
LEARNÏABOUTÏRISKÏANALYSISÏANDÏMANAGEMENTÏ
ASÏAÏlELDÏOFÏEXPERTISEÏFOCUSEDÏONÏTHEÏ
SYSTEMATICÏANDÏCOMPREHENSIVEÏANALYSISÏOFÏ
UNCERTAINTY
COURSE CONTENT
Q
(IGHTECHÏPRODUCTIONÏLOGGINGÏTOOLSÏFORÏ
HORIZONTALÏWELLS
Q
&LOWÏREGIMESÏINÏHORIZONTALÏWELLSÏ
and effects on production log
interpretations
Q
Spinner calibrations and production
LOGÏINTERPRETATIONSÏINÏHORIZONTALÏWELLS
Q
2ESERVOIRÏmUIDSÏANDÏDRIVEÏMECHANISMS
Q
)NmOWÏANDÏOUTmOWÏPERFORMANCE
Q
Q
COURSE CONTENT
Q
2ESERVOIRÏmUIDSÏANDÏDRIVEÏMECHANISMS
Q
)NmOWÏANDÏOUTmOWÏPERFORMANCE
Q
2ESERVOIRÏMONITORINGÏLOGÏJUSTIlCATION
Q
.UCLEARÏPHYSICSÏOFÏRESERVOIRÏ
MONITORINGÏANDÏPULSEDÏNEUTRONÏLOGGINGÏ
0.,
*USTIlCATIONÏFORÏPRODUCTIONÏLOGGING
Leak detection inside and behind
casing and tubing
Q
0.,ÏTOOLSÏ3CHLUMBERGERÏANDÏ
Halliburton®ÏTOOLSÏ
Q
%XPECTEDÏVALUEÏANDÏEXPECTEDÏVALUEÏ
and decision trees
!NYONEÏWANTINGÏTOÏINCREASEÏSKILLSÏINÏ
PROJECTÏRISKÏMANAGEMENT
Q
5TILITYÏTHEORYÏ
Q
5NCONVENTIONALÏRESOURCES
2ESERVESÏDElNITIONÏANDÏCLASSIlCATION
Q
4IMEÏVALUEÏOFÏMONEY
Q
0RESSUREÏMEASUREMENTSÏANDÏSAMPLINGÏ
behind casing
"EFORETAXÏANDÏAFTERTAXÏCASHÏmOWS
Q
$ECLINEÏCURVES
Q
6OLUMETRICSÏ
Q
Material balance
Q
%CONOMICÏYARDSTICKSÏ
Q
)NVESTMENTÏCHOICES
Q
International contracts
Q
&IELDÏEXAMPLES
AUDIENCE
0ETROPHYSICISTSÏANDÏPRODUCTIONÏENGINEERSÏ
WITHÏEXPERIENCEÏINÏRESERVOIRÏMONITORINGÏ
logging, and log interpretation.
PREREQUISITE
-OREÏTHANÏÏYEARSÏOFÏEXPERIENCEÏ
INTERPRETINGÏRESERVOIRÏMONITORINGÏLOGS
#ASEÏSTUDYÏANALYSISÏ2ESETTINGÏ
PROBABILITYÏPARAMETERS
AUDIENCE
Q
-OREÏTHANÏÏYEARSÏOFÏEXPERIENCEÏ
interpreting production logs.
Q
0ROBABILITYÏANDÏUNCERTAINTYÏ
&ORMATIONÏRESISTIVITYÏACQUISITIONÏ
BEHINDÏSTEELÏANDÏNONCONDUCTIVEÏCASING
PREREQUISITE
5SINGÏ-ICROSOFTÏ%XCELÏAND
2ISK½ÏFORÏPROJECTÏRISKÏANALYSIS
3IMULATION
Q
&IELDÏMAPPINGÏOFÏWATERmOODÏTOÏIDENTIFYÏ
UNSWEPTÏZONES
Mitigation strategies
Q
Q
3LIPPAGEÏVELOCITIESÏINÏVERTICALÏANDÏ
DEVIATEDÏWELLS
Q
2ISKÏIDENTIlCATIONÏPROCESS
Q
Statistics and probabilities
,OGINJECTLOGÏTECHNIQUEÏTOÏESTIMATEÏ
residual oil saturation
Q
Q
Q
Q
0ETROPHYSICISTSÏANDÏPRODUCTIONÏENGINEERSÏ
WITHÏEXPERIENCEÏINÏCASEDÏHOLEÏLOGGINGÏANDÏ
log interpretation.
%XPOSUREÏIMPACTÏANDÏPROBABILITYÏ
ASSESSMENT
Q
4HREEPHASEÏmUIDÏHOLDUPSÏINÏVERTICALÏ
DEVIATEDÏANDÏHORIZONTALÏWELLS
AUDIENCE
Q
"ASICÏDElNITIONSÏANDÏCLASSIlCATIONS
Q
Q
2ISKÏANALYSISÏPROCESSÏANDÏSTAGESÏOFÏ
RISKÏLIFEÏCYCLEÏ
Q
4ECHNIQUESÏFORÏESTIMATINGÏTHREEPHASEÏ
mUIDÏVELOCITIES
0.,ÏCAPTUREÏCROSSSECTIONALÏ
MEASUREMENTSÏANDÏCARBONOXYGENÏ
data
Q
COURSE CONTENT
Q
Q
COURSE CONTENT
PREREQUISITE
None
AUDIENCE
0ETROLEUMÏENGINEERSÏGEOLOGISTSÏRESERVESÏ
ANALYSTSÏANDÏOTHERSÏINVOLVEDÏINÏESTIMATIONÏ
OFÏRESERVES
PREREQUISITE
Degree in engineering or geoscience, and
KNOWLEDGEÏOFÏRESERVOIRÏENGINEERINGÏANDÏ
PETROLEUMÏGEOLOGY
26 |
NExT Catalog-2014(21.5x27.5).indd 26
Visit NExTtraining.net/classes for the latest calendar or to register for a course.
12/22/13 2:48 AM
FIELD DEVELOPMENT PLANNING
Merak Peep Fundamentals and
Merak Peep Decline Fundamentals
Combined Course
Avocet Integrated Asset
Modeler Fundamentals
ECLIPSE Blackoil Reservoir
Simulation
MEPO Introduction
Foundation – 5 Days
Foundation – 5 Days
Foundation – 3 Days
4HEÏCOURSEÏFOCUSESÏONÏUSEÏOFÏTHEÏ!VOCETÏÏ
PLATFORMÏTOÏINTEGRATEÏTHEÏRESERVOIRÏWITHÏ
THEÏSURFACEÏMODELSÏ)NSTRUCTIONÏINCLUDESÏ
software installation.
The focus of this course is on learning
THEÏ%#,)03%Ï"LACKOILÏRESERVOIRÏSIMULATIONÏ
SOFTWAREÏRATHERÏTHANÏSIMULATIONÏ
METHODOLOGYÏ4HISÏFULLYÏIMPLICITÏ
THREEPHASEÏ$ÏGENERALPURPOSEÏBLACKOILÏ
SIMULATORÏINCLUDESÏSEVERALÏADVANCEDÏ
FEATURESÏOFÏ%#,)03%ÏSIMULATORÏSOFTWARE
This course is designed to introduce
THEÏAPPLICATIONÏOFÏTHEÏ-%0/ÏOPTIMIZERÏ
TOÏRESERVOIRÏENGINEERSÏANDÏASSETÏTEAMSÏ
INVOLVEDÏWITHÏRELATEDÏDISCIPLINESÏ4HEÏ
COURSEÏWILLÏCOVERÏWORKmOWÏPROCESSESÏFORÏ
SEVERALÏCONCRETEÏAPPLICATIONÏSCENARIOSÏ
USINGÏINDUSTRYÏSTANDARDÏDESIGNÏANDÏ
OPTIMIZATIONÏTECHNIQUESÏINÏRESERVOIRÏ
SIMULATIONÏ&OLLOWINGÏANÏINTRODUCTIONÏTOÏ
THEÏBASICÏFUNCTIONALITYÏOFÏTHEÏTOOLÏANDÏ
PROJECTÏSTRUCTUREÏTHEÏCOURSEÏATTENDEESÏ
WILLÏBEÏGIVENÏAÏBRIEFÏSUMMARYÏOFÏ
TERMINOLOGYÏANDÏCONCEPTSÏINÏUNCERTAINTYÏ
MODELINGÏASSISTEDÏHISTORYMATCHINGÏ
ANDÏPRODUCTIONÏFORECASTINGÏFOLLOWEDÏBYÏ
PRESENTATIONÏANDÏHANDSONÏEXPERIENCEÏ
GAINEDÏBYÏWORKINGÏWITHÏTHEÏAPPLICATIONÏOFÏ
THEÏ-%0/ÏOPTIMIZERÏ0RACTICALÏEXERCISESÏ
INCLUDEÏPERFORMINGÏUNCERTAINTYÏANALYSESÏ
ASÏWELLÏASÏINVESTIGATINGÏTHEÏINmUENCEÏ
OFÏVARIOUSÏPARAMETERSÏONÏRESERVOIRÏ
MODELINGÏANDÏALTERNATIVEÏDEVELOPMENTÏ
STRATEGIESÏ4HEÏREMAINDERÏOFÏTHEÏCOURSEÏ
is dedicated to principles and practice of
-%0/ÏWITHÏAÏFOCUSÏONÏHISTORYMATCHINGÏ
TASKSÏANDÏUNCERTAINTYÏQUANTIlCATIONÏ
3IGNIlCANTÏEMPHASISÏWILLÏBEÏPLACEDÏONÏ
DESIGNÏEXECUTIONÏANDÏPOSTPROCESSINGÏOFÏ
RESERVOIRÏSIMULATIONÏRUNSÏ5SINGÏCAREFULLYÏ
SELECTEDÏEXAMPLEÏCASESÏANDÏEXERCISESÏ
the attendees will gain an understanding
OFÏMETHODSÏANDÏMODELINGÏTECHNIQUESÏTHATÏ
WILLÏENABLEÏTHEMÏTOÏMAKEÏUSEÏOFÏTHEÏ-%0/Ï
OPTIMIZERÏINÏTHEIRÏROUTINEÏTASKS
COURSE CONTENT
Q
Q
/VERVIEWÏOFÏKEYÏRESERVOIRÏNETWORKÏ
COUPLINGÏFUNDAMENTALS
#OUPLINGÏRESERVOIRSÏTOÏNETWORKS
Q
2UNNINGÏTIMEBASEDÏSIMULATIONS
Q
#ONNECTINGÏMODELS
Q
!DDINGÏAÏ-ICROSOFTÏ%XCELÏPLANNINGÏ
RISKÏANDÏRESERVESÏSOFTWAREÏMODELÏTOÏAÏ
mOWÏDIAGRAM
Q
%VALUATINGÏECONOMICSÏWITHÏ-ERAKÏ
SOFTWAREÏMODELS
Q
4RANSFERRINGÏCOMPOSITIONS
COURSE CONTENT
Q
/VERVIEWÏOFÏHOWÏAÏSIMULATORÏINITIALIZESÏ
ANDÏEXECUTES
Q
"LOCKCENTEREDÏANDÏCORNERPOINTÏGRIDÏ
GEOMETRIES
Q
Q
!QUIFERÏDElNITION
Q
#ONTROLÏWELLSÏUNDERÏHISTORYMATCHINGÏ
ANDÏPRODUCTIONÏREGIME
Q
%#,)03%Ï"LACKOILÏlLEÏSTRUCTURE
Q
Input rules
Q
3PECIFYINGÏANDÏEDITINGÏINPUTÏANDÏ
output data
Q
"UILDINGÏANDÏEXECUTINGÏAÏSIMULATIONÏ
MODEL
PREREQUISITE
0RODUCTIONÏRESERVOIRÏORÏPROCESSÏ
engineering background with knowledge of
EITHERÏ%#,)03%ÏORÏ0)0%3)-ÏSIMULATORS
Allocation of initial pressure and
saturation distribution
Q
AUDIENCE
!NYONEÏWANTINGÏTOÏINTEGRATEÏRESERVOIRSÏ
WITHÏSURFACEÏMODELSÏUSINGÏ!VOCETÏ
SOFTWAREÏPLATFORM
2OCKÏANDÏmUIDÏPROPERTIES
Q
!NALYSISÏOFÏRESULTSÏTHROUGHÏ
postprocessing
AUDIENCE
2ESERVOIRÏENGINEERSÏGEOSCIENTISTSÏANDÏ
OTHERÏTECHNICALLYÏTRAINEDÏINDIVIDUALSÏ
INTERESTEDÏINÏLEARNINGÏTHEÏ%#,)03%Ï"LACKOILÏ
SIMULATOR
NEW
COURSE CONTENT
Q
)NTRODUCTIONÏTOÏ-%0/ÏOPTIMIZER
PREREQUISITE
Q
%#,)03%Ï!PPLIEDÏ2ESERVOIRÏ3IMULATIONÏ
&UNDAMENTALSÏCOURSEÏANDÏBACKGROUNDÏINÏ
RESERVOIRÏENGINEERING
)NTRODUCTIONÏTOÏDYNAMICÏUNCERTAINTYÏ
QUANTIlCATION
Q
%XPERIMENTALÏDESIGNS
Q
!NALYZINGÏFEATURES
Q
)NTRODUCTIONÏTOÏOPTIMIZATIONÏMETHODSÏ
FORÏHISTORYÏMATCHINGÏANDÏRESERVOIRÏ
OPTIMIZATION
Q
Q
Foundation – 3 Days
!TTENDEESÏINÏTHISÏCOURSEÏWILLÏEXPLOREÏTHEÏ
FUNCTIONALITYÏOFÏ-ERAKÏ0EEPÏSOFTWAREÏANDÏ
DECLINEÏANALYSISÏMODULEÏ4HESEÏSOFTWAREÏ
PACKAGESÏALLOWÏFORÏNAVIGATINGÏEFlCIENTLYÏ
THROUGHÏTHEÏCASEÏDOCUMENTÏEDITÏEXISTINGÏ
DATAÏANDÏANALYZEÏECONOMICÏRUNS
COURSE CONTENT
Merak Peep Fundamentals
Q
#REATEÏEDITÏANDÏCOPYÏECONOMICÏCASEÏ
DOCUMENTSÏ
Q
2EVIEWÏESSENTIALÏECONOMICÏINPUTSÏ
Q
#REATEÏlLTERSÏANDÏUSERÏPARAMETERSÏTOÏ
EASILYÏSORTÏLARGEÏDATAÏVOLUMESÏ
Q
Use batch processes to edit or report
MULTIPLEÏCASESÏSIMULTANEOUSLYÏANDÏ
CALCULATEÏPRICEÏSENSITIVITYÏ
Merak Peep Decline Fundamentals
Q
-AINTAINÏCURRENTÏINHOUSEÏANDÏVENDORÏ
DATAÏTOÏUNDERSTANDÏPRODUCTIONÏLEVELSÏ
Q
)MPORTÏANDÏEXPORTÏPRODUCTIONÏHISTORYÏ
Q
#REATEÏGROUPSÏANDÏSUMMARYÏWELLSÏTOÏ
BETTERÏMANAGEÏWELLÏDATAÏ
Q
&ORECASTÏPRODUCTIONÏRATESÏANDÏVOLUMESÏ
Q
0ERFORMÏBASICÏDECLINEÏANALYSISRATE
TIMEÏCURVESÏANDÏCUMULATIVEÏCURVESÏ
AUDIENCE
!NYONEÏNEEDINGÏTOÏDEVELOPÏORÏIMPROVEÏ
THEIRÏSKILLÏANDÏUNDERSTANDINGÏOFÏPROJECTÏ
ECONOMICSÏANDÏDECLINEÏCURVEÏANALYSISÏ
PERFORMEDÏWITHÏTHEÏ-ERAKÏ0EEPÏANDÏ0EEPÏ
$ECLINEÏMODULES
PREREQUISITE
0ETROLEUMÏ%CONOMICSÏ&UNDAMENTALSÏORÏ
EQUIVALENTÏKNOWLEDGEÏINÏADDITIONÏTOÏANÏ
UNDERSTANDINGÏOFÏBASICÏDECLINEÏANALYSISÏ
TECHNIQUESÏANDÏTHEORY
General understanding of the use of
-%0/ÏOPTIMIZERÏ
7ORKmOWÏEXAMPLESÏANDÏBESTÏPRACTICES
AUDIENCE
2ESERVOIRÏENGINEERS
PREREQUISITE
None
Software
Technical courses that use software
NExT Catalog-2014(21.5x27.5).indd 27
Includes practical sessions
Field trips
Uses simulation
| 27
12/22/13 2:48 AM
FIELD DEVELOPMENT PLANNING
OFM Fundamentals Using
Gas Operations Examples
OFM Fundamentals
Using Oil and Waterflood
Production Examples
Petrel Well Design
Petrel Geology
Foundation – 2 Days
Foundation – 2 Days
Foundation – 1 Day
Foundation – 3 Days
This course introduces attendees to the
PRIMARYÏFUNCTIONALITIESÏOFÏTHEÏ/&-ÏSOFTWAREÏ
BYÏALLOWINGÏTHEÏATTENDEESÏTOÏINTERACTÏ
with a preprepared gas well operations
PROJECTÏ4HEÏmOWÏOFÏTHEÏCOURSEÏCENTERSÏ
ONÏTHEÏATTENDEEÏACTINGÏASÏAÏMEMBERÏOFÏ
AÏlCTIONALÏENGINEERINGÏTEAMÏCHARGEDÏ
WITHÏACCOMPLISHINGÏAÏNUMBERÏOFÏCOMMONÏ
tasks using the OFM software suite. The
COURSEÏCOVERSÏEACHÏOFÏTHEÏREQUIREDÏTASKSÏ)NÏ
ACCOMPLISHINGÏTHEÏTASKSÏTHEÏATTENDEESÏAREÏ
EXPOSEDÏTOÏTHEÏRANGEÏOFÏCOMMONÏFEATURESÏ
of the software application. During the
course, the attendees will learn how to use
THEÏ/&-ÏSOFTWAREÏASÏAÏQUALITYÏASSURANCEÏ
TOOLÏSEEKINGÏDElCIENCIESÏINÏTHEÏDATAÏBEFOREÏ
USINGÏTHEÏPROJECTÏDATAÏTOÏILLUSTRATEÏPRIMARYÏ
ANDÏDERIVEDÏPERFORMANCEÏPARAMETERSÏ
4HEÏCOURSEÏALSOÏCOVERSÏGRAPHICALÏDISPLAYÏ
FEATURESÏRANGINGÏFROMÏTABULARÏPLOTSÏ
THROUGHÏLINEÏGRAPHSÏTOÏ')3ÏMAPBASEDÏ
representations.
This course introduces the attendees to
THEÏPRIMARYÏFUNCTIONALITIESÏOFÏTHEÏ/&-Ï
SOFTWAREÏBYÏALLOWINGÏTHEÏATTENDEESÏ
to interact with a preprepared oil and
WATERmOODÏPRODUCTIONÏPROJECTÏ4HEÏ
course centers on the attendee acting
ASÏAÏMEMBERÏOFÏAÏlCTIONALÏENGINEERINGÏ
TEAMÏCHARGEDÏWITHÏACCOMPLISHINGÏAÏ
NUMBERÏOFÏCOMMONÏTASKSÏINÏTHEÏ/&-Ï
SOFTWAREÏSUITEÏ4HEÏCOURSEÏCOVERSÏEACHÏ
OFÏTHEÏREQUIREDÏTASKSÏ)NÏACCOMPLISHINGÏ
THESEÏTASKSÏTHEÏATTENDEESÏAREÏEXPOSEDÏ
TOÏTHEÏRANGEÏOFÏCOMMONÏFEATURESÏOFÏTHEÏ
software application. During the course,
the attendees will learn how to use the
/&-ÏSOFTWAREÏASÏAÏQUALITYÏASSURANCEÏTOOLÏ
SEEKINGÏDElCIENCIESÏINÏTHEÏDATAÏBEFOREÏ
USINGÏTHEÏPROJECTÏDATAÏTOÏILLUSTRATEÏPRIMARYÏ
ANDÏDERIVEDÏPERFORMANCEÏPARAMETERSÏ
4HEÏCOURSEÏALSOÏCOVERSÏGRAPHICALÏDISPLAYÏ
FEATURESÏRANGINGÏFROMÏTABULARÏPLOTSÏ
THROUGHÏLINEÏGRAPHSÏTOÏ')3ÏMAPBASEDÏ
representations.
The purpose of this course is to introduce
THEÏWELLÏDESIGNÏMODULEÏANDÏTHEÏDRILLINGÏ
FUNCTIONALITIESÏINÏTHEÏ0ETRELÏPLATFORMÏ
The attendees are guided through the
preparation stage for data used in offset
WELLÏANALYSISÏWHICHÏINCLUDESÏLOADINGÏOFÏ
DRILLINGÏEVENTSÏDRILLINGÏLOGSÏANDÏUSINGÏ
ENDÏOFÏWELLÏREPORTSÏTOÏlLTERÏTHEÏKNOWLEDGEÏ
DATABASEÏBYÏFORÏEXAMPLEÏDATAÏTYPEÏ
CATEGORYÏORÏEVENTÏSEVERITYÏ!TTENDEESÏWILLÏ
BECOMEÏFAMILIARÏWITHÏTHEÏAVAILABLEÏWELLÏ
design approaches, including an enhanced
METHODÏALSOÏUSEDÏBYÏDRILLINGÏENGINEERSÏ
(OWÏTOÏIMPORTÏTRAJECTORYÏANDÏTARGETSÏ
FROMÏTHIRDPARTYÏAPPLICATIONSÏSUCHÏASÏTHEÏ
,ANDMARKÏ%$-½Ï%NGINEERSÏ$ATAÏ-ODELÏ
will also be introduced. After the planning
PHASEÏATTENDEESÏWILLÏLEARNÏHOWÏREALTIMEÏ
data acquisitions are handled in the
0ETRELÏPLATFORM
4HEÏ0ETRELÏPLATFORMÏ'EOLOGYÏCOURSEÏCONSISTSÏ
OFÏTWOÏWORKmOWSÏFORÏVOLUMETRICÏCALCULATIONÏ
AÏMAPBASEDÏANDÏAÏ$ÏMODELÏWORKmOW
COURSE CONTENT
Q
COURSE CONTENT
Q
"RIEFÏWALKTHROUGHÏOFÏAÏFULLYÏ
FUNCTIONINGÏPROJECTÏTOÏPROVIDEÏQUICKÏ
set of reference points
COURSE CONTENT
Q
!ÏBRIEFÏWALKTHROUGHÏOFÏAÏFULLYÏ
FUNCTIONINGÏPROJECT
2EVIEWÏPROJECTÏDATAÏANDÏCHECKÏFORÏ
MISSINGÏVALUES
2EVIEWÏPROJECTÏDATAÏANDÏCHECKÏFORÏ
MISSINGÏVALUES
Q
Q
5SEÏlLTERSÏTOÏSCREENÏOUTÏUNWANTEDÏ
ENTITIESÏFORÏANALYSIS
Q
5SEÏlLTERSÏTOÏSCREENÏOUTÏUNWANTEDÏ
ENTITIESÏFORÏANALYSIS
Q
'ROUPÏPROJECTÏDATAÏATÏMULTIPLEÏLEVELSÏ
Q
'ROUPÏPROJECTÏDATAÏATÏMULTIPLEÏLEVELSÏ
Q
#REATEÏCALCULATEDÏlELDSÏANDÏCALCULATEDÏ
VARIABLES
Q
#REATEÏCALCULATEDÏlELDSÏANDÏCALCULATEDÏ
VARIABLES
Q
#REATEÏSINGLEÏANDÏMULTIPLEWELLÏPLOTS
Q
#REATEÏSINGLEÏANDÏMULTIPLEWELLÏPLOTS
Q
#REATEÏANDÏFORMATÏWELLÏANDÏlELDÏ
SUMMARYÏREPORTS
Q
#REATEÏANDÏFORMATÏWELLÏANDÏlELDÏ
SUMMARYÏREPORTS
%XPORTÏREPORTSÏANDÏTABLEÏDATAÏTOÏOTHERÏ
applications
Q
Q
Q
%XPORTÏREPORTSÏANDÏTABLEÏDATAÏTOÏOTHERÏ
applications
AUDIENCE
AUDIENCE
!NYONEÏRESPONSIBLEÏFORÏSETTINGÏUPÏANDÏ
MAINTAININGÏAÏPROJECTÏUSINGÏ/&-ÏSOFTWARE
!NYONEÏRESPONSIBLEÏFORÏSETTINGÏUPÏANDÏ
MAINTAININGÏAÏPROJECTÏUSINGÏ/&-ÏSOFTWARE
PREREQUISITE
PREREQUISITE
None
None
28 |
NExT Catalog-2014(21.5x27.5).indd 28
Q
Q
Q
Q
$RILLINGÏEVENTÏCLASSIlCATIONÏANDÏ
VISUALIZATIONÏ
7EBMAPÏSERVICESÏ
7ELLÏDESIGNÏ
7ELLÏPATHÏDESIGN
2EALTIMEÏDATAÏACQUISITION
AUDIENCE
Drilling engineers, geologists, and
PETROTECHNICALÏPERSONNELÏWITHÏFUNDAMENTALÏ
KNOWLEDGEÏINÏ0ETRELÏSOFTWAREÏANDÏWHOÏ
need to understand well path design and
OPTIMIZATIONÏWITHINÏTHEÏ0ETRELÏPLATFORM
PREREQUISITE
0ETRELÏ&UNDAMENTALSÏCOURSE
4HEÏMAPBASEDÏWORKmOWÏFOCUSESÏONÏ
the creation of surfaces that delineate
THEÏTARGETÏRESERVOIRÏ4HESEÏSURFACESÏINÏ
COMBINATIONÏWITHÏPROPERTIESÏINÏTHEÏFORMÏOFÏ
gridded surfaces or constants, are used to
CALCULATEÏVOLUMESÏ4HEÏ$ÏMODELBASEDÏ
WORKmOWÏFOCUSESÏONÏTHEÏCONSTRUCTIONÏOFÏAÏ
3D grid, populating the grid with properties
TOÏBEÏUSEDÏINÏDETERMININGÏANÏACCURATEÏ
VOLUMEÏCALCULATION
COURSE CONTENT
Q
3URFACEÏGENERATIONÏANDÏRElNEMENTÏ
Q
7ELLÏINTERPRETATIONÏANDÏVISUALIZATIONÏ
Q
Isochore processing
Q
-APBASEDÏVOLUMEÏCALCULATIONSÏ
Q
3TRUCTURALÏFRAMEWORKÏ
Q
'EOMETRICALÏMODELINGÏ
Q
Upscaling well logs
Q
&ACIESÏMODELINGÏ
Q
0ETROPHYSICALÏMODELINGÏ
Q
Contacts creating
Q
6OLUMEÏCALCULATIONS
AUDIENCE
'EOSCIENTISTSÏGEOPHYSICISTSÏANDÏ
ENGINEERSÏWORKINGÏONÏSTATICÏANDÏDYNAMICÏ
MODELING
PREREQUISITE
0ETRELÏ&UNDAMENTALSÏCOURSEÏORÏSIMILARÏ
0ETRELÏPLATFORMÏEXPERIENCEÏCOUPLEDÏWITHÏAÏ
GENERALÏKNOWLEDGEÏOFÏPETROLEUMÏGEOLOGYÏ
ANDÏGEOPHYSICSÏASÏWELLÏASÏELEMENTALÏ
software skills.
Visit NExTtraining.net/classes for the latest calendar or to register for a course.
12/22/13 2:48 AM
FIELD DEVELOPMENT PLANNING
Petrel Reservoir Engineering
PIPESIM Gas Field
Production Operations
Introduction to INTERSECT
Merak Decision Tool
Kit and Merak Peep
Monte Carlo
Foundation – 3 Days
Foundation – 2 Days
Skill – 2 Days
Skill – 1 Day
This course enables attendees to prepare
ANDÏRUNÏAÏ0ETRELÏPLATFORMÏMODELÏFORÏ
RESERVOIRÏSIMULATIONÏINÏ%#,)03%ÏSIMULATORÏ
%#,)03%Ï&RONT3IMÏANDÏ).4%23%#4
ÏNEXT
GENERATIONÏRESERVOIRÏSIMULATIONÏSOFTWAREÏ
In this course, attendees will build a 3D
SIMULATIONÏMODELÏINSIDEÏTHEÏ0ETRELÏPLATFORMÏ
based on geological input data, add wells
and well control rules, create black oil
mUIDÏMODELSÏANDÏROCKÏPHYSICSÏFUNCTIONSÏ
ANDÏSUBMITÏTHEÏMODELÏTOÏTHEÏSIMULATORSÏ
)NÏADDITIONÏPRACTICALÏAPPLICATIONÏOFÏMOSTÏ
0ETRELÏPLATFORMÏSIMULATIONÏPROCESSESÏ
will be discussed and illustrated in the
EXERCISESÏ/VERALLÏPREÏPROCESSINGÏANDÏPOSTÏ
PROCESSINGÏOFÏSIMULATIONÏDATAÏWILLÏBEÏDONEÏ
WITHINÏTHEÏ0ETRELÏPLATFORMÏENVIRONMENT
4HISÏCOURSEÏCOVERSÏTHEÏUSEÏOFÏTHEÏ0)0%3)-Ï
SIMULATORÏFORÏDESIGNINGÏANDÏMODELINGÏ
GASÏPRODUCTIONÏSYSTEMSÏOPERATIONSÏ
0RACTICALÏANDÏCOMPREHENSIVEÏPROBLEMSÏ
WILLÏBEÏPRESENTEDÏDISCUSSEDÏANDÏANALYZEDÏ
throughout the course.
4HEÏ).4%23%#4ÏSIMULATORÏCOURSEÏ
INTRODUCESÏRESERVOIRÏENGINEERSÏTOÏMETHODSÏ
OFÏCONSTRUCTINGÏSIMULATIONÏMODELSÏUSINGÏ
).4%23%#4ÏSIMULATIONÏSOFTWAREÏ4HEÏ
TRAININGÏDISCUSSESÏTHEÏMAINÏFEATURESÏ
OFÏTHEÏ).4%23%#4ÏSIMULATORÏRELATIVEÏ
TOÏWORKINGÏWITHÏINPUTÏDATAÏFROMÏ0ETRELÏ
ORÏ%#,)03%ÏSOFTWAREÏ!LONGÏTHEÏWAYÏ
ATTENDEESÏWILLÏALSOÏBEÏEXPOSEDÏTOÏ
THEÏBASICÏFEATURESÏOFÏTHEÏ).4%23%#4Ï
SIMULATORÏ4HEÏCOURSEÏINCORPORATESÏ
INFORMATIONÏABOUTÏUSINGÏ0ETRELÏPREÏANDÏ
POSTÏPROCESSORSÏASÏTHEÏPRIMARYÏFRONTENDÏ
FORÏTHEÏ).4%23%#4ÏSIMULATOR
In this course, attendees will work in the
-ERAKÏ0EEPÏANDÏ-ERAKÏ$ECISIONÏ4OOLÏ+ITÏ
MODULESÏTOÏEXPLOREÏTHEÏPRINCIPLESÏOFÏ-ONTEÏ
#ARLOÏANALYSESÏANDÏHOWÏTOÏAPPLYÏTHEMÏTOÏ
PROJECTÏEVALUATIONS
COURSE CONTENT
Q
Q
Q
Q
Q
COURSE CONTENT
.AVIGATEÏTHEÏ0)0%3)-ÏSIMULATORÏUSERÏ
interface
Troubleshoot and debottleneck
NETWORKÏMODELS
-ODELÏGASÏWELLSÏINCLUDINGÏVARIOUSÏ
COMPLETIONÏMODELS
-ATCHÏINmOWÏPERFORMANCEÏTOÏTESTÏDATA
-ODELÏWATERÏSEPARATIONÏINJECTIONÏ
into a salt water disposal well, and
WELLHEADÏORÏMANIFOLDÏPRODUCTIONÏ
sources
Q
3IMULATIONÏCASEÏSETUPÏ
Q
)NITIALIZATIONÏANDÏVOLUMEÏCALCULATION
Q
#ONSTRUCTÏAÏCOMPOSITIONALÏmUIDÏMODELÏ
Q
3IMULATIONÏRUNÏANDÏRESULTSÏVIEWING
Q
Q
(ISTORYÏMATCHINGÏANDÏPREDICTIONÏ
Q
7ELLÏENGINEERING
0REDICTÏGASÏHYDRATEÏFORMATIONÏEROSIONÏ
corrosion, and liquid loading in gas
wells
Q
5PSCALINGÏANDÏADVANCEDÏCORNERPOINTÏ
gridding
Q
#OMPAREÏTHEÏRELATIVEÏBENElTSÏOFÏPUSHÏ
VERSUSÏPULLÏCOMPRESSION
$EVELOPMENTÏANDÏEXPLORATIONÏGEOLOGISTSÏ
GEOPHYSICISTSÏPETROLEUMÏENGINEERSÏ
MANAGERSÏRESERVOIRÏENGINEERSÏANDÏ
TECHNICALÏPERSONNELÏWITHÏPRIORÏEXPERIENCEÏINÏ
0ETRELÏSOFTWARE
Q
%STIMATEÏTHEÏREQUIREDÏSLUGÏCATCHERÏSIZE
Q
-ODELÏAÏTRANSMISSIONÏNETWORK
PREREQUISITE
0ETRELÏ&UNDAMENTALSÏCOURSEÏORÏEQUIVALENTÏ
0ETRELÏPLATFORMÏEXPERIENCEÏANDÏGENERALÏ
KNOWLEDGEÏOFÏRESERVOIRÏENGINEERINGÏORÏ
PETROLEUMÏGEOLOGYÏANDÏGEOPHYSICS
Software
AUDIENCE
0RODUCTIONÏENGINEERSÏFACILITIESÏENGINEERSÏ
ORÏlELDÏPRODUCTIONÏOPERATIONSÏENGINEERS
/VERVIEWÏOFÏRESERVOIRÏSIMULATIONÏUSINGÏ
THEÏ).4%23%#4ÏSIMULATORÏ
Q
$ATAÏCREATIONÏTHROUGHÏTHEÏ0ETRELÏ
PLATFORMÏAPPLICATIONÏ
Data editing using the Migrator
MODULEÏINÏ%#,)03%ÏSOFTWAREÏANDÏTHEÏ
).4%23%#4ÏSIMULATORÏ
Q
$ETERMINISTICÏANALYSISÏVERSUSÏ-ONTEÏ
#ARLOÏANALYSIS
Q
2ANDOMÏWALKSÏANDÏTHEIRÏINPUTÏ
PARAMETERS
Q
Correlations
Q
Use of report settings
Q
6ISUALÏ-ONTEÏ#ARLOÏTREES
Q
Choice and chance nodes
AUDIENCE
-ERAKÏ0EEPÏMODULEÏUSERSÏRESPONSIBLEÏFORÏ
PREPARINGÏORÏMODIFYINGÏ-ERAKÏ0EEPÏMODELSÏ
USINGÏTHEÏ-ERAKÏ&ISCALÏ-ODELÏ,IBRARYÏ
application.
&IELDÏMANAGEMENTÏ
PREREQUISITE
Q
)MPROVINGÏSIMULATORÏPERFORMANCEÏ
Q
)MPORTANTÏBEHAVIORALÏDIFFERENCESÏINÏ
%#,)03%ÏANDÏ).4%23%#4ÏSIMULATIONÏ
software
-ERAKÏ$ECISIONÏ4OOLÏ+ITÏ&UNDAMENTALSÏ
COURSEÏ-ERAKÏ0EEPÏ&UNDAMENTALSÏCOURSEÏ
and an understanding of basic Monte Carlo
THEORY
Q
AUDIENCE
2ESERVOIRÏENGINEERSÏWORKINGÏONÏSIMULATIONÏ
studies.
PREREQUISITE
"ACKGROUNDÏINÏRESERVOIRÏENGINEERING
PREREQUISITE
'ENERALÏPETROLEUMÏENGINEERINGÏKNOWLEDGEÏ
ASÏWELLÏASÏELEMENTALÏSOFTWAREÏSKILLS
Technical courses that use software
NExT Catalog-2014(21.5x27.5).indd 29
Q
Q
Model centrifugal and reciprocating
GASÏCOMPRESSORS
Q
AUDIENCE
COURSE CONTENT
COURSE CONTENT
Includes practical sessions
Field trips
Uses simulation
| 29
12/22/13 2:48 AM
FIELD DEVELOPMENT PLANNING
Petrel Property Modeling
Petrel Structural Modeling
Skill – 3 Days
Skill – 3 Days
4HISÏCOURSEÏFOCUSESÏONÏTHEÏFUNDAMENTALSÏ
OFÏMODELINGÏUSINGÏTHEÏ0ETRELÏPLATFORMÏ4HEÏ
COURSEÏCOVERSÏBASICÏGEOSTATISTICSÏDATAÏ
PREPARATIONÏDATAÏANALYSISÏFACIESÏANDÏ
PETROPHYSICALÏMODELINGÏ!TTENDEESÏWILLÏ
LEARNÏDIFFERENTÏWAYSÏTOÏCREATEÏPROPERTYÏ
MODELSÏANDÏHOWÏTOÏCONDITIONÏMODELSÏTOÏ
EXISTINGÏMODELSÏANDÏSECONDARYÏDATAÏ4HISÏ
course guides the user through concepts,
ALGORITHMSÏANDÏSOFTWAREÏFUNCTIONALITIESÏINÏ
PROPERTYÏMODELING
4HEÏlRSTÏPORTIONÏOFÏTHEÏCOURSEÏFOCUSESÏ
on the use of basic geostatistical tools
THROUGHÏDATAÏANALYSISÏ!LSOÏPREMODELINGÏ
processes concerned with well data
PREPARATIONÏWILLÏBEÏCOVEREDÏTHEÏlRSTÏ
STEPÏOFÏWHICHÏISÏTHEÏPROPERTYÏMODELINGÏ
WORKmOWÏFOLLOWEDÏBYÏUPSCALINGÏWELLÏ
LOGSÏTOÏCREATEÏSINGLEPROPERTYÏVALUESÏ
at the well location for each cell. This
technique creates hard data that will be
used to populate the 3D grid with either
DETERMINISTICÏORÏSTOCHASTICÏALGORTIHMSÏ
The second half of the course focuses
ONÏFACIESÏANDÏPETROPHYSICALÏMODELINGÏ
WORKmOWSÏUSINGÏSTOCHASTICÏMETHODSÏASÏ
WELLÏASÏCOVERINGÏTHEÏUSAGEÏOFÏKRIGINGÏFORÏ
CONTINUOUSÏPROPERTIESÏ)MPLEMENTINGÏDATAÏ
ANALYSISÏRESULTSÏANDÏUSINGÏSECONDARYÏDATAÏ
to constrain the result will also be shown.
COURSE CONTENT
Q
Q
"ASICSÏOFÏUNIÏANDÏBIVARIATEÏ
geostatistics
Data preparation, including well log
edits, calculations, and upscaling for
discrete and continuous data
30 |
NExT Catalog-2014(21.5x27.5).indd 30
Q
&ACIESÏMODELINGÏ
Ï
Ï $ATAÏANALYSISÏ
Ï
Ï 3EQUENTIALÏINDICATORÏSIMULATIONÏ
Ï
Ï /BJECTÏFACIESÏMODELING
Ï
Ï 4RUNCATEDÏ'AUSSIANÏSIMULATIONÏWITHÏ
and without trends
Ï
Ï 5SINGÏSECONDARYÏDATAÏTOÏPOPULATEÏ
FACIESÏMODELSÏ
Q
0ETROPHYSICALÏMODELINGÏ
Ï
Ï $ATAÏANALYSISÏ
Ï
Ï 3EQUENTIALÏ'AUSSIANÏSIMULATIONÏ
Ï
Ï 'AUSSIANÏRANDOMÏFUNCTIONÏ
SIMULATIONÏ
Ï
Ï +RIGINGÏ
Ï
Ï 5SINGÏSECONDARYÏDATAÏTOÏPOPULATEÏ
PETROPHYSICALÏMODELS
AUDIENCE
$EVELOPMENTÏANDÏEXPLORATIONÏ
GEOLOGISTSÏGEOPHYSICISTSÏGEOCHEMISTSÏ
PETROPHYSICISTSÏPETROLEUMÏENGINEERSÏ
MANAGERSÏRESERVOIRÏENGINEERSÏANDÏ
TECHNICALÏPERSONNELÏWITHÏPRIORÏEXPERIENCEÏ
INÏUSINGÏ0ETRELÏPLATFORMÏSOFTWARE
4HEÏÏ0ETRELÏPLATFORMÏSTRUCTURALÏ
MODELINGÏCOURSEÏPRESENTSÏDIFFERENTÏ
APPROACHESÏTOÏBUILDINGÏMODELSÏTHATÏ
CAPTUREÏGEOLOGICALLYÏCOMPLEXÏSITUATIONSÏ
SUCHÏASÏREVERSEÏFAULTSÏANDÏTRUNCATIONS
4HISÏCOURSEÏCOVERSÏBOTHÏCORNERPOINTÏ
GRIDDINGÏANDÏSTRUCTURALÏFRAMEWORKÏ
Attendees will be presented with
WORKmOWSÏTHATÏCOMBINEÏBOTHÏPROCESSESÏ
SPECIlCALLYÏHOWÏTOÏUSEÏTHEÏRESULTSÏFROMÏ
THEÏSTRUCTURALÏFRAMEWORKÏTOÏGENERATEÏAÏ
CORNERPOINTÏGRIDÏ4HEÏATTENDEESÏWILLÏALSOÏ
LEARNÏHOWÏTOÏGENERATEÏPARTIALLYÏANDÏFULLYÏ
STAIRSTEPPEDÏ$ÏGRIDSÏ4HEÏADVANTAGESÏ
ANDÏLIMITATIONSÏOFÏTHEÏDIFFERENTÏTYPESÏOFÏ
MODELSÏWILLÏALSOÏBEÏPRESENTEDÏ
4HEÏCOURSEÏWILLÏHIGHLIGHTÏTHEÏFOLLOWINGÏÏ
THEÏROBUSTÏFAULTÏMODELINGÏWHILEÏINTERPRETINGÏ
SEISMICÏFUNCTIONALITYÏWHICHÏALLOWSÏ
RAPIDÏREALTIMEÏCREATIONÏOFÏTHEÏSTRUCTURALÏ
FRAMEWORKÏÏSALTÏMODELINGÏTECHNIQUESÏ
USINGÏBOTHÏCORNERPOINTÏGRIDDINGÏANDÏ
STRUCTURALÏFRAMEWORKÏANDÏÏTHEÏINNOVATIVEÏ
VOLUMEBASEDÏMODELINGÏTECHNIQUEÏFORÏ
THEÏCONSTRUCTIONÏOFÏCOMPLEXÏSTRUCTURALÏ
FRAMEWORKS
3TRUCTURALÏFRAMEWORKÏAPPROACHÏ
Ï
Ï 'EOMETRYÏDElNITIONÏ
Ï
Ï &AULTÏFRAMEWORKÏMODELINGÏ
Ï
Ï &AULTÏMODELINGÏWHILEÏINTERPRETINGÏ
Ï
Ï (ORIZONÏMODELINGÏ
Q
3TRUCTURALÏFRAMEWORKÏVERSUSÏCORNER
point gridding
Q
3TAIRSTEPÏFAULTINGÏ
Q
3ALTÏMODELINGÏMETHODSÏ
Q
6OLUMEBASEDÏMODELINGÏTECHNIQUEÏ
!VAILABLEÏONÏRELEASESÏAFTERÏ
AUDIENCE
$EVELOPMENTÏANDÏEXPLORATIONÏGEOLOGISTSÏ
GEOPHYSICISTSÏPETROLEUMÏENGINEERSÏ
MANAGERSÏRESERVOIRÏENGINEERSÏANDÏ
TECHNICALÏPERSONNELÏWITHÏPRIORÏEXPERIENCEÏ
USINGÏTHEÏ0ETRELÏPLATFORM
PREREQUISITE
'ENERALÏKNOWLEDGEÏOFÏPETROLEUMÏGEOLOGYÏ
ANDÏGEOPHYSICSÏASÏWELLÏASÏHAVINGÏATTENDEDÏ
THEÏ0ETRELÏ&UNDAMENTALSÏANDÏ0ETRELÏ'EOLOGYÏ
COURSESÏORÏEQUIVALENTÏ0ETRELÏEXPERIENCE
COURSE CONTENT
PREREQUISITE
'ENERALÏKNOWLEDGEÏOFÏPETROLEUMÏGEOLOGYÏ
ANDÏATTENDANCEÏOFÏTHEÏ0ETRELÏ&UNDAMENTALSÏ
COURSEÏORÏEQUIVALENTÏEXPERIENCE
Q
Ï
Q
0REPROCESSINGÏINPUTÏDATAÏ
Q
#ORNERPOINTÏGRIDDINGÏAPPROACHÏ
Ï &AULTÏMODELINGÏ
Ï
Ï 0ILLARÏGRIDDINGÏ
Ï
Ï ,AYERINGÏ
Ï
Ï 4RUNCATIONSÏ
Ï
Ï 2EVERSEÏFAULTSÏ
Visit NExTtraining.net/classes for the latest calendar or to register for a course.
12/22/13 2:48 AM
FIELD DEVELOPMENT PLANNING
Petrel Velocity Modeling
Petrel Assisted History
Matching and Uncertainty
Analysis
Skill – 3 Days
Skill – 2 Days
This course introduces the attendee to
VELOCITYÏMODELINGÏVELOCITYÏHANDLINGÏANDÏ
DOMAINÏCONVERSIONÏFUNCTIONALITYÏINÏTHEÏ
0ETRELÏÏPLATFORM
4HISÏCOURSEÏBUILDSÏONÏTHEÏ0ETRELÏPLATFORMÏ
RESERVOIRÏENGINEERINGÏCOURSEÏANDÏFOCUSESÏ
ONÏHOWÏTOÏUSEÏTHEÏ0ETRELÏPLATFORMÏFORÏ
SENSITIVITYÏANDÏUNCERTAINTYÏSTUDIESÏ
4HESEÏSTUDIESÏINVOLVEÏHOWÏTOÏRUNÏTHEÏ
SIMULATIONSÏASÏWELLÏASÏHOWÏTOÏUSEÏTHEÏ
TOOLSÏTHATÏTHEÏ0ETRELÏPLATFORMÏOFFERSÏFORÏ
RESULTSÏVIEWINGÏINCLUDINGÏHISTOGRAMSÏ
tornado plots, spreadsheets, and line
VECTORS
The course takes the attendee through the
PREPARATIONÏSTAGEÏOFÏDATAÏUSEDÏFORÏVELOCITYÏ
ESTIMATIONÏANDÏMODELINGÏ4HISÏPREPARATIONÏ
STAGEÏINCLUDESÏQUALITYÏCONTROLÏANDÏEDITINGÏ
of checkshot data used in sonic calibration
ANDÏQUALITYÏCONTROLÏOFÏTIMEÏSURFACESÏ
ANDÏWELLÏTOPSÏUSEDÏFORÏDElNINGÏVELOCITYÏ
INTERVALS
&URTHERMOREÏTHEÏAVAILABLEÏVELOCITYÏ
MODELINGÏTECHNIQUESÏAREÏPRESENTEDÏ
INCLUDINGÏWELLÏVELOCITYÏESTIMATIONÏTHEÏ
NATUREÏANDÏMODELINGÏOFÏSEISMICÏVELOCITIESÏ
SURFACEBASEDÏANDÏ$ÏGRIDBASEDÏSEISMICÏ
VELOCITYÏMODELINGÏASÏWELLÏASÏUSERDElNEDÏ
VELOCITYÏFUNCTIONS
&OLLOWINGÏTHEÏVELOCITYÏMODELINGÏPHASEÏ
DOMAINÏCONVERSIONÏOFÏVARIOUSÏOBJECTSÏ
ANDÏMETHODSÏFORÏMODELINGÏSTRUCTURALÏ
UNCERTAINTYÏAREÏCOVERED
COURSE CONTENT
Q
Q
Q
1UALITYÏCONTROLÏOFÏANDÏEDITINGÏOFÏWELLÏ
data
Checkshot calibration of sonic logs
6ELOCITYÏFUNCTIONSÏANDÏVARIOUSÏVELOCITYÏ
MODELINGÏAPPROACHESÏ
NEW
4HEÏCOURSEÏBEGINSÏWITHÏSOMEÏBASICÏ
CONCEPTSÏOFÏUNCERTAINTYÏANDÏHOWÏTHEYÏ
AREÏINTERPRETEDÏINÏTHEÏ0ETRELÏPLATFORMÏ
.EXTÏPERFORMINGÏAÏSENSITIVITYÏSTUDYÏ
ONCEÏTHEÏUNCERTAINÏINPUTÏPARAMETERSÏ
AREÏIDENTIlEDÏWILLÏBEÏPRESENTEDÏIEÏTHEÏ
course guides the attendees through
SETTINGÏINPUTÏDISTRIBUTIONSÏSAMPLINGÏINPUTÏ
FROMÏTHOSEÏDISTRIBUTIONSÏANDÏRUNNINGÏ
THEÏRESULTINGÏSIMULATIONÏCASESÏ)NÏTHEÏ
SIMPLESTÏCONTEXTÏTHEÏ0ETRELÏPLATFORMÏ
ESTABLISHESÏAÏWORKmOWÏTHATÏALLOWSÏ
FORÏRUNNINGÏAÏSENSITIVITYÏORÏUNCERTAINTYÏ
STUDYÏINÏAÏFEWÏCLICKSÏ/CCASIONALLYÏTHEÏ
DEFAULTÏWORKmOWSÏMIGHTÏREQUIREÏBEINGÏ
CUSTOMIZEDÏTOÏMEETÏTHEÏUSERSÏNEEDSÏ4HEÏ
COURSEÏWILLÏINTRODUCEÏAÏNUMBERÏOFÏWAYSÏTOÏ
ADDÏFUNCTIONALITYÏTOÏTHEÏBASICÏWORKmOWSÏ
TOÏMEETÏTHEÏUSERSÏSPECIlCÏNEEDSÏFORÏ
DElNINGÏINPUTÏORÏREPORTINGÏRESULTS
COURSE CONTENT
Q
6ELOCITYÏMODELINGÏQUALITYÏCONTROLÏANDÏ
MODELINGÏ
Q
4HEÏUNCERTAINTYÏANDÏOPTIMIZATIONÏ
process
Q
$EPTHÏERRORÏANALYSISÏANDÏCORRECTIONÏ
Q
4HEÏWORKmOWÏEDITORÏ
Q
3URFACEBASEDÏANDÏ$ÏGRIDBASEDÏ
SEISMICÏVELOCITYÏMODELINGÏ
Q
Basic concepts in statistics
Q
!NISOTROPYÏINÏSEISMICÏVELOCITIESÏ
Q
'EOSTATISTICALÏMETHODSÏ
Q
1UANTIFYINGÏRESIDUALÏDEPTHÏERRORÏANDÏ
CREATINGÏAÏDEPTHÏCORRECTIONÏMODELÏ
Q
#REATINGÏUSERDElNEDÏVELOCITYÏ
functions
Q
$OMAINÏCONVERSIONÏ
Q
-ODELINGÏSTRUCTURALÏUNCERTAINTY
AUDIENCE
$EVELOPMENTÏANDÏEXPLORATIONÏGEOLOGISTSÏ
GEOPHYSICISTSÏPETROLEUMÏENGINEERSÏ
MANAGERSÏRESERVOIRÏENGINEERSÏANDÏ
TECHNICALÏPERSONNELÏEXPERIENCEDÏWITHÏ
0ETRELÏPLATFORM
Q
6ISUALIZEÏRESULTSÏFROMÏAÏSENSITIVITYÏORÏ
UNCERTAINTYÏSTUDYÏ
Q
#USTOMIZEÏPREPAREDÏWORKmOWSÏINÏ
0ETRELÏPLATFORMÏTOÏMEETÏUSERÏNEEDS
Petrel Well Deliverability
Skill – 1 Day
4HISÏCOURSEÏBUILDSÏONÏTHEÏ0ETRELÏPLATFORMÏ
RESERVOIRÏENGINEERINGÏCOURSEÏANDÏISÏ
ANÏEXTENSIONÏOFÏTHEÏWELLÏMODELINGÏ
ENVIRONMENTÏWITHINÏTHEÏ0ETRELÏPLATFORMÏ
SOFTWAREÏSUITEÏ4HEÏCOURSEÏPROVIDESÏ
SUPPORTÏFORÏEXISTINGÏRESERVOIRÏENGINEERINGÏ
WORKmOWSÏSUCHÏASÏDEVELOPMENTÏSTRATEGYÏ
ANDÏlELDÏMANAGEMENTÏ4WOÏMAINÏ
PRODUCTIONÏWORKmOWSÏAREÏDISCUSSEDÏINÏ
THEÏCOURSEÏPERFORMANCEÏTABLEÏCOLLECTIONÏ
ANDÏNODALÏANALYSISÏSIMULATIONÏ!TTENDEESÏ
WILLÏLEARNÏHOWÏTOÏUSEÏRESERVOIRÏSIMULATEDÏ
VARIABLESÏASÏINPUTÏDATAÏFORÏCREATINGÏ
PERFORMANCEÏTABLESÏANDÏRUNNINGÏAÏ
NODALÏANALYSISÏCASEÏ4HEÏINTEGRATIONÏOFÏ
PRODUCTIONÏSIMULATEDÏVARIABLESÏTOÏSUPPORTÏ
RESERVOIRÏENGINEERINGÏWORKmOWSÏWILLÏBEÏ
DEMONSTRATEDÏBYÏCREATINGÏPERFORMANCEÏ
TABLESÏ6&0ÏWITHINÏTHEÏ0ETRELÏPLATFORMÏ
suite and associating the results with
THEÏDEVELOPMENTÏSTRATEGYÏPROCESSÏ)NÏTHISÏ
WAYÏANÏINTEGRATEDÏRESERVOIRPRODUCTIONÏ
ENGINEERINGÏCYCLEÏISÏCOMPLETEDÏWITHOUTÏ
LEAVINGÏTHEÏ0ETRELÏENVIRONMENTÏ4HEÏ
attendees will also learn how to use nodal
ANALYSISÏSIMULATIONÏTOÏINTRODUCEÏSEVERALÏ
INmOWÏPERFORMANCEÏRELATIONSHIPÏMODELSÏFORÏ
PRESSUREÏANDÏTEMPERATUREÏTRAVERSEÏ7HENÏ
RUNNINGÏTHEÏNODALÏANALYSISÏCASEÏATTENDEESÏ
WILLÏLEARNÏHOWÏTOÏCREATEÏPROlLEÏPLOTSÏSUCHÏ
ASÏLIQUIDÏHOLDUPÏEROSIONALÏVELOCITYÏRATIOÏ
mUIDÏMEANÏVELOCITYÏANDÏSOÏFORTH
COURSE CONTENT
Q
7ELLÏDELIVERABILITYÏMODULEÏ
Q
)NmOWÏPERFORMANCEÏRELATIONSHIPÏ)02Ï
MODELÏMANAGERÏANDÏSUPPORTEDÏmOWÏ
correlations.
Q
0ETRELÏPLATFORMÏWELLÏMODELÏ
OPTIMIZATIONÏBYÏCREATINGÏAÏSINGLEÏmOWÏ
PATHÏMODELÏ
Q
)02ÏMODELÏMANAGER
Q
Fluid properties for better
understanding of input data
Q
(YDRAULICÏTABLESÏ6&0ÏTABLES
Q
6&0ÏTABLESÏASSOCIATEDÏWITHÏAÏ
DEVELOPMENTÏSTRATEGY
Q
.ODALÏANALYSISÏCASEÏANDÏDISPLAYÏNODALÏ
charts
Q
0ROlLEÏSPREADSHEETSÏANDÏDERIVEDÏLOGSÏ
GENERATEDÏFROMÏNODALÏANALYSISÏTHROUGHÏ
0ETRELÏPLATFORM
Q
7ELLÏMODELSÏIMPORTINGÏFROMÏ
AUDIENCE
$EVELOPMENTÏANDÏEXPLORATIONÏGEOLOGISTSÏ
GEOPHYSICISTSÏGEOCHEMISTSÏPETROLEUMÏ
ENGINEERSÏMANAGERSÏRESERVOIRÏENGINEERSÏ
and other technical staff.
PREREQUISITE
0ETRELÏ&UNDAMENTALSÏCOURSEÏINÏADDITIONÏ
TOÏ0ETRELÏ2ESERVOIRÏ%NGINEERINGÏCOURSEÏORÏ
EQUIVALENTÏEXPERIENCE
AUDIENCE
2ESERVOIRÏENGINEERSÏGEOLOGISTSÏANDÏ
GEOPHYSICISTSÏWITHÏPREVIOUSÏRESERVOIRÏ
engineering knowledge.
PREREQUISITE
0ETRELÏ2ESERVOIRÏ%NGINEERINGÏCOURSEÏORÏ
EQUIVALENTÏ0ETRELÏEXPERIENCE
PREREQUISITE
0ETRELÏ'EOPHYSICSÏCOURSEÏORÏSIMILARÏ0ETRELÏ
EXPERIENCE
Software
Technical courses that use software
NExT Catalog-2014(21.5x27.5).indd 31
Includes practical sessions
Field trips
Uses simulation
| 31
12/22/13 2:48 AM
FIELD DEVELOPMENT PLANNING
Petrel Geological Workflows
and Uncertainty Analysis
Skill – 2 Days
NEW
4HISÏTWOFOLDÏCOURSEÏAIMSÏTOÏGIVEÏTHEÏ
ATTENDEESÏINSIGHTÏINTOÏTHEÏ7ORKmOWÏEDITORÏ
ANDÏTHEÏ5NCERTAINTYÏANDÏ/PTIMIZATIONÏ
PROCESSÏINÏTHEÏ0ETRELÏSOFTWAREÏPLATFORMÏ
WITHÏAÏFOCUSÏONÏGEOLOGICALÏMODELINGÏ
$URINGÏTHEÏlRSTÏDAYÏTHEÏCOURSEÏWILLÏFOCUSÏ
ONÏHOWÏTOÏUSEÏPREDElNEDÏWORKmOWSÏ
ANDÏHOWÏTOÏCREATEÏYOURÏOWNÏWORKmOWSÏ
for batch processing and operations,
in addition to setting up, editing, and
repeating processes with new data for
AÏCOMPLETEÏANDÏSTANDARDIZEDÏRESERVOIRÏ
MODELINGÏWORKmOWÏ4OÏTAKEÏFULLÏADVANTAGEÏ
OFÏTHEÏUNCERTAINTYÏHANDLINGÏINÏTHEÏ0ETRELÏ
PLATFORMÏTHEÏATTENDEEÏWILLÏNEEDÏTOÏHAVEÏ
ANÏUNDERSTANDINGÏOFÏTHEÏ7ORKmOWÏEDITORÏ
MODULEÏWHICHÏISÏTHEÏCORNERSTONEÏOFÏTHEÏ
5NCERTAINTYÏANDÏ/PTIMIZATIONÏPROCESSÏ4HEÏ
ATTENDEEÏWILLÏBEÏALSOÏGIVENÏSOMEÏEXAMPLESÏ
ONÏGEOLOGICALÏWORKmOWSÏ/NÏDAYÏTWOÏ
this course will focus on understanding
SENSITIVITIESÏANDÏUNCERTAINTIESÏOFÏAÏBASEÏ
CASEÏVOLUMETRICÏRESERVOIRÏMODELÏ3TRUCTURALÏ
uncertainties related to surfaces will be
EXPLOREDÏASÏWELLÏASÏSTOCHASTICÏPARAMETERSÏ
RELATEDÏTOÏTHEÏPROPERTYÏMODELÏ!LSOÏTHEÏ
UNCERTAINTYÏRELATEDÏTOÏTHEÏCONTACTSÏDElNINGÏ
THEÏVOLUMEÏCASEÏWILLÏBEÏEXAMINED
COURSE CONTENT
Q
7ORKmOWÏEDITORÏINTERFACEÏANDÏLOGICÏ
Q
2UNNINGÏPREDElNEDÏWORKmOWSÏ
Q
#REATINGÏUSERDElNEDÏWORKmOWSÏ
Q
5PDATINGÏ$ÏMODELSÏWITHÏNEWÏINPUTÏ
data
Q
"ECOMINGÏFAMILIARÏWITHÏTHEÏ
5NCERTAINTYÏANDÏ/PTIMIZATIONÏPROCESSÏ
Q
3ENSITIVITYÏANDÏUNCERTAINTYÏANALYSISÏ
setup
Q
7ELLÏLOGÏINTERPRETATIONÏUNCERTAINTYÏ
Q
3TRUCTURALÏUNCERTAINTYÏ
Q
&LUIDÏCONTACTÏUNCERTAINTYÏ
Q
0ROPERTYÏUNCERTAINTY
Techlog for Geologists
Advanced – 5 Days
)NÏTHISÏCOURSEÏATTENDEESÏLEARNÏADVANCEDÏ
interpretation and processing capabilities
WITHÏAÏFOCUSÏONÏTHEÏMANAGEMENTÏOFÏ
WELLBOREÏIMAGEÏDATAÏANDÏTHEÏPERFORMANCEÏ
OFÏINTERPRETATIONÏWORKmOWSÏFORÏANALYSISÏOFÏ
THESEÏDATAÏ4OPICSÏINCLUDEÏFACIESÏTYPINGÏ
USINGÏNEURALÏNETWORKÏMETHODSÏMULTIWELLÏ
plotting, cross section building, and
MAPPINGÏINÏTHEÏ4ECHLOGÏSOFTWAREÏPLATFORMÏ
APPLICATIONÏ,EARNÏTOÏUSEÏ4ECHLOGÏPLATFORMÏ
GEOLOGICÏTOOLSÏTOÏACHIEVEÏEFlCIENTÏDATAÏ
integration.
COURSE CONTENT
Q
,OADÏPROCESSÏANDÏMANIPULATEÏIMAGEÏ
data and core photos
Q
0ICKÏDIPSÏANDÏFACIES
Q
Interpret dips and facies
Q
Q
Neural network techniques for facies
prediction
5SEÏZONEÏEDITINGÏFORÏlELDÏMAPSÏ
KRIGINGÏANDÏMULTIWELLÏCROSSÏSECTIONS
AUDIENCE
$EVELOPMENTÏANDÏEXPLORATIONÏGEOLOGISTSÏ
WITHÏPRIORÏEXPERIENCEÏUSINGÏTHEÏ4ECHLOGÏ
SOFTWAREÏPLATFORM
PREREQUISITE
4ECHLOGÏ&UNDAMENTALSÏCOURSE
AUDIENCE
2ESERVOIRÏDEVELOPMENTÏANDÏEXPLORATIONÏ
GEOLOGISTSÏPETROPHYSICISTSÏANDÏTECHNICALÏ
PERSONNELÏEXPERIENCEDÏWITHÏTHEÏ0ETRELÏ
SOFTWAREÏPLATFORM
PREREQUISITE
0ETRELÏ&UNDAMENTALSÏCOURSEÏANDÏTHEÏ0ETRELÏ
'EOLOGYÏCOURSE
32 |
NExT Catalog-2014(21.5x27.5).indd 32
Visit NExTtraining.net/classes for the latest calendar or to register for a course.
12/22/13 2:48 AM
INTEGRATEDFIELD
FIELDDEVELOPMENT
DEVELOPMENTPLANNING
PROGRAM
NExT offers FDP training that accelerates and transforms technical skills. It
builds expertise in FDP techniques, tools, and workflows that are needed
to address the challenges of field developments.
This training is unique because it includes theory, software training,
model building, workflows, and an in-class project designed to reinforce
lessons and demonstrate the acquired practical skills and understanding.
The immersive, comprehensive curriculum starts from general
understanding and extends to in-depth field assessment with economics,
risk, and standard analysis techniques that provide a complete
understanding of FDP.
Integrated FDP Program Flow
Data Int
egra
tion
Static Model
Production, bbl/d
Integrated FDP Program Flow
Development Plans
Dynamic Model
Field development is becoming much more complex and expensive, so getting it right is critical. NExT offers four different FDP
programs, each providing the opportunity to learn fundamental approaches in developing and working an FDP. The program
incorporates the latest technologies and software to enable customers to design a suitable, long-term, and profitable development strategy.
Software
Technical courses that use software
NExT Catalog-2014(21.5x27.5).indd 33
Includes practical sessions
Field trips
Uses simulation
| 33
12/22/13 2:48 AM
GEOLOGY
COMPETENCY
LEVEL
ADVANCED
Structural
Geology
and Tectonics
Carbonate
Clastic
Exploration; Play
Stratigraphy and Stratigraphy and and Prospect
Sedimentology Sedimentology
Definition
Applied Structural Geology
in Hydrocarbons System
Analysis
Field
Appraisal and
Development
Field Trips
Evaluation and Management of Fractured Reservoirs
A Strategic Approach to Oil
and Gas Exploration
Geostatistical Reservoir
Modeling: Standard
Approaches and Best
Practices
Geological Assessment of
Reservoir Seals and Pay
SKILL
Integrated 3D Reservoir Modeling Workshop
Economics of Petroleum
Exploration
Applied Geostatistics
Play-to-Prospect
Exploration: Integrated
Exploration Techniques and
Workflows using Petrel
Applications of Borehole Imaging to Hydrocarbon
Exploration & Production
Deepwater Sedimentary
Systems: Exploration and
Production
Deepwater Petroleum
Systems: Fundamentals
and Applications
Mud Logging - Surface Gas Measurement and Fluid
Characterization
Structural Geology
Practical Fracture Analysis
of Clastic Reservoirs with
Petrel: Casper, Wyoming,
USA
Reservoir-Scale
Heterogeneity in Upper
Miocene Platforms of the
Balearic Islands, Spain
Synrift Carbonate Platforms
Miocene - Recent, Gulf of
Suez, Egypt
Delta-Slope Turbidite
Deposition and
Synsedimentary Deformation:
County Clare, Ireland
Depositional Environments
from Slope Aprons to
Tropical Reefs: Tabernas
and Sorbas Basins, Spain
Late Paleozoic - Early
Mesozoic Sedimentation,
South West Province, UK
Oligo-Miocene Carbonate
Sedimentary Models of
Malta - Analogues for Cenozoic
Reservoirs Worldwide
Petroleum Systems and Exploration and Development Geochemistry
Arid Coastline Carbonates
and Evaporites, Abu Dhabi,
UAE
Subsurface Facies Analysis - Integrating Borehole Images and Well Logs with Rock Physics and Seismic Data to
Develop Geologic Reservoir Models
Fluvial and Deltaic
Architecture and Advanced
Modeling using Petrel:
Utah/Colorado, USA
Sedimentology and Depositional Environments of
Deepwater Deposits
Characterization and Petrel 3-D
Modelling of Fluvio-Deltaic
Sedimentary Architecture,
Upper Carboniferous:
East Kentucky, USA
Carbonate Sequence
Stratigraphy and
Application to Petroleum
Reservoirs
NExT Catalog-2014(21.5x27.5).indd 34
Permian Basin Floor Fan
Systems of Karroo, South
Africa
Mapping the Subsurface
Sequence Stratigraphy: Principles and Applications
34 |
Foreland Basin Syntectonic
Sedimentation:
Southern Pyrenees, Spain
Clastic Sedimentology for Exploration and Development
Visit NExTtraining.net/classes for the latest calendar or to register for a course.
12/22/13 2:48 AM
GEOLOGY
Structural
Geology and
Tectonics
Carbonate
Clastic
Exploration; Play
Stratigraphy and Stratigraphy and and Prospect
Sedimentology Sedimentology
Definition
Field
Appraisal and
Development
Deepwater Reservoirs
Exploration Methods and
Workflows: Integrating
Petroleum System, Play and
Prospect Evaluation, and
Assessment
Development Geology
Siliclastic Reservoirs in
Fluvial to Shelf Transitions
Basin Analysis and
Petroleum Systems
Modeling
Fractured Reservoir Characterization with
Emphasis on Carbonates
Field Trips
COMPETENCY
LEVEL
FOUNDATION
Global Tectonics and Geological Prospecting Tools for Exploration
Introduction to Biostratigraphy
Prospect Evaluation, Risks, and Volumes
Geology of Clastic
Reservoirs
Mudlogging Operations
Operations and Wellsite Geology
Petroleum Geoscience - Heriot-Watt University Program
Petroleum Geology
Introduction to Geology
Including Day Pyrenees
Field Trip
Introduction to Geology
Software
Technical courses that use software
NExT Catalog-2014(21.5x27.5).indd 35
Includes practical sessions
Field trips
Uses simulation
AWARENESS
| 35
12/22/13 2:48 AM
GEOLOGY
SOFTWARE
COMPETENCY
LEVEL
Petrel
PetroMod
Techlog
GeoFrame
GeoX
Petrel Advanced Property
Modeling
PetroMod Advanced Topics
Techlog Formation
Evaluation
GeoFrame CPS-3 Advanced
Mapping and Volumetrics
GeoX Advanced Risk and
Resource Assessment
PetroMod Quantification
of Uncertainty Analyses
in Petroleum Systems
Modeling
Techlog Advanced Analysis
GeoFrame Litho ToolKit
Facies Classification
ADVANCED
Techlog Borehole Image
Interpretation
Techlog for Geologists
SKILL
Petrel Petroleum System-Based
Play-to-Prospect Exploration: Using
Petrel Exploration Geology Software
for Integrated Evaluation of Petroleum
Systems, Plays, and Prospects
PetroMod Structural Analysis
for Petroleum Systems
Modeling
Petrel Structural Modeling
PetroMod Petroleum
Systems Modeling for Shale
Plays
Petrel Fracture Modeling
PetroMod Calibration
Workflows for Petroleum
Systems Models
Petrel Property Modeling
PetroMod Version 11 to
Release 2011.1/2012.1
Update
Techlog Formation
Evaluation with Quanti.Elan
Petrel Introduction to
Structural and Fault Analysis
Module (Rock Deformation
Research [RDR])
Petrel Geological Workflows
and Uncertainty Analysis
Petrel Velocity Modeling
Petrel Advanced Wells
Petrel Reservoir
Geomechanics
36 |
NExT Catalog-2014(21.5x27.5).indd 36
Visit NExTtraining.net/classes for the latest calendar or to register for a course.
12/22/13 2:48 AM
GEOLOGY
PetroMod
Techlog
GeoFrame
GeoX
GeoFrame Geology Office
GeoX Basic Risk and
Resource Assessment
Petrel Well Correlation
GeoFrame CPS-3 Mapping
Fundamentals
GeoX Prospect Assessment
Concepts and Applications
Petrel Geology
GeoFrame Fundamentals
Petrel Fundamentals and
Petrel Geology Combined
Course
GeoFrame Administration
FOUNDATION
Petrel Well Design
Introduction to PetroMod
Techlog Python
SOFTWARE
Petrel
COMPETENCY
LEVEL
AWARENESS
Petrel Fundamentals
Techlog Fundamentals
Software
Includes practical sessions
Technical courses that use software
NExT Catalog-2014(21.5x27.5).indd 37
Field trips
Uses simulation
| 37
12/22/13 2:48 AM
GEOLOGY
Introduction to Geology
Introduction to Geology
Including Day Pyrenees
Field Trip
Basin Analysis and
Petroleum Systems
Modeling
Deepwater Reservoirs
Awareness – 4 Days
Awareness – 5 Days
Foundation – 5 Days
Foundation – 5 Days
Attendees will be presented with an
OVERVIEWÏOFÏTHEÏFUNDAMENTALSÏOFÏGEOLOGYÏ
ANDÏITSÏIMPACTÏONÏTHEÏPROCESSESÏOFÏ
PETROLEUMÏEXPLORATIONÏDEVELOPMENTÏANDÏ
PRODUCTIONÏ4HISÏINTRODUCTORYÏGEOLOGYÏ
COURSEÏFOCUSESÏONÏTHEÏKEYÏCONCEPTSÏANDÏ
PRINCIPLESÏOFÏGEOLOGYÏASÏAPPLIEDÏTOÏTHEÏOILÏ
ANDÏGASÏINDUSTRYÏ
4HISÏDAYÏCOURSEÏINCLUDINGÏAÏDAYÏlELDÏ
TRIPÏTOÏTHEÏ0YRENEESÏINTRODUCESÏ%0Ï
PROFESSIONALSÏFROMÏNONGEOLOGYÏDISCIPLINESÏ
TOÏKEYÏGEOLOGICALÏCONCEPTSÏANDÏPRINCIPLESÏ
FORÏUSEÏINÏTHEÏOILÏANDÏGASÏINDUSTRYÏ4HEÏ
COURSEÏSUMMARIZESÏGEOLOGYÏFUNDAMENTALSÏ
REQUIREDÏFORÏÏPETROLEUMÏEXPLORATIONÏ
DEVELOPMENTÏANDÏPRODUCTIONÏ4HISÏCOURSEÏ
ISÏANÏÏOFFSHOOTÏOFÏTHEÏDAYÏ)NTRODUCTIONÏ
TOÏ'EOLOGYÏCOURSE
4HISÏDAYÏCOURSEÏCOVERSÏTHEÏKEYÏASPECTSÏ
OFÏBASINÏANALYSISÏANDÏSUBSEQUENTÏBASINÏ
ANDÏPETROLEUMÏSYSTEMSÏMODELINGÏFROMÏ
input to output. The course contents
INCLUDEÏBASINÏEVOLUTIONÏFROMÏPLATEÏ
TECTONICSÏTOÏPETROLEUMÏGENERATIONÏANDÏ
MIGRATIONÏ2ISKSÏANDÏUNCERTAINTIESÏTHATÏ
INmUENCEÏUNDERSTANDINGÏPETROLEUMÏ
SYSTEMSÏWITHINÏAÏBASINÏANDÏHOWÏTOÏ
QUANTIFYÏTHOSEÏUNCERTAINTIESÏAREÏINCLUDEDÏ
4HISÏCOURSEÏPROVIDESÏTHEÏBASICÏGEOSCIENCEÏ
BACKGROUNDÏNEEDEDÏBYÏANYONEÏENGAGEDÏINÏ
PETROLEUMÏSYSTEMSÏMODELINGÏ!TTENDEESÏ
WILLÏLEARNÏTHEÏTYPEÏOFÏQUESTIONSÏTOÏASKÏ
THEÏKINDÏOFÏDATAÏNEEDEDÏTOÏBUILDÏMODELSÏ
ANDÏSOLVEÏSPECIlCÏPROBLEMSÏANDÏHOWÏTOÏ
APPLYÏGEOLOGICALÏREASONINGÏINÏQUANTIFYINGÏ
uncertainties.
4HISÏINDEPTHÏCOURSEÏPROVIDESÏTHEÏPROCESSÏ
SEDIMENTOLOGYÏBACKGROUNDÏREQUIREDÏTOÏ
UNDERSTANDÏDEEPWATERÏSYSTEMSÏANDÏTOÏ
RECOGNIZEÏSEDIMENTÏGRAVITYÏmOWSÏONÏ
subsurface datasets. Course participants
WILLÏBEÏABLEÏTOÏ
COURSE CONTENT
Q
(ISTORYÏANDÏECONOMICSÏOFÏPETROLEUM
Q
%ARTHÏSTRUCTUREÏANDÏPLATEÏTECTONICS
Q
-AJORÏROCKÏTYPES
Q
3TRUCTURALÏSTYLEÏANDÏSTRESSÏlELDS
Q
&OLDSÏFAULTSÏUNCONFORMITIESÏANDÏ
fractures
Q
3TRUCTURALÏANDÏHYDROCARBONÏTRAPS
Q
Q
Clastic and carbonate depositional
SYSTEMS
'EOLOGICÏMAPPINGÏANDÏCROSSÏSECTIONS
Q
0ETROLEUMÏSYSTEMS
Q
3OURCEÏROCKSÏANDÏTYPESÏOFÏORGANICÏ
MATTER
Q
Traps and seals
Q
#ORRELATIONÏANDÏSTRATIGRAPHY
Q
0OREÏSYSTEMSÏANDÏDIAGENESIS
Q
0OREÏSYSTEMÏCHARACTERIZATION
Q
0OROSITYÏANDÏPERMEABILITY
Q
3TATICÏRESERVOIRÏMODEL
Q
3EISMICÏMETHODSÏANDÏPETROLEUMÏ
GEOLOGY
Q
7IRELINEÏLOGGINGÏANDÏINTERPRETATIONÏ
FUNDAMENTALS
AUDIENCE
COURSE CONTENT
Q
'EOLOGYÏFUNDAMENTALSÏREQUIREDÏINÏ
PETROLEUMÏEXPLORATIONÏDEVELOPMENTÏ
and production
Q
DAYÏlELDÏTRIPÏREQUIRINGÏAÏMODERATEÏ
AMOUNTÏOFÏWALKINGÏANDÏLOWINCLINEÏ
CLIMBINGÏ
AUDIENCE
%NTRYÏLEVELTOMIDLEVELÏENGINEERSÏ
GEOSCIENTISTSÏANDÏOTHERÏ%0ÏSTAFFÏ
who need an understanding of the role
'EOLOGYÏPLAYSÏINÏTHEIRÏEVERYDAYÏBUSINESSÏ
ACTIVITIES
PREREQUISITE
None
COURSE CONTENT
sÏ $IFFERENTIATEÏBETWEENÏCHANNELSÏ
LOBESÏMASSÏTRANSPORTÏCOMPLEXESÏANDÏ
contoured deposits on well logs
sÏ )DENTIFYÏPROCESSESÏRESPONSIBLEÏFORÏ
SEDIMENTARYÏSTRUCTURESÏBEDFORMSÏ
ANDÏLITHOLOGYÏANDÏUSEÏTHESEÏTOÏ
DETERMINEÏDEPOSITIONALÏENVIRONMENTSÏ
ANDÏLATERALÏCONTINUITYÏOFÏRESERVOIRSÏ
FROMÏCOREÏSAMPLESÏ
Q
)NTRODUCTIONÏTOÏSEDIMENTARYÏBASINS
Q
"ASINÏFORMINGÏMECHANISMS
Q
"ASINÏCLASSIlCATIONÏANDÏSTRUCTURALÏ
ANALYSIS
Q
"ASINÏlLL
Q
'EOCHEMICALÏANALYSIS
Q
4EMPERATURESÏANDÏPRESSURESÏINÏ
SEDIMENTARYÏBASINS
Q
0ETROLEUMÏSYSTEMÏMODELINGÏ
Q
0ETROLEUMÏSYSTEMSÏMODELINGÏ
approach
Q
(YDROCARBONÏGENERATION
Q
(YDROCARBONÏMIGRATION
AUDIENCE
Q
5NCERTAINTYÏMANAGEMENTÏANDÏ
QUANTIlCATION
Geoscientists who wish to understand
DEEPWATERÏRESERVOIRS
AUDIENCE
PREREQUISITE
'EOSCIENTISTSÏINVOLVEDÏINÏPETROLEUMÏ
SYSTEMSÏMODELINGÏORÏANYONEÏWANTINGÏTOÏ
KNOWÏMOREÏABOUTÏTHEÏPETROLEUMÏSYSTEMSÏ
MODELINGÏAPPROACH
None
PREREQUISITE
%0ÏPROFESSIONALSÏWITHÏAÏNEEDÏTOÏBETTERÏ
UNDERSTANDÏGEOLOGYÏPRINCIPLES
sÏ $IFFERENTIATEÏBETWEENÏMASSÏ
TRANSPORTÏCOMPLEXESÏSEDIMENTÏ
GRAVITYÏmOWSÏANDÏCONTOURSÏANDÏ
PREDICTÏNETGROSSÏVALUESÏFORÏEACHÏINÏ
SEISMICÏDATAÏ
sÏ #ORRELATEÏRESERVOIRÏSANDSTONESÏUSINGÏ
CONCEPTSÏDEVELOPEDÏBYÏ-IKEÏ'ARDNERÏ
INÏTHEÏ"RUSHYÏ#ANYONÏFORMATIONÏOFÏ
the southwestern U.S. The course
ALSOÏBUILDSÏONÏSEVERALÏOUTCROPÏ
ANALOGSÏINCLUDINGÏTHEÏ2OSSÏFORMATIONÏ
of Ireland
COURSE CONTENT
Q
#OMPANYSPECIlCÏCASEÏSTUDIESÏ
Q
#OURSEÏMANUALSÏINCLUDINGÏSEISMICÏ
data, well logs, core photos, and
other handouts
PREREQUISITE
Basic knowledge and understanding
OFÏGEOLOGY
"ASICÏKNOWLEDGEÏOFÏGEOLOGYÏANDÏ
NOÏPRIORÏPETROLEUMÏSYSTEMSÏ
MODELINGÏEXPERIENCE
38 |
NExT Catalog-2014(21.5x27.5).indd 38
Visit NExTtraining.net/classes for the latest calendar or to register for a course.
12/22/13 2:48 AM
GEOLOGY
Development Geology
Exploration Methods and Workflows:
Integrating Petroleum System, Play and
Prospect Evaluation, and Assessment
Fractured Reservoir
Characterization with
Emphasis on Carbonates
Foundation – 5 Days
Foundation – 5 Days
Foundation – 3 Days
4HISÏCOURSEÏPROVIDESÏATTENDEESÏWITHÏ
THEÏFUNDAMENTALÏSKILLSÏTOÏCONSTRUCTÏ
GEOLOGICÏMODELSÏANDÏUNDERSTANDÏTHEÏ
FACTORSÏTHATÏAFFECTÏlELDÏOPERATIONSÏANDÏ
lELDÏMANAGEMENTÏ4HEÏCOURSEÏCOVERSÏ
FROMÏTHEÏGATHERINGÏANDÏINTERPRETATIONÏ
of geologic data to the preparation of
GEOLOGICÏMODELSÏTOÏTHEÏQUANTIlCATIONÏOFÏ
SUBSURFACEÏUNCERTAINTYÏINÏADDITIONÏTOÏ
APPLYINGÏGEOLOGICÏCONCEPTSÏCONSTRUCTINGÏ
MAPSÏANDÏSECTIONSÏANDÏVALIDATINGÏ
COMPUTERGENERATEDÏINTERPRETATIONSÏ
Also included are calculating
SUBSURFACEÏVOLUMESÏANDÏASSESSINGÏTHEIRÏ
uncertainties, preparing a well proposal,
planning appraisal wells, and assessing
THEIRÏECONOMICÏVALUEÏ!TTENDEESÏWILLÏ
ACQUIREÏPRACTICALÏEXPERIENCEÏBYÏWORKINGÏ
INÏTEAMSÏONÏANÏACTUALÏlELDÏSTUDY
4HISÏEXERCISERICHÏCOURSEÏTOUCHESÏONÏALLÏ
ASPECTSÏANDÏFUNDAMENTALSÏOFÏPETROLEUMÏ
SYSTEMSÏANDÏTEACHESÏATTENDEESÏHOWÏ
TOÏAPPLYÏANÏEXPLORATIONISTSÏEVALUATIONÏ
OFÏAÏPLAYÏORÏPROSPECTÏ4OÏUNDERSTANDÏ
AÏPROSPECTÏTHEÏEXPLORATIONISTÏMUSTÏ
UNDERSTANDÏTHEÏPLAYÏANDÏTOÏUNDERSTANDÏ
THEÏPLAYÏTHEÏEXPLORATIONISTÏMUSTÏ
UNDERSTANDÏTHEÏPETROLEUMÏSYSTEMS
AUDIENCE
COURSE CONTENT
%XPLORATIONÏGEOLOGISTSÏANDÏGEOPHYSICISTS
COURSE CONTENT
Q
Q
Q
Q
0LAYSÏANDÏPETROLEUMÏSYSTEMSÏASÏ
FOUNDATIONÏFORÏEVALUATIONS
Q
2OLEÏOFÏKEYÏPETROLEUMÏSYSTEMÏ
ELEMENTSÏINÏEVALUATIONS
Q
4YPESÏOFÏPETROLEUMÏSYSTEMÏMODELSÏ
and their applications
Q
Best practices and pitfalls
Q
)NPUTSÏFORÏVOLUMETRICÏCALCULATIONS
0ROBABILISTICÏVOLUMESÏANDÏESTIMATESÏ
for prospect success
Q
%STIMATESÏOFÏPROSPECTIVEÏ
HYDROCARBONÏVOLUMES
Q
$EVELOPMENTÏOFÏPLAYÏCONCEPTSÏ
FEASIBILITYÏANALYSISÏANDÏEVALUATIONÏOFÏ
HYDROCARBONÏPOTENTIAL
PREREQUISITE
"ASICÏKNOWLEDGEÏOFÏGEOLOGY
4HISÏDAYÏCOURSEÏCOVERINGÏESSENTIALÏ
GEOLOGYÏANDÏGEOMECHANICSÏOFÏFRACTUREDÏ
RESERVOIRSÏEXTENDSÏFROMÏAPPRAISALÏ
THROUGHÏDEVELOPMENTÏTOÏSECONDARYÏ
RECOVERYÏ)TÏALSOÏINTRODUCESÏTHEÏBASICSÏ
OFÏRESERVOIRÏENGINEERINGÏISSUESÏ4HEÏ
COURSEÏCONTENTSÏAREÏGENERALÏTOÏALLÏTYPESÏ
OFÏFRACTUREDÏRESERVOIRSÏWITHÏANÏEMPHASISÏ
ONÏCARBONATESÏ#LASSROOMÏSESSIONSÏ
INCLUDEÏEXERCISESÏTHATÏPROVIDEÏFORÏOPENÏ
DISCUSSIONÏOFÏTHEÏSPECIlCÏISSUESÏORÏ
DATASETSÏSUBMITTEDÏBYÏTHEÏATTENDEESÏ!Ï
COMPREHENSIVEÏREFERENCEÏLISTÏOFÏTECHNICALÏ
SOURCESÏISÏPROVIDEDÏINÏADDITIONÏTOÏAÏSLIDEÏ
set used during the course.
COURSE CONTENT
Q
&RACTUREDÏRESERVOIRÏTYPESÏANDÏ
INTRODUCTIONÏOFÏTHEÏKEYÏISSUES
Q
4OOLSÏANDÏTECHNIQUESÏAVAILABLEÏFORÏ
FRACTUREDÏRESERVOIRÏCHARACTERIZATIONÏ
WORKmOWS
Q
"ASICÏSTRUCTURALÏGEOLOGYÏANDÏROCKÏ
MECHANICSÏEMPHASIZINGÏTHEIRÏ
RELEVANCEÏTOÏRESERVOIRÏDESCRIPTIONSÏ
INÏTHEÏGEOLOGYÏANDÏGEOPHYSICSÏ
ENVIRONMENT
Q
6ARIOUSÏAPPROACHESÏTOÏFRACTUREÏ
MODELINGÏFRACTUREDÏRESERVOIRÏ
CHARACTERIZATIONÏPRINCIPLESÏANDÏ
WORKmOWSÏ
Q
$ISCUSSÏSPECIlCÏISSUESÏRELEVANTÏTOÏ
REALWORLDÏRESERVOIRÏCHARACTERIZATION
Scope of oil and gas business
3UBSURFACEÏMODELSÏINPUTÏDATAÏANDÏ
MODELINGÏCONCEPTS
Gathering, processing, and
INTERPRETINGÏSEISMICÏDATA
3TRUCTURALÏTYPESÏTRAPSÏFAULTÏSEALSÏ
MAPSÏANDÏSECTIONSÏANDÏCORRELATIONS
Q
#LASTICÏSEDIMENTARYÏENVIRONMENTS
Q
"ASICÏWELLÏTECHNOLOGYÏHORIZONTALÏ
wells, well data, log and core data,
UNCERTAINTIESÏANDÏMAPPING
Q
#ARBONATEÏRESERVOIRS
Q
3UBSURFACEÏDEVELOPMENTÏOPTIONS
Q
6OLUMETRICSÏANDÏSUBSURFACEÏ
uncertainties
Q
3TATICÏANDÏDYNAMICÏMODELS
Q
Q
Q
AUDIENCE
'EOLOGISTSÏGEOPHYSICISTSÏ
PETROPHYSICISTSÏANDÏRESERVOIRÏENGINEERSÏ
LOOKINGÏTOÏDEVELOPÏTHEIRÏSKILLSÏINÏTHEÏ
FRACTUREDÏRESERVOIRÏCHARACTERIZATIONÏ
WORKmOWS
Field operations, well design, and
geologic input
Q
$EVELOPMENTÏOPTIONSÏPROJECTÏ
planning, and phased costs
Q
)MPACTÏOFÏSUBSURFACEÏUNCERTAINTYÏONÏ
PROJECTÏECONOMICS
PREREQUISITE
"ASICÏBACKGROUNDÏINÏGEOLOGY
AUDIENCE
%NGINEERSÏANDÏGEOLOGISTSÏINVOLVEDÏ
INÏRESERVOIRÏAPPRAISALÏAND
DEVELOPMENTÏPROJECTS
PREREQUISITE
"ASICÏUNDERSTANDINGÏOFÏRESERVOIRÏANDÏ
PETROLEUMÏGEOLOGY
Software
Technical courses that use software
NExT Catalog-2014(21.5x27.5).indd 39
Includes practical sessions
Field trips
Uses simulation
| 39
12/22/13 2:48 AM
GEOLOGY
Geology of Clastic
Reservoirs
Global Tectonics and
Geological Prospecting
Tools for Exploration
Introduction to Biostratigraphy
Foundation – 5 Days
Foundation – 5 Days
Foundation – 3 Days
4HISÏCOURSEÏFOCUSESÏONÏINDEPTHÏANALYSISÏ
OFÏTHEÏDISTRIBUTIONÏGEOMETRYÏANDÏ
SEDIMENTARYÏARCHITECTUREÏOFÏCLASTICÏ
RESERVOIRÏFACIESÏ!TTENDEESÏWILLÏLEARNÏ
THEÏCRITERIAÏFORÏDISTINGUISHINGÏRESERVOIRÏ
FACIESÏBYÏUSINGÏWIRELINEÏLOGÏANDÏCOREÏ
data, how to interpret facies distributions
ATÏREGIONALÏANDÏlELDÏSCALESÏANDÏHOWÏTOÏ
INTEGRATEÏTHISÏINFORMATIONÏINTOÏEXPLORATIONÏ
ANDÏDEVELOPMENTÏPROJECTSÏ.UMEROUSÏ
case studies are used to illustrate the
NATUREÏOFÏCLASTICÏRESERVOIRSÏANDÏEXERCISESÏ
EMPLOYINGÏLOGÏANDÏCOREÏDATAÏSUPPORTÏ
CLASSROOMÏLECTURES
!ÏCOMBINATIONÏOFÏLECTURESÏANDÏHANDSONÏ
PRACTICALÏEXERCISESÏWILLÏINTRODUCEÏ
ATTENDEESÏTOÏTHEÏFUNDAMENTALSÏOFÏANÏ
EFFECTIVEÏPETROLEUMÏSYSTEMÏ%MPHASISÏISÏ
on global tectonics and how basins are
FORMEDÏlLLEDÏANDÏDEFORMEDÏASÏWELLÏASÏ
USEÏOFÏKEYÏGEOLOGICÏPROSPECTINGÏTOOLSÏ
Although the course focus is on clastic
ROCKSÏESPECIALLYÏTURBIDITESÏITÏALSOÏ
REVIEWSÏCARBONATEÏROCKSÏANDÏEVAPORITEÏ
FORMATIONSÏ4HEÏ!TLANTICÏ-ARGINÏBASINÏISÏ
THEÏSOURCEÏFORÏDISCUSSIONSÏOFÏPETROLEUMÏ
SYSTEMÏELEMENTS
3TRUCTUREDÏTOÏPROVIDEÏBASICÏPRACTICALÏ
KNOWLEDGEÏTHISÏCOURSEÏCOVERSÏTHEÏMAINÏ
fossil groups used in geologic operations,
SAMPLEÏPROCESSINGÏTECHNIQUESÏMARKERÏ
IDENTIlCATIONÏANDÏUSEÏOFÏBIOSTRATIGRAPHICÏ
charts in the geologic interpretation of
drilling sections.
COURSE CONTENT
Q
&LUVIODELTAICÏFACIES
Q
3EDIMENTARYÏARCHITECTURES
Q
!LLUVIALÏFANÏmUVIALÏEOLIANÏSHOREFACEÏ
DELTAICÏANDÏSHELFÏENVIRONMENTS
Q
2ESERVOIRÏFACIES
Q
$ATAÏINTEGRATIONÏQUALITYÏCONTROLÏANDÏ
ANALYSISÏTECHNIQUESÏUSINGÏOUTCROPÏ
data, core photos, wireline logs,
ISOPACHÏMAPSÏANDÏSEISMICÏATTRIBUTEÏ
MAPS
AUDIENCE
%NGINEERSÏGEOSCIENTISTSÏOPERATINGÏ
PERSONNELÏANDÏOTHERÏASSETÏTEAMÏMEMBERSÏ
RESPONSIBLEÏFORÏEXPLORATIONÏDEVELOPMENTÏ
ORÏPRODUCTIONÏOFÏCLASTICÏRESERVOIRS
Attendees will be introduced
TOÏKEYÏASPECTSÏOFÏSOURCEÏROCKÏ
MIGRATIONÏOVERBURDENÏROCKÏRESERVOIRÏ
CHARACTERISTICSÏSEALÏROCKÏTRAPSÏTIMINGÏ
ANDÏPRESERVATIONÏELEMENTSÏINÏADDITIONÏ
TOÏLEARNINGÏTHEÏFUNDAMENTALÏTOOLSÏFORÏ
EXPLORATIONÏPETROPHYSICSÏ4HEÏCOURSEÏ
WILLÏALSOÏCOVERÏCORRELATINGÏDIFFERENTÏWELLÏ
logs that show faults and stratigraphic
VARIATIONÏANDÏCREATINGÏCONTOURÏMAPSÏANDÏ
LEARNÏTOÏPRESENTÏFAULTSÏINÏMAPÏVIEW
"IOSTRATIGRAPHICÏINFORMATIONÏISÏAÏTOOLÏ
ROUTINELYÏUSEDÏINÏMANYÏOPERATIONSÏ
ANDÏTHISÏINTRODUCTORYÏCOURSEÏCOVERSÏ
ITSÏFUNDAMENTALÏ%0ÏAPPLICATIONSÏ
ANDÏLIMITATIONSÏ!TTENDEESÏWILLÏBETTERÏ
UNDERSTANDÏTHEÏMOSTÏCOMMONÏMISTAKESÏ
MADEÏWHILEÏSTUDYINGÏSAMPLESÏANDÏ
INTERPRETINGÏTHEÏFOSSILÏASSEMBLAGESÏ
INÏADDITIONÏTOÏCORRECTLYÏASSESSINGÏ
THEÏSTRATIGRAPHICÏLEVELÏDURINGÏDRILLINGÏ
and interpret the paleontological
associations.
COURSE CONTENT
&IVEÏLAWSÏOFÏGEOLOGY
Q
"ASINÏFORMATIONÏPLATEÏTECTONICSÏANDÏ
source rocks
Q
5NCONVENTIONALÏPETROLEUMÏSYSTEMS
Q
%VAPORATEÏANDÏCARBONATEÏPETROLEUMÏ
SYSTEMS
PREREQUISITE
Q
&LUVIALÏDELTAICÏANDÏTURBIDITEÏDEPOSITS
"ASICÏKNOWLEDGEÏOFÏSEDIMENTARYÏGEOLOGY
Q
Migration
Q
"ASINÏlLLINGÏANDÏDEFORMATION
Q
&AULTINGÏASÏPATHWAYSÏANDÏSEALS
Q
Structural traps
Q
$EFORMATIONÏSUTURESÏANDÏINCLUSIONSÏ
RUBBLEÏZONESÏANDÏIMAGINGÏBELOWÏSALT
Q
0ETROPHYSICSÏFORÏEXPLORATIONÏ
)NDEXÏANDÏFACIESÏFOSSILS
Q
0ALEOENVIRONMENTÏASSEMBLAGESÏANDÏ
biofacies
Q
0RINCIPLESÏOFÏABSOLUTEÏANDÏRELATIVEÏ
datation
Q
4IMEÏSCALEÏANDÏBIOSTRATIGRAPHICÏ
ZONATIONS
Q
Age interpretation based on fossils
Q
5SEÏOFÏLITHOSTRATIGRAPHYÏ
BIOSTRATIGRAPHYÏCHRONOSTRATIGRAPHYÏ
ANDÏDISCONTINUITYBOUNDEDÏ
stratigraphical units
Q
+EYÏBIOSTRATIGRAPHICÏEVENTSÏINÏ%ARTHSÏ
HISTORY
Q
4RANSGRESSIVEREGRESSIVEÏCYCLESÏ
sequences, and interpretation
Q
+EYÏSEQUENCEÏSTRATIGRAPHYÏSURFACES
Q
(IGHRESOLUTIONÏBIOSTRATIGRAPHY
Q
"IOSTRATIGRAPHYÏDElNITIONSÏANDÏ
principles
Q
&ORAMINIFERAÏCALCAREOUSÏ
NANOPLANKTONÏANDÏPALYNOMORPHS
'EOLOGISTSÏGEOPHYSICISTSÏPETROLEUMÏ
engineers, drilling engineers, and other
PROFESSIONALSÏWORKINGÏINÏ%0ÏOPERATIONS
Biostratigraphical studies while
drilling
PREREQUISITE
COURSE CONTENT
Q
Q
Q
Q
Q
Q
3AMPLEÏPROCESSINGÏPICKINGÏANDÏ
IDENTIFYINGÏOFÏFOSSILÏGROUPS
AUDIENCE
"ASICÏKNOWLEDGEÏOFÏPETROLEUMÏGEOLOGY
Biostratigraphic studies and fossil
groups according to geologic section
$ESIGNÏSAMPLINGÏSTRATEGYÏWHILEÏ
DRILLINGÏEXERCISE
AUDIENCE
%XPLORATIONÏGEOSCIENTISTSÏANDÏMANAGERSÏ
WHOÏWANTÏAÏFUNDAMENTALÏUNDERSTANDINGÏ
OFÏPETROLEUMÏSYSTEMSÏANDÏKEYÏGEOLOGICÏ
prospecting techniques.
PREREQUISITE
"ASICÏPETROLEUMÏGEOLOGYÏANDÏKNOWLEDGEÏ
OFÏPETROLEUMÏSYSTEMS
40 |
NExT Catalog-2014(21.5x27.5).indd 40
Visit NExTtraining.net/classes for the latest calendar or to register for a course.
12/22/13 2:48 AM
GEOLOGY
Mud Logging Operations
NEW
Foundation – 5 Days
4HISÏDAYÏCOURSEÏCONSISTSÏOFÏPRACTICALÏ
ANDÏTHEORETICALÏSESSIONSÏINÏTHEÏCLASSROOMÏ
MUDÏLOGGINGÏUNITÏANDÏWORKSHOPÏ
%XPERIENCEDÏPROFESSIONALSÏPROVIDEÏ
INDEPTHÏDETAILSÏONÏMUDÏLOGGINGÏSERVICESÏ
COUPLEDÏWITHÏHANDSONÏPRACTICALÏLEARNINGÏ
CENTEREDÏONÏAÏSTATEOFTHEARTÏTRAININGÏ
ENVIRONMENTÏATÏTHEÏ3CHLUMBERGERÏ
%UROPEANÏ,EARNINGÏ#ENTERÏ%,#ÏLOCATEDÏ
in Melun, France. The practical sessions
USEÏTHEÏMUDÏLOGGINGÏUNITÏACQUISITIONÏ
SENSORSÏANDÏSAMPLEÏANALYSISÏEQUIPMENTÏ
GEOLOGICALÏLABORATORYÏANDÏRIGBASEDÏ
TRAININGÏ4HEÏCOURSEÏWILLÏPROVIDEÏAÏCLEARÏ
UNDERSTANDINGÏOFÏTHEÏPRIMARYÏOBJECTIVEÏ
OFÏMUDÏLOGGINGÏSERVICESÏWHICHÏISÏ
THEÏSURFACEÏMEASUREMENTÏOFÏDRILLINGÏ
PARAMETERSÏGASÏDATAÏANDÏGEOLOGICALÏ
INFORMATIONÏ4HEÏDAYÏCOURSEÏFOCUSESÏ
on understanding drilling operations
MONITOREDÏTHROUGHÏAÏMUDÏLOGGINGÏSYSTEMÏ
helping to understand the principle of gas
MEASUREMENTSÏANDÏTOÏCOMPREHENDÏHOWÏ
GEOLOGICALÏDESCRIPTIONSÏAREÏPERFORMEDÏ
together with the process of building
AÏLITHOSTRATIGRAPHICÏCOLUMNÏ"YÏTHEÏ
conclusion of the course, participants
WILLÏHAVEÏANÏIMPROVEDÏUNDERSTANDINGÏOFÏ
THEÏADDEDÏVALUEÏOFÏMUDÏLOGGINGÏDATAÏBEÏ
FAMILIARÏWITHÏALLÏELEMENTSÏRELATEDÏTOÏDATAÏ
QUALITYÏCONTROLÏANDÏHAVEÏTHEÏSKILLSÏNEEDEDÏ
TOÏCHALLENGEÏTHEÏDATAÏQUALITYÏ4HISÏCOURSEÏ
ISÏONLYÏAVAILABLEÏATÏ%,#Ï-ELUNÏ0ARISÏ
COURSE CONTENT
Operations and Wellsite
Geology
Petroleum Geology
Petroleum Geoscience
- Heriot-Watt University
Program
Foundation – 5 Days
Foundation – 5 Days
Foundation – 5 Days
)NÏTHISÏTHOROUGHÏOVERVIEWÏOFÏWELLSITEÏ
DATAÏACQUISITIONÏANDÏQUALITYÏCONTROLÏ
ATTENDEESÏWILLÏLEARNÏTHEÏFORMATIONÏ
EVALUATIONÏTECHNIQUESÏUSEDÏBYÏWELLSITEÏ
GEOLOGISTSÏ!ÏCOMBINATIONÏOFÏLECTURESÏ
ANDÏPRACTICALÏEXERCISESÏENHANCEÏTHEÏ
UNDERSTANDINGÏOFÏDRILLINGÏPROBLEMSÏ
CAUSEDÏBYÏSUBSURFACEÏCONDITIONSÏANDÏ
the application of wellsite data in
EXPLORATIONÏANDÏDEVELOPMENTÏPROJECTS
4HISÏCOURSEÏWILLÏENHANCEÏANÏATTENDEESÏ
KNOWLEDGEÏOFÏTHEÏFUNDAMENTALSÏOFÏGEOLOGYÏ
ANDÏHOWÏTHEÏFUNDAMENTALSÏAREÏINTEGRATEDÏ
WITHÏENGINEERINGÏDATAÏTOÏEFFECTIVELYÏANDÏ
OPTIMALLYÏMANAGEÏRESERVOIRÏDEVELOPMENTÏ
in addition to learning which geologic data
AREÏNEEDEDÏTOÏDESCRIBEÏTHEÏ$ÏGEOMETRYÏ
OFÏAÏRESERVOIRÏ4HEÏTOOLSÏANDÏTECHNIQUESÏ
AVAILABLEÏFORÏRESERVOIRÏCHARACTERIZATIONÏANDÏ
HOWÏTHEÏRESULTINGÏDATAÏCANÏBEÏCOMBINEDÏ
ANDÏHARMONIZEDÏAREÏALSOÏCOVERED
4HISÏCOURSEÏISÏAÏCOMPONENTÏOFÏTHEÏ
(ERIOT7ATTÏ5NIVERSITYÏ$ISTANCEÏ,EARNINGÏ
-ASTERSÏOFÏ2ESERVOIRÏ%NGINEERINGÏ0ROGRAMÏ
4HEÏCOURSEÏWHICHÏREVIEWSÏALLÏOFÏTHEÏ
FUNDAMENTALÏASPECTSÏOFÏTHEÏPETROLEUMÏ
GEOSCIENCESÏANDÏDEMONSTRATESÏTHEIRÏCROSSÏ
DISCIPLINARYÏAPPLICATIONSÏFORMSÏAÏPORTIONÏ
OFÏTHEÏ(ERIOT7ATTÏ$ISTANCEÏ,EARNINGÏ
-3CÏ0ETROLEUMÏ%NGINEERINGÏDEGREEÏ4HISÏ
COURSEÏCANÏBEÏATTENDEDÏBYÏPERSONSÏWHOÏ
seek to better their understanding of the
SUBJECTÏBUTÏWHOÏAREÏNOTÏREGISTEREDÏFORÏ
THEÏDEGREEÏCOURSEÏ4OÏLEARNÏMOREÏABOUTÏ
THEÏ-3CÏ0ETROLEUMÏ%NGINEERINGÏPROGRAMÏ
VISITÏTHEÏFOLLOWINGÏWEBSITEÏHTTPWWW
NEXTTRAININGNETMASTERSCFM
COURSE CONTENT
Q
0ETROLEUMÏGEOLOGYÏDEPOSITIONALÏ
ENVIRONMENTSÏANDÏSTRATIGRAPHY
Q
$RILLINGÏOPERATIONSÏPROBLEMSÏANDÏ
well control
Q
,OGGINGÏOPERATIONSÏ0ETROPHYSICSÏ
ACQUISITIONÏFUNDAMENTALSÏANDÏTOOLS
Q
Q
Q
Q
(YDROCARBONÏDETECTIONÏDATAÏ
ACQUISITIONÏANDÏSIDEWALLÏANDÏ
CONVENTIONALÏCORINGÏACQUISITIONÏANDÏ
CORINGÏOFÏPOORLYÏCONSOLIDATEDÏROCKS
,ITHOLOGICALÏANDÏCOMPOSITEÏWELLÏLOGS
Q
7ELLSITEÏCONTRACTINGÏ$RILLINGÏMUDÏ
LOGGINGÏWIRELINEÏSERVICESÏCORINGÏ
ANDÏQUALITYÏCONTROL
#UTTINGSÏ$ESCRIPTIONSÏABBREVIATIONSÏ
lithologies, and log correlations
$RILLINGÏMONITORING
Q
4YPEÏOFÏGAS
AUDIENCE
Q
$EGASSINGÏPROCESSÏANDÏANALYSIS
Geologists participating in well drilling or
wellsite operations.
'EOLOGICALÏSAMPLEÏPREPARATIONÏANDÏ
description
Q
7ELLSITEÏGEOLOGYÏANDÏMUDÏLOGGINGÏ
SERVICES
Q
Q
Q
/PERATIONSÏGEOLOGYÏ$UTIESÏ
RESPONSIBILITIESÏANDÏWELLPLANNINGÏ
processes
Q
Q
COURSE CONTENT
Clastic and carbonate depositional
SYSTEMS
3EQUENCEÏSTRATIGRAPHYÏCONCEPTS
Q
#ARBONATEÏRESERVOIRÏPROPERTIES
Q
'EOLOGICÏMAPPINGÏANDÏCROSSÏsections
Q
(YDROCARBONÏSOURCEÏROCKSÏANDÏ
PETROLEUMÏSYSTEMS
Q
4RAPÏTYPESÏANDÏMECHANISMS
Q
0LAYÏFUNDAMENTALS
Q
0ETROLEUMÏSYSTEMÏPROCESSESÏEVENTÏ
CORRELATIONÏANDÏBIOSTRATIGRAPHY
0RINCIPLESÏOFÏmOWÏINÏPOROUSÏROCKSÏANDÏ
rock properties
Q
"ASICÏSTRUCTURALÏTERMS
Q
2ESERVOIRÏHETEROGENEITYÏANDÏ
SUBSURFACEÏGEOMETRIES
Q
$EPOSITIONALÏENVIRONMENTSÏOFÏCLASTICÏ
rocks and facies concepts
Q
"ASINÏRESERVOIRÏGEOLOGY
Q
0RINCIPLESÏANDÏPRACTICEÏOFÏCORRELATIONÏ
GEOSCIENCEÏINÏRESERVOIRÏMANAGEMENTÏ
geostatistics
2ESERVOIRÏVOLUMETRICSÏINTERFACESÏ
between geoscience and other
disciplines
Q
Q
'EOLOGICÏMODELINGÏ2ESERVOIRÏ
HETEROGENEITYÏSCALESÏOFÏ
INVESTIGATIONÏANDÏmOWÏUNITS
Q
Q
$ETERMINISTICÏANDÏSTOCHASTICÏ
MODELINGÏUSEÏOFÏSEISMICÏDATAÏINÏ
MODELING
3EISMICÏMETHODSÏANDÏUSEÏOFÏSEISMICÏ
TOOLSÏINÏPETROLEUMÏGEOLOGY
PREREQUISITE
'EOSCIENTISTSÏANDÏPETROLEUMÏENGINEERS
NExT Catalog-2014(21.5x27.5).indd 41
%XPLORATIONÏPLAYÏCONCEPT
Q
0OROSITYÏTYPESÏINÏCARBONATEÏANDÏ
CLASTICÏROCKSÏCLAYÏTYPES
AUDIENCE
Technical courses that use software
Introduction to earth science
Q
Q
Geoscientists and engineers wishing to
HAVEÏHANDSONÏTRAININGÏINÏMUDÏLOGGING
Software
Q
0OREÏSYSTEMSÏANDÏDIAGENESIS
PREREQUISITE
Drilling knowledge and basic geological
knowledge.
COURSE CONTENT
Q
Q
"ASICÏUNDERSTANDINGÏOFÏGEOLOGY
AUDIENCE
'EOLOGICÏPRINCIPLESÏMAJORÏROCKÏ
TYPESÏGEOLOGICÏTIMEÏANDÏAGEÏDATINGÏ
structural features, and plate
tectonics
Geoscience and drilling
AUDIENCE
0ETROLEUMÏANDÏRESERVOIRÏENGINEERSÏ
PETROPHYSICISTSÏANDÏPRODUCTIONÏENGINEERSÏ
WISHINGÏTOÏDEVELOPÏINTERDISCIPLINARYÏSKILLS
PREREQUISITE
None
PREREQUISITE
"ASICÏKNOWLEDGEÏOFÏGEOLOGY
Includes practical sessions
Field trips
Uses simulation
| 41
12/22/13 2:48 AM
GEOLOGY
Prospect Evaluation, Risks
and Volumes
Siliciclastic Reservoirs in
Fluvial to Shelf Transitions
Applications of Borehole Imaging to
Hydrocarbon Exploration and Production
Foundation – 5 Days
Foundation – 5 Days
Skill – 5 Days
2ISKÏANDÏVOLUMEÏASSESSMENTSÏFORMÏTHEÏ
basis for decisions on whether to drill
ORÏNOTÏDRILLÏAÏWELLÏANDÏASÏSUCHÏFORMÏTHEÏ
LINKÏBETWEENÏSUBSURFACEÏEVALUATIONÏANDÏ
THEÏBUSINESSÏASPECTSÏOFÏTHEÏPETROLEUMÏ
INDUSTRYÏ4HISÏCOURSEÏEXPLAINSÏHOWÏRISKSÏ
ANDÏVOLUMESÏCANÏBEÏASSESSEDÏINÏAÏREALISTICÏ
MANNERÏBASEDÏONÏAÏSOUNDÏUNDERSTANDINGÏ
of the geological details of the prospect as
well as of its regional geological setting,
ANDÏCURRENTÏPLAYÏUNDERSTANDING
This course is designed for geoscientists
ANDÏRESERVOIRÏENGINEERSÏWHOÏPRIMARILYÏ
FOCUSÏONÏSHALLOWÏMARINEÏSUCCESSIONSÏ
)NÏADDITIONÏTOÏSTANDARDÏFACIESÏMODELSÏ
QUANTITATIVEÏMODELINGÏEQUATIONSÏAREÏ
PRESENTEDÏINÏEXERCISESÏ"YÏTHEÏCONCLUSIONÏ
of the course, participants will be able to
PREDICTÏRESERVOIRÏGEOMETRIESÏDIMENSIONSÏ
ANDÏNETGROSSÏOFÏmUVIALÏANDÏPARALICÏ
SEDIMENTARYÏSYSTEMSÏ$ETAILSÏOFÏDELTAICÏ
RESERVOIRÏPROPERTIESÏTHEIRÏMOTIFSÏONÏ
WIRELINEÏLOGSÏANDÏSEISMICÏFACIESÏAREÏALSOÏ
COVEREDÏINÏTHISÏCOURSEÏ
4HISÏDAYÏCOURSEÏINCLUDESÏTHEÏPRINCIPLESÏ
ANDÏAPPLICATIONSÏOFÏBOREHOLEÏIMAGINGÏ
WITHÏAÏSTRONGÏEMPHASISÏONÏPRACTICALÏ
APPLICATIONÏTOÏHYDROCARBONÏEXPLORATIONÏ
ANDÏPRODUCTIONÏ4HEÏCOURSEÏCOVERSÏTHEÏ
operating principles of the borehole
IMAGINGÏTOOLSÏDIPMETERÏCOMPUTATIONÏ
and interpretation, and application
TOÏSTRUCTURALÏGEOLOGYÏFRACTUREÏ
CHARACTERIZATIONÏANDÏSEDIMENTARYÏ
ENVIRONMENTSÏ3EVERALÏOFÏTHEÏSESSIONSÏAREÏ
PRACTICALÏWITHÏAÏRANGEÏOFÏEXAMPLESÏANDÏ
scenarios.
COURSE CONTENT
COURSE CONTENT
At the conclusion of the course, the
PARTICIPANTSÏWILLÏHAVEÏANÏEXCELLENTÏ
understanding of the essentials required
FORÏREALISTICÏRISKÏANDÏVOLUMEÏASSESSMENTSÏ
OFÏEXPLORATIONÏPROSPECTSÏ4HEÏCOURSEÏ
ALLOWSÏPARTICIPANTSÏTOÏPRODUCEÏWELL
CONSIDEREDÏANDÏREALISTICÏASSESSMENTSÏFORÏ
PROSPECTSÏINÏWHICHÏTHEYÏMAYÏBEÏINVOLVEDÏ
ANDÏTOÏUNDERSTANDÏANDÏCONSTRUCTIVELYÏ
CHALLENGEÏRISKÏANDÏVOLUMEÏASSESSMENTSÏOFÏ
COLLEAGUESÏANDORÏPARTNERSCOMPETITORS
COURSE CONTENT
Q
2ISKÏANDÏVOLUMESÏASSESSMENTÏ
FUNDAMENTALS
Q
2ISKÏANDÏUNCERTAINTYÏDIFFERENCE
Q
3TATISTICSÏFUNDAMENTALSÏINCLUDINGÏ
DISTRIBUTIONÏCURVESÏEXPECTATIONÏ
CURVESÏADDINGÏANDÏNOTÏADDINGÏRISKÏ
VOLUMESÏANDÏ"AYESÏTHEOREM
Q
4RAPÏRESERVOIRÏSEALÏANDÏCHARGEÏ
uncertainties
Q
%STIMATINGÏRISKSÏREALISTICALLYÏANDÏ
CONSISTENTLY
Q
#ALCULATINGÏVOLUMEÏRANGESÏFORÏ
prospects and portfolios of
PROSPECTSÏHOWÏTOÏADDÏPROSPECTÏ
VOLUMESÏFORÏAÏCORRECTÏREPRESENTATIONÏ
of prospect portfolios
Q
)NCORPORATINGÏGEOPHYSICALÏEVIDENCEÏ
DIRECTÏHYDROCARBONÏINDICATORSÏ;$()S=
in a realistic risk assessment
Q
Q
Q
Q
&LUVIALÏSYSTEMSqÏ$ELTAICÏSYSTEMS
Q
"OREHOLEÏIMAGINGÏTECHNOLOGYÏANDÏ
tools
)NCISEDÏVALLEYÏSYSTEMSÏANDÏTIDALÏ
SYSTEMSÏ
Q
Barrier islands, shorefaces, spits, and
WASHOVERSÏ
7ELLSITEÏIMAGEÏQUALITYÏCONTROLÏANDÏ
IMAGEÏINTERPRETATIONÏ
Q
3EQUENCEÏSTRATIGRAPHYÏOFÏSHALLOWÏ
MARINEÏSILICICLASTICS
'0)4
ÏGENERALÏPURPOSEÏINCLINOMETRYÏ
tool
Q
$IPMETERÏCOMPUTATIONÏANDÏ
interpretation principles
Q
3TRUCTURALÏGEOLOGYÏ
Q
3CHMIDTÏSTEREONETÏBASICSÏ
Q
3TRUCTURALÏGEOLOGYÏANDÏFRACTUREÏANDÏ
AUDIENCE
'EOSCIENTISTSÏANDÏRESERVOIRÏENGINEERSÏ
WHOÏPRIMARILYÏFOCUSÏONÏSHALLOWÏMARINEÏ
successions.
FAULTÏCHARACTERIZATIONÏ
Q
Q
3TRESSÏANALYSISÏ
Integration of fracture data with
SONICÏANDÏDYNAMICÏDATAÏ
Q
0ALEOCURRENTÏANALYSISÏ
Q
&ACIESÏANALYSISÏANDÏSEQUENCEÏ
STRATIGRAPHY
AUDIENCE
Geoscientists who wish to understand
HOWÏTOÏINTERPRETÏBOREHOLEÏIMAGINGÏDATAÏ
ANDÏUSEÏTHEÏDATAÏTOÏCOMPLEMENTÏOTHERÏ
AVAILABLEÏINFORMATION
PREREQUISITE
0ETROLEUMÏGEOLOGYÏCOURSEÏORÏTHOROUGHÏ
UNDERSTANDINGÏOFÏGEOLOGY
PREREQUISITE
"ASICÏUNDERSTANDINGÏOFÏGEOLOGY
AUDIENCE
'EOSCIENTISTSÏWORKINGÏINÏEXPLORATIONÏ
PROSPECTÏPORTFOLIOÏANALYSTSÏANDÏTHEIRÏ
DIRECTÏSUPERVISORSÏANDÏSTAFFSÏFROMÏ
DISCIPLINESÏWORKINGÏCLOSELYÏWITHÏ
RESERVOIRÏENGINEERSÏPETROPHYSICISTSÏANDÏ
GEOPHYSICISTS
PREREQUISITE
+NOWLEDGEÏOFÏBASICÏPETROLEUMÏGEOLOGYÏ
ASÏRELATEDÏTOÏEXPLORATIONÏ!ÏKNOWLEDGEÏOFÏ
BASICÏPETROLEUMÏECONOMICSÏISÏHELPFULÏBUTÏ
not required.
42 |
NExT Catalog-2014(21.5x27.5).indd 42
Visit NExTtraining.net/classes for the latest calendar or to register for a course.
12/22/13 2:48 AM
GEOLOGY
Applied Geostatistics
Carbonate Sequence Stratigraphy and Application to
Petroleum Reservoirs
Clastic Sedimentology
for Exploration and
Development
Skill – 5 days
Skill – 5 Days
Skill – 5 Days
This course focuses on application of the
VARIOUSÏGEOSTATISTICSÏTOOLSÏUSINGÏBOTHÏ
READILYÏAVAILABLEÏANDÏSPECIALISTÏSOFTWAREÏ
packages. These tools are now essential
INÏMOSTÏOFÏTHEÏIMPORTANTÏASPECTSÏOFÏ
%0ÏGRIDDINGÏANDÏCONTOURINGÏFORÏMAPSÏ
UPSCALINGÏFORÏRESERVOIRÏSIMULATIONÏANDÏ
BASINÏMODELINGÏANDÏANALYSISÏOFÏSPATIALLYÏ
referenced data of all kinds. The course
EMPHASISÏISÏONÏPRACTICALÏAPPLICATIONSÏANDÏ
THEÏUNDERSTANDINGÏOFÏCONTEXTÏRATHERÏTHANÏ
ONÏALGORITHMÏDETAILSÏANDÏMATHEMATICSÏ
!TTENDEESÏWILLÏLEARNÏTOÏCHOOSEÏTHEÏMOSTÏ
appropriate geostatistics techniques
ANDÏAPPLYÏTHEMÏCORRECTLYÏFORÏ%0ÏBESTÏ
PRACTICESÏINÏADDITIONÏTOÏRECEIVINGÏAÏ
PRACTICALÏINTRODUCTIONÏTOÏWHATÏISÏAVAILABLEÏ
in geostatistics software and take useful
tools back to the workplace.
4HROUGHÏLECTURESÏANDÏEXERCISESÏTHISÏ
COURSEÏFOCUSESÏONÏTHEÏIMPACTÏOFÏ
SEDIMENTOLOGYÏSEQUENCEÏSTRATIGRAPHYÏ
ANDÏDIAGENESISÏINÏ%0ÏOFÏCARBONATEÏ
RESERVOIRSÏ!TTENDEESÏWILLÏLEARNÏHOWÏ
CARBONATEÏRESERVOIRSÏFORMÏANDÏTHEÏUNIQUEÏ
attributes that affect interpretation
TECHNIQUESÏINCLUDINGÏGEOMETRYÏFACIESÏ
and diagenetic alteration.
COURSE CONTENT
Q
Q
Introduction to geostatistics and
trends in spatial datasets
(ETEROGENEITYÏANDÏDISCONTINUITYÏ
DATAÏSCALEÏVERSUSÏMODELINGÏSCALEÏ
upscaling
Q
Q
#ARBONATEÏSEQUENCEÏSTRATIGRAPHYÏANDÏ
SEISMICÏSTRATIGRAPHYÏAPPLICATIONSÏTOÏ
RIMMEDÏSHELVESÏANDÏRAMPS
Tectonic and basinal controls on
CARBONATEÏPLATFORMÏTYPES
.EARSURFACEÏDIAGENETICÏ
ENVIRONMENTSÏPROCESSESÏANDÏ
products in carbonate rocks and their
RELATIONÏTOÏSEQUENCEÏSTRATIGRAPHY
AUDIENCE
Q
-AJORÏCONTROLSÏONÏOCCURRENCEÏANDÏ
NATUREÏOFÏCARBONATEÏPLATFORMSÏ
DEPOSITIONALÏENVIRONMENTSÏANDÏ
facies
4ECHNICALÏPROFESSIONALSÏINVOLVEDÏINÏ
EXPLORATIONÏFORÏANDÏDEVELOPMENTÏOFÏ
CARBONATEÏRESERVOIRS
Q
#ARBONATEÏGRAINÏTYPESÏANDÏEARLYÏ
LITHIlCATIONÏINÏSUBTROPICALÏLAGOONÏ
BEACHÏANDÏREEFÏENVIRONMENTS
+NOWLEDGEÏOFÏBASICÏGEOLOGY
Q
#ARBONATEÏSEQUENCEÏSTRATIGRAPHYÏ
principles
Q
-IOCENEÏFAULTBLOCKÏCARBONATEÏ
PLATFORMÏSTRATIGRAPHICÏGEOMETRIESÏ
facies associations, and depositional
sequences
COURSE CONTENT
Q
Q
PREREQUISITE
4HISÏCOURSEÏCOVERSÏTHEÏFUNDAMENTALSÏ
OFÏCLASTICÏSEDIMENTOLOGYÏATÏSCALESÏFORÏ
BOTHÏREGIONALÏEXPLORATIONÏANDÏDETAILEDÏ
RESERVOIRÏCHARACTERIZATIONÏ2EVIEWSÏOFÏ
THEÏMAINÏTYPESÏOFÏSEDIMENTARYÏBASINSÏAREÏ
PRESENTEDÏTOÏTHEÏATTENDEESÏINÏTHEÏCONTEXTÏ
OFÏCRUSTALÏDYNAMICSÏ0LATEÏTECTONICSÏANDÏTHEÏ
PRODUCTIONÏANDÏTRANSPORTÏOFÏCLASTICÏMATERIALÏ
descriptions are included for different
TECTONICÏTOPOGRAPHICÏANDÏCLIMATICÏSETTINGSÏ
%MPHASISÏISÏONÏTHEÏPRACTICALÏINTERPRETATIONÏ
OFÏSUBSURFACEÏDATAˆSEISMICÏCOREÏANDÏ
WIRELINEÏLOGSˆFORÏFACIESÏANALYSISÏANDÏ
RESERVOIRÏCHARACTERIZATIONÏ%XAMPLESÏDRAWÏ
FROMÏDIFFERENTÏFACIESÏAGESÏANDÏBASINALÏ
SETTINGSÏ0ARTICULARÏATTENTIONÏISÏGIVENÏTOÏTHEÏ
PRINCIPLESÏBYÏWHICHÏDEPOSITIONALÏSETTINGSÏ
are interpreted using both outcrop and
subsurface data and to the best correlation
METHODSÏFORÏDIFFERENTÏSETTINGS
COURSE CONTENT
Q
4YPESÏOFÏSEDIMENTARYÏBASINSÏINÏ
DIFFERENTÏTECTONICÏCONTEXTS
Q
,ARGESCALEÏTECTONICÏSETTINGSÏOFÏMAINÏ
TYPESÏOFÏSEDIMENTARYÏBASINSÏANDÏ
RELATIONSHIPÏBETWEENÏSTRUCTURALÏSTYLEÏ
ANDÏlLLÏPATTERNS
Q
%FFECTSÏOFÏBASELEVELÏCHANGESÏ
ANDÏSYNDEPOSITIONALÏTECTONICSÏONÏ
SEDIMENTÏDISTRIBUTIONÏPATTERNS
Q
#ORRELATIONÏINÏDIFFERENTÏSEDIMENTARYÏ
settings
Q
2OLEÏOFÏANALOGSÏINÏBUILDINGÏRESERVOIRÏ
MODELSÏINÏDIFFERENTÏDEPOSITIONALÏ
settings
Q
3EDIMENTÏGENERATIONÏANDÏSUPPLYÏINÏ
different settings
Q
&LUIDÏDYNAMICSÏANDÏRHEOLOGYÏOFÏ
erosion, transport, and deposition
Q
"ASICÏMECHANICSÏOFÏSEDIMENTÏEROSIONÏ
TRANSPORTÏANDÏDEPOSITIONÏRESULTANTÏ
BEDFORMSÏANDÏSEDIMENTARYÏSTRUCTURES
Q
0OSTDEPOSITIONALÏPROCESSESÏANDÏ
products
Spatial trends in gridding and
CONTOURINGÏ-INIMIZINGÏERRORSÏKRIGING
Q
"AYESIANÏANDÏGEOSTATISTICSÏHISTORYÏ
MATCHINGÏSEQUENTIALÏANDÏINDICATORÏ
SIMULATION
Q
5NCERTAINTYÏMETHODSÏ-ONTEÏ#ARLOÏ
ANDÏOTHERÏSTOCHASTICÏSIMULATIONS
AUDIENCE
0ETROLEUMÏGEOLOGISTSÏANDÏGEOSCIENTISTSÏ
PREPARINGÏDATAÏFORÏRESERVOIRÏSIMULATORSÏ
ANDÏENGINEERSÏINVOLVEDÏWITHÏEXPLORATIONÏ
ANDÏDEVELOPMENTÏOFÏOILÏANDÏGASÏ
RESERVOIRS
PREREQUISITE
Basic knowledge of subsurface
CHARACTERIZATIONÏWITHÏ-ICROSOFTÏ%XCELÏ
COMPETENCY
AUDIENCE
%XPLORATIONÏANDÏDEVELOPMENTÏGEOLOGISTSÏ
GEOPHYSICISTSÏANDÏRESERVOIRÏENGINEERSÏ
WHOÏNEEDÏANÏOVERVIEWÏOFÏSEDIMENTARYÏ
ORGANIZATIONÏACROSSÏAÏRANGEÏOFÏSCALESÏ
INÏDIFFERENTÏBASINALÏANDÏENVIRONMENTALÏ
settings.
PREREQUISITE
"ASICÏKNOWLEDGEÏOFÏGEOLOGYÏANDÏ
SEDIMENTARYÏPROCESSES
Software
Technical courses that use software
NExT Catalog-2014(21.5x27.5).indd 43
Includes practical sessions
Field trips
Uses simulation
| 43
12/22/13 2:48 AM
GEOLOGY
Deepwater Petroleum
Systems: Fundamentals and
Applications
Deepwater Sedimentary
Systems: Exploration and
Production
Economics of Petroleum
Exploration
Field Trip: Practical Fracture
Analysis of Classic Reservoirs with
Petrel: Casper, Wyoming, USA
Skill – 5 Days
Skill – 3 Days
Skill – 5 Days
Skill – 5 Days
4HISÏCOURSEÏCOVERSÏTHEÏFUNDAMENTALSÏOFÏ
PETROLEUMÏSYSTEMÏANALYSISÏ03!ÏWITHÏ
ANÏEMPHASISÏONÏDEEPWATERÏAPPLICATIONSÏ
03!ÏAÏRELATIVELYÏNEWÏSPECIALIZATIONÏ
INÏTHEÏlELDÏOFÏPETROLEUMÏGEOLOGYÏISÏANÏ
INVESTIGATIONÏINTOÏINÏTHEÏGENERATIONÏOFÏ
HYDROCARBONSÏINÏTHEÏSUBSURFACEÏANDÏ
RECONSTRUCTINGÏTHEÏlLLINGÏHISTORYÏOFÏ
EXISTINGÏOILÏANDÏGASÏACCUMULATIONSÏAIMINGÏ
TOÏQUANTIFYÏTHEÏCHARGEÏRISKÏOFÏUNDRILLEDÏ
PROSPECTSÏ$EEPWATERÏENVIRONMENTSÏ
PRESENTÏTHEÏPETROLEUMÏSYSTEMÏANALYSTÏ
WITHÏAÏNUMBERÏOFÏSPECIlCÏCHALLENGESÏ
BECAUSEÏSOURCEÏROCKSÏAREÏTYPICALLYÏBEYONDÏ
THEÏREACHÏOFÏTHEÏDRILLÏBITÏANDÏOILTOSOURCEÏ
ROCKÏCORRELATIONSÏAREÏCOMPLICATEDÏBYÏ
OILÏTRANSFORMATIONÏPROCESSESÏSUCHÏ
ASÏREMIGRATIONÏANDÏBIODEGRADATION
&OLLOWINGÏAÏDAYÏINTRODUCTIONÏTOÏTHEÏ03!Ï
FUNDAMENTALSÏCASEÏHISTORIESÏFROMÏTHEÏ
'ULFÏOFÏ-EXICOÏOFFSHOREÏ7ESTÏ!FRICAÏ
and the Mediterranean are presented.
3PECIALÏATTENTIONÏISÏGIVENÏTOÏGEOCHEMICALÏ
WELLÏEVALUATIONSÏWHICHÏFORMÏANÏESSENTIALÏ
PARTÏOFÏ03!ÏNOTÏONLYÏINÏDEEPWATERÏ
ENVIRONMENTSÏBUTÏALSOÏFORÏTHEÏEVALUATIONÏ
OFÏUNCONVENTIONALÏHYDROCARBONSÏSUCHÏASÏ
shale gas and basin center gas.
!DDRESSINGÏTHEÏCOMPLEXITIESÏOFÏDEEPÏ
MARINEÏSYSTEMSÏTHISÏCOURSEÏTEACHESÏ
ATTENDEESÏHOWÏTHESEÏFACIESÏEVOLVEDÏONÏ
the slope and in the open ocean, how
THEYÏBUILDÏINTOÏDISTINCTIVEÏARCHITECTURALÏ
ELEMENTSÏANDÏHOWÏTOÏRECOGNIZEÏTHEMÏ
4HEÏCOURSEÏCOVERSÏHOWÏTOÏANALYZEÏANDÏ
INTERPRETÏSEISMICÏRECORDSÏSEAmOORÏ
IMAGESÏWELLÏLOGSÏINCLUDINGÏBOREHOLEÏ
IMAGEÏLOGSÏCOREÏMATERIALSÏANDÏ
outcrop characteristics of deepwater
RESERVOIRÏCOMPONENTSÏWITHÏANÏEMPHASISÏ
on internal architecture as related
TOÏRESERVOIRÏPERFORMANCEÏ!TTENDEESÏ
WILLÏPERFORMÏHANDSONÏCASEÏSTUDIESÏOFÏ
DEEPWATERÏPLAYSÏFROMÏAROUNDÏTHEÏWORLDÏ
illustrating characteristics unique to their
EXPLORATIONÏAPPRAISALÏDEVELOPMENTÏANDÏ
RESERVOIRÏMANAGEMENT
This course focuses on the business side
OFÏEXPLORATIONÏIEÏHOWÏDOESÏAÏCOMPANYÏ
DECIDEÏWHETHERÏTOÏMOVEÏFORWARDÏWITHÏAÏ
PARTICULARÏPROJECTÏ!TTENDEESÏWILLÏLEARNÏ
HOWÏAÏSTRUCTUREDÏDECISIONÏANALYSISÏANDÏ
PORTFOLIOÏOPTIMIZATIONÏPROCESSÏUSESÏTHEÏ
HYDROCARBONÏVOLUMESÏANDÏRISKÏANALYSESÏ
PROVIDEDÏBYÏEXPLORATIONÏGEOSCIENTISTSÏ
TOÏIDENTIFYÏTHEÏPROJECTSÏWITHÏTHEÏBESTÏ
ECONOMICÏPOTENTIAL
4HISÏDAYÏCOURSEÏCOMBINESÏlELDÏANDÏ
CLASSROOMÏTRAININGÏSESSIONSÏTHATÏINTEGRATEÏ
MODELÏBUILDINGÏUSINGÏTHEÏ0ETRELÏPLATFORMÏ
WITHÏCLASSICÏlELDÏOBSERVATIONSÏ4HEÏlELDÏTRIPÏ
portion of the course will consist of short
EXCURSIONSÏTOÏVIEWÏTHEÏOILlELDÏFACILITIESÏ
SURFACEÏGEOLOGYÏANDÏOUTCROPSÏINÏTHEÏAREAÏ
ASÏWELLÏASÏTIMEÏSPENTÏVIEWINGÏCOREÏ4HISÏ
COURSEÏPROVIDESÏTHEÏGEOSCIENCEÏPROFESSIONALÏ
WITHÏTANGIBLEÏEXAMPLESÏOFÏTHEÏCONCEPTUALÏ
MODELSÏTHEYÏCREATEÏ4HEÏCLASSROOMÏPORTIONÏ
OFÏTHEÏCOURSEÏISÏAÏDAYÏHANDSONÏ0ETRELÏ
PLATFORMÏFRACTUREÏMODELINGÏCOURSEÏDELIVEREDÏ
INÏAÏCLASSROOMÏFACILITYÏINÏ#ASPERÏ7YOMINGÏ
INÏCOOPERATIONÏWITHÏTHEÏSTAFFÏATÏTHEÏ2OCKYÏ
-OUNTAINÏ/ILÏ4ESTINGÏ#ENTERÏ2-/4#Ï4HEÏ
2-/4#ÏISÏAÏÏACREÏ53Ï$EPARTMENTÏ
OFÏ%NERGYÏFACILITYÏLOCATEDÏWITHINÏTHEÏ.AVALÏ
0ETROLEUMÏ2ESERVEÏ.OÏÏ.02ÏALSOÏ
KNOWNÏASÏ4EAPOTÏ$OMEÏ/ILÏ&IELDÏROUGHLYÏÏ
MILESÏNORTHÏOFÏ#ASPERÏWHEREÏTHEÏDATAÏUSEDÏINÏ
THEÏ0ETRELÏPLATFORMÏFRACTUREÏMODELINGÏCOURSEÏ
was collected.
COURSE CONTENT
Q
Q
Q
Q
Source rocks
"URIALÏTEMPERATUREÏANDÏMATURITYÏ
Q
0ETROLEUMÏGEOCHEMISTRYÏ
Q
$EEPWATERÏWELLÏEVALUATIONSÏ
Q
Applications
AUDIENCE
Geoscientists working in deepwater
EXPLORATIONÏANDÏTHEIRÏDIRECTÏSUPERVISORSÏ
INÏADDITIONÏTOÏRESERVOIRÏENGINEERSÏ
PETROPHYSICISTSÏANDÏPROSPECTÏPORTFOLIOÏ
ANALYSTS
PREREQUISITE
"ASICÏGEOLOGYÏANDÏCHEMISTRYÏ
understanding, but not essential.
$OWNSLOPEÏALONGSLOPEÏANDÏ
OPENOCEANÏSYSTEMS
!RCHITECTURALÏELEMENTSÏ.ATUREÏANDÏ
recognition
Q
"USINESSÏSIDEÏOFÏEXPLORATION
Q
#OMPARISONÏOFÏEXPLORATIONÏPROJECTSÏ
UNDERÏDIFFERENTÏlSCALÏREGIMES
Q
2OLEÏOFÏPROJECTÏECONOMICS
Q
#ALCULATIONÏOFÏCASHÏmOWÏANDÏNETÏ
PRESENTÏVALUEÏ.06
Q
7ORLDWIDEÏlSCALÏREGIMESÏANDÏTHEIRÏ
IMPACTÏONÏEXPLORATION
Q
0ROBABILITIESÏRISKÏANDÏPROJECTÏRISKÏ
ASSESSMENT
Q
&UNDAMENTALSÏOFÏDECISIONÏANALYSISÏ
and decision trees
)NTRODUCTIONÏATÏ2-/4#ÏOFlCEÏ
%XPECTEDÏMONETARYÏVALUE
Q
&IELDÏSITEÏTRIPÏANDÏSHORTÏlELDÏEXERCISES
Q
#OREÏLECTUREÏVISITÏ/-.)Ï
,ABORATORIESÏANDÏEXERCISEÏINVOLVINGÏ
THREEÏ4EAPOTÏ$OMEÏ4ENSLEEPÏCORESÏ
STANDARDÏWIRELINEÏANDÏ&-)
ÏFULLBOREÏ
FORMATIONÏMICROIMAGERÏLOGSÏDETAILEDÏ
core descriptions and correlations
%XPLORATIONÏGEOSCIENTISTSÏANDÏMANAGERSÏ
WANTINGÏTOÏUNDERSTANDÏTHEÏECONOMICSÏOFÏ
PETROLEUMÏEXPLORATION
Q
6ISITÏ!LCOVAÏ,AKEÏlELDÏ,OCATIONÏBOXÏ
LUNCHÏLECTUREÏEXERCISES
Q
6ISITÏ4ENSLEEPÏOFÏ&REMONTÏ#ANYON
PREREQUISITE
Q
0ETRELÏPLATFORMÏFRACTUREÏMODELINGÏ
FRACTUREÏTHEORYÏFRACTUREÏDATAÏANALYSISÏ
ANDÏ1#
Q
Q
6ALUEÏOFÏINFORMATION
Q
,OBESÏMOUNDSÏANDÏSHEETS
Q
Q
$EEPWATERÏMASSIVEÏSANDS
#OMPARATIVEÏANALYSISÏOFÏMULTIPLEÏ
PROJECTS
4HINBEDDEDÏTURBIDITES
Q
Q
3TRATEGYÏANDÏPORTFOLIOÏANALYSIS
Q
Q
$EEPWATERÏDRILLINGÏSEISMICÏSEQUENCEÏ
STRATIGRAPHYÏANDÏDEEPWATERÏPLAYSÏ
REVIEW
3UBSURFACEÏMODELS
AUDIENCE
'EOLOGISTSÏGEOPHYSICISTSÏANDÏPETROLEUMÏ
ENGINEERSÏINVOLVEDÏINÏEXPLORATIONÏANDÏ
DEVELOPMENTÏOFÏDEEPWATERÏPLAYSÏANDÏ
PROJECTÏMANAGERSÏOFÏDEEPWATERÏPLAYSÏANDÏ
RESERVOIRÏPRODUCTION
PREREQUISITE
COURSE CONTENT
Q
#HANNELÏSTYLEÏANDÏGEOMETRY
Q
COURSE CONTENT
Q
$EEPWATERÏOVERVIEWÏANDÏBUILDINGÏ
blocks
COURSE CONTENT
AUDIENCE
"ASICÏPETROLEUMÏGEOLOGYÏANDÏPETROLEUMÏ
SYSTEMS
Q
Build a discrete fracture network
$&.ÏUPSCALINGÏBUILDINGÏ$&.ÏUSINGÏ
MULTIPLEÏFRACÏDRIVERSÏDUALÏPOROSITY
PERMEABILITYÏSIMULATION
Q
&INALIZEÏMODELSÏBUILTÏINÏTHEÏ0ETRELÏ
PLATFORMÏPRESENTATIONÏOFÏRESULTSÏANDÏ
roundtable discussion
Q
6ISITÏ%MIGRANTÏ'APÏANTICLINEÏANDÏ
"ESSEMERÏANTICLINE
"ASICÏPETROLEUMÏGEOLOGYÏBASICÏ
STRATIGRAPHYÏANDÏBASICÏSEDIMENTOLOGY
AUDIENCE
'EOSCIENTISTSÏENGINEERSÏANDÏ0ETRELÏ
MODELERS
PREREQUISITE
-USTÏHAVEÏWORKINGÏ0ETRELÏKNOWLEDGE.
NOTE:Ï0LEASEÏSCHEDULEÏYOURÏDEPARTING
mIGHTÏAFTERÏÏPMÏONÏ3ATURDAYÏ
0ARTICIPANTSÏMUSTÏARRIVEÏINÏ$ENVERÏ
#OLORADOÏNOÏLATERÏTHANÏNOONÏONÏ3UNDAY
44 |
NExT Catalog-2014(21.5x27.5).indd 44
Visit NExTtraining.net/classes for the latest calendar or to register for a course.
12/22/13 2:48 AM
GEOLOGY
Field Trip: Arid Coastline Carbonates and
Evaporites of Abu Dhabi, UAE
Field Trip: Characterization and Petrel 3D Modeling
of Fluvio-Deltaic Sedimentary Architecture, Upper
Carboniferous: East Kentucky, USA
Skill – 5 Days
Skill – 5 Days
4HISÏCOURSEÏWILLÏDEMONSTRATEÏHOWÏAÏ
range of depositional, diagenetic, and
EROSIONALÏPROCESSESÏCOMBINEÏTOÏCREATEÏ
AÏCOMPLEXÏSTRATIGRAPHICÏARCHITECTUREÏ
with a subsurface that could be
DIFlCULTÏTOÏINTERPRETÏ*OINÏTRIPÏLEADERÏ
$RÏ!NTHONYÏ+IRKHAMÏINÏSTUDYINGÏTHEÏ
RECENTÏ(OLOCENEÏ0LEISTOCENEÏANDÏ
-IOCENEÏCARBONATEÏANDÏSABKHAÏEVAPORITEÏ
ENVIRONMENTSÏOFÏCENTRALÏANDÏWESTERNÏ!BUÏ
$HABIÏONEÏOFÏTHEÏWORLDSÏBESTÏLOCATIONSÏ
FORÏSTUDYINGÏSUCHÏSEDIMENTSÏ4HISÏTRIPSÏ
DESTINATIONÏISÏANÏOUTDOORÏLABORATORYÏ
INÏWHICHÏATTENDEESÏAREÏGIVENÏTHEÏ
OPPORTUNITYÏTOÏSTUDYÏGEOLOGICALLYÏMODERNÏ
SEQUENCEÏSTRATIGRAPHYÏINÏAÏPROXIMALRAMPÏ
SITUATIONÏWITHÏCOMPLETEÏEXPOSUREÏOFÏTHEÏ
SEDIMENTSÏANDÏROCKS
Learning how these processes interact in
REALÏLIFEÏWILLÏPROVIDEÏVALUABLEÏINSIGHTÏFORÏ
THEÏGEOLOGISTÏWHOÏISÏFACEDÏWITHÏLIMITEDÏ
EXPLORATIONÏORÏDEVELOPMENTÏDATAÏANDÏISÏINÏ
NEEDÏOFÏCONSTRUCTINGÏ$ÏMODELS
COURSE CONTENT
Q
Aeolian carbonate dunes and
DEmATION
Q
4IDALÏCHANNELSÏANDÏLEVEESÏ
Q
!NHYDRITEÏDISTRIBUTIONS
Q
,ATERALÏZONATIONÏWITHINÏMICROBIALÏ
MATSÏHARDGROUNDSÏANDÏTEEPEEÏ
structures
Q
-IOCENEÏANDÏ0LEISTOCENEÏZEUGENÏANDÏ
Miocene salina
Q
-ICROBIALÏMATSÏANDÏEVAPORITES
Q
3PITLAGOONÏCOMPLEXES
Q
Beach rocks and coniatolites
Q
Continental sabkha
Q
3ILAÏBEACHÏOOLITHS
Q
#OMPAREÏ!BUÏ$HABIÏANCIENTÏMARINEÏ
CARBONATEÏSYSTEMSÏWITHÏOTHERÏRECENTÏ
SYSTEMS
Q
#OMPAREÏMODERNÏGIANTÏBARCHANSÏ
dunes with interdune sabkhas
WITHÏSIMILARÏ-IOCENEÏOUTCROPSÏATÏ
Shuweihat
Q
2ECENTÏCARBONATEÏSEDIMENTSÏ
AUDIENCE
Q
)NTERDELTAÏCORALÏPATCHÏREEFSÏLAGOONALÏ
COMMUNITIESÏINCLUDINGÏCORALÏTHICKETSÏ
red algae, sea grass, burrowing, and
ENCRUSTINGÏBIVALVES
'EOLOGISTSÏANDÏPETROLEUMÏGEOLOGISTSÏ
wanting to understand carbonate and
EVAPORITEÏENVIRONMENTSÏANDÏHOWÏlELDÏ
outcrops relate to recorded data.
Q
0LEISTOCENEÏAEOLIANITEÏSTORMÏBEACHÏ
ANDÏOTHERÏENIGMATICÏLIMESTONES
Q
#OASTALÏSABKHAÏSEQUENCEÏSUBTIDALÏ
INTERTIDALÏANDÏSUPRATIDALÏSEDIMENTSÏ
WITHÏEVAPORITESÏANDÏMICROBIALÏMATS
Q
4RANSGRESSIVEÏANDÏREGRESSIVEÏ
carbonates
Q
Salina deposits
Q
Origins of sabkhas
Software
Outcrops, cores and well logs are
STUDIEDÏTOÏCHARACTERIZEÏBOTHÏSMALLÏANDÏ
LARGESCALEÏPATTERNSÏOFÏSEDIMENTARYÏ
architecture within a sequence
FRAMEWORKÏINÏTHESEÏCARBONIFEROUSÏ
COALBEARINGÏmUVIODELTAICÏSEDIMENTS
Q
$EVELOPÏDETERMINISTICÏMODELINGÏ
TECHNIQUESÏFORÏCOALBEARINGÏ
SEDIMENTSÏHORIZONSÏZONESÏANDÏ
LAYERINGÏUSINGÏ0ETRELÏPLATFORMÏ
software
Q
$EVELOPÏANDÏAPPLYÏISOCHORESÏTOÏ
CONTROLÏSEDIMENTÏBODYÏSHAPES
Q
#OMPAREÏMODELINGÏRESULTSÏFROMÏ
DIFFERENTÏ0ETRELÏPLATFORMÏTECHNIQUES
Q
!NALYZEÏSTATICÏCONNECTIVITYÏOFÏ
DIFFERENTÏFACIESÏMODELINGÏTECHNIQUES
AUDIENCE
'EOSCIENTISTSÏINTERESTEDÏINÏCHARACTERIZINGÏ
ANDÏREALISTICALLYÏMODELINGÏSEDIMENTARYÏ
ARCHITECTUREÏTOÏSUPPORTÏHYDROCARBONÏ
COALBEDÏMETHANEÏORÏCOALÏEXTRACTION
PREREQUISITE
7ORKINGÏKNOWLEDGEÏOFÏ0ETRELÏPLATFORMÏ
SOFTWAREÏISÏNECESSARYÏTOÏOBTAINÏTHEÏ
MAXIMUMÏBENElTÏFROMÏTHEÏCLASS
COURSE CONTENT
Q
Q
PREREQUISITE
Q
None
Technical courses that use software
NExT Catalog-2014(21.5x27.5).indd 45
4HISÏCOURSEÏISÏAÏlELDÏANDÏCLASSROOM
BASEDÏRESERVOIRÏCHARACTERIZATIONÏANDÏ
MODELINGÏCOURSEÏTHATÏFOCUSESÏONÏ
capturing the geological knowledge
NECESSARYÏTOÏBUILDÏREALISTICÏMODELSÏOFÏ
COALBEARINGÏmUVIALÏANDÏDELTAICÏSEDIMENTÏ
BODYÏARCHITECTUREÏUSINGÏTHEÏ0ETRELÏ
PLATFORMÏ4HEÏCOURSEÏBASEDÏINÏ,EXINGTONÏ
ANDÏ0RESTONSBURGÏ+ENTUCKYÏFOLLOWSÏ
THEÏTYPICALÏWORKmOWÏOFÏAÏSUBSURFACEÏ
$ÏMODELINGÏSTUDYÏANDÏISÏAIMEDÏATÏ
mUVIODELTAICÏRESERVOIRÏCHARACTERIZATIONÏ
ANDÏMAKINGÏREALISTICÏPREDICTIVEÏMODELSÏOFÏ
SEDIMENTARYÏGEOMETRIESÏANDÏARCHITECTUREÏ
BYÏINCORPORATINGÏDETAILEDÏKNOWLEDGEÏ
OFÏSEDIMENTOLOGYÏANDÏSEQUENCEÏ
stratigraphic concepts.
Includes practical sessions
%VALUATEÏOUTCROPÏCOREÏANDÏLOGÏ
INTERPRETATIONÏOFÏCOALBEARINGÏmUVIO
DELTAICÏENVIRONMENTSÏANDÏFACIES
Build a sequence stratigraphic
FRAMEWORKÏINÏCOALBEARINGÏSEDIMENTSÏ
FORÏRESERVOIRÏMODELING
3TUDYÏCOALÏANDÏCOALBEARINGÏSEDIMENTÏ
CORRELATIONÏTECHNIQUESÏFROMÏWELLÏDATA
Field trips
Uses simulation
| 45
12/22/13 2:49 AM
GEOLOGY
Field Trip: Delta-Slope-Turbidite Deposition and
Synsedimentary Deformation: County Clare, Ireland
Field Trip: Depositional Environments from Slope Aprons
to Tropical Reefs: Tabernas and Sorbas Basins, Spain
Skill – 6 days
Skill – 5 Days
5SINGÏSEISMICÏSCALEÏCLIFFÏEXPOSURESÏ
OFÏ.AMURIANÏSTRATAÏTHISÏCOURSEÏWILLÏ
FOCUSÏONÏDEPOSITIONALÏCOMPLEXITIESÏANDÏ
SYNDEPOSITIONALÏDEFORMATIONÏSTRUCTURESÏ
THATÏCHARACTERIZEÏDELTASLOPETURBIDITEÏ
SUCCESSIONSÏ3TRUCTURESÏINCLUDEÏMÏ
high cliffs of the carboniferous strata
OFÏ#OUNTYÏ#LAREÏCURRENTLYÏUNDERGOINGÏ
INTENSIVEÏRESEARCHÏANDÏRECENTLYÏ
HIGHLIGHTEDÏINÏAÏJOURNALÏARTICLEÏ4HEÏSTRATAÏ
COMPRISEÏSOMEÏOFÏTHEÏMOSTÏSPECTACULARÏ
SEDIMENTARYÏGEOLOGYÏINÏWESTERNÏ%UROPEÏ
DISPLAYINGÏAÏWIDEÏRANGEÏOFÏDELTAÏSLOPEÏ
and turbidite facies and sequences,
ENABLINGÏRECONSTRUCTIONÏOFÏTHEÏINlLLINGÏ
AÏMAJORÏNORTHERNÏ%UROPEÏBASINÏ#YCLICITYÏ
of the deltaic succession is thought to
HAVEÏDRIVENÏEUSTATICÏSEALEVELÏCHANGESÏ
RESULTINGÏINÏEXTENSIVEÏmOODINGÏSURFACESÏ
OVERLAINÏBYÏFOSSILIFEROUSÏMARINEÏBANDSÏ
ANDÏINÏMAJORÏPALEOVALLEYÏlLLÏSANDBODIESÏ
4HEÏDELTAICÏINTERVALSÏSHOWÏABUNDANTÏ
SOFTSEDIMENTÏDEFORMATIONÏEGÏGROWTHÏ
FAULTSÏMUDÏDIAPIRSÏANDÏSANDÏVOLCANOESÏ
The course will include at least one boat
TRIPÏTOÏVIEWÏKEYÏCLIFFÏEXPOSURESÏ4HEÏ
COURSEÏBASEÏISÏ+ILKEEÏ#OUNTYÏ#LARE
COURSE CONTENT
Q
Q
Q
Q
Q
)NTRODUCEÏTHEÏLOCALÏSTRATIGRAPHYÏANDÏ
setting
Mouth bar sands
0ENETRATIVEÏMUDÏDIAPIRÏmOODINGÏ
SURFACESÏANDÏMARINEÏBANDS
General basinal content, and Ross
FORMATIONÏTURBIDITES
Turbidite facies, including channels
ANDÏMEGAmUTESÏ
Q
"RIDGESÏMAJORÏSLUMPÏSHEETSÏTURBIDITEÏ
CHANNELSÏANDÏSANDÏVOLCANOES
Q
"OATÏTRIPÏTOÏVIEWÏ2OSSÏFORMATIONÏINÏ
sea cliffs between Carrigaholt and
Loop Head and possible boat trip to
VIEWÏBASINALÏ#LAREÏSHALESÏANDÏ2OSSÏ
FORMATIONÏBASE
46 |
NExT Catalog-2014(21.5x27.5).indd 46
Q
Q
Q
3OUTHÏOFÏ4ULLIGÏ0OINTÏ'ULLÏ)SLANDÏ
&ORMATIONÏMAJORÏBASINlLLINGÏ
SLOPEÏANDÏSLOPEÏRAMPÏLOWERÏPARTÏ
OFÏ4ULLIGÏCYCLOTHEMÏOLDESTÏDELTAICÏ
PROGRADATIONÏ4ULLIGÏ3ANDSTONEÏ
PALEOVALLEY
+ILLARDÏUPPERÏPARTÏOFÏ4ULLIGÏSLOPEÏ
SUCCESSIONÏMINORÏMOUTHÏBARÏ
ABANDONMENTmOODINGÏEVENTSÏ
4ULLIGÏ3ANDSTONEÏWITHÏSOFTSEDIMENTÏ
DEFORMATIONÏ
4RUKLIEVEÏ4ULLIGÏPROGRADATIONÏ
mOODINGÏSURFACESÏMINORÏ
PARASEQUENCESÏPALEOVALLEYÏEROSIONÏ
ANDÏSTACKINGÏWAVEINmUENCEDÏMOUTHÏ
BARSÏMARINEÏBANDSÏ
Q
&OOHAGHÏ0OINTÏ'ROWTHÏFAULTINGÏINÏ
$OONLICKEYÏCYCLOTHEMÏ
Q
7ESTÏ%NDÏ+ILKEEÏ-INORÏMOUTHÏBARSÏ
INÏ4ULLIGÏCYCLOTHEMÏNONPENETRATIVEÏ
MUDÏDIAPIRÏ+ILKEEÏCYCLOTHEMÏANDÏ
sandstone
Q
#ARROWMOREÏ0OINTÏ5PPERÏPARTÏOFÏ
4ULLIGÏCYCLOTHEMÏCHANNELÏSANDSTONEÏ
mOODINGÏSURFACES
Q
3PANISHÏ0OINTÏ%XTENSIONALÏFAULTINGÏ
OFÏMOUTHÏBARÏSANDSÏOVERÏDIAPIRÏ
$OONLICKEYÏCYCLOTHEM
Q
$OOLINÏ"ASINALÏMUDSTONEÏFACIESÏATÏ
NORTHERNÏMARGINÏOFÏBASINÏ
Q
&ISHERSTREETÏ"ASALÏTURBIDITESÏOFÏ
NORTHERNÏMARGINÏANDÏMAJORÏSLUMPÏ
sheet
Q
#LIFFSÏOFÏ-OHERÏ.ORTHERNÏEQUIVALENTÏ
OFÏ'ULLÏ)SLANDÏANDÏ4ULLIGÏCYCLOTHEMÏÏ
4HISÏDAYÏlELDÏCOURSEÏOFFERSÏATTENDEESÏ
ANÏEXTENSIVEÏSERIESÏOFÏOUTCROPÏ
EXAMINATIONSÏlELDBASEDÏCORRELATIONÏ
RESERVOIRÏDESCRIPTIONÏINSTRUCTIONÏANDÏ
EXERCISESÏ4HEÏCOURSEÏAIMSÏTOÏFAMILIARIZEÏ
THEÏATTENDEEÏWITHÏTHEÏSTRATIGRAPHYÏ
shape, and scale of depositional bodies in
SMALLÏACTIVEÏ.EOGENEÏBASINSÏ4HEÏVALUEÏ
of sequence stratigraphic approaches,
PALEOBATHYMETRICÏANALYSESÏANDÏSTRUCTURALÏ
setting of the basin in predicting the
LARGESCALEÏCHARACTERÏOFÏTHEÏLATEÏ-IOCENEÏ
deposits will be addressed in an appraisal
ANDÏDEVELOPMENTÏCONTEXTÏ4HEÏOUTCROPÏ
STUDIESÏWILLÏILLUSTRATEÏTHEÏTYPESÏOFÏ
geological heterogeneities that occur in
such sequences and show the geological
processes responsible for these different
HIERARCHICALÏSCALESÏOFÏVARIABILITYÏ2ELAXEDÏ
TEAMÏEXERCISESÏATÏTHEÏOUTCROPSÏWILLÏ
enhance knowledge transfer.
COURSE CONTENT
Q
)NTRODUCTIONÏTOÏTHEÏ0ALEOCENEÏTOÏ
0LEISTOCENEÏINlLLÏOFÏTHEÏBASINÏ
Q
%VALUATEÏMASSÏmOWÏPROCESSESÏANDÏ
deposits in the basal succession
Q
6IEWÏTHEÏTRANSGRESSIVEÏSYSTEMSÏTRACTÏ
ONÏAÏSEISMICÏSCALE
Q
%VALUATEÏSHEETLIKEÏTURBIDITES
Q
!SSESSÏAÏMASSÏTRANSPORTÏCOMPLEX
Q
#LIMBÏTOÏTHEÏSTRATIGRAPHICÏPINCHOUTÏOFÏ
THEÏSHEETLIKEÏTURBIDITEÏSYSTEM
Q
Q
Q
Draw, walk through, and discuss a
SEDIMENTÏDELIVERYÏSYSTEM
!SSESSÏSEDIMENTARYÏPROCESSESÏINÏAÏ
HIGHÏ.'ÏTURBIDITEÏSYSTEM
Map depositional architecture of
scour lobes
Q
6IEWÏOFÏSEISMICÏSCALEÏOUTCROPÏOFÏ
0ALEOCENEÏTOÏ0LIOCENEÏROCKS
Q
)NTRODUCTIONÏATÏTHEÏVOLCANICÏBASEMENTÏ
WITHÏSEDIMENTÏONLAP
Q
)NTERPLAYÏOFÏVOLCANISMÏANDÏTEMPERATEÏ
WATERÏFACTORYÏ
Q
#ONTRASTÏTEMPERATEÏANDÏTROPICALÏ
carbonate factories and their
ACCUMULATIONS
AUDIENCE
%0ÏGEOLOGISTSÏGEOPHYSICISTSÏANDÏ
PETROLEUMÏENGINEERSÏWHOÏNEEDÏAÏSOUNDÏ
UNDERSTANDINGÏOFÏDEEPMARINEÏANDÏ
SHALLOWÏSEDIMENTSÏANDÏTHEIRÏARCHITECTURALÏ
ELEMENTS
PREREQUISITE
'OODÏBASICÏKNOWLEDGEÏOFÏGEOLOGY
AUDIENCE
0ETROLEUMÏGEOLOGISTSÏGENERALÏGEOLOGISTSÏ
SEDIMENTOLOGISTSÏRESERVOIRÏMODELLERSÏ
ANDÏRESERVOIRÏENGINEERS
PREREQUISITE
None
Visit NExTtraining.net/classes for the latest calendar or to register for a course.
12/22/13 2:49 AM
GEOLOGY
Field Trip: Fluvial and Deltaic Architecture and Advanced
Modeling using Petrel: Utah/Colorado, USA
Field Trip: Foreland Basin Syntectonic Sedimentation:
Southern Pyrenees, Spain
Skill – 7 Days
Skill – 4 Days
4HISÏlELDÏANDÏCLASSROOMBASEDÏRESERVOIRÏ
GEOLOGYÏANDÏMODELINGÏCOURSEÏCOVERSÏ
APPLIEDÏTECHNIQUESÏFORÏRESERVOIRÏ
GEOCELLULARÏMODELINGÏ4HEÏCOURSEÏTEACHESÏ
ATTENDEESÏNOVELÏANDÏPRACTICALÏMETHODSÏ
TOÏBUILDÏREALISTICÏMODELSÏOFÏmUVIALÏANDÏ
DELTAICÏSEDIMENTÏBODYÏARCHITECTUREÏ
DEMONSTRATEDÏUSINGÏTHEÏ0ETRELÏPLATFORMÏ
4HEÏATTENDEESÏWILLÏUSEÏTHEÏ0ETRELÏ
software to integrate core and well log
DATAÏINÏAÏSERIESÏOFÏDETERMINISTICÏMODELÏ
EXERCISESÏ4HEÏRESULTSÏAREÏCOMPAREDÏWITHÏ
OTHERÏTRADITIONALÏ0ETRELÏPLATFORMÏMODELINGÏ
TECHNIQUESÏANDÏEACHÏISÏTHENÏEVALUATEDÏ
AGAINSTÏOUTCROPÏREALITYÏTOÏDETERMINEÏ
WHICHÏTECHNIQUESÏAREÏTHEÏMOSTÏSUITABLEÏ
FORÏANALOGOUSÏSUBSURFACEÏRESERVOIRÏ
MODELINGÏSTUDIESÏ4HEÏCOURSEÏFOLLOWSÏ
THEÏTYPICALÏWORKmOWÏOFÏAÏSUBSURFACEÏ$Ï
MODELINGÏSTUDYÏANDÏISÏAIMEDÏATÏMAKINGÏ
AÏSERIESÏOFÏREALISTICÏPREDICTIVEÏMODELSÏOFÏ
RESERVOIRÏGEOMETRYÏANDÏARCHITECTUREÏUSINGÏ
DETAILEDÏKNOWLEDGEÏOFÏSEDIMENTOLOGYÏ
and sequence stratigraphic concepts.
4HISÏCOURSEÏBLENDSÏLECTURESÏMODELINGÏ
EXERCISESÏANDÏOVERÏÏlELDÏTRIPSÏTOÏSITESÏ
in Grand Junction, Colorado and Green
2IVERÏ5TAHÏ!ÏFULLÏDAYBYDAYÏAGENDAÏCANÏ
BEÏFOUNDÏATÏ.%X4TRAININGNET
COURSE CONTENT
Q
Q
Diagnostic outcrop, core, and log
INTERPRETATIONÏOFÏmUVIODELTAICÏ
ENVIRONMENTSÏANDÏFACIES
#OREÏLOGÏANDÏRESERVOIRÏPROPERTIESÏ
INTEGRATIONÏTOÏDElNEÏmOWÏUNITS
Q
#ONCEPTUALÏMODELSÏANDÏSEQUENCEÏ
STRATIGRAPHICÏFRAMEWORKÏBUILDINGÏFORÏ
RESERVOIRÏMODELING
Q
7ELLÏDATAÏCORRELATIONÏTECHNIQUES
Q
$ETERMINISTICÏMODELINGÏTECHNIQUES
Q
(IERARCHYÏZONEÏLOGSÏANDÏLAYERINGÏ
applications
Q
$IFFERENTÏMODELINGÏTECHNIQUESÏANDÏ
IMPLICATIONSÏCOMPARISONÏFORÏSTATICÏ
CONNECTIVITY
AUDIENCE
'EOLOGISTSÏANDÏRESERVOIRÏMODELERS
PREREQUISITE
0ETRELÏ&UNDAMENTALSÏCOURSEÏORÏMIMIMUMÏ
ÏMONTHSÏOFÏ0ETRELÏUSEÏ
4HISÏCOURSEÏWILLÏCOVERÏTHEÏEVOLUTIONÏFROMÏ
CONTINENTALÏTHROUGHÏSHALLOWÏMARINEÏTOÏ
SLOPEÏANDÏSUBMARINEÏFANÏSEDIMENTATIONÏ
DURINGÏFORMATIONÏOFÏAÏFORELANDÏBASINÏWITHÏ
SYNTECTONICÏSEDIMENTATIONÏINÏADJACENTÏ
but sequential subbasins associated
WITHÏEVOLVINGÏTHRUSTÏFRONTSÏDURINGÏTHEÏ
0YRENEANÏOROGENYÏ3TARTINGÏANDÏlNISHINGÏ
INÏ"ARCELONAÏTHEÏ5PPERÏ0ALEOCENE
,OWERÏ%OCENEÏ!GERÏBASINÏTHEÏ%OCENEÏ
4REMP'RAUSSÏANDÏ!INSAÏBASINSÏTHEÏ
5PPERÏ%OCENE/LIGOCENEÏ*ACOÏBASINÏANDÏ
lNALLYÏTHEÏ/LIGO-IOCENEÏ%BROÏBASINÏWILLÏ
BEÏVISITEDÏ)MPRESSIVEÏPANORAMICÏVIEWSÏ
OFÏTHEÏVARIOUSÏSEDIMENTARYÏSEQUENCESÏ
WILLÏBEÏOBSERVEDÏANDÏSHOWÏLARGESCALEÏ
TECTONICÏELEMENTSÏTHATÏCONTROLLEDÏ
THEÏSEDIMENTATIONÏAREÏEVIDENTÏ4HEÏ
CLASTICDOMINATEDÏSEQUENCESÏESSENTIALLYÏ
RECORDÏTHEÏWESTWARDDEEPENINGÏANDÏ
PROGRESSIVELYÏMARINEÏINmUENCEDÏFORELANDÏ
BASINÏEVOLVINGÏASÏTHEÏ0YRENEANÏRANGEÏ
DEVELOPEDÏFROMÏ%OCENEÏONWARDSÏ
ALTHOUGHÏTHEÏMOREÏSOUTHERLYÏANDÏYOUNGERÏ
%BROÏBASINÏSUCCESSIONÏISÏSPECTACULARLYÏ
DOMINATEDÏBYÏALLUVIALÏFANÏANDÏmUVIALÏ
SEDIMENTSÏ4HEÏCOURSEÏBASESÏCONSISTÏOFÏ
"ARCELONAÏ4REMPÏ'RAUSSÏ!INSAÏ"ROTOÏ
and Barcelona.
COURSE CONTENT
Software
Technical courses that use software
NExT Catalog-2014(21.5x27.5).indd 47
Includes practical sessions
"ACKSHEDÏALLUVIALÏFANÏCONGLOMERATESÏ
WITHÏSOUTHERNÏPROVENANCEÏ
Q
)NCISEDÏVALLEYÏDEPOSITS
Q
4HRUSTÏSHEETÏCREATEDÏBYÏINVERSIONÏANDÏ
VIEWÏSTOPÏOFÏ#ASTISENTÏSANDSTONE
Q
3TACKEDÏCOARSENINGUPÏSTORM
DOMINATEDÏMARINEÏSHOREFACEÏ
SEDIMENTSÏOFÏ3ANTAÏ,IESTRAÏFORMATION
Q
3LOPEÏSEDIMENTÏCOLLAPSEÏSLIDEÏBLOCK
Q
!INSAÏCHANNELLEDÏTURBIDITESÏ
Q
Boltana anticline
Q
4HINÏBASINÏPLAINÏCALCTURBIDITESÏANDÏ
MEGAÏBEDÏTURBIDITESÏMÏTHICK
Q
3LUMPOLISTOSTROMEÏANDÏINVERTEDÏ
MEGAÏBEDÏTURBIDITE
Q
!LLUVIALÏFANÏCONGLOMERATESÏ
ASSOCIATEDÏWITHÏEMERGENTÏTHRUSTÏ
front
Q
-EDIALÏBASINÏLOWSINUOSITYÏmUVIALÏ
SHEETÏANDÏRIBBONÏSANDSÏSPECTACULARLYÏ
EXPOSEDÏINÏCANALÏCUTS
AUDIENCE
0ETROLEUMÏGEOLOGISTSÏGEOPHYSICISTSÏ
RESERVOIRÏENGINEERSÏSEDIMENTOLOGISTSÏ
and stratigraphers.
PREREQUISITE
Q
!GERÏBASINlLLÏSEDIMENTSÏINÏAÏ
FOOTWALLÏSYNCLINE
Q
3YNTECTONICÏUNCONFORMITY
Q
)NCISIONÏANDÏmUVIALÏ#ASTISENTÏ
sandstone
Q
-EANDERINGÏSTREAMÏPOINTÏBARÏ
deposits
Q
,ARGESCALEÏTIDALÏCROSSBEDDEDÏ
!LVEOLINAÏLIMESTONE
Q
/YSTERBEARINGÏESTUARINEÏSEDIMENTSÏ
with tidal channel erosion
Field trips
Q
Uses simulation
None
| 47
12/22/13 2:49 AM
GEOLOGY
Field Trip: Late Palaeozoic-Early Mesozoic
Sedimentation: SW Province, UK
Field Trip: Oligo-Miocene Carbonate Sedimentary
Models of Malta – Analogues for Cenozoic
Reservoirs Worldwide
Skill – 6 Days
Skill – 6 Days
4HISÏCOURSEÏFOCUSESÏONÏTYPICALÏFACIESÏ
TYPESÏOFÏDESERTÏLACUSTRINEÏINCLUDINGÏ
PLAYAÏMARINEÏmUVIODELTAICÏANDÏ
SUBMARINEÏFANÏENVIRONMENTSÏBYÏ
COMPARINGÏANDÏCONTRASTINGÏTHEÏ
depositional processes on opposite
sides of the Bristol Channel throughout
the Carboniferous. A wide range of
ENVIRONMENTSÏWILLÏBEÏVISITEDÏFROMÏ3ILURIANÏ
to Lower Jurassic with a full range
OFÏSEDIMENTARYÏSTRUCTURESÏANDÏSOFTÏ
SEDIMENTÏDEFORMATIONSÏ/NEÏSUCHÏLOCALITYÏ
2AGWENÏ0OINTÏREPUTEDLYÏOFFERSÏTHEÏBESTÏ
INÏTHEÏ5+ÏFORÏILLUSTRATINGÏTHEÏCONCEPTSÏOFÏ
SEQUENCEÏSTRATIGRAPHYÏ!ÏCOMPARISONÏOFÏ
THEÏ#RACKINGTONÏANDÏ"UDEÏFORMATIONSÏOFÏ
$EVONÏANDÏ#ORNWALLÏISÏALWAYSÏAÏSOURCEÏ
OFÏCONTROVERSYÏANDÏUSUALLYÏLEADSÏTOÏ
FASCINATINGÏDISCUSSIONSÏINÏTHEÏlELD
Q
3TEPPEDÏUNCONFORMITYÏBETWEENÏ
4RIASSICÏCONGLOMERATEÏANDÏ$INANTIANÏ
LIMESTONES
Q
5PWARDSÏPASSAGEÏFROMÏCONGLOMERATEÏ
TOÏ,IASSICÏMARINEÏ3UTTONSTONE
Q
$UNRAVENÏ"AYÏ"LUEÏ,IASÏCLIFFÏ
outcrops
Q
Q
!VONÏ'ORGEÏANDÏ"URRINGTONÏ#OMBEÏ
IFÏTIMEÏPERMITSÏTOÏVIEWÏTHEÏENTIREÏ
$INANTIANÏ,IMESTONEÏSUCCESSION
Q
4URBIDITESÏMASSIVEÏSLUMPSDEBRISÏ
mOWSÏOFÏTHEÏ.AMURIANÏ#RACKINGTONÏ
FORMATIONÏANDÏABUNDANTÏSOLEÏ
structures
COURSE CONTENT
Q
Q
Q
Q
Q
Q
Q
$EVONIANÏ/LDÏ2EDÏ3ANDSTONEÏ
sequence
(YPERSALINEÏLACUSTRINEÏSEDIMENTSÏ
WITHÏTEEPEESÏANDÏSTROMATOLITESÏOFÏ
the Upper Triassic Mercia Mudstone
+EUPERÏ-ARLÏUNCONFORMABLYÏ
OVERLYINGÏ$INANTIANÏLIMESTONESÏ
Q
$EPOSITIONALÏENVIRONMENTÏ
depositional processes, and
PALEOBATHYMETRYÏ
&RESHWATERÏFORMATIONÏWITHÏPEDOGENICÏ
OVERPRINTSÏ
Q
,OWERCOALÏMEASURESÏWITHÏANTHRACITICÏ
coals
3LIDEÏBLOCKÏANDÏAÏMASSIVEÏSLUMPÏANDÏ
LARGEÏSANDÏVOLCANOES
Q
#YCLICITYÏWITHINÏDELTAICÏDEPOSITSÏOFÏ
THEÏ.AMURIAN7ESTPHALIANÏ"IDEFORDÏ
FORMATION
3TORMDOMINATEDÏ.AMURIANÏ4WRCHÏ
SANDSTONEÏDISCONFORMABLYÏOVERLYINGÏ
THEÏ$INANTIANÏ/YSTERMOUTHÏFORMATION
AUDIENCE
#ONTACTÏBETWEENÏ5PPERÏ.AMURIANÏ
ANDÏ,OWERMOSTÏ7ESTPHALIANÏACROSSÏ
the Gastrioceras subcrenatumÏMARINEÏ
BANDÏBOUNDARYÏ
0ETROLEUMÏGEOLOGISTSÏGENERALÏ
GEOSCIENTISTSÏSEDIMENTOLOGISTSÏRESERVOIRÏ
engineers, and structural geologists.
#LASSICÏCOARSENINGUPÏDELTAICÏ
SEQUENCEÏINCORPORATINGÏTHEÏ!MROTHÏ
SLUMPÏCULMINATINGÏINÏTHEÏ,ADYÏ&ROLICÏ
COALÏSEAMÏ
None
,OWERÏ7ESTPHALIANÏCOALÏMEASURESÏ
CONTAININGÏANKERITICÏ!MROTHÏ
FRESHWATERÏLIMESTONEÏ+ILGETTYÏCOALÏ
SEAMÏSIDERITEÏCONCRETIONSÏANDÏ
liquefaction structures
Q
7ISEMANSÏ"RIDGEÏ-ULTISTORYÏ
channel stack with possible tidal
INmUENCE
Q
3AUNDERSFOOTÏ3TAMMERSÏ6EINSÏCOALÏ
SEAMSÏANDÏPALEOVALLEYÏlLL
48 |
NExT Catalog-2014(21.5x27.5).indd 48
PREREQUISITE
The course introduces the attendees to
CARBONATEÏSEDIMENTOLOGYÏANDÏSEQUENCEÏ
STRATIGRAPHYÏTHROUGHÏLECTURESÏANDÏUSINGÏ
THEÏEXCELLENTÏ/LIGOCENEÏANDÏ-IOCENEÏ
LIMESTONEÏOUTCROPSÏOFÏ-ALTAÏANDÏITSÏ
SISTERÏISLANDÏ'OZOÏ%XCELLENTÏEXPOSURESÏ
OFÏSYSTEMSÏTRACTSÏACROSSÏDEPOSITIONALÏ
MODELSÏOFÏBOTHÏCARBONATERIMMEDÏ
PLATFORMSÏANDÏAÏCARBONATEÏRAMPÏILLUSTRATEÏ
THEÏPRINCIPLESÏOFÏSEQUENCEÏSTRATIGRAPHYÏ
on Malta. Additional interest arises
FROMÏTHEÏOVERPRINTSÏOFÏSYNSEDIMENTARYÏ
tectonics associated with rifting, plus
spectacular karstic collapse structures.
4HESEÏEXPOSURESÏPROVIDEÏAÏGENERALÏ
training ground for carbonate rocks as
WELLÏASÏVERYÏGOODÏANALOGUESÏFORÏ#ENOZOICÏ
RESERVOIRSÏEGÏ3%Ï!SIAÏANDÏTHEÏ'ULFÏOFÏ
3UEZÏ4HISÏCOURSEÏISÏBASEDÏINÏ3LIEMAÏ
Malta.
Q
%XCEPTIONALÏTRANSGRESSIVEÏSECTIONÏ
FROMÏINNERÏRAMPÏTOÏPELAGICÏCARBONATEÏ
FACIESÏOMISSIONÏANDÏmOODINGÏ
SURFACESÏLATERALÏFACIESÏANDÏTHICKNESSÏ
CHANGESÏRELATEDÏTOÏFAULTBLOCKÏ
rotation
Q
+ARSTÏDISSOLUTIONÏSTRUCTURESÏ-IOCENEÏ
BLUEÏHOLES
Q
3UBAERIALÏEXPOSUREÏSURFACEÏCALCRETES
Q
Q
Q
COURSE CONTENT
Q
Carbonate grains, carbonate
ACCUMULATIONÏPROCESSESÏANDÏ
carbonate factories, depositional
ENVIRONMENTSÏFACIESÏANDÏFACIESÏ
MODELS
Q
2IMMEDÏCARBONATEÏPLATFORMSÏANDÏ
CARBONATEÏRAMPS
Q
2AMPÏCARBONATEÏFACIESÏANDÏFACIESÏ
MODELSÏ
Q
4RANSECTÏFROMÏINNERÏTOÏMIDÏTOÏOUTERÏ
RAMPÏFACIESÏBELTSÏANDÏDISCUSSIONÏOFÏ
FACIESÏMODELSÏFORÏRAMPÏSEDIMENTATION
Q
#ORRELATIONÏOFÏlELDÏSKETCHÏLOGSÏFROMÏ
INNERÏTOÏOUTERÏRAMPÏANDÏCONSTRUCTIONÏ
OFÏFACIESÏMODEL
Q
0RINCIPLESÏOFÏCARBONATEÏSEQUENCEÏ
STRATIGRAPHYÏUSINGÏOUTCROPÏANDÏ
SEISMICÏDATA
Q
#LASSIlCATIONÏOFÏCARBONATEÏPLATFORMS
Q
3HELFÏANDÏPELAGICÏLIMESTONESÏ
SYNSEDIMENTARYÏTECTONICSÏKARSTICÏ
dissolution features, and calcretes
Q
Contrasting carbonate factories and
POROSITYÏEVOLUTION
6ARIOUSÏCARBONATEÏFACTORIESÏ
(ETEROZOANÏANDÏ0HOTOZOANÏ
generating different facies,
STRATIGRAPHICÏGEOMETRIESÏANDÏPOREÏ
SYSTEMSÏTHATÏHAVEÏIMPORTANTÏCONTROLSÏ
ONÏRESERVOIRÏQUALITY
Carbonate depositional sequences,
sequence boundaries, and slope
DEPOSITSÏONÏAÏRIFTEDÏPLATFORMÏMARGIN
Shelf carbonate facies in two
DEPOSITIONALÏSEQUENCESÏSUBSEQUENTLYÏ
DISSECTEDÏBYÏTHEÏ-ALTAÏ'RABENÏ
LEADINGÏTOÏDIVERSEÏCARBONATEÏSLOPEÏ
facies
AUDIENCE
0ETROLEUMÏGEOLOGISTSÏGENERALÏ
GEOLOGISTSÏSEDIMENTOLOGISTSÏRESERVOIRÏ
MODELLERSÏRESERVOIRÏENGINEERSÏANDÏ
PETROPHYSICISTS
PREREQUISITE
None
Visit NExTtraining.net/classes for the latest calendar or to register for a course.
12/22/13 2:49 AM
GEOLOGY
Field Trip: Permian Basin Floor Fan Systems
of Karoo, South Africa
Field Trip: Reservoir-Scale Heterogeneity in Upper
Miocene Platforms of the Balearic Islands, Spain
Skill – 6 Days
Skill – 6 Days
This course will help attendees
understand the lithofacies and
ARCHITECTURALÏRELATIONSHIPSÏOFÏTHEÏ0ERMIANÏ
BASINÏmOORÏFANÏSYSTEMÏINÏTHEÏ4ANQUA
+AROOÏAREAÏWESTERNÏ#APEÏ3OUTHÏ!FRICAÏ
FROMÏOUTCROPSÏCORESÏANDÏLOGSÏ4HISÏAREAÏ
CONTAINSÏSOMEÏOFÏTHEÏWORLDSÏBESTÏBASINÏ
mOORÏFANÏEXPOSURESÏ4HISÏREGIONÏHASÏ
BEENÏTHEÏTOPICÏOFÏAÏ%UROPEANSPONSOREDÏ
RESEARCHÏPROJECTÏINÏWHICHÏAÏLARGEÏAMOUNTÏ
OFÏOUTCROPÏDATAÏHAVEÏBEENÏACQUIREDÏANDÏ
SEVENÏRESEARCHÏBOREHOLESÏWEREÏDRILLEDÏ
COREDÏANDÏLOGGEDÏWITHÏSTATEOFTHEARTÏ
logging suites. These data and the
IMPORTANTÏRESULTSÏOFÏTHEÏPROJECTÏWILLÏBEÏ
SHAREDÏWITHÏTHEÏATTENDEESÏ(IKINGÏOVERÏ
THEÏSUCCESSIONÏFROMÏTHEÏBASINALÏFANSÏ
across the shelf edge to the prodelta
deposits is a highlight of the course.
4HEÏCOURSEÏBASEÏISÏTHEÏ)NVERDOORNÏ'AMEÏ
Lodge.
Q
)NVERDOORNÏCOREÏWORKSHOPÏLOGSÏANDÏ
BOREHOLEÏIMAGESÏANDÏCOMPARISONÏ
with outcrops
Q
Using well data and outcrop
ANALOGUESÏFORÏRESERVOIRÏMODELINGÏ
Q
.EWÏINFORMATIONÏFROMÏCORESLOGSÏNOTÏ
OBSERVEDÏINÏOUTCROPS
Q
(IKEÏENTIREÏSEDIMENTARYÏSUCCESSIONÏ
FROMÏBASINÏmOORÏFANSÏTOÏSLOPEÏ
deposits, shelf edge transition, and
prodelta deposits
AUDIENCE
0ETROLEUMÏGEOLOGISTSÏGENERALÏ
GEOLOGISTSÏSEDIMENTOLOGISTSÏRESERVOIRÏ
MODELERSÏRESERVOIRÏENGINEERSÏANDÏ
SEISMICÏINTERPRETERS
This course will help attendees
understand the factors that control
FACIESÏBELTÏDISTRIBUTIONSÏPLATFORMÏ
architecture, and internal distribution
OFÏHETEROGENEITIESÏ4HEÏlRSTÏPORTIONÏOFÏ
THEÏCOURSEÏCOVERSÏAÏ,OWERÏ4ORTONIANÏ
depositional sequence consisting of a
TRANSGRESSIVEÏSYSTEMSÏTRACTÏNEARSHOREÏ
carbonates onlapping and backstepping
ONTOÏ.EOGENEÏANDÏ-ESOZOICÏROCKSÏ
ANDÏAÏHIGHSTANDÏSYSTEMSÏTRACTÏ(34Ï
that corresponds to an aggrading
ANDÏPROGRADINGÏHIGHENERGYÏDISTALLYÏ
STEEPENEDÏRAMPÏ4HEÏSECONDÏPORTIONÏOFÏ
the course concentrates on an Upper
Tortonian / Lower Miocene depositional
SEQUENCEÏCOMPRISINGÏAÏPROGRADINGÏ
REEFRIMMEDÏPLATFORMÏRESULTINGÏFROMÏ
EUPHOTICÏCARBONATEÏPRODUCTIONÏBYÏAÏ
FRAMEWORKDOMINATEDÏREEFÏSYSTEM
COURSE CONTENT
Q
'EOLOGYÏOFÏTHEÏWESTERNÏ
Mediterranean and Balearic islands
/VERVIEWÏOFÏ7ESTERNÏBASINÏMARGINÏ
ANDÏITSÏDEVELOPMENT
Q
/UTCROPSÏOFÏINNERÏANDÏMIDDLEÏZONESÏOFÏ
THEÏ-IGJORNÏ2AMP
#HANNELÏGEOMETRIESÏLEVEESÏCOLLAPSEÏ
STRUCTURESÏPALEOmOWÏRELATIONSHIPSÏ
ANDÏTHINBEDDEDÏOVERBANKÏDEPOSITS
Q
#ARBONATEÏPLATFORMS
Q
2AMPÏSLOPEÏTOEÏOFÏSLOPEÏDUNESÏ
GRAVITYÏmOWSÏANDÏSUBWAVEBASEÏ
grainstones
Q
/RDOVICIANÏTOÏ$EVONIANÏSUCCESSIONÏ
Q
Q
,OBEÏARCHITECTUREÏBEDS
ELEMENTSLOBEÏASSOCIATIONSÏLOCALÏ
CHANNELIZATIONÏANDÏLINKEDÏDEBRITES
PREREQUISITE
COURSE CONTENT
Q
Q
None
3TUDYÏINTERNALÏARCHITECTUREÏ
SEDIMENTARYÏSTRUCTURESÏANDÏ&ANÏÏ
sheet sands
Q
0HOSPHATICÏCRUSTÏATÏTHEÏTRANSITIONÏ
BETWEENÏRHODALGALÏRAMPÏANDÏ
OVERLYINGÏREEFÏCOMPLEX
Q
%COLOGICALÏ!CCOMMODATIONÏ#ONCEPT
Q
0RERAMPÏFANÏDELTAÏUNCONFORMITYÏANDÏ
BACKSTEPPINGÏBEACHÏTRANSGRESSIVEÏ
SYSTEMSÏTRACTÏ;434=
Q
,INEARÏVERSUSÏNONLINEARÏRESPONSEÏ
OFÏCARBONATEÏPLATFORMSÏTOÏSEALEVELÏ
changes
Q
)NmUENCEÏOFÏBASEMENTÏPHYSIOGRAPHYÏ
on carbonate factories
Q
,LUCMAJORÏ0LATFORMÏOUTCROPS
Q
/VERVIEWÏOFÏREEFRIMMEDÏPLATFORMÏ
architecture
Q
Shallow basin and forereef slope
Q
Reef core and inner lagoon
Q
Outer lagoon lithofacies
Q
Shallow water carbonates and
SUBTIDALÏSTROMATOLITES
Q
+ARSTÏCOLLAPSEÏSTRUCTURES
Q
#OREÏCORRELATIONÏANDÏSEISMICÏ
INTERPRETATIONÏEXERCISESÏINÏTHEÏlELD
AUDIENCE
Geoscientists and earth scientists who
wish to gain a better understanding of
RESERVOIRÏHETEROGENEITY
PREREQUISITE
Basic understanding of or background in
GEOLOGY
Software
Technical courses that use software
NExT Catalog-2014(21.5x27.5).indd 49
Includes practical sessions
Field trips
Uses simulation
| 49
12/22/13 2:49 AM
GEOLOGY
Field Trip: Syn-Rift Carbonate Platforms
Miocene-Recent Gulf of Suez
Integrated 3D Reservoir
Modeling Workshop
Mapping the Subsurface
Skill – 6 Days
Skill – 5 Days
Skill – 5 Days
In this workshop, attendees learn
AÏHANDSONÏPRACTICALÏWORKmOWÏFORÏ
BUILDINGÏAÏSTATICÏRESERVOIRÏMODELÏUSINGÏ
THEÏ0ETRELÏPLATFORMÏ#OURSEÏTOPICSÏ
include a solid presentation of the
THEORYÏANDÏMETHODOLOGIESÏBEHINDÏ
$ÏRESERVOIRÏMODELINGÏWITHÏPRACTICALÏ
applications. Attendees will learn a
STEPWISEÏAPPROACHÏTOÏMODELÏBUILDINGÏ
THATÏSTARTSÏWITHÏANÏOVERVIEWÏOFÏRESERVOIRÏ
MODELINGÏBUILDINGÏOFÏAÏSTRUCTURALÏ
FRAMEWORKÏCONTINUINGÏWITHÏLAYERINGÏ
ANDÏGRIDDINGÏANDÏPOPULATINGÏTHEÏMODELÏ
WITHÏRESERVOIRÏPROPERTIESÏ4HEÏATTENDEESÏ
WILLÏGAINÏVALUABLEÏEXPERIENCEÏINÏUSEÏOFÏ
VOLUMETRICSÏWITHÏUNCERTAINTIESÏANDÏBASICÏ
geostatistics.
This course will take the attendee
THROUGHÏTHEÏPRIMARYÏTECHNIQUESÏFORÏ
CONSTRUCTINGÏTWODIMENSIONALÏ$Ï
MAPSÏANDÏSECTIONSÏOFÏTHEÏSUBSURFACEÏ
including the integration of well data and
KEYÏSURFACESÏDElNINGÏTHEÏFRAMEWORKÏOFÏ
geologic units in the subsurface as the
FOUNDATIONÏOFÏSUBSURFACEÏEVALUATIONÏ
4HESEÏINITIALÏ$ÏTECHNIQUESÏALLOWÏTHEÏ
INTERPRETERÏTOÏDISPLAYÏTHEÏ$ÏRELATIONSHIPSÏ
OFÏGEOLOGICÏSURFACESÏANDÏANYÏASSOCIATEDÏ
FAULTSÏWHICHÏAREÏKEYÏTOÏDElNINGÏTHEÏ
SPATIALÏANDÏVOLUMETRICÏASPECTSÏOFÏTHEÏ
associated subsurface resource. The
geologic surface and fault relationships
ANALYZEDÏINÏTHISÏCOURSEÏWILLÏALSOÏBEÏLINKEDÏ
TOÏTHEÏOVERALLÏASPECTSÏOFÏDEPOSITIONALÏ
SETTINGSÏANDÏSTRUCTURALÏSTYLESÏTHATÏAREÏ
PRESENTÏWITHINÏGLOBALÏDEVELOPMENTÏOFÏ
geologic terrains.
4HISÏDAYÏlELDÏANDÏCLASSROOMBASEDÏ
COURSEÏINVESTIGATESÏTHEÏCOMPLEXÏFACIESÏ
relationships found in rift basin carbonate
PLATFORMSÏANDÏPROVIDESÏINSIGHTSÏINTOÏSYNÏ
SEDIMENTARYÏSTRUCTURALÏINmUENCESÏANDÏ
CHANGINGÏDEPOSITIONALÏENVIRONMENTSÏWITHÏ
RIFTÏBASINÏEVOLUTIONÏ"ASEDÏONÏTHEÏSHORESÏ
OFÏTHEÏSOUTHERNÏ'ULFÏOFÏ3UEZÏTHISÏCOURSEÏ
BEGINSÏWITHÏAÏREVIEWÏANDÏUPDATEÏONÏTHEÏ
PROCESSESÏOFÏCARBONATEÏSEDIMENTATIONÏ
USINGÏTHEÏNATURALÏLABORATORYÏOFÏTHEÏNEARBYÏ
MODERNÏSHALLOWÏMARINEÏENVIRONMENTSÏ
4ECTONOSTRATIGRAPHICÏMODELSÏFORÏ
CARBONATESÏAREÏTHENÏINVESTIGATEDÏWITHÏ
AÏFOCUSÏONÏRIFTÏBASINÏENVIRONMENTSÏ
Concepts are reinforced and
DEMONSTRATEDÏINÏTHEÏlELDÏONÏWORLDCLASSÏ
EXPOSURESÏOFÏANÏEXHUMEDÏ-IOCENEÏ
CARBONATEÏPLATFORMÏ4HISÏENABLESÏ
POTENTIALÏRESERVOIRÏFACIESÏTOÏBEÏSTUDIEDÏ
INÏDIFFERENTÏSTRUCTURALÏSETTINGSÏFOOTWALLÏ
TRANSFERÏZONEÏETCÏANDÏTHEÏCHANGEÏFROMÏ
MARINEÏTOÏNONMARINEÏCARBONATEÏFACTORIESÏ
TOÏBEÏCORRELATEDÏWITHÏRIFTÏBASINÏEVOLUTIONÏ
4HEÏlNALÏLECTURESÏEXAMINEÏEVAPORITICTO
MARINETOLACUSTRINEÏRIFTÏBASINÏCARBONATESÏ
FROMÏ-ESOZOICÏANDÏ#ENOZOICÏBASINSÏ
37ÏANDÏ.%Ï!TLANTICÏ3%Ï!SIAÏANDÏ2EDÏ
3EA'ULFÏOFÏ!DEN
Q
'ULFÏOFÏ3UEZÏÏ2EDÏ3EAÏRIFTÏBASINÏ
GEOLOGICALÏEVOLUTIONÏ
Q
0RINCIPLESÏOFÏCARBONATEÏSEQUENCEÏ
STRATIGRAPHYÏANDÏOUTCROPÏANDÏSEISMICÏ
SEQUENCEÏSTRATIGRAPHYÏOFÏCARBONATES
Q
4ECTONICÏCLASSIlCATIONÏOFÏCARBONATEÏ
PLATFORMS
Q
Q
Q
Q
Q
Q
COURSE CONTENT
Q
Q
Introduction to processes of
CARBONATEÏACCUMULATIONÏCARBONATEÏ
factories, and depositional
ENVIRONMENTS
Modern carbonate grains and
TEXTURALÏCLASSIlCATIONÏOFÏCARBONATES
Q
#ARBONATEÏFACIESÏANDÏFACIESÏMODELS
Q
#ARBONATEÏGRAINÏTYPESÏANDÏEARLYÏ
LITHIlCATIONÏINÏSUBTROPICALÏLAGOONÏ
beach, fringing reef and wadi
ENVIRONMENTSÏCLASTICCARBONATEÏ
INTERACTIONSÏINÏSHALLOWÏMARINEÏ
setting
Stratigraphic and structural settings,
footwall to hanging wall facies
associations, sequences, and
POTENTIALÏRESERVOIRÏFACIESÏ
)NTERWELLÏCORRELATIONSÏINÏFAULTBLOCKÏ
PLATFORMÏSETTING
Stratigraphic architecture and
carbonate facies associations in a
TRANSFERÏZONEÏSETTINGÏANDÏCHANGINGÏ
carbonate factories with rift basin
isolation
Stratigraphic logging and facies
correlation
%XERCISESÏONÏRIFTÏBASINÏCARBONATESÏ
STRUCTURALÏSETTINGSÏOFÏPLATFORMSÏINÏ
MARINEÏTOÏLACUSTRINEÏANDÏEVAPORITICÏ
BASINSÏNONMARINELACUSTRINEÏ
carbonates in rift basin settings, and
FACIESÏANDÏFACIESÏMODELS
)NTERPRETATIONÏOFÏMARINEÏANDÏ
LACUSTRINEÏCARBONATEÏRESERVOIRÏROCKS
AUDIENCE
0ETROLEUMÏGEOLOGISTSÏGENERALÏGEOLOGISTSÏ
SEDIMENTOLOGISTSÏRESERVOIRÏMODELERSÏ
RESERVOIRÏENGINEERSÏANDÏPETROPHYSICISTS
PREREQUISITE
COURSE CONTENT
Q
0ETRELÏPLATFORMÏSOFTWAREÏDATAÏIMPORTÏ
ANDÏEXPORTÏREVIEW
Q
7ELLÏCORRELATIONSÏ'ENERATEÏANDÏEDITÏ
well tops
Q
3TRUCTURALÏMODELINGÏ&AULTÏMODELINGÏ
GRIDÏDESIGNÏQUALITYÏCHECKINGÏ
ZONATIONÏANDÏLAYERING
Q
3TATISTICSÏANDÏDATAÏANALYSISÏREVIEW
Q
"ASICSÏOFÏGEOSTATISTICSÏANDÏVARIOGRAMÏ
ANALYSISÏINTRODUCTIONÏTOÏKRIGINGÏANDÏ
ESTIMATIONÏTECHNIQUES
Q
$ETERMINISTICÏANDÏPROPERTYÏMODELINGÏ
INCLUDINGÏFACIESÏMODELING
Q
0ROPERTYÏDATAÏPETROPHYSICSÏSEISMICÏ
ANDÏWELLTESTÏDATAÏINTEGRATION
Q
"ASICÏKNOWLEDGEÏOFÏGEOLOGY
Q
Q
Stochastic and conditional
SIMULATIONS
6OLUMETRICÏCALCULATIONSÏEXERCISEÏ
WITHÏMULTIPLEÏREALIZATIONSÏANDÏRANKING
Design and properties upscaling
AUDIENCE
Geoscientists or engineers desiring
a practical approach to building 3D
RESERVOIRÏMODELSÏWITHÏ0ETRELÏPLATFORMÏ
software.
PREREQUISITE
"ASICÏUNDERSTANDINGÏOFÏ0ETRELÏPLATFORMÏ
software.
50 |
NExT Catalog-2014(21.5x27.5).indd 50
NEW
COURSE CONTENT
Q
#OURSEÏOBJECTIVESÏHISTORYÏANDÏ
PRINCIPLESÏOFÏSURFACEÏMAPPINGÏACROSSÏ
STRUCTURALÏSTYLESÏ
Q
7ELLBOREÏCORRELATIONÏOFÏVERTICALÏANDÏ
directional drilling data to subsurface
FEATUREÏMAPPINGÏ
Q
Applications of fault and surface
MAPPINGÏTECHNIQUESÏTOÏSTRUCTURALÏ
STYLESÏSTRIKESLIPÏGROWTHÏ
COMPRESSIONALÏANDÏTHRUSTÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏÏ
Q
0ETRELÏPLATFORMÏMAPPINGÏINTRODUCTIONÏ
nÏVOLUMETRICÏCALCULATIONÏFROMÏSURFACEÏ
MAPPINGÏ
Q
#OMPUTERÏCONTOURINGÏTECHNIQUES
AUDIENCE
'EOLOGISTSÏPETROLEUMÏENGINEERSÏ
ANDÏGEOPHYSICISTSÏINVOLVEDÏWITHÏ
THEÏDEVELOPMENTÏOFÏOILÏANDÏGASÏRESERVOIRSÏ
and needing knowledge of correlation
ANDÏSTRUCTURALSTRATIGRAPHICÏMAPPINGÏ
techniques.
PREREQUISITE
!ÏFUNDAMENTALÏUNDERSTANDINGÏOFÏGEOLOGICÏ
CONCEPTSÏ4HEÏ0ETRELÏPLATFORMÏSOFTWAREÏ
will be used in the course. Although it is
STRONGLYÏSUGGESTEDÏTHATÏATTENDEESÏHAVEÏ
TAKENÏTHEÏ)NTRODUCTIONÏTOÏ0ETRELÏCOURSEÏITÏ
is not required.
Visit NExTtraining.net/classes for the latest calendar or to register for a course.
12/22/13 2:49 AM
GEOLOGY
Mud Logging—Surface
Gas Measurement and Fluid
Characterization
NEW
Skill – 5 Days
This course consists of theoretical
CLASSROOMÏSESSIONSÏLEDÏBYÏANÏEXPERIENCEDÏ
PROFESSIONALÏPROVIDINGÏINDEPTHÏ
EXPLANATIONÏOFÏGASÏANALYSISÏATÏTHEÏ
SURFACEÏ4HEÏTHEORETICALÏCLASSROOMÏ
SESSIONSÏWILLÏBEÏCOMPLEMENTEDÏ
WITHÏPRACTICALÏEXERCISESÏCOVERINGÏ
THEÏTYPESÏOFÏGASÏENCOUNTEREDÏDURINGÏ
drilling, degassing apparatus, gas
ANALYSISÏTECHNOLOGYÏANDÏREALTIMEÏGASÏ
INTERPRETATIONÏEXERCISESÏ4HEÏCOURSEÏ
WILLÏPROVIDEÏAÏCLEARÏUNDERSTANDINGÏONÏ
how gases are generated during drilling,
HOWÏTHEYÏAREÏCARRIEDÏTOÏSURFACEÏTHEÏ
TECHNOLOGYÏTOÏEXTRACTÏTHEÏGASÏFROMÏTHEÏ
DRILLINGÏmUIDSÏTHEÏTECHNOLOGYÏUSEDÏFORÏ
GASÏANALYSISÏANDÏBESTÏPRACTICESÏFORÏTHEÏ
INTERPRETATIONÏOFÏGASÏDATAÏTOÏBETTERÏREmECTÏ
what is occurring downhole.
Petroleum Systems and
Exploration and Development
Geochemistry
Play-to-Prospect Exploration: Integrated
Exploration Techniques and Workflows using
Petrel E&P Software Platform
Skill – 5 Days
Skill – 5 Days
!PPLICATIONSORIENTEDÏTHISÏCOURSEÏ
presents interpretation guidelines to
EVALUATEÏPROSPECTIVEÏSOURCEÏROCKSÏANDÏ
DElNEÏPETROLEUMÏSYSTEMSÏ!TTENDEESÏWILLÏ
LEARNÏABOUTÏSOMEÏOFÏTHEÏMAINÏAPPLICATIONSÏ
OFÏGEOCHEMISTRYÏTOÏREDUCEÏTHEÏRISKÏINÏ%0Ï
TOTALÏORGANICÏCARBONÏROCKEVALUATIONÏ
PYROLYSISÏVITRINITEÏREmECTANCEÏTHERMALÏ
ALTERATIONÏINDEXÏKEROGENÏELEMENTALÏ
ANALYSISÏGEOCHEMICALÏLOGSÏANDÏMAPSÏ
RECONSTRUCTEDÏGENERATIVEÏPOTENTIALÏ
CALCULATIONSÏANDÏGASÏCHROMATOGRAPHY
4HEÏMAINÏGOALÏOFÏTHISÏDAYÏCOURSEÏISÏFORÏ
THEÏATTENDEEÏTOÏLEARNÏHOWÏTOÏPERFORMÏ
PLAYÏEVALUATIONÏWHICHÏINTEGRATESÏALLÏ
OFÏTHEÏELEMENTSÏOFÏAÏPETROLEUMÏSYSTEMÏ
INTOÏGEOLOGICALLYÏBASEDÏOBJECTIVEÏ
CONSISTENTÏANDÏDOCUMENTEDÏRESULTSÏUSEDÏ
to understand and rank opportunities.
The attendees will learn how to keep
THEIRÏPLAYÏANDÏPROSPECTÏEVALUATIONÏLIVEÏ
ANDÏUSABLEÏWHENEVERÏNEWÏUNDERSTANDINGÏ
ORÏDATAÏBECOMEÏAVAILABLEÏ&OREMOSTÏ
attendees will gain an understanding
OFÏWHYÏINTEGRATEDÏPETROLEUMÏSYSTEM
BASEDÏEXPLORATIONÏISÏANÏINDUSTRYÏBESTÏ
practice. The attendee will learn how
THEÏFUNDAMENTALSÏOFÏPETROLEUMÏSYSTEMSÏ
ANDÏPLAYÏCONCEPTSÏAREÏANÏESSENTIALÏPARTÏ
OFÏBESTPRACTICEÏEXPLORATIONÏ!TTENDEESÏ
WILLÏEVALUATEÏAÏCONCESSIONÏAREAÏUSINGÏTHEÏ
0ETRELÏPLATFORMÏOFÏINTEGRATEDÏPETROLEUMÏ
SYSTEMBASEDÏPLAYTOPROSPECTÏEXPLORATIONÏ
TOOLSÏANDÏWORKmOWSÏ0ETROLEUMÏ3YSTEMSÏ
1UICKÏ,OOKÏANDÏ0LAYÏTOÏ0ROSPECTÏ2ISKÏÏ
The attendees will be acquainted with
THEÏTHEORYÏBEHINDÏTHEÏTOOLSÏINPUTSÏANDÏ
WORKmOWSÏANDÏBEÏABLEÏTOÏUSEÏTHESEÏTOOLSÏ
TOÏPERFORMÏPLAYÏANDÏPROSPECTÏEVALUATIONSÏ
AFTERÏCOMPLETINGÏTHISÏCOURSE
COURSE CONTENT
Q
Q
Q
COURSE CONTENT
Q
/RIGINSÏOFÏGASÏINÏMUD
Q
Q
Degassing process
Q
Different degassing techniques
Q
'ASÏANALYSISÏTECHNOLOGYÏ
Q
Gas interpretation generalities
Q
New technologies
Q
Gas corrections
Q
)NTERPRETATIONÏMETHODOLOGIES
Q
Degassing case studies
AUDIENCE
7ELLSITEÏGEOLOGISTSÏANDÏOPERATIONÏ
geologists.
PREREQUISITE
!ÏRESPECTABLEÏUNDERSTANDINGÏOFÏMUDÏ
logging.
&UNDAMENTALSÏOFÏPETROLEUMÏ
GEOCHEMISTRY
"ASICÏGEOCHEMICALÏMEASUREMENTSÏ
and interpretation pitfalls
Construction of the original
PETROLEUMÏGENERATIVEÏPOTENTIALÏOFÏ
spent source rock
)DENTIlCATIONÏANDÏQUANTIlCATIONÏOFÏ
ELEMENTSÏANDÏPROCESSESÏTHATÏCONTROLÏ
PETROLEUMÏSYSTEMSÏ
Q
#OLLECTIONÏOFÏOILÏANDÏROCKÏSAMPLESÏANDÏ
EVALUATIONÏOFÏDATAÏQUALITY
Q
5SEÏOFÏBIOMARKERSÏANDÏISOTOPESÏ
to correlate oils and source rocks
ANDÏASSESSÏTHERMALÏMATURITYÏANDÏ
biodegradation
COURSE CONTENT
Q
0ETROLEUMÏSYSTEMÏANDÏPLAYTO
PROSPECTÏFUNDAMENTALSÏ
Q
#ONCESSIONÏANALYSISÏ
Q
$RYÏHOLEÏANALYSISÏ
Q
1UICKÏEVALUATIONÏOFÏHYDROCARBONÏ
generation potential
Q
2ESERVOIRÏEVALUATIONÏMETHODS
Q
Use structural interpretation
ALTERNATIVESÏTOÏCONSTRUCTÏAÏTRAPÏ
PRESENCEÏMAPÏFROMÏTHEÏINPUTÏDATAÏ
ANDÏAÏCONCEPTUALÏMODEL
Q
Charge generation
Q
#HARGEÏTIMINGÏ
Q
Migration
Q
)DENTIFYÏLEADSÏ
Q
0OSTSEISMICÏPROSPECTÏEVALUATIONÏ
Q
Rank prospects
AUDIENCE
Geoscientists wanting to learn prospect
EXPLORATIONÏFUNDAMENTALSÏANDÏHOWÏTOÏ
PERFORMÏTHEÏWORKmOWSÏUSINGÏ0ETRELÏ
PLATFORMÏSOFTWARE
PREREQUISITE
)DEALLYÏATTENDEESÏWILLÏHAVEÏATTENDEDÏTHEÏ
0ETRELÏ&UNDAMENTALSÏCLASS
AUDIENCE
%XPLORATIONÏANDÏDEVELOPMENTÏGEOLOGISTSÏ
GEOCHEMICALÏCOORDINATORSÏMANAGERSÏ
ANDÏGEOSCIENTISTSÏWHOÏREQUIREÏMOREÏ
KNOWLEDGEÏABOUTÏPETROLEUMÏSYSTEMSÏ
PETROLEUMÏGEOCHEMISTRYÏANDÏBASINÏ
MODELING
PREREQUISITE
+NOWLEDGEÏOFÏBASICÏPETROLEUMÏGEOLOGYÏ
ANDÏPETROLEUMÏSYSTEMS
Software
Technical courses that use software
NExT Catalog-2014(21.5x27.5).indd 51
Includes practical sessions
Field trips
Uses simulation
| 51
12/22/13 2:49 AM
GEOLOGY
Sedimentology and
Depositional Environments
of Deepwater Deposits
Structural Geology
Subsurface Facies Analysis: Integrating Borehole
Images and Well Logs with Rock Physics and Seismic
Data to Develop Geologic Models
Skill – 5 Days
Skill – 5 Days
Skill – 5 Days
4HISÏDAYÏCOURSEÏCOVERSÏTHEÏTHEORYÏ
ANDÏAPPLICATIONÏOFÏSEDIMENTOLOGYÏANDÏ
DEPOSITIONALÏENVIRONMENTSÏOFÏDEEPWATERÏ
deposits. The course consists of an
EXTENSIVEÏSERIESÏOFÏTOPICRELATEDÏMODULESÏ
in addition to workshops on attendee
datasets.
This course introduces the attendees to
THEÏMAINÏELEMENTSÏOFÏGEOMECHANICSÏANDÏ
EMPLOYSÏTHESEÏELEMENTSÏASÏTHEÏBASISÏFORÏ
UNDERSTANDINGÏSTRUCTURALÏGEOMETRIESÏ
KINEMATICSÏANDÏTHEÏUNIVERSALLYÏAPPLICABLEÏ
GEOMECHANICALÏAPPROACHÏ!TTENDEESÏWILLÏ
LEARNÏBASICÏINTERPRETATIONÏANDÏMAPPINGÏ
TECHNIQUESÏFORÏEACHÏTECTONICÏREGIMEÏ!Ï
PORTABLEÏSANDBOXÏDEMONSTRATESÏANALOGÏ
MODELINGÏOFÏTHEÏMAINÏTECTONICÏREGIMESÏ
"RINGINGÏACTUALÏPROBLEMSÏORÏCHALLENGESÏ
for general discussion and integrated
HANDSONÏPROBLEMÏSOLVINGÏISÏENCOURAGED
This course presents an integrated
APPROACHÏTOÏSUBSURFACEÏFACIESÏANALYSISÏ
BYÏCOMBININGÏIMAGEÏANDÏDIPÏDATAÏ
interpretation with outcrop studies. The
APPROACHÏUSESÏHIGHRESOLUTIONÏSEISMICÏ
DATAÏTOÏRElNEÏCOMPLETEÏRESERVOIRÏMODELSÏ
Attendees will learn the integrated
APPROACHÏFROMÏEXAMPLESÏANDÏCASEÏ
studies.
COURSE CONTENT
Q
Q
,ECTUREÏMODULESÏSUPPORTEDÏANDÏ
COMPLEMENTEDÏBYÏAÏNUMBERÏOFÏ
PAPERBASEDÏEXERCISESÏMOSTLYÏBUILTÏ
AROUNDÏCORRELATIONÏPROBLEMS
&ULLÏSETÏOFÏLECTUREÏMATERIALSÏANDÏ
EXERCISESÏANDÏTHEÏBOOKÏh0ETROLEUMÏ
3YSTEMSÏOFÏ$EEPWATERÏ3ETTINGSvÏBYÏ
0Ï7EIMERÏANDÏ2-Ï3LATTÏGIVENÏTOÏ
EACHÏATTENDEEÏ;SUBJECTÏTOÏAVAILABILITYÏ
FROMÏTHEÏPUBLISHERSÏANDÏTOÏTIMELYÏ
ADVICEÏBYÏTHEÏCLIENTÏONÏTHEÏREQUIREDÏ
NUMBERÏOFÏCOPIES=
COURSE CONTENT
Q
'EOMECHANICSÏANDÏGENERALÏFAULTÏ
characteristics introduction
Q
%XTENSIONALÏTECTONICSÏ
Q
3TRIKESLIPÏTECTONICSÏ
Q
AUDIENCE
3TRUCTURALÏRESERVOIRÏTYPESÏINÏSITUÏ
STRESSÏANALYSISÏANDÏFAULTÏSEALINGÏ
MECHANISMSÏ
Geologists.
Q
#OMPRESSIONALÏTECTONICS
PREREQUISITE
Q
Salt tectonics
Q
&AULTÏSEALINGÏANDÏTOPÏSEALÏINTEGRITY
Q
&RACTUREÏSYSTEMS
Q
!NALYSISÏOFÏFAULTÏANDÏFRACTUREÏ
SYSTEMS
2EASONABLEÏKNOWLEDGEÏOFÏPETROLEUMÏ
GEOLOGY
COURSE CONTENT
Q
Data acquisition, processing, and
STRUCTURALÏANALYSISÏ
Q
3TRUCTURALÏANALYSISÏUSINGÏIMAGEÏANDÏ
dip data
Q
3EDIMENTOLOGYÏANDÏCONTINENTALÏ
settings
Q
%OLIANÏSEDIMENTS
Q
&LUVIALÏSEDIMENTSÏANDÏmUVIALÏSETTINGSÏ
VARIOUSÏMODELS
Q
Q
Q
#ARBONATEÏMODELSÏANDÏFACIESÏINÏ
coastal and shelf settings
Q
&RACTUREDÏRESERVOIRSÏANDÏFRACTUREÏ
SYSTEMS
Q
&RACTUREDÏRESERVOIRÏCASEÏSTUDIES
Q
'EOTHERMALÏSYSTEMSÏINÏVOLCANICÏROCKS
AUDIENCE
Geoscientists, engineers, and technical
STAFFÏRESPONSIBLEÏFORÏANALYSISÏANDÏ
INTEGRATIONÏOFÏIMAGEÏANDÏDIPÏDATA
PREREQUISITE
"ASICÏGEOLOGYÏANDÏRESERVOIRÏMODELINGÏ
background.
Deltaic, coastal, and shelf siliciclastic
settings
Deltaic, coastal, shelf, deepwater,
ANDÏCARBONATEÏSEDIMENTS
AUDIENCE
Geologists who need a solid
UNDERSTANDINGÏOFÏSTRUCTURALÏGEOLOGYÏ
THEORYÏANDÏAPPLICATIONS
PREREQUISITE
"ASICÏGEOLOGYÏCONCEPTÏUNDERSTANDING
52 |
NExT Catalog-2014(21.5x27.5).indd 52
Visit NExTtraining.net/classes for the latest calendar or to register for a course.
12/22/13 2:49 AM
GEOLOGY
Sequence Stratigraphy:
Principles and Applications
A Strategic Approach to Oil
and Gas Exploration
Skill – 5 Days
Advanced – 3 Days
This course presents the concepts,
ILLUSTRATEDÏWITHÏlELDÏEXAMPLESÏOFÏSEISMICÏ
well logs, core, and outcrop data, and
practical applications of sequence
STRATIGRAPHYÏFORÏPETROLEUMÏEXPLORATIONÏ
ANDÏPRODUCTIONÏ)NCLASSÏEXERCISESÏ
EMPHASIZEÏTHEÏRECOGNITIONÏOFÏSEQUENCEÏ
STRATIGRAPHICÏSURFACESÏANDÏSYSTEMSÏ
TRACTSÏONÏWELLÏLOGÏCROSSÏSECTIONSÏSEISMICÏ
LINESÏANDÏOUTCROPÏPROlLESÏ4HEÏPOINTSÏ
OFÏAGREEMENTÏANDÏDIFFERENCEÏBETWEENÏ
THEÏVARIOUSÏSEQUENCEÏSTRATIGRAPHICÏ
APPROACHESÏMODELSÏAREÏDISCUSSEDÏ
ANDÏGUIDELINESÏAREÏPROVIDEDÏFORÏAÏ
STANDARDIZEDÏPROCESSBASEDÏSEQUENCEÏ
STRATIGRAPHICÏANALYSISÏWORKmOWÏ
4HISÏANALYSISÏPROCEDUREÏENABLESÏTHEÏ
ATTENDEEÏTOÏELIMINATEÏNOMENCLATURALÏORÏ
METHODOLOGICALÏCONFUSIONSÏANDÏAPPLYÏ
SEQUENCEÏSTRATIGRAPHYÏEFFECTIVELYÏFORÏ
FACIESÏPREDICTIONSÏINÏEXPLORATIONÏANDÏ
production.
This course focuses on understanding
the use of strategic planning to
OPTIMIZEÏTHEÏPROBABILITYÏOFÏSUCCESSÏINÏ
OILÏANDÏGASÏEXPLORATIONÏ4HEÏCOURSEÏ
INCLUDESÏRECOGNIZINGÏTHEÏNEEDÏFORÏ
STRATEGICÏCHANGEÏANDÏDEVELOPINGÏ
options to respond to changing
BUSINESSÏENVIRONMENTSÏINÏADDITIONÏTOÏ
IMPLEMENTINGÏNEWÏSTRATEGICÏDIRECTIONSÏ
ANDÏMANAGINGÏANDÏMONITORINGÏ
PERFORMANCE
COURSE CONTENT
Q
Q
Introduction
(ISTORICALÏDEVELOPMENTÏANDÏ
FUNDAMENTALÏCONCEPTSÏOFÏSEQUENCEÏ
STRATIGRAPHYÏANDÏOTHERÏTYPESÏOFÏ
STRATIGRAPHYÏ
Q
Sequence stratigraphic surfaces
Q
3YSTEMSÏTRACTSÏ
Q
!PPLICATIONSÏTOÏDEPOSITIONALÏSYSTEMS
4HEÏCOURSEÏBUILDSÏONÏAÏNUMBERÏOFÏCASEÏ
studies of strategic change and what
CANÏBEÏLEARNEDÏFROMÏTHESEÏSCENARIOSÏ
The course scope includes the technical,
ECONOMICÏANDÏPOLITICALÏDRIVERSÏTHATÏ
SHAPEÏTHEÏPERFORMANCEÏOFÏALLÏOILÏANDÏGASÏ
ORGANIZATIONSÏ4HEÏCOURSEÏWILLÏCOVERÏTHEÏ
IMPORTANCEÏOFÏSTRATEGICÏPLANNINGÏATÏALLÏ
STAGESÏOFÏTHEÏEXPLORATIONÏVALUEÏCHAINÏ
ACCESSÏTHROUGHÏTOÏBASINÏSELECTIONÏANDÏ
EXPLORATIONÏPLAYÏTESTING
Evaluation and Management
of Fractured Reservoirs
Advanced – 5 Days
Advanced – 5 Days
In this course, attendees will learn
ABOUTÏTHEÏPROCESSESÏOFÏROCKÏDEFORMATIONÏ
ANDÏAPPLYÏTHISÏKNOWLEDGEÏTOÏIMPROVEÏ
STRATEGICÏEXPLORATIONÏPLANNINGÏANDÏTHEÏ
INTERPRETATIONÏOFÏEXISTINGÏDATAÏ!TTENDEESÏ
WILLÏALSOÏUNDERSTANDÏTHEÏIMPACTÏSTRUCTURALÏ
GEOLOGYÏPLAYSÏINÏCONTROLLINGÏSUBSURFACEÏ
mUIDÏmOWÏANDÏTHEÏSTANDARDÏTECHNIQUESÏ
FORÏESTIMATINGÏTHEÏmOWÏCONSEQUENCESÏ
OFÏDEFORMATIONÏ!ÏNEWÏGEOMECHANICSÏ
PARADIGMÏISÏPRESENTEDÏTHATÏFOCUSESÏONÏ
KEYÏASPECTSÏOFÏDEFORMATIONÏSYSTEMS
&ROMÏBOTHÏANÏEXPLORATIONÏANDÏ
DEVELOPMENTÏPOINTÏOFÏVIEWÏTHISÏCOURSEÏ
TEACHESÏATTENDEESÏEVALUATIONÏMETHODSÏ
FORÏFRACTUREDÏPETROLEUMÏRESERVOIRSÏ
The course includes data acquisition
TECHNIQUESÏTHATÏEMPLOYÏOUTCROPÏANDÏ
SUBSURFACEÏROCKÏDATAÏPETROPHYSICALÏ
DATAÏROCKÏMECHANICÏPRINCIPLESÏANDÏ
RESERVOIRÏPERFORMANCEÏDATAÏ!TTENDEESÏ
WILLÏALSOÏLEARNÏHOWÏTOÏCONTROLÏSHORTTERMÏ
ANDÏLONGTERMÏPERFORMANCEÏINÏFRACTUREDÏ
RESERVOIRSÏANDÏTHEÏTYPESÏOFÏDATAÏ
NECESSARYÏTOÏEVALUATEÏANDÏMANAGEÏTHEM
COURSE CONTENT
The attendees will gain an understanding
OFÏHOWÏTOÏRECOGNIZEÏTHEÏNEEDÏFORÏAÏ
STRATEGICÏAPPROACHÏHOWÏTOÏDEVELOPÏAÏ
set of strategic options, and then how
TOÏSELECTÏANDÏIMPLEMENTÏTHEÏAPPROPRIATEÏ
STRATEGYÏFORÏAÏGIVENÏSITUATION
3TRUCTURALÏGEOLOGYÏANDÏROCKÏ
MECHANICSÏRELEVANCE
Q
2OCKÏMECHANICSÏANDÏSTRUCTURALÏ
GEOLOGY
Q
Q
4EXTURESÏOFÏDEFORMEDÏROCKSÏ
ANDÏRELATIONSHIPÏTOÏDEFORMATIONÏ
MECHANISMS
Q
&RACTUREÏSYSTEMÏORIGINÏANDÏSYSTEMÏ
RESERVOIRÏPROPERTIES
Q
Q
$EFORMATIONÏENVIRONMENTS
)NTERACTIONÏOFÏFRACTUREÏANDÏMATRIXÏ
porosities
Q
'EOMECHANICALÏISSUES
Q
#LASSIlCATIONÏOFÏFRACTUREDÏRESERVOIRS
Q
"ASINÏFORMATIONÏANDÏGEODYNAMICSÏ
RESERVOIRÏDEPLETION
Q
!CQUISITIONÏANDÏMANIPULATIONÏOFÏ
subsurface fracture data
Q
#OMMONÏSTRUCTURALÏELEMENTS
Q
Q
&AULTÏZONESÏmEXURALSLIPÏFOLDINGÏANDÏ
fracture processes
0REDICTIONÏOFÏRELATIVEÏFRACTUREÏ
INTENSITYÏBYÏROCKÏTYPEÏANDÏACROSSÏAÏ
STRUCTUREÏINÏONEÏRESERVOIRÏUNIT
7ORKmOWSÏINÏAÏFRACTUREDÏRESERVOIRÏ
Natural fracture effects in new and
EXISTINGÏlELDS
3TRATEGICÏCHANGEÏANDÏORGANIZATIONÏ
LIFEÏCYCLE
Q
2OLEÏOFÏBASEMENTÏANDÏRELATIONSHIPÏTOÏ
SEDIMENTARYÏCOVER
Q
-EASUREMENTÏANDÏAPPLICATIONÏOFÏINÏ
SITUÏRESERVOIRÏSTRESSÏSTATES
Q
)DENTIFYÏTHEÏKEYÏINGREDIENTSÏFORÏ
winning strategies
Q
(YDROCARBONÏSYSTEMÏDEFORMATION
Q
Q
Q
%XPLORATIONÏLIFEÏCYCLE
3TRUCTURALÏFEATURESÏONÏSEISMICÏDATAÏ
Interpretation pitfalls and rules
0REDICTIONÏANDÏIMAGINGÏOFÏPRODUCTIONÏ
sweet spots
Q
$ETERMINATIONÏOFÏOPTIMALÏWELLÏPATHS
Q
3TATICÏCONCEPTUALÏFRACTUREÏMODELINGÏ
ANDÏPREPARATIONÏFORÏSTIMULATION
Q
0RODUCTIONÏANDÏDEVELOPMENTÏ
PROBLEMSÏBYÏRESERVOIRÏTYPE
Q
%XPLORATIONÏVALUEÏCHAINÏ
AUDIENCE
Q
0ORTFOLIOÏMANAGEMENTÏnÏMANAGINGÏ
EXPOSUREÏ
%0ÏGEOSCIENTISTSÏANDÏRESERVOIRÏ
ENGINEERSÏINVOLVEDÏINÏSUBSURFACEÏ
interpretation or planning.
Q
%XPLORATIONÏPROCESSÏ
Q
"ASICÏKNOWLEDGEÏOFÏGEOLOGYÏ
ANDÏGEOPHYSICS
$ELIVERINGÏSTRATEGICÏCHANGEÏ
ORGANIZATIONÏANDÏPERFORMANCE
Q
0EOPLEÏDEVELOPMENTÏ
Q
4ECHNOLOGYÏ
Q
-ONITORINGÏANDÏREVIEWINGÏ
PERFORMANCEÏ
Q
PREREQUISITE
7ORKINGÏKNOWLEDGEÏOFÏGEOSCIENCESÏ
INCLUDINGÏGEOLOGYÏPETROPHYSICSÏANDÏROCKÏ
TYPES
Considerations for designing
depletion scenarios
AUDIENCE
'EOLOGISTSÏGEOPHYSICISTSÏTEAMÏLEADERSÏ
ANDÏMANAGERS
'EOSCIENTISTSÏANDÏRESERVOIRÏENGINEERSÏ
wanting to understand how fractured
RESERVOIRSÏDIFFERÏFROMÏCONVENTIONALÏ
RESERVOIRSÏANDÏHOWÏTOÏAPPROACHÏTHEIRÏ
STUDIESÏSYSTEMATICALLYÏANDÏPERSONNELÏ
WORKINGÏWITHÏFRACTUREDÏBASEMENTÏ
RESERVOIRSÏFORÏGROUNDWATERÏANDORÏ
GEOTHERMALÏRESOURCES
PREREQUISITE
PREREQUISITE
AUDIENCE
None
Technical courses that use software
NExT Catalog-2014(21.5x27.5).indd 53
Q
Q
PREREQUISITE
Software
COURSE CONTENT
Q
COURSE CONTENT
AUDIENCE
'EOLOGISTSÏGEOPHYSICISTSÏANDÏRESERVOIRÏ
engineers who want to learn the
METHODOLOGYÏFORÏAPPLYINGÏSEQUENCEÏ
ANDÏSEISMICÏSTRATIGRAPHYÏTOÏCORRELATIONÏ
FACIESÏANALYSISÏANDÏTHEÏDELINEATIONÏOFÏ
stratigraphic traps.
NEW
Applied Structural Geology
in Hydrocarbon Systems
Analysis
!PPLIEDÏKNOWLEDGEÏOFÏRESERVOIRÏGEOLOGYÏ
ORÏRESERVOIRÏENGINEERING
Includes practical sessions
Field trips
Uses simulation
| 53
12/22/13 2:49 AM
GEOLOGY
Geological Assessment of
Reservoir Seals and Pay
Geostatistical Reservoir
Modeling: Standard
Approaches & Best Practices
Petrel Fundamentals
Techlog Fundamentals
Advanced – 3 Days
Advanced – 5 Days
Awareness – 2 Days
Awareness – 5 Days
In this course, basic petrographic,
WIRELINEÏANDÏCAPILLARYÏPRESSUREÏDATAÏ
AREÏUSEDÏTOÏEVALUATEÏRESERVOIRÏROCKÏ
QUALITYÏPAYÏVERSUSÏNONPAYÏEXPECTEDÏ
mUIDÏSATURATIONSÏSEALÏCAPACITYÏDEPTHÏOFÏ
RESERVOIRÏmUIDÏCONTACTSÏANDÏTRANSITIONÏ
ZONEÏTHICKNESSÏ!TTENDEESÏWILLÏSTUDYÏ
THEÏUSEÏOFÏTWOWAYÏCAPILLARYÏPRESSUREÏ
ANALYSESÏTOÏAPPROXIMATEÏRECOVERYÏ
EFlCIENCYÏDURINGÏPRIMARYÏORÏSECONDARYÏ
RECOVERYÏ4HEÏATTENDEESÏWILLÏALSOÏGAINÏ
HANDSONÏEXPERIENCEÏWORKINGÏWITHÏ
RESERVOIRÏDATAÏINÏFOURÏPRACTICALÏWORKSHOPÏ
EXERCISES
)NÏTHISÏMODELINGÏCOURSEÏTHATÏISÏDESIGNEDÏ
FORÏPROVIDINGÏANÏUNDERSTANDINGÏOFÏ
INTEGRATEDÏRESERVOIRÏSTUDIESÏFROMÏ
OUTCROPÏTOÏmUIDÏmOWÏSIMULATORÏATTENDEESÏ
WILLÏLEARNÏPRACTICALÏREQUIREMENTSÏANDÏ
WORKmOWSÏFORÏMODERNÏ$ÏRESERVOIRÏ
CHARACTERIZATIONÏ4HEÏCOURSEÏWILLÏ
EMPLOYÏDETERMINISTICÏANDÏSTOCHASTICÏ
MODELINGÏTOÏQUANTITATIVELYÏINTEGRATEÏ
DIVERSEÏDATAÏTYPESÏMODELÏRESERVOIRÏ
HETEROGENEITYÏASSESSÏMODELÏUNCERTAINTYÏ
ANDÏPREPAREÏTHEÏRESERVOIRÏMODELÏASÏ
INPUTÏTOÏAÏmOWÏSIMULATORÏ!TTENDEESÏ
WILLÏLEARNÏBESTÏPRACTICESÏFORÏMODELINGÏ
ANDÏDATAÏINTEGRATIONÏUSINGÏMODELINGÏ
SOFTWAREÏBYÏPARTICIPATINGÏINÏANÏINFORMALÏ
INTERACTIVEÏDISCUSSIONÏOFÏTHEÏAGENDAÏ
topics, illustrated with case studies and
DEMONSTRATIONSÏUSINGÏTHEÏ0ETRELÏPLATFORMÏ
ORÏEQUIVALENTÏSOFTWAREÏ)NÏSOMEÏCOURSEÏ
VENUESÏWORKÏWITHÏTHEÏMODELINGÏSOFTWAREÏ
ISÏBYÏAÏHANDSONÏMETHOD
This course introduces a new user to
THEÏ0ETRELÏPLATFORMÏWITHÏEMPHASISÏONÏ
VISUALIZATIONÏDATAÏORGANIZATIONÏANDÏ
collaboration.
4HEÏ4ECHLOGÏPLATFORMÏINTERACTIVEÏSUITEÏ
BRINGSÏALLÏOFÏTHEÏPETROPHYSICALÏANDÏ
geological data together. Attendees will
LEARNÏTHEÏFUNDAMENTALSÏOFÏTHISÏAPPLICATIONÏ
ANDÏITSÏ4ECHPLOTÏ4ECHDATAÏANDÏ1UANTIÏ
BASEÏMODULESÏ)NÏADDITIONÏTHEÏUSEÏOFÏTHEÏ
DATAÏMODELÏWITHINÏTHEÏ4ECHLOGÏPLATFORMÏ
and the foundation utilities for loading,
UNLOADINGÏMANIPULATINGÏANDÏDISPLAYINGÏ
DATAÏINÏTHEÏSYSTEMÏINCLUDINGÏCOREÏANDÏ
IMAGESÏWILLÏBEÏEXPLAINEDÏ4HEÏCOURSEÏ
TOPICSÏINCLUDEÏDETERMINISTICÏCALCULATIONSÏ
and the principles behind the application
WORKmOWÏINTERFACEÏFORÏSINGLEÏANDÏ
MULTIWELLÏUSE
COURSE CONTENT
Q
2ESERVOIRSÏSEALSÏANDÏPAYÏEVALUATIONÏ
Q
&UNDAMENTALSÏANDÏUSESÏOFÏCAPILLARYÏ
PRINCIPLESÏINÏRESERVOIRÏEVALUATION
Q
0ETROPHYSICALÏANDÏGEOCHEMICALÏ
TECHNIQUESÏINTEGRATIONÏTOÏEVALUATEÏ
seal potential
Q
"ASICÏPRINCIPLESÏOFÏFAULTÏSEALÏANALYSISÏ
Q
$YNAMICÏPETROLEUMÏSYSTEMSÏSEALÏ
EVALUATION
Q
Q
Q
0OREÏGEOMETRYÏEFFECTSÏONÏRELATIVEÏ
PERMEABILITYÏANDÏCAPILLARYÏPRESSURE
.ETÏPAYÏDETERMINATIONÏMETHODS
2ECOVERYÏEFlCIENCYÏCALCULATIONÏOFÏ
RECOVERABLEÏRESERVESÏANDÏEVALUATIONÏ
OFÏRESERVOIRÏMANAGEMENTÏOPTIONS
AUDIENCE
%XPLORATIONÏANDÏDEVELOPMENTÏGEOLOGISTSÏ
ANDÏRESERVOIRÏENGINEERSÏWANTINGÏTOÏ
increase knowledge on principles
GOVERNINGÏHYDROCARBONÏACCUMULATIONSÏANDÏ
their practical applications.
COURSE CONTENT
Q
Q
Q
'EOSTATISTICALÏRESERVOIRÏMODELINGÏ
introduction
$ATAÏQUALITYÏCONTROLÏANDÏDATAÏ
ANALYSIS
#ONCEPTSÏOFÏSPATIALÏANALYSISÏANDÏ
MODELING
Q
#OMPUTERÏWORKSHOP
Q
+RIGINGÏANDÏCOLLOCATEDÏCOKRIGING
Q
3TOCHASTICÏSIMULATIONÏANDÏRISKÏ
ANALYSIS
Q
2ESERVOIRÏHETEROGENEITYÏPRESERVATION
Q
3TRUCTURALÏMODELING
Q
&LOWÏSIMULATORÏUPSCALING
PREREQUISITE
AUDIENCE
Basic knowledge of geologic and
RESERVOIRÏFUNDAMENTALS
!SSETÏTEAMÏMEMBERSÏRESPONSIBLEÏFORÏ
DEVELOPMENTÏOFÏRESERVOIRÏMODELSÏTHATÏUSEÏ
geostatistical techniques.
PREREQUISITE
The course will take the attendee
FROMÏ0ETRELÏPROJECTÏSETUPÏTOÏPLOTTINGÏ
results. The attendee will learn
how to create surfaces and create a
SIMPLEÏGRIDÏINÏADDITIONÏTOÏHOWÏTOÏ1#Ï
ANDÏVISUALIZEÏAÏSIMPLEÏGRIDÏUSINGÏTHEÏ
GEOMETRICALÏMODELINGÏPROCESSÏMAPSÏANDÏ
intersections. The course also introduces
THEÏ3TUDIOÏKNOWLEDGEÏENVIRONMENTÏ
WHICHÏEMPOWERSÏAÏNEWÏLEVELÏOFÏUSABILITYÏ
COLLABORATIONÏANDÏPRODUCTIVITY
COURSE CONTENT
Q
3TUDIOÏENVIRONMENTÏlNDÏCOLLABORATEÏ
ANDÏMANAGEÏ
Q
0ETRELÏPLATFORMÏINTRODUCTIONÏ
Q
0ROJECTÏSETUPÏCOORDINATESÏANDÏUNITSÏ
Q
0ETRELÏPLATFORMÏINTERFACEÏGENERALÏ
tools, and windows
Q
/VERVIEWÏOFÏMODELINGÏCONCEPTSÏ
Q
Create and edit surfaces
Q
"UILDÏAÏSIMPLEÏGRIDÏ
COURSE CONTENT
Q
4ECHLOGÏPLATFORMÏINTERFACEÏANDÏDATAÏ
structure
Q
$ATAÏMANAGEMENTÏANDÏ1#ÏTECHNIQUES
Q
-ULTIWELLÏMANAGEMENT
Q
Basic plotting tools
Q
7ORKmOWSÏFORÏDETERMINISTICÏ
EVALUATIONÏUSINGÏ1UANTIÏMODULE
Q
5SERDElNEDÏPROGRAMMINGÏLANGUAGE
Q
!DVANCEDÏ4ECHLOGÏPLATFORMÏMODULES
Q
'EOMETRICALÏMODELINGÏ
AUDIENCE
Q
Data plotting
Q
+NOWLEDGEÏSHARINGÏANDÏCOLLABORATION
$EVELOPMENTÏANDÏEXPLORATIONÏ
LOGÏANALYSTSÏANDÏPETROPHYSICISTSÏ
GEOLOGISTSÏPETROLEUMÏENGINEERSÏ
MANAGERSÏANDÏTECHNICALÏPERSONNELÏWITHÏ
NOÏPRIORÏEXPERIENCEÏUSINGÏTHEÏ4ECHLOGÏ
PLATFORM
AUDIENCE
$EVELOPMENTÏANDÏEXPLORATIONÏ
GEOLOGISTSÏGEOPHYSICISTSÏGEOCHEMISTSÏ
GEOSCIENTISTSÏPETROLEUMÏENGINEERSÏ
MANAGERSÏANDÏTECHNICALÏ)4ÏPERSONNELÏ
WITHÏNOÏPRIORÏEXPERIENCEÏINÏ0ETRELÏ
PLATFORMÏSOFTWARE
PREREQUISITE
None
PREREQUISITE
'ENERALÏKNOWLEDGEÏOFÏPETROLEUMÏGEOLOGYÏ
ANDÏGEOPHYSICSÏORÏRESERVOIRÏENGINEERINGÏ
ASÏWELLÏASÏELEMENTALÏSOFTWAREÏSKILLSÏISÏ
RECOMMENDED
Basic understanding of geologic
TECHNIQUESÏANDÏPROCESSESÏSTRUCTUREÏ
ANDÏSEDIMENTATIONÏANDÏSTATICÏANDÏ
DYNAMICÏRESERVOIRÏMODELINGÏINÏADDITIONÏ
TOÏBASICÏEXPERIENCEÏWITHÏTHEÏ0ETRELÏ
PLATFORM
54 |
NExT Catalog-2014(21.5x27.5).indd 54
Visit NExTtraining.net/classes for the latest calendar or to register for a course.
12/22/13 2:49 AM
GEOLOGY
GeoX Basic Risk and Resource
Assessment
NEW
Foundation – 2 Days
4HISÏDAYÏCOURSEÏPROVIDESÏATTENDEESÏ
WITHÏANÏOVERVIEWÏOFÏTHEÏCONCEPTSÏOFÏ
PROSPECTÏASSESSMENTÏANDÏPREPARESÏ
THEMÏTOÏASSESSÏBOTHÏSIMPLEÏANDÏCOMPLEXÏ
prospects using the GeoX software. The
COURSEÏCOMBINESÏLECTURESÏEXERCISESÏUSINGÏ
MANUALÏCALCULATIONSÏANDÏEXERCISESÏUSINGÏ
'EO8ÏSOFTWAREÏTOÏILLUSTRATEÏASSESSMENTÏ
concepts and their applications. A
REALWORLDÏMULTIPLEÏSEGMENTÏPROSPECTÏISÏ
EVALUATEDÏFROMÏAÏSIMPLEÏDETERMINISTICÏ
ANALYSISÏOFÏAÏSINGLEÏZONEÏTOÏAÏCOMPLEXÏ
PROBABILISTICÏEVALUATIONÏTHATÏCONSIDERSÏ
SEGMENTÏRELATIONSHIPSÏ!TTENDEESÏWILLÏ
EVALUATEÏTHEÏPROSPECTÏUSINGÏREALISTICÏ
DESCRIPTIONSÏOFÏRISKÏANDÏUNCERTAINTY
COURSE CONTENT
GeoFrame Administration
GeoFrame CPS-3 Mapping
Fundamentals
GeoFrame Fundamentals
Foundation – 5 Days
Foundation – 3 Days
Foundation – 2 Days
!DMINISTRATIONÏFUNDAMENTALSÏFORÏ
'EO&RAMEÏSOFTWAREÏINCLUDEÏINSTALLATIONÏ
CONlGURATIONÏANDÏMAINTENANCEÏ
!TTENDEESÏWILLÏALSOÏRECEIVEÏANÏ
introduction to the Oracle ® database
MANAGEMENTÏSYSTEMÏANDÏITSÏRELATIONSHIPÏ
TOÏTHEÏ'EO&RAMEÏSOFTWARE
4HISÏCOURSEÏPROVIDESÏTHEÏFUNDAMENTALSÏ
attendees need to produce accurate
RESERVESÏMAPSÏUSINGÏ'EO&RAME
Ï#03
Ï
ADVANCEDÏMAPPINGÏANDÏSURFACEÏMODELINGÏ
SOFTWAREÏ&ULLYÏINTEGRATEDÏWITHÏ'EO&RAMEÏ
'EOLOGYÏANDÏ'EOPHYSICSÏMODULESÏ
#03ÏSOFTWAREÏPROVIDESÏACCURATEÏSURFACEÏ
MAPPINGÏOPERATIONSÏFORÏALLÏMAPPINGÏ
REQUIREMENTS
7ITHÏTHISÏCOURSEÏATTENDEESÏWILLÏLEARNÏ
THEÏFUNDAMENTALSÏNEEDEDÏTOÏEFlCIENTLYÏ
MANAGEÏ'EO&RAMEÏSOFTWAREÏSERVICEÏ
PROJECTSÏANDÏPROJECTÏDATAÏ4HEÏATTENDEESÏ
WILLÏALSOÏLEARNÏTOÏUSEÏTHEÏ'EO&RAMEÏ
INTEGRATEDÏRESERVOIRÏCHARACTERIZATIONÏ
SYSTEMÏSOFTWAREÏTOÏDESCRIBEÏTHEÏ
SUBSURFACEÏPRECISELYÏTHROUGHOUTÏTHEÏ%0Ï
WORKmOWÏ4HEÏCOURSEÏFOCUSÏISÏONÏTHEÏ
FUNCTIONALITYÏCOMMONÏTOÏALLÏ'EO&RAMEÏ
software applications.
COURSE CONTENT
Q
)NSTALLATIONÏANDÏADMINISTRATIONÏOFÏ
'EO&RAMEÏSOFTWARE
Q
#ONlGURATIONÏOFÏPRINTERSÏANDÏPLOTTERS
Q
-ANAGEMENTÏOFÏLICENSES
Q
Addition of users and disks
Q
!RCHIVALÏANDÏDELETIONÏOFÏPROJECTS
Q
"ASICÏ/RACLEÏADMINISTRATION
Q
Starting and stopping the database
3EGMENTÏDElNITION
Q
"ACKUPÏANDÏRECOVERY
Q
6OLUMETRICÏUNCERTAINTY
Q
Q
0LAYÏANDÏLOCALÏRISKS
Q
Correlations
Single-zone
Q
Q
2ESULTSÏANDÏANALYSIS
Q
!LTERNATIVEÏVOLUMEÏMETHODS
Q
Multiple scenarios
Q
Q
Q
Prospects (multiple zones)
AUDIENCE
Q
#ORRELATIONSÏBETWEENÏSEGMENTS
Q
&LUIDÏCOMMUNICATION
'EO&RAMEÏSOFTWAREÏDATABASEÏ
ADMINISTRATORSÏANDÏAPPLICATIONÏSUPPORTÏ
staff.
Q
Q
0ROlCIENCYÏINÏ,INUX ® and UNIX®
applications.
!CCESSÏWELLÏANDÏSEISMICÏLOCATIONSÏ
SEISMICÏINTERPRETATIONÏMARKERSÏ
ZONEÏPROPERTIESÏGRIDSÏANDÏOTHERÏ
'EO&RAMEÏSOFTWAREÏDATAÏFORÏMAPPING
COURSE CONTENT
Q
'EO&RAMEÏSOFTWAREÏDATAÏMODELÏ
concepts and how data relate to each
other
#REATEÏCONTOURÏMAPSÏANDÏ
MANIPULATIONÏOFÏBASEÏMAPÏDISPLAY
Q
#REATEÏGRIDÏHORIZONÏANDÏFAULTÏSURFACESÏ
USINGÏVARIOUSÏALGORITHMS
Q
'RIDDINGÏALGORITHMSÏUSEÏANDÏHOWÏTOÏ
SETÏPARAMETERS
!SSIGNMENTÏACCESSÏRIGHTSÏTOÏSECUREÏ
SPECIlCÏDATAÏTYPES
Q
3URFACEÏOPERATIONSÏZlELDÏARITHMETICÏ
SMOOTHINGÏANDÏRElNEMENT
0ROJECTÏWELLÏDATAÏLOADINGÏINÏSEVERALÏ
FORMATS
Q
1#ÏSTEPSÏFORÏSTRUCTURALÏVOLUMETRICÏ
ENVELOPES
"ROWSEÏLISTÏlNDÏEDITÏANDÏDISPLAYÏ
VARIOUSÏDATAÏTYPES
Q
3ETÏMATCHÏANDÏMERGEÏRULES
Q
'ENERATEÏPROPERTYÏGRIDSÏFROMÏWELLÏ
ZONEÏDATA
Q
7ORKmOWÏFORÏCALCULATIONÏOFÏRESERVOIRÏ
VOLUMETRICS
Q
/VERVIEWÏOFÏ'EO&RAMEÏ-ODELÏ%DITORÏ
-APÏ%DITORÏANDÏ#OLORÏ0ALETTEÏ%DITORÏ
MODULESÏANDÏ#03ÏMACROÏLANGUAGE
/RACLEÏSERVERÏARCHITECTURE
PREREQUISITE
'EOLOGISTSÏGEOPHYSICISTSÏANDÏRESERVOIRÏ
ENGINEERSÏINVOLVEDÏWITHÏPROSPECTÏ
ASSESSMENT
Q
31,Ï0LUSÏENVIRONMENTALÏANDÏBASICÏ
COMMANDS
Risk dependencies
2ESULTSÏANDÏANALYSIS
Q
31,ÏLANGUAGEÏELEMENTS
)NDEPENDENTÏSEGMENTS
AUDIENCE
Q
Relational database basics, design of
MODELSÏANDÏTERMINOLOGY
Q
Q
Q
3TRUCTUREDÏQUERYÏLANGUAGEÏ31,Ï
STATEMENTSÏRELATEDÏTOÏ'EO&RAMEÏ
SOFTWAREÏPROJECTS
Q
Q
COURSE CONTENT
Create, edit, back up, restore, and
DELETEÏPROJECTS
AUDIENCE
.EWÏUSERSÏOFÏ'EO&RAMEÏSOFTWAREÏ
INCLUDINGÏDATABASEÏADMINISTRATORSÏ
application support staff, and
DEVELOPMENTÏANDÏEXPLORATIONÏGEOLOGISTSÏ
ANDÏGEOPHYSICISTS
PREREQUISITE
None
AUDIENCE
$EVELOPMENTÏANDÏEXPLORATIONÏGEOLOGISTSÏ
and application support staff.
PREREQUISITE
'EO&RAMEÏ&UNDAMENTALSÏCOURSE
PREREQUISITE
None
Software
Technical courses that use software
NExT Catalog-2014(21.5x27.5).indd 55
Includes practical sessions
Field trips
Uses simulation
| 55
12/22/13 2:49 AM
GEOLOGY
GeoFrame Geology Office
Introduction to PetroMod
Petrel Fundamentals and Petrel Geology
Combined Course
Foundation – 3 Days
Foundation – 5 Days
Foundation – 5 Days
Course attendees will learn to use the
'EO&RAMEÏ'EOLOGYÏ/FlCEÏGEOLOGICALÏ
WORKmOWÏSOFTWAREÏTOÏHARNESSÏTHEÏPOWERÏ
OFÏTHEÏ'EO&RAMEÏSOFTWAREÏINÏPROVIDINGÏ
SEAMLESSÏINTERPRETATION
4HISÏCOURSEÏISÏSTRUCTUREDÏTOÏPROVIDEÏ
ATTENDEESÏWITHÏTHEÏFUNDAMENTALSÏOFÏ
0ETRO-ODÏSOFTWAREÏWHICHÏCOMBINESÏ
SEISMICÏINFORMATIONÏWELLÏDATAÏANDÏ
GEOLOGICÏKNOWLEDGEÏTOÏMODELÏTHEÏ
EVOLUTIONÏOFÏAÏSEDIMENTARYÏBASINÏ
The attendees will learn how the
software predicts whether and how
AÏRESERVOIRÏHASÏBEENÏCHARGEDÏWITHÏ
HYDROCARBONSÏINCLUDINGÏSOURCEÏANDÏ
TIMINGÏMIGRATIONÏROUTESÏQUANTITIESÏ
ANDÏmUIDÏTYPEÏINÏTHEÏSUBSURFACEÏORÏATÏ
surface conditions. Attendees will also
GAINÏAÏCOMPREHENSIVEÏOVERVIEWÏOFÏTHEÏ
ONEDIMENSIONALÏ$Ï$ÏANDÏ$ÏBASICÏ
WORKmOWSÏINÏBASINÏMODELING
This course introduces a new user to
THEÏFUNCTIONALITYÏOFÏTHEÏ0ETRELÏPLATFORMÏ
WITHÏEMPHASISÏONÏVISUALIZATIONÏDATAÏ
ORGANIZATIONÏANDÏCOLLABORATIONÏ4HEÏ
COURSEÏWILLÏTAKEÏATTENDEESÏFROMÏAÏ0ETRELÏ
PLATFORMÏPROJECTÏSETÏUPÏTOÏPLOTTINGÏTHEÏ
results. Attendees will learn how to
CREATEÏSURFACESÏANDÏAÏSIMPLEÏGRIDÏASÏWELLÏ
ASÏHOWÏTOÏ1#ÏANDÏVISUALIZEÏAÏSIMPLEÏGRIDÏ
USINGÏTHEÏGEOMETRICALÏMODELINGÏPROCESSÏ
MAPSÏANDÏINTERSECTIONSÏ4HEÏCOURSEÏ
also introduces the Studio knowledge
ENVIRONMENTÏWHICHÏEMPOWERSÏAÏNEWÏ
LEVELÏOFÏUSABILITYÏCOLLABORATIONÏANDÏ
PRODUCTIVITYÏ4HEÏ0ETRELÏGEOLOGYÏPORTIONÏ
OFÏTHEÏCOURSEÏPRESENTSÏTWOÏWORKmOWSÏ
FORÏVOLUMETRICÏCALCULATIONÏAÏMAPBASEDÏ
ANDÏ$ÏMODELÏWORKmOWÏ4HEÏMAPBASEDÏ
WORKmOWÏFOCUSESÏONÏTHEÏCREATIONÏOFÏ
surfaces that delineate the target
RESERVOIRÏ4HESEÏSURFACESÏINÏCOMBINATIONÏ
WITHÏPROPERTIESÏINÏTHEÏFORMÏOFÏGRIDDEDÏ
surfaces or constants, are used to
CALCULATEÏVOLUMESÏ4HEÏ$ÏMODELBASEDÏ
WORKmOWÏFOCUSESÏONÏTHEÏCONSTRUCTIONÏ
of a 3D grid, populating the grid with
PROPERTIESÏTOÏBEÏUSEDÏINÏDETERMININGÏANÏ
ACCURATEÏVOLUMEÏCALCULATION
COURSE CONTENT
Q
Q
Q
Q
Q
Q
Q
Q
#REATEÏMAPSÏINÏ"ASEMAPÏ0LUS
Ï
COMPREHENSIVEÏSHAREDÏBASEÏMAPÏWITHÏ
gridding and contouring software
#REATEÏLOGÏTEMPLATESÏINÏTHEÏ
7ELL#OMPOSITE
ÏSINGLEWELLÏ
COMPOSITEÏDISPLAYSÏAPPLICATIONÏANDÏ
POSTINGÏLOGÏSIGNATURESÏWITHÏ"ASEMAPÏ
0LUSÏSOFTWARE
5SEÏ7ELL#OMPOSITEÏSOFTWAREÏTOÏ
CREATEÏMULTIWELLÏDISPLAYSÏINCLUDINGÏ
LOGÏCURVESÏMARKERSÏANDÏLITHOLOGYÏ
data
COURSE CONTENT
5SEÏ7ELL0IX
ÏLOGÏCURVEÏCORRELATIONÏ
ANDÏMARKERÏPICKINGÏSOFTWAREÏTOÏPICKÏ
GEOLOGICÏMARKERSÏFAULTSÏANDÏZONES
5SEÏ2ES3UM
ÏZONEÏPROPERTIESÏ
AVERAGINGÏSOFTWAREÏ
Q
)NTRODUCTIONÏTOÏPETROLEUMÏSYSTEMSÏ
MODELING
Q
3TRUCTURALÏANDÏGEOCHEMICALÏFEATURESÏOFÏ
AÏPETROLEUMÏSYSTEMÏMODELÏ
Q
$Ï7ORKmOWÏÏ
nÏÏ)NPUTÏDATAÏANDÏBOUNDARYÏCONDITIONS
nÏÏ#ALIBRATINGÏDATAÏUSINGÏTHEÏ7ELLÏ
%DITORÏANDÏCALIBRATINGÏMODELS
– Creating and editing lithologies
– Special tools such as intrusion and
fracturing
Ï
Ï
Create cross sections incorporating
ENHANCEDÏCOMPOSITEÏDISPLAYS
)NTEGRATEÏSEISMICÏTRACEÏANDÏ
interpretation data with geologic
DATAÏWITHINÏTHEÏCROSSSECTIONÏMODULE
#REATEÏFACIESÏZONATIONÏWITHÏ
,ITHO1UICK,OOK
ÏMULTIÏWELLÏCUTOFFÏ
LITHOFACIESÏANALYSISÏANDÏINCORPORATEÏ
INTOÏCOMPOSITEÏDISPLAYS
Q
Ï
Ï
Ï
AUDIENCE
$EVELOPMENTÏANDÏEXPLORATIONÏGEOLOGISTSÏ
ANDÏGEOPHYSICISTS
PREREQUISITE
Ï
Ï
'EO&RAMEÏ&UNDAMENTALSÏCOURSE
Q
Ï
Ï
Ï
Ï
$Ï7ORKmOW
nÏÏ"UILDINGÏAÏ$ÏMODELÏBASEDÏONÏCROSSÏ
sections
nÏÏ#REATINGÏANDÏEDITINGÏHORIZONSÏANDÏ
faults
nÏÏ!SSIGNINGÏPROPERTIESÏ,ITHOFACIESÏ
ORGANOFACIESÏGEOLOGICÏAGESÏ1#Ï
and pitfalls
nÏÏ2UNNINGÏTHEÏSIMULATOR
nÏÏ!NALYZINGÏRESULTSÏOUTPUTÏMODULESÏ
ANDÏEXTRACTINGÏDATA
$Ï7ORKmOWÏÏ
nÏÏ#ONSTRUCTINGÏ$ÏMODELSÏFROMÏMAPS
nÏÏ%DITINGÏHORIZONSÏANDÏFAULTS
– Assigning properties and geologic
AGESÏ1#ÏANDÏPITFALLS
nÏÏ2UNNINGÏTHEÏSIMULATOR
nÏÏ!NALYZINGÏRESULTSÏOUTPUTÏMODULESÏ
and calibrating results
Q
7ELLÏINTERPRETATIONÏANDÏVISUALIZATIONÏ
Q
Isochore processing
Q
-APBASEDÏVOLUMEÏCALCULATIONSÏ
Q
3TRUCTURALÏFRAMEWORKÏ
Q
'EOMETRICALÏMODELINGÏ
Q
Upscaling well logs
Q
&ACIESÏMODELINGÏ
Q
0ETROPHYSICALÏMODELINGÏ
Q
Contacts creation
Q
6OLUMEÏCALCULATIONS
AUDIENCE
$EVELOPMENTÏANDÏEXPLORATIONÏ
GEOSCIENTISTSÏGEOLOGISTSÏGEOPHYSICISTSÏ
ANDÏPETROLEUMÏENGINEERSÏWORKINGÏONÏ
STATICÏANDÏDYNAMICÏMODELING
PREREQUISITE
'ENERALÏKNOWLEDGEÏOFÏPETROLEUMÏGEOLOGYÏ
ANDÏGEOPHYSICSÏORÏRESERVOIRÏENGINEERINGÏ
ASÏWELLÏASÏELEMENTALSOFTWAREÏSKILLS
COURSE CONTENT
Q
0ETRELÏPLATFORMÏSOFTWAREÏINTRODUCTIONÏ
Q
0ROJECTÏSETUPÏCOORDINATESÏANDÏUNITSÏ
Q
$ATAÏIMPORTÏ
Q
)NTERFACEÏANDÏVISUALIZATIONÏ
Q
Surfaces creating and editing
Q
3IMPLEÏGRIDÏBUILDING
Q
'EOMETRICALÏMODELINGÏ
Q
Data plotting
Q
3URFACEÏGENERATIONÏANDÏRElNEMENTÏ
AUDIENCE
'EOLOGISTSÏGEOPHYSICISTSÏANDÏ
GEOCHEMISTSÏWITHÏLITTLEÏORÏNOÏ
PRIORÏEXPERIENCEÏINÏUSINGÏ
0ETRO-ODÏSOFTWARE
PREREQUISITE
None
56 |
NExT Catalog-2014(21.5x27.5).indd 56
Visit NExTtraining.net/classes for the latest calendar or to register for a course.
12/22/13 2:49 AM
GEOLOGY
Petrel Geology
Petrel Well Correlation
Petrel Well Design
GeoX Prospect Assessment
Concepts and Applications
Foundation – 3 Days
Foundation – 3 Days
Foundation – 1 Day
Foundation – 3 Days
4HEÏ0ETRELÏPLATFORMÏ'EOLOGYÏCOURSEÏ
CONSISTSÏOFÏTWOÏWORKmOWSÏFORÏVOLUMETRICÏ
CALCULATIONÏAÏMAPBASEDÏANDÏAÏ$ÏMODELÏ
WORKmOW
4HEÏ0ETRELÏPLATFORMÏOFFERSÏVARIOUSÏOPTIONSÏ
FORÏWELLÏCORRELATIONÏ4HISÏCOURSEÏPROVIDESÏ
ATTENDEESÏWITHÏAÏGENERALÏOVERVIEWÏOFÏ
correlation and introduces well data
IMPORTÏPROCEDURESÏWITHÏDIFFERENTÏFORMATSÏ
ANDÏTHEÏUSEÏOFÏTHEÏ2EFERENCEÏ0ROJECTÏ
tool. This course focuses on setting well
SECTIONÏTEMPLATESÏTHEÏVALUEÏOFÏSHARINGÏ
TEMPLATESÏBETWEENÏPROJECTSÏWELLSÏANDÏ
well section windows, in addition to
interpreting and editing stratigraphic and
FAULTÏWELLÏTOPSÏMARKERSÏALONGÏWELLÏPATHSÏ
based on log readings. Attendees will
LEARNÏADVANCEDÏDISCRETEÏANDÏCONTINUOUSÏ
log interpreting and editing options
BASEDÏONÏEXISTINGÏLOGSÏANDÏAPPLYÏTHEÏ
DIFFERENTÏTECHNIQUESÏINÏAÏTYPICALÏWORKINGÏ
ORDERÏFROMÏSIMPLEÏEXPLORATIONÏWELLSÏTOÏ
production phase.
The purpose of this course is to
INTRODUCEÏTHEÏWELLÏDESIGNÏMODULEÏANDÏ
THEÏDRILLINGÏFUNCTIONALITIESÏINÏTHEÏ0ETRELÏ
PLATFORMÏ4HEÏATTENDEESÏAREÏGUIDEDÏ
through the preparation stage for data
USEDÏINÏOFFSETÏWELLÏANALYSISÏWHICHÏ
INCLUDESÏLOADINGÏOFÏDRILLINGÏEVENTSÏ
drilling logs, and using end of well
REPORTSÏTOÏlLTERÏTHEÏKNOWLEDGEÏDATABASEÏ
BYÏFORÏEXAMPLEÏDATAÏTYPEÏCATEGORYÏORÏ
EVENTÏSEVERITYÏ!TTENDEESÏWILLÏBECOMEÏ
FAMILIARÏWITHÏTHEÏAVAILABLEÏWELLÏDESIGNÏ
approaches, including an enhanced
METHODÏALSOÏUSEDÏBYÏDRILLINGÏENGINEERSÏ
(OWÏTOÏIMPORTÏTRAJECTORYÏANDÏTARGETSÏ
FROMÏTHIRDPARTYÏAPPLICATIONSÏSUCHÏASÏ
THEÏ,ANDMARKÏ%NGINEERSÏ$ATAÏ-ODELÏ
%$-½ÏWILLÏALSOÏBEÏINTRODUCEDÏ!FTERÏ
the planning phase, attendees will learn
HOWÏREALTIMEÏDATAÏACQUISITIONSÏAREÏ
HANDLEDÏINÏTHEÏ0ETRELÏPLATFORM
4HISÏDAYÏCOURSEÏPROVIDESÏATTENDEESÏ
WITHÏANÏOVERVIEWÏOFÏPROSPECTÏ
ASSESSMENTÏCONCEPTSÏANDÏAPPLICATIONSÏ
ANDÏPREPARESÏTHEMÏTOÏASSESSÏBOTHÏSIMPLEÏ
ANDÏCOMPLEXÏPROSPECTSÏUSINGÏTHEÏ'EO8Ï
SOFTWAREÏ4HEÏCOURSEÏCOMBINESÏLECTURESÏ
EXERCISESÏUSINGÏMANUALÏCALCULATIONSÏANDÏ
EXERCISESÏUSINGÏTHEÏ'EO8ÏSOFTWAREÏSUITEÏ
TOÏILLUSTRATEÏASSESSMENTÏCONCEPTSÏANDÏ
their application.
4HEÏMAPBASEDÏWORKFLOWÏFOCUSESÏONÏ
the creation of surfaces that delineate
THEÏTARGETÏRESERVOIRÏ4HESEÏSURFACESÏ
INÏCOMBINATIONÏWITHÏPROPERTIESÏINÏTHEÏ
FORMÏOFÏGRIDDEDÏSURFACESÏORÏCONSTANTSÏ
AREÏUSEDÏTOÏCALCULATEÏVOLUMESÏ4HEÏ$Ï
MODELBASEDÏWORKFLOWÏFOCUSESÏONÏTHEÏ
construction of a 3D grid, populating
the grid with properties to be used
INÏDETERMININGÏANÏACCURATEÏVOLUMEÏ
calculation.
COURSE CONTENT
Q
3URFACEÏGENERATIONÏANDÏRElNEMENTÏ
Q
7ELLÏINTERPRETATIONÏANDÏVISUALIZATIONÏ
Q
Q
Q
Q
Q
Q
Q
Q
Q
Isochore processing
-APBASEDÏVOLUMEÏCALCULATIONSÏ
COURSE CONTENT
Q
3TRUCTURALÏFRAMEWORKÏ
'EOMETRICALÏMODELINGÏ
Upscaling well logs
Q
&ACIESÏMODELINGÏ
0ETROPHYSICALÏMODELINGÏ
Contacts creating
Q
Q
6OLUMEÏCALCULATIONS
Q
AUDIENCE
'EOSCIENTISTSÏGEOPHYSICISTSÏANDÏ
ENGINEERSÏWORKINGÏONÏSTATICÏANDÏDYNAMICÏ
MODELING
PREREQUISITE
0ETRELÏ&UNDAMENTALSÏCOURSEÏORÏSIMILARÏ
0ETRELÏPLATFORMÏEXPERIENCEÏCOUPLEDÏWITHÏAÏ
GENERALÏKNOWLEDGEÏOFÏPETROLEUMÏGEOLOGYÏ
ANDÏGEOPHYSICSÏASÏWELLÏASÏELEMENTALÏ
software skills.
0ROJECTÏORGANIZATIONÏINCLUDINGÏ
3TUDIOÏ&AVORITESÏ3TUDIOÏ&INDÏANDÏ
3TUDIOÏ!NNOTATEÏ%0ÏKNOWLEDGEÏ
ENVIRONMENTÏFEATURES
)MPORTÏPROCEDURESÏFORÏWELLSÏANDÏLOGSÏ
INCLUDINGÏTHEÏ2EFERENCEÏ0ROJECTÏTOOLÏ
7ORKINGÏANDÏSETTINGÏWELLÏSECTIONÏANDÏ
TEMPLATESÏ
3EISMICÏANDÏ$ÏMODELÏBACKDROP
Continuous and discrete log
INTERPRETATIONÏMANUALÏCALCULATORÏ
ANDÏNEURALÏNETSÏANDÏLOGÏEDITS
Q
7ELLÏTOPÏINTERPRETATIONÏANDÏEDITS
Q
4IMEDEPTHÏRELATIONSHIP
Q
Creating point well data attributes
Q
0LOTTINGÏANDÏPRESENTINGÏRESULTSÏINÏ
different windows
Q
7ORKmOWSÏFORÏEXPLORATIONÏAPPRAISALÏ
DEVELOPMENTÏANDÏPRODUCTIONÏPHASES
4HEÏDAYÏCOURSEÏGOESÏINTOÏMOREÏDETAILÏ
ONÏBASICÏASSESSMENTÏCONCEPTSÏTHANÏTHEÏ
DAYÏINTRODUCTIONÏTOÏ'EO8ÏINÏTHEÏ'EO8Ï
"ASICÏ2ISKÏANDÏ2ESOURCEÏ!SSESSMENTÏ
COURSEÏWHICHÏFOCUSESÏPRIMARILYÏONÏTOOLÏ
FUNCTIONALITY
COURSE CONTENT
Q
3EGMENTS
Q
3EGMENTÏDElNITION
Q
3EGMENTÏVOLUMETRICS
Q
6OLUMETRICÏUNCERTAINTY
Q
3EGMENTÏRISKING
-ULTIPLEÏSEGMENTÏPROSPECTS
COURSE CONTENT
Q
$RILLINGÏEVENTÏCLASSIlCATIONÏANDÏ
VISUALIZATIONÏ
NEW
Q
7EBMAPÏSERVICESÏ
Q
Q
7ELLÏDESIGNÏ
Q
)NDEPENDENTÏSEGMENTS
7ELLÏPATHÏDESIGN
Q
Risk dependencies
2EALTIMEÏDATAÏACQUISITION
Q
#ORRELATIONSÏBETWEENÏSEGMENTS
Q
&LUIDÏCOMMUNICATION
Q
Q
AUDIENCE
Drilling engineers, geologists, and
petrotechnical personnel with
FUNDAMENTALÏKNOWLEDGEÏINÏTHEÏ0ETRELÏ
PLATFORMÏANDÏWHOÏNEEDÏTOÏUNDERSTANDÏ
WELLÏPATHÏDESIGNÏANDÏOPTIMIZATIONÏWITHINÏ
THEÏ0ETRELÏPLATFORM
PREREQUISITE
AUDIENCE
'EOLOGISTSÏGEOPHYSICISTSÏANDÏRESERVOIRÏ
ENGINEERSÏINVOLVEDÏWITHÏPROSPECTÏ
ASSESSMENT
PREREQUISITE
None
0ETRELÏ&UNDAMENTALSÏCOURSE
AUDIENCE
$EVELOPMENTÏANDÏEXPLORATIONÏ
GEOSCIENTISTSÏANDÏPETROLEUMÏENGINEERSÏ
WITHÏPRIORÏEXPERIENCEÏINÏTHEÏ0ETRELÏ
PLATFORM
PREREQUISITE
0ETRELÏ&UNDAMENTALSÏCOURSEÏORÏ
EQUIVALENTÏ0ETRELÏPLATFORMÏEXPERIENCEÏ
ANDÏGENERALÏKNOWLEDGEÏOFÏPETROLEUMÏ
GEOLOGY
Software
Technical courses that use software
NExT Catalog-2014(21.5x27.5).indd 57
Includes practical sessions
Field trips
Uses simulation
| 57
12/22/13 2:49 AM
GEOLOGY
Techlog Python
Petrel Reservoir
Geomechanics
Foundation – 2 Days
Skill – 2 Days
This course is designed to introduce
ATTENDEESÏTOÏPROGRAMMINGÏBASICÏANDÏ
ADVANCEDÏSCRIPTSÏINÏTHEÏ4ECHLOGÏPLATFORMÏ
The attendees will learn how to create,
edit, open, and run scripts in a Techlog
PLATFORMÏWORKmOWÏ4OPICSÏINCLUDEÏ
0YTHON½ÏSYNTAXÏANDÏPROGRAMMINGÏSKILLSÏ
0YTHONÏANDÏ4ECHLOGÏPROGRAMÏMODULESÏ
LIBRARIESÏANDÏADVANCEÏSCRIPTINGÏ
including reading and writing and
CREATINGÏ4ECHLOGÏPLATFORMÏMODULES
4HISÏCOURSEÏINTRODUCESÏRESERVOIRÏ
ENGINEERSÏANDÏCONSULTANTSÏTOÏSOMEÏBASICÏ
CONCEPTSÏINÏGEOMECHANICSÏANDÏTHEÏ0ETRELÏ
PLATFORMÏ!TTENDEESÏWILLÏLEARNÏHOWÏTOÏ
INCORPORATEÏDATAÏABOUTÏGEOMECHANICALÏ
EFFECTSÏINTOÏRESERVOIRÏMODELSÏOFÏWELLÏ
PRODUCTIONÏBEHAVIOR
COURSE CONTENT
Q
)NTRODUCTIONÏTOÏ0YTHONÏSCRIPTING
nÏÏ(ISTORYÏANDÏCONCEPTÏ
nÏÏ0YTHONÏPROGRAMMINGÏINSIDEÏ
4ECHLOGÏPLATFORMÏSOFTWAREÏ
Q
)NTRODUCTIONÏTOÏTHEÏ0YTHONÏEDITOR
– Opening and running scripts
nÏÏ0ROGRAMMINGÏBASICSÏ
nÏÏ0YTHONÏSYNTAXÏANDÏCODINGÏRULESÏ
Q
!PPLICATIONÏWORKmOWÏINTERFACEÏFORÏ
0YTHONÏPLATFORM
nÏÏ2UNNINGÏYOURÏOWNÏEQUATIONSÏ
INÏAÏMULTIWELLÏANDÏMULTIZONEÏ
ENVIRONMENT
Ï
Ï
Ï
Ï
Ï
Q
Ï
Ï
Ï
Q
Ï
Ï
Q
Ï
Ï
Q
0YTHONÏMODULES
nÏÏ$ATAÏ1#ÏANDÏHARMONIZATIONÏlLEÏ
IMPORTÏ4ECHLOGÏPLATFORMÏDATABASEÏ
nÏÏ#USTOMÏPLOTSÏ4ECHLOGÏPLATFORMÏ
PLOTÏ
nÏÏ-ATHEMATICALÏANDÏSCIENTIlCÏTOOLSÏ
.UM0YÏANDÏ3CI0YÏPACKAGESÏ
!DVANCEDÏSCRIPTING
nÏÏ)NTRODUCTIONÏTOÏADVANCEDÏBASICSÏ
SUCHÏASÏMULTIDIMENSIONALÏLISTSÏANDÏ
dictionaries
nÏÏ)NTRODUCTIONÏTOÏORIENTEDÏOBJECTÏ
PROGRAMMINGÏ
2EADINGÏANDÏWRITINGÏlLES
nÏÏ4EXTÏCOMMASEPARATEDÏVALUESÏ
#36ÏANDÏ%XCELÏlLESÏ
nÏÏ)MPORTINGÏANDÏLOADINGÏDATAÏFROMÏ
%XCELÏlLESÏ
– Reporting
#REATINGÏMODULESÏANDÏCUSTOMÏLIBRARIES
AUDIENCE
3OFTWAREÏDEVELOPERSÏORÏGEOSCIENTISTSÏ
WITHÏBASICÏPROGRAMMINGÏSKILLSÏINTERESTEDÏ
INÏAÏGENERALÏUNDERSTANDINGÏOFÏ0YTHONÏ
SCRIPTINGÏINÏTHEÏ4ECHLOGÏPLATFORMÏ
software.
PREREQUISITE
4ECHLOGÏ&UNDAMENTALSÏCOURSE
58 |
NExT Catalog-2014(21.5x27.5).indd 58
NEW
)NÏADDITIONÏTOÏINTRODUCINGÏGEOMECHANICSÏ
concepts, this course presents the
TYPESÏOFÏDATAÏUSEDÏFORÏGEOMECHANICALÏ
MODELINGÏINÏTHEÏPETROLEUMÏINDUSTRYÏ
ANDÏSOMEÏOFÏTHEÏGEOMECHANICALÏEFFECTSÏ
OBSERVEDÏINÏOILÏANDÏGASÏRESERVOIRSÏANDÏ
THEÏSUBSURFACEÏDURINGÏHYDROCARBONÏ
production. The course also includes
HOWÏTOÏBUILDÏRESERVOIRÏMODELSÏTHATÏSHOWÏ
GEOMECHANICALÏEFFECTSÏSUCHÏASÏPRESSUREÏ
stress, and strain, as well as data on
RESERVOIRÏmOWÏILLUSTRATINGÏTHEÏEFFECTSÏ
OVERÏTIMEÏANDÏHOWÏTOÏBUILDÏRESERVOIRÏ
GEOMECHANICALÏMODELSÏUSINGÏTHEÏ0ETRELÏ
PLATFORM
COURSE CONTENT
Q
&UNDAMENTALSÏOFÏGEOMECHANICSÏ
Q
0ETROLEUMÏGEOMECHANICSÏANDÏ
RESERVOIRÏGEOMECHANICSÏ
Q
4HEÏUSEÏOFÏ0ETRELÏPLATFORMÏ
GEOMECHANICSÏSOFTWARE
AUDIENCE
2ESERVOIRÏENGINEERSÏANDÏGEOTECHNICALÏ
consultants.
PREREQUISITE
0ETRELÏPLATFORMÏANDÏ%#,)03%
ÏSIMULATORÏ
software.
Petrel Advanced Wells
Petrel Fracture Modeling
Skill – 2 Days
Skill – 2 Days
4HISÏCOURSEÏBUILDSÏONÏTHEÏ0ETRELÏPLATFORMÏ
2ESERVOIRÏ%NGINEERINGÏCOURSEÏANDÏGOESÏ
MOREÏINTOÏDEPTHÏONÏMODELINGÏOFÏDEVIATEDÏ
WELLSÏ4HEÏSTANDARDÏWELLÏMODELINGÏWITHÏ
THEÏ%#,)03%ÏSIMULATORÏANDÏTHEÏ%#,)03%ÏÏ
&RONT3IMÏMODULEÏTREATSÏTHEÏENTIREÏ
WELLBOREÏASÏAÏSINGLEÏENTITYÏTHEREFOREÏ
THEÏMODELÏCANNOTÏTAKEÏINTOÏACCOUNTÏ
pressure changes along the wellbore due
TOÏFRICTIONÏVALVESÏORÏPUMPSÏ3UCHÏDEVICESÏ
AREÏOFTENÏUSEDÏWITHÏHORIZONTALÏWELLSÏTOÏ
CONTROLÏTHEÏINmOWÏPROlLEÏALONGÏTHEÏWELLÏ
trace.
4HISÏCOURSEÏSHOWSÏHOWÏTOÏDElNEÏSECTORSÏ
SELECTÏBOUNDARYÏCONDITIONSÏANDÏRUNÏ
SECTORÏMODELS
Attendees will be introduced to fracture
MODELINGÏINÏRELATIONÏTOÏHOWÏITÏISÏUSEDÏINÏ
THEÏ0ETRELÏPLATFORMÏANDÏTHEÏOILÏINDUSTRYÏ
in general. The course focuses on what
DATAÏAREÏREQUIREDÏANDÏHOWÏTHEYÏCANÏBEÏ
USEDÏINÏTHEÏ0ETRELÏPLATFORMÏAPPLICATIONÏ
4HEÏATTENDEESÏWILLÏSTUDYÏVARIOUSÏ
0ETRELÏPLATFORMÏPROCESSESÏANDÏTHEIRÏ
USEÏINÏVIEWINGÏCHECKINGÏQUALITYÏANDÏ
MANIPULATINGÏTHEÏINPUTÏFRACTUREÏDATAÏ)NÏ
THEÏ0ETRELÏPLATFORMÏAPPLICATIONÏFRACTUREÏ
MODELINGÏISÏSPLITÏINTOÏTWOÏPROCESSESÏ
GENERATINGÏAÏFRACTUREÏNETWORKÏMODELÏ
and upscaling the fracture attributes to
GENERATEÏFRACTUREÏPOROSITYÏPERMEABILITYÏ
ANDÏSIGMAÏFACTORÏ4HISÏCOURSEÏWILLÏ
INCREASEÏTHEÏATTENDEESÏUNDERSTANDINGÏ
OFÏTHEÏFRACTUREÏNETWORKÏMODELÏWHICHÏ
consists of a discrete fracture network
ANDÏIMPLICITÏFRACTUREÏPROPERTIESÏ7EÏ
WILLÏUSEÏVARIOUSÏGEOLOGICÏSTRUCTURALÏ
ANDÏSEISMICÏFRACTUREÏDRIVERSÏFORÏFRACTUREÏ
INTENSITYÏDESCRIPTIONÏANDÏULTIMATELYÏ
COMBINEÏTHEMÏINÏUSINGÏARTIlCIALÏNEURALÏ
networks. Discussion includes how
output fracture properties can be used for
SIMULATION
COURSE CONTENT
COURSE CONTENT
4OÏMODELÏTHESEÏEFFECTSÏAÏMULTISEGMENTEDÏ
WELLÏMODELÏMUSTÏBEÏUSEDÏ4HISÏCOURSEÏ
EXPLAINSÏTHEÏCAPABILITIESÏOFÏTHISÏWELLÏ
MODELÏANDÏHOWÏTOÏUSEÏTHEÏ0ETRELÏPLATFORMÏ
TOÏSETÏUPÏTHEÏMODELÏ-ETHODSÏFORÏADDINGÏ
COMPLETIONSÏSUCHÏASÏVALVESÏANDÏPUMPSÏ
ANDÏMAKINGÏDEVELOPMENTÏSTRATEGIESÏUSINGÏ
THEÏEQUIPMENTÏAREÏALSOÏCOVEREDÏINÏTHISÏ
COURSEÏ3ECTORÏMODELSÏCANÏBEÏUSEFULÏTOÏ
STUDYÏPORTIONSÏOFÏAÏRESERVOIR
Q
3TANDARDÏWELLÏMODELÏVERSUSÏTHEÏ
MULTISEGMENTEDÏWELLÏMODELÏ
Q
0RESSUREÏDROPÏALONGÏHORIZONTALÏWELLSÏ
Q
$ESIGNINGÏHORIZONTALÏWELLSÏANDÏWELLSÏ
with laterals
Q
3ETTINGÏUPÏMULTISEGMENTEDÏWELLSÏ
Q
#OMPLETIONÏDESIGNÏFORÏ
MULTISEGMENTEDÏWELLSÏ
Q
$EVELOPMENTÏSTRATEGIESÏWITHÏGROUPÏ
control
Q
Q
&RACTUREÏTHEORY
Q
0OINTÏWELLÏDATAÏANDÏIMAGEÏLOGÏIMPORTÏ
ANDÏDISPLAY
Q
#REATINGÏTADPOLESÏANDÏROSEÏDIAGRAMS
Q
3TEREONETSÏDIPÏAZIMUTHÏlLTERSÏANDÏ
fracture sets
Q
'ENERATIONÏOFÏFRACTUREÏINTENSITYÏLOGSÏ
ANDÏCUMULATIVEÏLOGS
Q
&RACTUREÏDENSITYÏMAPS
Q
3ECTORÏMODELS
AUDIENCE
2ESERVOIRÏENGINEERSÏORÏGEOSCIENTISTSÏWITHÏ
ABOVEÏAVERAGEÏEXPERIENCEÏINÏTHEÏDOMAIN
PREREQUISITE
0ETRELÏ&UNDAMENTALSÏANDÏ0ETRELÏ2ESERVOIRÏ
%NGINEERINGÏORÏEQUIVALENTÏEXPERIENCE
Upscaling of well logs and 3D
MODELINGÏOFÏINTENSITY
Q
"UILDINGÏSTOCHASTICÏFRACTUREÏMODELS
Q
Fracture attribute generation
Q
Upscaling fracture properties
Q
5SEÏOFÏMULTIPLEÏFRACTUREÏDRIVERS
AUDIENCE
$EVELOPMENTÏANDÏEXPLORATIONÏGEOLOGISTSÏ
WITHÏPRIORÏEXPERIENCEÏINÏ0ETRELÏPLATFORMÏ
software.
PREREQUISITE
0ETRELÏ&UNDAMENTALSÏCOURSEÏANDÏ0ETRELÏ
'EOLOGYÏCOURSEÏORÏSIMILARÏEXPERIENCEÏINÏ
0ETRELÏSOFTWAREÏANDÏGENERALÏKNOWLEDGEÏ
OFÏPETROLEUMÏGEOLOGYÏANDÏGEOPHYSICS
Visit NExTtraining.net/classes for the latest calendar or to register for a course.
12/22/13 2:49 AM
GEOLOGY
Petrel Introduction to Structural and Fault
Analysis Module (RDR)
Petrel Petroleum System-Based Play-to-Prospect Exploration:
Using Petrel Exploration Geology Software for Integrated
Evaluation of Petroleum Systems, Plays, and Prospects
Skill – 4 Days
Skill – 3 Days
4HISÏ0ETRELÏPLATFORMÏMODULEÏDEVELOPEDÏ
BYÏTHEÏ2OCKÏ$EFORMATIONÏ2ESEARCHÏGROUPÏ
PROVIDESÏAÏBROADÏSUITEÏOFÏTOOLSÏFORÏALLÏ
ASPECTSÏOFÏVISUALIZINGÏMAPPINGÏMODELINGÏ
ANDÏANALYZINGÏFAULTSÏINÏTHEÏ0ETRELÏPLATFORMÏ
WORKmOWÏ!TTENDEESÏWILLÏLEARNÏNEWÏWAYSÏ
TOÏINTEGRATEÏFAULTÏGEOLOGICÏINFORMATIONÏ
INTOÏTHEÏRESERVOIRÏSIMULATIONÏPROCESSÏ
%XAMPLESÏWILLÏSHOWÏTHEÏIMPACTÏOFÏFAULTÏ
INTEGRATIONÏINTOÏSIMULATIONÏMODELSÏONÏ
PROSPECTÏEVALUATIONSÏVOLUMESÏANDÏ
SIMULATIONÏRESPONSESÏ4HEÏCOURSEÏ
highlights critical risk factors that
INmUENCEÏTHEÏANALYSISÏOFÏPROSPECTSÏANDÏ
lELDÏDEVELOPMENTÏPROGRAMSÏANDÏTHEÏ
WORKmOWSÏTOÏCAPTUREÏTHEÏLIKELYÏSTRUCTURALÏ
NATUREÏOFÏTHEÏPROSPECTÏORÏlELDÏANDÏTOÏ
UNDERSTANDÏTHEÏIMPLICATIONS
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Ï
nÏÏ&AULTÏSEALÏMAPPING
Ï
nÏÏ&AULTÏCOMMUNICATIONÏMAPPING
Ï
nÏÏ'EOMODELÏANALYSISÏTOOLSÏFORÏ1!
Ï
nÏÏ&AULTÏANDÏGRIDÏGEOMETRICÏANALYSISÏ
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nÏÏ&AULTÏTHROWÏANDÏDISPLACEMENTÏ
ANALYSISÏINCLUDINGÏPROlLESÏANDÏ
CUMULATIVEÏFREQUENCYÏPLOTSÏ
Ï
nÏÏ3USCEPTIBILITYÏTOÏFAILUREÏOFÏFAULTSÏ
Ï
nÏÏ&AULTÏPROPERTYÏPREDICTIONSÏ
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nÏÏ2ESERVOIRÏJUXTAPOSITIONÏANALYSIS
Ï
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COMPUTATIONSÏ
Ï
nÏÏ'EOLOGICÏTUNINGÏOFÏTRANSMISSIBILITYÏ
MULTIPLIERSÏ
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nÏÏ5NCERTAINTYÏINCORPORATIONÏOFÏFAULTÏ
GEOMETRIESÏANDÏPROPERTIESÏINÏ
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COURSE CONTENT
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%XPLORATIONÏ
Ï
nÏÏ.EWÏMETHODSÏFORÏFAULTÏ
IDENTIlCATIONÏANDÏMAPPINGÏ
Ï
nÏÏ0ROPERTYÏPREDICTIONSÏANDÏANALYSISÏ
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nÏÏ&AULTÏDIPÏANDÏDIPÏDIRECTIONÏ
-APPINGÏSEISMICÏONTOÏFAULTSÏANDÏ
JUXTAPOSITIONÏANALYSISÏ
– Tools for data cleanup for prospect
creation and preparation for
GEOMODELING
Ï
nÏÏ3TREAMLININGÏTHEÏSEISMICÏ
interpretation process with
structural sense checks
Ï
nÏÏ#REATINGÏTRAPÏMAPSÏANDÏTRAPÏ
ANALYSES
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PROPERTYÏUNCERTAINTIESÏINÏANALYSES
Software
$EVELOPMENTÏ
AUDIENCE
$EVELOPMENTÏANDÏEXPLORATIONÏGEOLOGISTSÏ
GEOPHYSICISTSÏGEOMECHANICSÏANDÏ
RESERVOIRÏENGINEERSÏWITHÏPRIORÏEXPERIENCEÏ
INÏ0ETRELÏSOFTWARE
PREREQUISITE
0ETRELÏ&UNDAMENTALSÏCOURSEÏORÏSIMILARÏ
0ETRELÏEXPERIENCEÏANDÏGENERALÏKNOWLEDGEÏ
OFÏSTRUCTURALÏGEOLOGYÏRESERVOIRÏ
ENGINEERINGÏANDÏGEOPHYSICS
Technical courses that use software
NExT Catalog-2014(21.5x27.5).indd 59
)NÏTHISÏDAYÏCOURSEÏTHEÏATTENDEEÏ
WILLÏLEARNÏTOÏUSEÏTHEÏ0ETRELÏPLATFORMÏ
0ETROLEUMÏ3YSTEMSÏ1UICKÏ,OOKÏANDÏ
0LAYÏTOÏ0ROSPECTÏ2ISKÏMODULEÏ4HEÏ
COURSEÏATTENDEESÏWILLÏUNDERTAKEÏPLAYÏ
EVALUATIONÏEXERCISESÏTHATÏINTEGRATEÏ
ALLÏTHEÏPETROLEUMÏSYSTEMÏELEMENTSÏ
INTOÏGEOLOGICALLYÏBASEDÏOBJECTIVESÏANDÏ
DOCUMENTEDÏRESULTSÏTHATÏCANÏBEÏUSEDÏTOÏ
understand and rank the opportunities.
How to use the software tools and
DEVELOPÏAÏBETTERÏUNDERSTANDINGÏOFÏTHEÏ
FUNDAMENTALSÏOFÏPLAYÏANDÏPROSPECTÏ
EVALUATIONÏAREÏALSOÏINCLUDEDÏINÏTHEÏ
COURSEÏINÏADDITIONÏTOÏTHEÏREASONSÏWHYÏ
an integrated approach results in better
EVALUATIONSÏANDÏBETTERÏEXPLORATIONÏ
success.
AUDIENCE
Geoscientists working with prospect
EXPLORATIONÏFUNDAMENTALSÏANDÏWORKmOWSÏ
WHOÏNEEDÏTOÏLEARNÏHOWÏTOÏPERFORMÏTHEMÏ
USINGÏTHEÏ0ETRELÏPLATFORM
PREREQUISITE
)DEALLYÏ0ETRELÏ&UNDAMENTALSÏCOURSEÏ
and should be able to work with the
0ETRELÏPLATFORMÏPROCESSESÏINPUTÏANDÏ
7INDOWSÏTABSÏ3KILLSÏINÏ0ETRELÏSEISMICÏ
INTERPRETATIONÏPROPERTYÏMODELINGÏANDÏ
well correlation are not required.
COURSE CONTENT
!TTENDEESÏWILLÏEVALUATEÏAÏCONCESSIONÏ
AREAÏUSINGÏTHEÏ0ETRELÏPLATFORMÏWORKmOWÏ
tools. Beginning with the initial
EXPLORATIONÏDATAÏTHEÏATTENDEESÏWILLÏ
LEARNÏTOÏCOMBINEÏRESULTSÏFROMÏPETROLEUMÏ
SYSTEMSÏMODELINGÏWITHÏTHEIRÏPLAYÏ
FAIRWAYÏMAPSÏANDÏTRANSFORMÏTHEMÏINTOÏ
PLAYÏCHANCEÏMAPSÏ4HEYÏWILLÏALSOÏLEARNÏ
TOÏUSEÏTHEÏRESULTSÏFROMÏTHISÏANALYSISÏ
TOÏMAKEÏPROBABILISTICÏVOLUMETRICÏANDÏ
CHANCEÏOFÏSUCCESSÏASSESSMENTÏOFÏTHEIRÏ
PROSPECTSÏTHATÏHAVEÏAÏCLEARÏLINKÏBACKÏ
TOÏTHEÏPLAYÏEVALUATIONÏANDÏPETROLEUMÏ
SYSTEMÏANALYSISÏ,ASTLYÏATTENDEESÏWILLÏ
LEARNÏHOWÏTOÏKEEPÏTHEIRÏPLAYÏANDÏPROSPECTÏ
EVALUATIONÏLIVEÏANDÏUSABLEÏWHENEVERÏNEWÏ
UNDERSTANDINGÏORÏDATAÏBECOMEÏAVAILABLE
Includes practical sessions
Field trips
Uses simulation
| 59
12/22/13 2:49 AM
GEOLOGY
Petrel Property Modeling
Petrel Structural Modeling
Skill – 3 Days
Skill – 3 Days
4HISÏCOURSEÏFOCUSESÏONÏTHEÏFUNDAMENTALSÏ
OFÏMODELINGÏUSINGÏTHEÏ0ETRELÏPLATFORMÏ4HEÏ
COURSEÏCOVERSÏBASICÏGEOSTATISTICSÏDATAÏ
PREPARATIONÏDATAÏANALYSISÏFACIESÏANDÏ
PETROPHYSICALÏMODELINGÏ!TTENDEESÏWILLÏ
LEARNÏDIFFERENTÏWAYSÏTOÏCREATEÏPROPERTYÏ
MODELSÏANDÏHOWÏTOÏCONDITIONÏMODELSÏTOÏ
EXISTINGÏMODELSÏANDÏSECONDARYÏDATAÏ4HISÏ
course guides the user through concepts,
ALGORITHMSÏANDÏSOFTWAREÏFUNCTIONALITIESÏ
INÏPROPERTYÏMODELING
4HEÏlRSTÏPORTIONÏOFÏTHEÏCOURSEÏFOCUSESÏ
on the use of basic geostatistical tools
THROUGHÏDATAÏANALYSISÏ!LSOÏPREMODELINGÏ
processes concerned with well data
PREPARATIONÏWILLÏBEÏCOVEREDÏTHEÏlRSTÏ
STEPÏOFÏWHICHÏISÏTHEÏPROPERTYÏMODELINGÏ
WORKmOWÏFOLLOWEDÏBYÏUPSCALINGÏWELLÏ
LOGSÏTOÏCREATEÏSINGLEPROPERTYÏVALUESÏ
at the well location for each cell. This
technique creates hard data that will be
used to populate the 3D grid with either
DETERMINISTICÏORÏSTOCHASTICÏALGORTIHMSÏ
The second half of the course focuses
ONÏFACIESÏANDÏPETROPHYSICALÏMODELINGÏ
WORKmOWSÏUSINGÏSTOCHASTICÏMETHODSÏASÏ
WELLÏASÏCOVERINGÏTHEÏUSAGEÏOFÏKRIGINGÏFORÏ
CONTINUOUSÏPROPERTIESÏ)MPLEMENTINGÏDATAÏ
ANALYSISÏRESULTSÏANDÏUSINGÏSECONDARYÏDATAÏ
to constrain the result will also be shown.
COURSE CONTENT
Q
Q
"ASICSÏOFÏUNIÏANDÏBIVARIATEÏ
geostatistics
Data preparation, including well log
edits, calculations, and upscaling for
discrete and continuous data
60 |
NExT Catalog-2014(21.5x27.5).indd 60
Q
Ï
&ACIESÏMODELINGÏ
Ï $ATAÏANALYSISÏ
Ï
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Ï
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with and without trends
Ï
Ï 5SINGÏSECONDARYÏDATAÏTOÏPOPULATEÏ
FACIESÏMODELSÏ
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Ï
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PETROPHYSICALÏMODELS
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$EVELOPMENTÏANDÏEXPLORATIONÏ
GEOLOGISTSÏGEOPHYSICISTSÏGEOCHEMISTSÏ
PETROPHYSICISTSÏPETROLEUMÏENGINEERSÏ
MANAGERSÏRESERVOIRÏENGINEERSÏANDÏ
TECHNICALÏPERSONNELÏWITHÏPRIORÏEXPERIENCEÏ
INÏUSINGÏ0ETRELÏPLATFORMÏSOFTWARE
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Modeling course presents different
APPROACHESÏTOÏBUILDINGÏMODELSÏTHATÏ
CAPTUREÏGEOLOGICALLYÏCOMPLEXÏSITUATIONSÏ
SUCHÏASÏREVERSEÏFAULTSÏANDÏTRUNCATIONS
4HISÏCOURSEÏCOVERSÏBOTHÏCORNERPOINTÏ
GRIDDINGÏANDÏSTRUCTURALÏFRAMEWORKÏ
Attendees will be presented with
WORKmOWSÏTHATÏCOMBINEÏBOTHÏPROCESSESÏ
SPECIlCALLYÏHOWÏTOÏUSEÏTHEÏRESULTSÏFROMÏ
THEÏSTRUCTURALÏFRAMEWORKÏTOÏGENERATEÏAÏ
CORNERPOINTÏGRIDÏ4HEÏATTENDEESÏWILLÏALSOÏ
LEARNÏHOWÏTOÏGENERATEÏPARTIALLYÏANDÏFULLYÏ
STAIRSTEPPEDÏ$ÏGRIDSÏ4HEÏADVANTAGESÏ
ANDÏLIMITATIONSÏOFÏTHEÏDIFFERENTÏTYPESÏOFÏ
MODELSÏWILLÏALSOÏBEÏPRESENTEDÏ
4HEÏCOURSEÏWILLÏHIGHLIGHTÏTHEÏFOLLOWINGÏ
ÏTHEÏROBUSTÏFAULTÏMODELINGÏWHILEÏ
INTERPRETINGÏSEISMICÏFUNCTIONALITYÏWHICHÏ
ALLOWSÏRAPIDÏREALTIMEÏCREATIONÏOFÏTHEÏ
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TECHNIQUESÏUSINGÏBOTHÏCORNERPOINTÏ
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ÏTHEÏINNOVATIVEÏVOLUMEBASEDÏMODELINGÏ
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3TRUCTURALÏFRAMEWORKÏVERSUSÏCORNER
point gridding
Q
3TAIRSTEPÏFAULTINGÏ
Q
3ALTÏMODELINGÏMETHODSÏ
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6OLUMEÏBASEÏMODELINGÏTECHNIQUEÏ
!VAILABLEÏONÏRELEASESÏAFTERÏ
AUDIENCE
$EVELOPMENTÏANDÏEXPLORATIONÏGEOLOGISTSÏ
GEOPHYSICISTSÏPETROLEUMÏENGINEERSÏ
MANAGERSÏRESERVOIRÏENGINEERSÏANDÏ
TECHNICALÏPERSONNELÏWITHÏPRIORÏEXPERIENCEÏ
USINGÏTHEÏ0ETRELÏPLATFORM
PREREQUISITE
'ENERALÏKNOWLEDGEÏOFÏPETROLEUMÏGEOLOGYÏ
ANDÏGEOPHYSICSÏASÏWELLÏASÏHAVINGÏ
ATTENDEDÏTHEÏ0ETRELÏ&UNDAMENTALSÏANDÏ
0ETRELÏ'EOLOGYÏCOURSESÏORÏEQUIVALENTÏ
0ETRELÏEXPERIENCE
COURSE CONTENT
PREREQUISITE
'ENERALÏKNOWLEDGEÏOFÏPETROLEUMÏ
GEOLOGYÏANDÏATTENDANCEÏOFÏTHEÏ0ETRELÏ
&UNDAMENTALSÏCOURSEÏORÏEQUIVALENTÏ
EXPERIENCE
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Visit NExTtraining.net/classes for the latest calendar or to register for a course.
12/22/13 2:49 AM
GEOLOGY
Petrel Velocity Modeling
Petrel Geological Workflows
and Uncertainty Analysis
Skill – 3 Days
Skill – 2 Days
This course introduces the attendee to
VELOCITYÏMODELINGÏVELOCITYÏHANDLINGÏANDÏ
DOMAINÏCONVERSIONÏFUNCTIONALITYÏINÏTHEÏ
0ETRELÏÏPLATFORM
The course takes the attendee through
the preparation stage of data used for
VELOCITYÏESTIMATIONÏANDÏMODELINGÏ4HISÏ
PREPARATIONÏSTAGEÏINCLUDESÏQUALITYÏCONTROLÏ
and editing of checkshot data used in
SONICÏCALIBRATIONÏANDÏQUALITYÏCONTROLÏOFÏ
TIMEÏSURFACESÏANDÏWELLÏTOPSÏUSEDÏFORÏ
DElNINGÏVELOCITYÏINTERVALS
&URTHERMOREÏTHEÏAVAILABLEÏVELOCITYÏ
MODELINGÏTECHNIQUESÏAREÏPRESENTEDÏ
INCLUDINGÏWELLÏVELOCITYÏESTIMATIONÏTHEÏ
NATUREÏANDÏMODELINGÏOFÏSEISMICÏVELOCITIESÏ
SURFACEBASEDÏANDÏ$ÏGRIDBASEDÏSEISMICÏ
VELOCITYÏMODELINGÏASÏWELLÏASÏUSERDElNEDÏ
VELOCITYÏFUNCTIONS
&OLLOWINGÏTHEÏVELOCITYÏMODELINGÏPHASEÏ
DOMAINÏCONVERSIONÏOFÏVARIOUSÏOBJECTSÏ
ANDÏMETHODSÏFORÏMODELINGÏSTRUCTURALÏ
UNCERTAINTYÏAREÏCOVERED
COURSE CONTENT
Q
Q
1UALITYÏCONTROLÏOFÏANDÏEDITINGÏOFÏWELLÏ
data
Checkshot calibration of sonic logs
Q
6ELOCITYÏFUNCTIONSÏANDÏVARIOUSÏ
VELOCITYÏMODELINGÏAPPROACHESÏ
Q
6ELOCITYÏMODELINGÏQUALITYÏCONTROLÏANDÏ
MODELINGÏ
NEW
4HISÏTWOFOLDÏCOURSEÏAIMSÏTOÏGIVEÏTHEÏ
ATTENDEESÏINSIGHTÏINTOÏTHEÏ7ORKmOWÏ
EDITORÏANDÏTHEÏ5NCERTAINTYÏANDÏ
/PTIMIZATIONÏPROCESSÏINÏTHEÏ0ETRELÏ
PLATFORMÏWITHÏAÏFOCUSÏONÏGEOLOGICALÏ
MODELINGÏ$URINGÏTHEÏlRSTÏDAYÏTHEÏCOURSEÏ
WILLÏFOCUSÏONÏHOWÏTOÏUSEÏPREDElNEDÏ
WORKmOWSÏANDÏHOWÏTOÏCREATEÏYOURÏ
OWNÏWORKmOWSÏFORÏBATCHÏPROCESSINGÏ
and operations, in addition to setting
up, editing, and repeating processes
WITHÏNEWÏDATAÏFORÏAÏCOMPLETEÏANDÏ
STANDARDIZEDÏRESERVOIRÏMODELINGÏ
WORKmOWÏ4OÏTAKEÏFULLÏADVANTAGEÏOFÏ
THEÏUNCERTAINTYÏHANDLINGÏINÏTHEÏ0ETRELÏ
PLATFORMÏTHEÏATTENDEEÏWILLÏNEEDÏTOÏ
HAVEÏANÏUNDERSTANDINGÏOFÏTHEÏ7ORKmOWÏ
EDITORÏMODULEÏWHICHÏISÏTHEÏCORNERSTONEÏ
OFÏTHEÏ5NCERTAINTYÏANDÏ/PTIMIZATIONÏ
process. The attendee will be also
GIVENÏSOMEÏEXAMPLESÏONÏGEOLOGICALÏ
WORKmOWSÏ/NÏDAYÏTWOÏTHISÏCOURSEÏWILLÏ
FOCUSÏONÏUNDERSTANDINGÏSENSITIVITIESÏANDÏ
UNCERTAINTIESÏOFÏAÏBASEÏCASEÏVOLUMETRICÏ
RESERVOIRÏMODELÏ3TRUCTURALÏUNCERTAINTIESÏ
RELATEDÏTOÏSURFACESÏWILLÏBEÏEXPLOREDÏASÏ
WELLÏASÏSTOCHASTICÏPARAMETERSÏRELATEDÏTOÏ
THEÏPROPERTYÏMODELÏ!LSOÏTHEÏUNCERTAINTYÏ
RELATEDÏTOÏTHEÏCONTACTSÏDElNINGÏTHEÏ
VOLUMEÏCASEÏWILLÏBEÏEXAMINED
COURSE CONTENT
Q
7ORKmOWÏ%DITORÏINTERFACEÏANDÏLOGICÏ
Q
2UNNINGÏPREDElNEDÏWORKmOWSÏ
Q
#REATINGÏUSERDElNEDÏWORKmOWSÏ
Q
5PDATINGÏ$ÏMODELSÏWITHÏNEWÏINPUTÏ
data
Q
"ECOMINGÏFAMILIARÏWITHÏTHEÏ
5NCERTAINTYÏANDÏ/PTIMIZATIONÏPROCESSÏ
Q
$EPTHÏERRORÏANALYSISÏANDÏCORRECTIONÏ
Q
3URFACEBASEDÏANDÏ$ÏGRIDBASEDÏ
SEISMICÏVELOCITYÏMODELINGÏ
Q
!NISOTROPYÏINÏSEISMICÏVELOCITIESÏ
Q
'EOSTATISTICALÏMETHODSÏ
Q
1UANTIFYINGÏRESIDUALÏDEPTHÏERRORÏANDÏ
CREATINGÏAÏDEPTHÏCORRECTIONÏMODELÏ
Q
3ENSITIVITYÏANDÏUNCERTAINTYÏANALYSISÏ
setup
Q
#REATINGÏUSERDElNEDÏVELOCITYÏ
functions
Q
7ELLÏLOGÏINTERPRETATIONÏUNCERTAINTYÏ
Q
3TRUCTURALÏUNCERTAINTYÏ
Q
&LUIDÏCONTACTÏUNCERTAINTYÏ
Q
0ROPERTYÏUNCERTAINTY
Q
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Q
-ODELINGÏSTRUCTURALÏUNCERTAINTY
AUDIENCE
Skill – 5 Days
4HISÏDAYÏWORKSHOPÏFOCUSESÏONÏCOMMONÏ
WORKmOWSÏUSEDÏINÏ0ETRO-ODÏSOFTWAREÏ
PROJECTSÏ!TTENDEESÏWILLÏWORKÏWITHÏAÏ
SINGLEÏ$ÏDATASETÏWITHÏEMPHASISÏPLACEDÏ
ONÏMODELÏCALIBRATIONÏANDÏOUTPUTÏANALYSISÏ
INTERPRETATIONÏOFÏSIMULATIONÏRESULTSÏ
4HEÏMAJORÏFOCUSÏOFÏTHISÏWORKSHOPÏWILLÏ
BEÏONÏCALIBRATINGÏ0ETRO-ODÏSOFTWAREÏ
MODELSÏTOÏACTUALÏlELDÏDATAÏ$EFAULTÏ
LITHOLOGICALÏPARAMETERSÏEGÏMECHANICALÏ
COMPACTIONÏPERMEABILITYÏWILLÏBEÏ
ADAPTEDÏTOÏMEASUREDÏDATAÏEGÏPOROSITYÏ
POREÏPRESSUREÏ4HERMALÏCALIBRATIONÏ
tools will be introduced and used to
CALIBRATEÏTHEÏMODELÏTOÏMEASUREDÏWELLÏ
DATAÏTEMPERATUREÏVITRINITEÏREmECTANCEÏ
#ALIBRATIONÏWORKmOWSÏWILLÏREQUIREÏ
EXTENSIVEÏUSEÏOFÏTHEÏ0ETRO-ODÏEDITORÏ
ANDÏVIEWINGÏTOOLSÏ$IFFERENTÏHYDROCARBONÏ
MIGRATIONÏMETHODSÏ$ARCYÏmOWÏmOWÏ
PATHÏANDÏINVASIONÏPERCOLATIONÏWILLÏ
be introduced and their applications
discussed. The outputs of different
MIGRATIONÏMETHODSÏWILLÏBEÏANALYZEDÏINÏ
DETAILÏ(YDROCARBONÏACCUMULATIONSÏWILLÏBEÏ
CALIBRATEDÏTOÏVOLUMEÏCOLUMNÏHEIGHTÏANDÏ
mUIDÏPROPERTIESÏEGÏ!MERICANÏ0ETROLEUMÏ
)NSTITUTEÏ;!0)=ÏGASOILÏRATIOÏ'/2Ï
4HISÏWORKSHOPÏISÏAÏCOREÏCOMPONENTÏ
INÏTHEÏ0ETRO-ODÏSOFTWAREÏ%DUCATIONÏ
3ERVICESÏOFFERINGÏ!TTENDEESÏSUCCESSFULLYÏ
COMPLETINGÏTHISÏCOURSEÏWILLÏBEÏABLEÏTOÏ
BUILDÏPETROLEUMÏSYSTEMÏMODELSÏHAVINGÏ
BASICTOMODERATEÏGEOLOGICALÏCOMPLEXITY
COURSE CONTENT
Q
0OROSITYPRESSUREÏCALIBRATION
Q
0OROSITIESÏPERMEABILITIESÏPRESSUREÏ
EFFECTIVEÏSTRESSÏTHERMALÏCALIBRATION
Q
4EMPERATUREÏANDÏVITRINITEÏREmECTANCE
Q
-C+ENZIEÏMODELÏ(EATÏ&LOWÏ
calibration tool
Q
-IGRATIONÏMODELING
Q
-IGRATIONÏMETHODSÏ$ARCYÏmOWÏPATHÏ
)NVERSIONÏ0ERCOLATIONÏHYBRID
Q
Migration along faults
Q
!CCUMULATIONmUIDÏCALIBRATION
Q
3IZEÏCOLUMNÏHEIGHT
Q
!0)Ï'/2
AUDIENCE
'EOLOGISTSÏPETROLEUMÏSYSTEMSÏMODELERSÏ
ANDÏGEOCHEMISTSÏWITHÏBASICÏEXPERIENCEÏ
INÏTHEÏUSEÏOFÏTHEÏ0ETRO-ODÏSOFTWAREÏ
4HISÏCOURSEÏISÏRECOMMENDEDÏFORÏALLÏ
GEOSCIENTISTSÏWORKINGÏASÏPETROLEUMÏ
SYSTEMSÏMODELERSÏWITHÏTHEÏNEEDÏTOÏ
INTEGRATEÏMEASUREDÏlELDÏDATAÏTOÏTHEÏ
MODEL
PREREQUISITE
)NTRODUCTIONÏTOÏ0ETRO-ODÏCOURSE
AUDIENCE
$EVELOPMENTÏANDÏEXPLORATIONÏGEOLOGISTSÏ
GEOPHYSICISTSÏPETROLEUMÏENGINEERSÏ
MANAGERSÏRESERVOIRÏENGINEERSÏANDÏ
TECHNICALÏPERSONNELÏEXPERIENCEDÏWITHÏ
0ETRELÏPLATFORMÏSOFTWARE
2ESERVOIRÏDEVELOPMENTÏANDÏEXPLORATIONÏ
GEOLOGISTSÏPETROPHYSICISTSÏANDÏTECHNICALÏ
PERSONNELÏEXPERIENCEDÏWITHÏTHEÏ0ETRELÏ
SOFTWAREÏPLATFORM
PREREQUISITE
PREREQUISITE
0ETRELÏ'EOPHYSICSÏCOURSEÏORÏSIMILARÏ0ETRELÏ
EXPERIENCE
0ETRELÏ&UNDAMENTALSÏCOURSEÏANDÏTHEÏ
0ETRELÏ'EOLOGYÏCOURSE
Software
PetroMod Calibration Workflows for
Petroleum Systems Models
Technical courses that use software
NExT Catalog-2014(21.5x27.5).indd 61
Includes practical sessions
Field trips
Uses simulation
| 61
12/22/13 2:49 AM
GEOLOGY
PetroMod Petroleum
Systems Modeling for
Shale Plays
PetroMod Structural
Analysis for Petroleum
Systems Modeling
PetroMod Version 11 to
Release 2011.1/2012.1
Update
Techlog Formation
Evaluation with Quanti.Elan
Skill – 5 Days
Skill – 4 Days
Skill – 3 Days
Skill – 2 Days
3HALEÏ2ESOURCEÏ%XPLORATIONÏISÏAÏNEWÏ
AREAÏOFÏEXPLORATIONÏFORÏUNCONVENTIONALÏ
RESERVOIRSÏ)NÏCONTRASTÏWITHÏCONVENTIONALÏ
PETROLEUMÏSYSTEMSÏANALYSISÏSHALEÏPLAYSÏ
AREÏCHARACTERIZEDÏBYÏAÏSINGLEÏENCLOSEDÏ
SYSTEMÏCHARGEÏRESERVOIRÏANDÏTRAPÏINÏONEÏ
FORMATION
4HISÏDAYÏCOURSEÏADDRESSESÏTHEÏ
INTEGRATIONÏOFÏCOMPLEXÏSTRUCTURALÏREGIMESÏ
INTOÏ0ETROLEUMÏ3YSTEMSÏ-ODELINGÏTHISÏ
COURSEÏNOWÏINCLUDESÏ$ÏMODELINGÏOFÏSALTÏ
tectonics.
4HEÏ0ETRO-ODÏPLATFORMÏSOFTWAREÏSUITEÏ
CONTINUESÏTOÏEVOLVEÏRAPIDLYÏ)NÏADDITIONÏ
TOÏNEWÏTOOLSÏANDÏMAJORÏIMPROVEMENTSÏINÏ
SIMULATIONÏSPEEDSÏTHEÏUSERÏINTERFACEÏWASÏ
OVERHAULEDÏFORÏTHEÏÏRELEASEÏ4HEÏ
PROCESSÏCONTINUESÏFORÏTHEÏÏRELEASEÏ
BRINGINGÏFASTERÏEASIERÏWORKmOWSÏTOÏTHEÏ
ENDÏUSERÏ4HISÏDAYÏUPDATEÏCLASSÏTAKESÏ
USERSÏONÏAÏJOURNEYÏFROMÏTHEÏSCATTEREDÏ
INTERFACESÏOFÏ6ÏTOÏTHEÏUNIFORMÏINTERFACEÏ
ACCESSÏFORÏ$ÏANDÏ$ÏMODELSÏAVAILABLEÏ
WITHÏTHEÏÏANDÏÏSOFTWAREÏ
VERSIONSÏ4HISÏCOURSEÏWILLÏREVIEWÏALLÏ
of the changes and the attendees will
PERFORMÏPRACTICALÏEXERCISESÏONÏ$Ï
$ÏANDÏ$ÏMODELSÏ4HEÏEXERCISESÏAREÏ
DESIGNEDÏBOTHÏTOÏFAMILIARIZEÏATTENDEESÏ
with the new user interface and to
INTRODUCEÏKEYÏWORKmOWÏIMPROVEMENTSÏ
including 1D thrusting, fault handling, age
ASSIGNMENTSÏEROSIONÏMODELINGÏANDÏHEATÏ
mOWÏCALIBRATION
This course introduces attendees who are
EXPERIENCEDÏLOGÏINTERPRETERSÏTOÏBUILDINGÏ
LOGÏINTERPRETATIONÏMODELSÏANDÏGENERATINGÏ
SOLUTIONSÏWITHÏTHEÏ1UANTI%LANÏMODULEÏOFÏ
THEÏ4ECHLOGÏPLATFORM
4HEÏDAYÏ0ETROLEUMÏ3YSTEMSÏ-ODELINGÏ
FORÏ3HALEÏ0LAYSÏCOURSEÏCOVERSÏALLÏASPECTSÏ
OFÏTHISÏUNCONVENTIONALÏPETROLEUMÏSYSTEMÏ
0ARTICIPANTSÏWILLÏUSEÏ0ETRO-ODÏPLATFORMÏ
0ETROLEUMÏ3YSTEMSÏ-ODELINGÏSOFTWAREÏ
TOÏEXPLOREÏTOOLSÏANDÏWORKmOWSÏDIRECTLYÏ
APPLICABLEÏTOÏSOLVINGÏTHEÏCHALLENGESÏFACEDÏ
INÏSHALEÏRESOURCEÏEXPLOITATION
COURSE CONTENT
Q
)NTRODUCTIONÏTOÏGLOBALÏSHALEÏPLAYSÏ
Q
3HALESÏÏRESERVOIRÏANDÏCHARGEÏÏ
CHARACTERIZATIONÏPROPERTIESÏANDÏ
challenges
Q
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,ANGMUIRÏADSORPTIONÏPRINCIPLES
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ASSESSMENTÏ
Q
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3EDIMENTÏSPACEÏISÏPRIMARILYÏCREATEDÏ
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NExT Catalog-2014(21.5x27.5).indd 62
Q
/VERVIEWÏOFÏKEYÏCHANGES
Q
$ÏTHRUSTINGÏEXERCISES
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thrusting.
PREREQUISITE
)NTRODUCTIONÏTOÏ0ETRO-ODÏPLATFORMÏCOURSEÏ
ANDÏEXPERIENCEÏUSINGÏ0ETRO-ODÏSOFTWARE
62 |
COURSE CONTENT
Q
$Ï0ETRO"UILDERÏOVERVIEW
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$ÏMODELÏBUILDINGÏEXERCISESÏUSINGÏ
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$ÏMODELÏBUILDINGÏEXERCISES
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calibration
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;$,)3=ÏORÏLOGÏ!3#))ÏSTANDARDÏ;,!3=Ï
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endpoints
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Log response equations with
EMPHASISÏONÏNEUTRONÏPOROSITYÏ
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equations
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)NITIALIZATIONÏANDÏCONSTRUCTIONÏOFÏ
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#OMBININGÏFORMATIONÏEVALUATIONÏ
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Q
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$EVELOPMENTÏANDÏEXPLORATIONÏGEOLOGISTSÏ
PETROPHYSICISTSÏANDÏRESERVOIRÏENGINEERSÏ
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4ECHLOGÏ&UNDAMENTALSÏCOURSEÏANDÏ
FORMATIONÏEVALUATIONÏEXPERIENCEÏUSINGÏ
4ECHLOGÏPLATFORMÏSOFTWARE
5SERSÏOFÏ0ETRO-ODÏ6ÏWHOÏWILLÏBEÏUSINGÏ
THEÏ0ETRO-ODÏÏORÏ0ETRO-ODÏÏ
releases.
PREREQUISITE
%XISTINGÏ0ETRO-ODÏ6ÏUSERS
Visit NExTtraining.net/classes for the latest calendar or to register for a course.
12/22/13 2:49 AM
GEOLOGY
GeoX Advanced Risk and
Resource Assessment
NEW
Skill – 1 Day
4HISÏCOURSEÏCOMBINESÏAÏREVIEWÏOFÏTHEÏ
BASICÏMETHODOLOGYÏFORÏEVALUATINGÏMULTIPLEÏ
COMPARTMENTZONEÏPROSPECTSÏWITHÏ
HANDSONÏASSESSMENTÏOFÏREALWORLDÏCASESÏ
USINGÏ'EO8ÏSOFTWAREÏ4OPICSÏCOVEREDÏ
in this course include a shared risk and
DEPENDENCYÏGROUPÏAPPROACHÏTOÏMODELINGÏ
MULTISEGMENTÏPROSPECTSÏPLUSÏVOLUMETRICÏ
CORRELATIONSÏANDÏMULTIPLEÏSCENARIOS
GeoFrame CPS-3 Advanced
Mapping and Volumetrics
Petrel Advanced Property Modeling
Advanced – 3 Days
Advanced – 2 Days
4HISÏCOURSEÏWILLÏENHANCEÏTHEÏATTENDEESÏ
UNDERSTANDINGÏOFÏTHEÏ#03ÏSOFTWAREÏ
tool kit. This application contains a set
OFÏMAPPINGÏANDÏMODELINGÏFUNCTIONSÏTHATÏ
ENABLEÏONEÏTOÏCREATEÏMANYÏCOMBINATIONSÏ
OFÏUSEFULÏWORKmOWS
4HISÏCOURSEÏFOCUSESÏONÏFACIESÏMODELINGÏ
WHICHÏINÏRECENTÏYEARSÏHASÏBECOMEÏTHEÏ
standard for guiding and constraining
PETROPHYSICALÏMODELSÏ0IXELBASEDÏANDÏ
OBJECTÏMODELSÏAREÏDEMONSTRATEDÏINÏ
ADDITIONÏTOÏCOMPLEXÏHIERARCHICALÏMODELSÏ
COMBININGÏMULTIPLEÏMETHODSÏ3TANDARDÏ
FACIESÏMODELINGÏMETHODSÏHAVEÏTHEIRÏ
LIMITATIONSÏINÏMOREÏCOMPLEXÏDEPOSITIONALÏ
ENVIRONMENTSÏTHEREFOREÏTHISÏCOURSEÏ
WILLÏEXPLOREÏTHEÏMOREÏADVANCEDÏPROPERTYÏ
MODELINGÏTOOLSÏSUCHÏASÏTHEÏCUTTINGEDGEÏ
MULTIPOINTÏSTATISTICSÏ-03ÏPROCESSÏ
$IFFERENTÏMETHODSÏFORÏCREATINGÏSOFTÏ
PROBABILITYÏDATAÏUSINGÏVARIOUSÏPROCESSESÏ
TOÏANALYZEÏDATAÏSUCHÏASÏTRENDÏMODELINGÏ
ANDÏGEOMETRICALÏTRENDÏMODELINGÏANDÏ
EXPLORINGÏTHEÏRELATIONSHIPÏOFÏSECONDARYÏ
DATAÏTOÏCONSTRAINÏMODELSÏWILLÏALSOÏBEÏ
COVEREDÏINÏTHISÏCOURSEÏ4HEREÏISÏAÏSPECIALÏ
FOCUSÏONÏTHEÏTHEORYÏSUPPORTINGÏTHEÏ
MULTIPOINTÏSTATISTICALÏCONCEPTÏCOVERINGÏ
THEÏCREATIONÏOFÏGOODÏTRAININGÏIMAGESÏ
ANDÏHOWÏTOÏINCORPORATEÏSOFTÏPROBABILITYÏ
DATAÏVARYÏDIRECTIONÏANDÏSCALEÏINÏTHEÏlNALÏ
SIMULATIONÏMODELÏ)NÏADDITIONÏTHISÏCOURSEÏ
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EXTRACTINGÏSEISMICÏBODIESÏANDÏUSEÏTHEMÏ
DIRECTLYÏASÏhHARDÏDATAvÏINÏTHEÏMODELINGÏ
PROCESSÏ!LSOÏ'AUSSIANÏ2ANDOMÏ&UNCTIONÏ
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MODELSÏCONSTRAINEDÏTOÏTHEÏPREVIOUSLYÏ
GENERATEDÏFACIESÏMODELSÏWILLÏBEÏSHOWNÏ
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WORKmOWSÏTOÏUPDATEÏMODELSÏINÏAÏSIMPLEÏ
ANDÏRAPIDÏWAYÏWILLÏBEÏBRIEmYÏCOVERED
COURSE CONTENT
Q
COURSE CONTENT
Q
Shared risk and dependencies
Q
-ODELINGÏMULTIÏSEGMENTÏPROSPECTS
Q
6OLUMETRICÏCORRELATIONSÏANDÏMULTIPLEÏ
scenarios
Q
Q
Q
AUDIENCE
'EOLOGISTSÏGEOPHYSICISTSÏANDÏRESERVOIRÏ
ENGINEERSÏFAMILIARÏWITHÏBASICÏPROSPECTÏ
ASSESSMENTÏPRINCIPLES
Q
Q
PREREQUISITE
None
Q
Q
&UNCTIONALITYÏOFÏ#03ÏSOFTWAREÏ
application
)NTEGRATINGÏ#03ÏSOFTWAREÏWITHÏ
'EO&RAMEÏSOFTWAREÏAPPLICATIONS
/RGANIZINGÏINTERNALÏDATAÏINTOÏ
COORDINATEÏSYSTEMS
4RANSFORMINGÏ#03ÏSOFTWAREÏDATAÏ
FROMÏONEÏCOORDINATEÏSYSTEMÏTOÏ
another
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-ATHEMATICSÏANDÏMECHANICSÏOFÏ
INTEGRALÏALGORITHMS
Incorporating graphics interchange
FORMATÏ')&ÏANDÏTAGGEDÏIMAGEÏlLEÏ
FORMATÏ4)&&ÏIMAGES
:ONEÏAVERAGESÏANDÏINTERACTIONÏ
OFÏ#03ÏSOFTWAREÏWITHÏ2ES3UMÏ
software for properties and thickness
calculations
Q
)NTERACTINGÏ#03ÏSOFTWAREÏ
WITHÏ)%38
Ï$$$ÏSEISMICÏ
INTERPRETATIONÏSOFTWAREÏ'EO&RAMEÏ
"ASEMAPÏSOFTWAREÏ
Q
$EPTHÏVELOCITYÏANALYSISÏANDÏDEPTHÏ
CONVERSIONÏSOFTWAREÏANDÏITSÏ
INTERACTIONÏWITHÏ#03ÏSOFTWARE
NEW
COURSE CONTENT
Q
/VERVIEWÏOFÏBASICÏGEOSTATISTICSÏ
Q
#REATINGÏSOFTÏPROBABILITYÏDATAÏ
Q
&ACIESÏMODELINGÏMETHODSÏWITHÏ
classical geostatistics
Q
0IXELBASEDÏANDÏOBJECTBASEDÏFACIESÏ
MODELINGÏMETHODSÏ
Q
#ONDITIONINGÏANDÏCOMBININGÏMODELINGÏ
METHODSÏ
Q
.EURALÏ.ETWORKÏ,EARNINGÏ3YSTEMS
Q
-ULTIPOINTÏSTATISTICSÏTHEORYÏ
Q
Region properties
Q
#ONDITIONINGÏANDÏSCALINGÏOFÏ-03Ï
MODELSÏ
Q
#REATINGÏANDÏUSINGÏSEISMICÏGEOBODIESÏ
Q
-ULTIPOINTÏFACIESÏSIMULATIONÏ
Q
#ONDITIONEDÏPETROPHYSICALÏMODELINGÏ
(optional)
AUDIENCE
$EVELOPMENTÏANDÏEXPLORATIONÏGEOLOGISTSÏ
GEOPHYSICISTSÏPETROLEUMÏENGINEERSÏ
RESERVOIRÏENGINEERSÏANDÏTECHNICALÏ
PERSONNELÏWITHÏEXPERIENCEÏINÏ0ETRELÏ
0ROPERTYÏMODELING
PREREQUISITE
0ETRELÏ&UNDAMENTALSÏANDÏ0ETRELÏ0ROPERTYÏ
-ODELINGÏCOURSESÏORÏEQUIVALENTÏ0ETRELÏ
EXPERIENCEÏINÏADDITIONÏTOÏAÏGENERALÏ
KNOWLEDGEÏOFÏPETROLEUMÏGEOLOGY
AUDIENCE
$EVELOPMENTÏANDÏEXPLORATIONÏGEOLOGISTS
PREREQUISITE
&AMILIARITYÏWITHÏ#03ÏSOFTWAREÏBASICÏ
OPERATIONSÏANDÏMENUS
Software
Technical courses that use software
NExT Catalog-2014(21.5x27.5).indd 63
Includes practical sessions
Field trips
Uses simulation
| 63
12/22/13 2:49 AM
GEOLOGY
PetroMod Advanced Topics
PetroMod Quantification
of Uncertainty Analyses in
Petroleum Systems Modeling
Techlog Advanced Analysis
Advanced – 1 Day
Advanced – 5 Days
Advanced – 2 Days
Advanced – 5 Days
!TTENDEESÏPERFORMÏQUICKÏANDÏDETAILEDÏ
LITHOLOGYÏESTIMATIONSÏWITHÏTHEÏ'EO&RAMEÏ
SOFTWAREÏ,ITHOÏ4OOL+ITÏCOLLECTIONÏOFÏ
LITHOFACIESÏTOOLSÏANDÏANALYSISÏTECHNIQUESÏ
4HESEÏVARIOUSÏTECHNIQUESÏCANÏBEÏUSEDÏTOÏ
GENERATEÏANDÏCLASSIFYÏLITHOFACIES
)NÏTHISÏDAYÏCOURSEÏATTENDEESÏWILLÏ
CONSTRUCTÏCOMPLEXÏGEOLOGICALÏMODELSÏ
CONTROLÏTHEÏPROCESSINGÏOFÏTHEÏMODELSÏ
DISCOVERÏAVAILABLEÏOPTIONSÏANDÏTOOLSÏ
FORÏPETROLEUMÏMIGRATIONÏMODELINGÏ
ANDÏINTERPRETÏANDÏANALYZEÏTHEÏRESULTSÏ
4HROUGHÏLECTURESÏANDÏHANDSONÏEXERCISESÏ
ATTENDEESÏALTERNATEÏBETWEENÏ$Ï$ÏANDÏ
$ÏMODELINGÏWHICHÏENABLESÏUSEÏOFÏALLÏ
0ETRO-ODÏSOFTWAREÏPACKAGES
In this course, attendees are introduced
TOÏTHEÏ0ETRO-ODÏRISKÏMANAGEMENTÏSYSTEMÏ
MODULEÏ4HEYÏDISCOVERÏBASICÏSTATISTICSÏ
UNCERTAINTYÏANALYSISÏINÏMODELÏBUILDINGÏ
ANDÏMODELÏCALIBRATIONÏ)NÏADDITIONÏ
ATTENDEESÏUSEÏTHEORYÏANDÏPRACTICALÏ
EXERCISESÏTOÏEVALUATEÏTHEÏIMPACTÏOFÏ
UNCERTAINTIESÏINÏINPUTÏDATAÏONÏINDIVIDUALÏ
MODELSÏANDÏUNDERSTANDÏDEPENDENCIESÏ
and correlations between geological
PROCESSESÏANDÏMODELÏUNCERTAINTIES
In this course, attendees focus on
ADVANCEDÏINTERPRETATIONÏANDÏPROCESSINGÏ
CAPABILITIESÏFORÏTHEÏMANAGEMENTÏOFÏ
WELLBOREÏIMAGEÏDATAÏPRESSUREÏDATAÏ
core data, and special core data.
/NEÏDISCOVERSÏTHEÏPERFORMANCEÏOFÏ
INTERPRETATIONÏWORKmOWSÏFORÏANALYSISÏOFÏ
THESEÏDATAÏASÏWELLÏASÏSPECIALIZEDÏTASKSÏ
SUCHÏASÏFACIESÏANDÏROCKÏTYPEÏDETECTIONÏ
and propagation. In addition, attendees
EXPLOREÏTHEÏPOWERÏOFÏTHEÏMULTIWELLÏANDÏ
MULTIUSERÏASPECTSÏ9OUÏGAINÏAÏFOUNDATIONÏ
FORÏADVANCEDÏPROCESSINGÏANDÏANALYSISÏ
WITHINÏTHEÏ4ECHLOGÏPLATFORMÏSUITE
GeoFrame Litho ToolKit
Facies Classification
COURSE CONTENT
Q
!PPLYÏDETERMINISTICÏMETHODSÏUSINGÏ
MULTIWELLÏMULTICURVEÏ'EO&RAMEÏ
,ITHO1UICK,OOKÏANALYSISÏSOFTWARE
Q
%STIMATEÏMISSINGÏLOGÏCURVESÏUSINGÏ
neural network techniques
Q
#REATEÏMULTIWELLÏFACIESÏLOGSÏUSINGÏ
ANYÏLOGÏDATAÏASÏINPUT
Q
Q
!PPLYÏCUTOFFSÏONÏMULTIPLEÏCURVES
!RTIlCIALÏNEURALÏNETWORKSÏSUPERVISEDÏ
ANDÏUNSUPERVISEDÏNEURALÏNETWORKÏFORÏ
generating facies logs
Q
-ULTIDIMENSIONALÏHISTOGRAMS
Q
#LUSTERINGÏMETHODS
AUDIENCE
$EVELOPMENTÏANDÏEXPLORATIONÏGEOLOGISTS
4HISÏCOURSEÏISÏAIMEDÏATÏADVANCEDÏUSERSÏ
PRACTICALÏEXPERIENCEÏHASÏSHOWNÏTHATÏTHEÏ
TOPICSÏANDÏWORKmOWSÏOFÏINTERESTÏVARYÏ
WIDELYÏBETWEENÏPARTICIPANTSÏ4HEÏTOPICSÏ
LISTEDÏCOMPRISEÏAÏhSTANDARDvÏAGENDAÏ7EÏ
AREÏABLEÏTOÏCUSTOMIZEÏEACHÏCLASSÏDELIVERYÏ
FORÏINDIVIDUALÏCOMPANIESÏORÏGROUPSÏOFÏ
USERSÏANDÏMODIFYÏTHEÏAGENDAÏTOÏSUITÏLOCALÏ
ORÏSPECIlCÏNEEDS
Q
.AVIGATEÏTHEÏ0ETRO2ISKÏMODULEÏUSERÏ
interface
Q
)MPORTÏANDÏEDITÏINPUTÏUNCERTAINTIESÏ
Q
0ERFORMÏSTATISTICSÏRUNSÏANDÏEVALUATEÏ
output results
Q
0OPULATEÏTHEÏMODELÏWITHÏRISKÏPOINTSÏ
for which output results are stored
Q
COURSE CONTENT
Q
7ORKÏWITHÏCOREÏDATAÏLOADINGÏ
shifting, correcting for stress, and
CLAYÏCLOSUREÏ
Q
#ARRYÏOUTÏAÏRISKÏDATAÏANALYSISÏUSINGÏ
$Ï$ÏANDÏ$Ï6IEWERÏ
7ORKÏWITHÏCOREÏDATAÏUPSCALINGÏ
ROCKÏTYPINGÏANDÏSPECIALÏCOREÏANALYSISÏ
WITHÏCAPILLARYÏPRESSUREÏDATAÏ
Q
Q
#ALIBRATEÏYOURÏMODELÏTOÏlTÏMEASUREDÏ
VALUESÏ
5SEÏSATURATIONHEIGHTÏMODELSÏINÏCOREÏ
ANDÏLOGÏDOMAINSÏ
Q
7ORKÏWITHÏPRESSUREÏDATAÏ
Q
$EVELOPÏWORKmOWSÏFORÏRISKINGÏANDÏ
CALIBRATINGÏYOURÏMODEL
Q
-ANAGEÏANDÏRESOLVEÏCONTACTSÏACROSSÏ
MULTIPLEÏINITIATIONÏREGIONSÏ
AUDIENCE
Q
'EOLOGISTSÏGEOPHYSICISTSÏANDÏ
GEOCHEMISTSÏWITHÏEXPERIENCEÏWORKINGÏINÏ
0ETRO-ODÏSOFTWARE
7ORKÏWITHÏIMAGEÏDATAPROCESSINGÏ
MANIPULATINGÏDISPLAYINGÏANDÏPICKINGÏ
ANDÏCLASSIFYINGÏDIPSÏ
Q
,EARNÏTHINBEDÏANALYSISÏTECHNIQUESÏ
AUDIENCE
PREREQUISITE
Q
'EOLOGISTSÏGEOPHYSICISTSÏANDÏ
GEOCHEMISTSÏWORKINGÏINÏ0ETRO-ODÏ
SOFTWAREÏ4HISÏCOURSEÏISÏFORÏADVANCEDÏ
users.
)NTRODUCTIONÏTOÏ0ETRO-ODÏCOURSEÏANDÏ
EXPERIENCEÏUSINGÏ0ETRO-ODÏPLATFORMÏ
software.
0ERFORMÏMULTIPLECOMPONENTÏ
INVERSION
COURSE CONTENT
Q
#ONSTRUCTÏPETROLEUMÏSYSTEMSÏMODELS
Q
$ÏSALTÏMODELING
Q
-ODELÏPETROLEUMÏMIGRATION
Q
)NTRODUCEÏNEWÏ0ETRO-ODÏSOFTWAREÏ
SIMULATORÏFEATURES
PREREQUISITE
'EO&RAMEÏ&UNDAMENTALSÏCOURSE
COURSE CONTENT
Q
Biodegradation
Q
Biogenic gas
Q
Shale gas
Q
'EOMECHANICS
PREREQUISITE
)NTRODUCTIONÏTOÏ0ETRO-ODÏCOURSEÏANDÏ
EXPERIENCEÏUSINGÏ0ETRO-ODÏSOFTWARE
AUDIENCE
$EVELOPMENTÏANDÏEXPLORATIONÏLOGÏ
ANALYSTSÏANDÏPETROPHYSICISTSÏGEOLOGISTSÏ
PETROLEUMÏENGINEERSÏMANAGERSÏANDÏ
technical personnel with Techlog
PLATFORMÏEXPERIENCE
PREREQUISITE
4ECHLOGÏ&UNDAMENTALSÏCOURSE
64 |
NExT Catalog-2014(21.5x27.5).indd 64
Visit NExTtraining.net/classes for the latest calendar or to register for a course.
12/22/13 2:49 AM
GEOLOGY
Techlog Borehole Image
Interpretation
Techlog for Geologists
Techlog Formation Evaluation
Advanced – 3 Days
Advanced – 5 Days
Advanced – 5 Days
)NÏTHISÏCOURSEÏATTENDEESÏLEARNÏADVANCEDÏ
interpretation and processing capabilities
FORÏTHEÏMANAGEMENTÏOFÏWELLBOREÏ
IMAGEÏDATAÏANDÏTHEÏPERFORMANCEÏOFÏ
INTERPRETATIONÏWORKmOWSÏFORÏDATAÏ
ANALYSISÏ4HEÏATTENDEESÏWILLÏGAINÏAÏFULLÏ
RANGEÏOFÏSKILLSÏTOÏMANIPULATEÏPROCESSÏ
ANDÏUSEÏALLÏTYPESÏOFÏBOREHOLEÏIMAGEÏDATAÏ
WITHINÏTHEÏ4ECHLOGÏPLATFORMÏSUITE
)NÏTHISÏCOURSEÏATTENDEESÏLEARNÏADVANCEDÏ
interpretation and processing capabilities
WITHÏAÏFOCUSÏONÏTHEÏMANAGEMENTÏOFÏ
WELLBOREÏIMAGEÏDATAÏANDÏTHEÏPERFORMANCEÏ
OFÏINTERPRETATIONÏWORKmOWSÏFORÏANALYSISÏ
of these data. Topics include facies
TYPINGÏUSINGÏNEURALÏNETWORKÏMETHODSÏ
MULTIWELLÏPLOTTINGÏCROSSÏSECTIONÏBUILDINGÏ
ANDÏMAPPINGÏINÏTHEÏ4ECHLOGÏPLATFORMÏ
APPLICATIONÏ,EARNÏTOÏUSEÏ4ECHLOGÏPLATFORMÏ
GEOLOGICÏTOOLSÏTOÏACHIEVEÏEFlCIENTÏDATAÏ
integration.
!TTENDEESÏWILLÏEXPLOREÏTHEÏUSEÏOFÏ
THEÏ4ECHLOGÏPLATFORMÏBASEÏMODULESÏ
4ECHPLOTÏ4ECHDATAÏ1UANTIÏANDÏ1UANTI
MINÏ)NÏTHISÏCLASSÏATTENDEESÏWILLÏACQUIREÏ
AÏSOLIDÏFOUNDATIONÏINÏTHEÏDATAÏMODELÏ
WITHINÏTHEÏ4ECHLOGÏPLATFORMÏAPPLICATIONÏ
and the foundation utilities for loading,
UNLOADINGÏMANIPULATINGÏANDÏDISPLAYINGÏ
DATAÏINÏTHEÏSYSTEMÏINCLUDINGÏCOREÏANDÏ
IMAGESÏ$ETERMINISTICÏCALCULATIONSÏANDÏ
the principles behind the application
WORKmOWÏINTERFACEÏFORÏSINGLEÏANDÏ
MULTIWELLÏUSEÏAREÏCOVEREDÏINÏTHISÏCOURSEÏ
INÏADDITIONÏTOÏSTUDYINGÏMULTIPLEÏLOGÏ
ANDÏCOMPONENTÏINVERSIONÏTECHNIQUESÏ
THINBEDÏANALYSISÏANDÏINTEGRATIONÏOFÏ
DIFFERENTÏTYPESÏOFÏDATAÏTOÏENHANCEÏTHEÏ
interpretation process. Attendees will
ALSOÏLEARNÏHOWÏTOÏPERFORMÏDAYTODAYÏ
TASKSÏWITHINÏTHEÏ4ECHLOGÏPLATFORMÏSUITEÏ
ANDÏLEARNÏADVANCEDÏTECHNIQUESÏFORÏ
IMPROVINGÏTHEÏANALYSISÏRESULTS
COURSE CONTENT
Q
Q
Q
,OADÏPROCESSÏANDÏMANIPULATEÏIMAGEÏ
data and core photos
0ICKÏDIPSÏANDÏFACIES
Interpret dips and facies
AUDIENCE
$EVELOPMENTÏANDÏEXPLORATIONÏGEOLOGISTSÏ
ANDÏPETROPHYSICISTSÏINVOLVEDÏINÏWELLBOREÏ
IMAGEÏDATAÏPROCESSINGÏANDÏINTERPRETATIONÏ
WHOÏHAVEÏPRIORÏEXPERIENCEÏUSINGÏ4ECHLOGÏ
PLATFORMÏSOFTWARE
PREREQUISITE
4ECHLOGÏ&UNDAMENTALSÏCOURSE
COURSE CONTENT
Q
,OADÏPROCESSÏANDÏMANIPULATEÏIMAGEÏ
data and core photos
Q
0ICKÏDIPSÏANDÏFACIES
Q
Interpret dips and facies
Q
Q
Neural network techniques for facies
prediction
5SEÏZONEÏEDITINGÏFORÏlELDÏMAPSÏ
KRIGINGÏANDÏMULTIWELLÏCROSSÏSECTIONS
COURSE CONTENT
Q
4ECHLOGÏPLATFORMÏINTERFACEÏANDÏDATAÏ
structure
Q
$ATAÏMANAGEMENTÏANDÏ1#
Q
-ULTIWELLÏMANAGEMENT
Q
Basic plotting tools
Q
7ORKmOWSÏFORÏDETERMINISTICÏ
EVALUATIONÏUSINGÏ1UANTIÏMODULES
Q
5SERDElNEDÏPROGRAMMINGÏLANGUAGE
Q
4HINBEDÏANALYSISÏTECHNIQUES
Q
-ULTIPLECOMPONENTÏINVERSION
AUDIENCE
$EVELOPMENTÏANDÏEXPLORATIONÏLOGÏANALYSTSÏ
ANDÏPETROPHYSICISTSÏWITHÏLIMITEDÏORÏ
NOÏEXPERIENCEÏUSINGÏ4ECHLOGÏPLATFORMÏ
software.
PREREQUISITE
4ECHLOGÏ&UNDAMENTALSÏCOURSE
AUDIENCE
$EVELOPMENTÏANDÏEXPLORATIONÏGEOLOGISTSÏ
WITHÏPRIORÏEXPERIENCEÏUSINGÏ4ECHLOGÏ
PLATFORMÏSOFTWARE
PREREQUISITE
4ECHLOGÏ&UNDAMENTALSÏCOURSE
Software
Technical courses that use software
NExT Catalog-2014(21.5x27.5).indd 65
Includes practical sessions
Field trips
Uses simulation
| 65
12/22/13 2:49 AM
GEOPHYSICS
COMPETENCY
LEVEL
Geophysical Acquisition and
Processing
Structural and Stratigraphic
Interpretation
Quantitative Seismic Interpretation
ADVANCED
Carbonate Seismic Reservoir Analysis
SKILL
Deepwater Seismic Interpretation
Seismic Petrophysics and Rock Properties
Practical Depth Conversion and Depth Imaging for
the Interpreters
Rock Physics and Statistical Rock Physics for
Seismic Reservoir Characterization and Quantitative Interpretation
Seismic Interpretation Mapping with Petrel
Seismic Attribute and Image Interpretation
Practical AVO and Seismic Inversion with Petrel
Practical Seismic Interpretation with Petrel
Seismic Structural Interpretation
Borehole Seismic Acquisition Processing and Operations
Practical Seismic Attributes with Petrel
FOUNDATION
Seismic Processing for Interpreters and Others
Seismic Stratigraphy
AVO and Seismic Inversion
Seismic Acquisition and Processing
Nonseismic Geophysical Methods
Seismic Interpretation Fundamentals
Borehole Seismic Technology
AWARENESS
Introduction to Geophysics
66 |
NExT Catalog-2014(21.5x27.5).indd 66
Visit NExTtraining.net/classes for the latest calendar or to register for a course.
12/22/13 2:49 AM
GEOPHYSICS
Petrel
Techlog
ADVANCED
GeoFrame Synthetics
Techlog Advanced Analysis
SOFTWARE
GeoFrame
COMPETENCY
LEVEL
GeoFrame GeoViz Advanced Seismic Interpretation
and Visualization Techniques
SKILL
GeoFrame IESX Gathers Seismic Workflow
Petrel Prestack Seismic Interpretation
GeoFrame GeoViz Seismic Interpretation and
Visualization Techniques Fundamentals
Petrel Seismic Well Tie
GeoFrame InDepth Conversion Software
Petrel Geological Workflows and Uncertainty
Analysis
GeoFrame GIS
Petrel Geophysics:
Seismic Interpretation Workflow Tools
Petrel Petroleum System-Based Play-to-Prospect
Exploration: Using Petrel Exploration Geology
Software for Integrated Evaluation of Petroleum
Systems, Plays and Prospects
Petrel Velocity Modeling
GeoFrame Charisma Seismic Interpretation
FOUNDATION
Petrel Geophysics Seismic Visualization and
Interpretation
GeoFrame Seismic Attribute ToolKit Workflow
GeoFrame IESX Seismic Interpretation
GeoFrame CPS-3 Mapping Fundamentals
GeoFrame Fundamentals
AWARENESS
Petrel Fundamentals
Software
Technical courses that use software
NExT Catalog-2014(21.5x27.5).indd 67
Includes practical sessions
Field trips
Uses simulation
| 67
12/22/13 2:49 AM
GEOPHYSICS
Introduction to Geophysics
Borehole Seismic
Technology
Nonseismic Geophysical
Methods
Seismic Interpretation
Fundamentals
Awareness – 4 Days
Foundation – 5 Days
Foundation – 5 Days
Foundation – 5 Days
This course introduces attendees to
THEÏFUNDAMENTALSÏANDÏPRINCIPLESÏOFÏ
VALUEADDEDÏGEOPHYSICALÏANDÏSEISMICÏ
APPLICATIONSÏINÏEXPLORATIONÏlELDÏ
APPRAISALÏANDÏRESERVOIRÏMANAGEMENTÏ
The attendees will gain a practical
UNDERSTANDINGÏOFÏSEISMICÏACQUISITIONÏ
PROCESSINGÏIMAGINGÏINTERPRETATIONÏANDÏ
EXTRACTIONÏOFÏGEOLOGICÏANDÏPETROPHYSICALÏ
INFORMATIONÏINÏADDITIONÏTOÏLEARNINGÏTHEÏ
practical issues and pitfalls that affect
THEÏUSEÏOFÏSEISMICÏDATAÏINÏ%0ÏWORKmOWSÏ
THROUGHÏDATAÏEXAMPLESÏEXERCISESÏANDÏ
WORKSHOPSÏ%XAMPLESÏDEMONSTRATEÏ
THEÏPRACTICALÏASPECTSÏOFÏSEISMICÏ
INTERPRETATIONÏINVOLVINGÏSEISMICÏSTRUCTURALÏ
MAPPINGÏSTRATIGRAPHICÏANALYSISÏANDÏ
AMPLITUDEÏMETHODS
!NÏINTRODUCTIONÏTOÏTHEÏTHEORYÏANDÏ
FUNDAMENTALSÏOFÏBOREHOLEÏSEISMICÏ
"(3ÏCOURSEÏATTENDEESÏWILLÏLEARNÏTHEÏ
principles of acquisition and processing,
and the applications of BHS data.
$ISCUSSIONSÏINCLUDEÏTHEÏLATESTÏADVANCESÏ
in technologies and practices for the
acquisition, processing, and use of BHS
data.
.ONSEISMICÏDATAÏCANÏENHANCEÏANDÏEXPANDÏ
SEISMICÏINTERPRETATIONÏ4HISÏCOURSEÏ
INTRODUCESÏATTENDEESÏTOÏTHEÏNONSEISMICÏ
TOOLSÏTHATÏINDICATEÏHYDROCARBONSÏ
ANDÏEXPLAINSÏTHEIRÏINTEGRATIONÏINTOÏ
EXISTINGÏRESERVOIRÏCHARACTERIZATIONÏ4HEÏ
ATTENDEESÏWILLÏLEARNÏWHICHÏNONSEISMICÏ
data to acquire, and when, for the best
AUGMENTATIONÏOFÏSEISMICÏDATAÏ(ANDSONÏ
EXERCISESÏANDÏEXPLORINGÏRECENTÏCASEÏ
STUDIESÏHIGHLIGHTÏTHEÏUSEÏOFÏNONSEISMICÏ
DATAÏTOÏRElNEÏTHEÏUNDERSTANDINGÏOFÏ
SUBSURFACEÏDISCOVERIES
4HISÏCOURSEÏPROVIDESÏTHEÏNECESSARYÏ
FOUNDATIONÏINÏPRINCIPLESÏANDÏWORKmOWSÏ
FORÏSEISMICÏINTERPRETATIONÏWHICHÏISÏAÏ
CRITICALÏSTEPÏINÏEVALUATINGÏTHEÏSUBSURFACEÏ
3EISMICÏINTERPRETATIONÏCONVERTSÏTHEÏLARGEÏ
INVESTMENTSÏINÏSEISMICÏDATAÏACQUISITIONÏ
ANDÏPROCESSINGÏINTOÏTANGIBLEÏVALUESÏIEÏ
AÏPLAUSIBLEÏGEOLOGICALÏSUBSURFACEÏMODELÏ
THATÏCANÏBEÏUSEDÏFORÏMAKINGÏIMPORTANTÏ
%0ÏDECISIONSÏWITHÏMAJORÏINVESTMENTÏ
RESULTSÏ4HUSÏSEISMICÏINTERPRETATIONÏPLAYSÏ
AÏPIVOTALÏROLEÏINÏTHEÏ%0ÏWORKmOWÏANDÏ
REQUIRESÏDEDICATEDÏSKILLSÏDEVELOPMENT
COURSE CONTENT
COURSE CONTENT
COURSE CONTENT
Q
'EOPHYSICALÏPRINCIPLESÏ
Q
Sources and tools
Q
Q
630
Q
!NISOTROPYÏANDÏAMPLITUDEÏVERSUSÏ
offset
COURSE CONTENT
Q
Q
Q
Q
Q
Q
Q
Q
Checkshot, sonic calibration, and
well tie
2OLEÏOFÏGEOPHYSICSÏINÏ%0
Q
630ÏIMAGING
.ONSEISMICÏGEOPHYSICALÏTECHNIQUES
Q
2ESERVOIRÏPRODUCTIONÏANDÏDRILLINGÏ
applications
7AVEÏPROPAGATIONÏREmECTIONÏ
principles, and resolution
3IGNALÏANALYSISÏGEOMETRYÏANDÏ
positioning
!CQUISITIONÏIMPLEMENTATIONÏ
operations, and processing principles
3EISMICÏINTERPRETATIONÏPROCESSINGÏ
PRINCIPLESÏANDÏWORKmOWS
0RESTACKÏANALYSISÏANDÏSIGNALÏ
CORRECTIONSÏVELOCITYÏANALYSISÏSTATICÏ
CORRECTIONSÏANDÏMIGRATIONÏANDÏ
IMAGING
)NVERSIONÏANDÏATTRIBUTESÏANDÏ
AMPLITUDEÏVERSUSÏOFFSETÏ!6/
Q
-ULTICOMPONENTÏ#ÏTIMELAPSEÏ
$ÏANDÏBOREHOLDÏSEISMICÏDATA
Q
2OLEÏOFÏGEOPHYSICSÏINÏINTEGRATEDÏ
RESERVOIRÏSTUDIES
AUDIENCE
!NYÏ%0ÏPROFESSIONALÏWANTINGÏTOÏBETTERÏ
understand the principles
OFÏGEOPHYSICS
AUDIENCE
'EOLOGISTSÏRESERVOIRÏENGINEERSÏANDÏ
GEOPHYSICISTSÏWHOÏWANTÏAÏBETTERÏ
UNDERSTANDINGÏOFÏBOREHOLEÏSEISMICÏDATAÏ
FORÏRESERVOIRÏANALYSIS
Q
&UNDAMENTALSÏOFÏGRAVITYÏANDÏ
MAGNETICÏMETHODS
Q
3EISMICÏINTERPRETATIONÏPRINCIPLESÏANDÏ
WORKmOWSÏ
Q
-AGNETICSÏANDÏMAGNETICSÏRESOLUTION
Q
Q
&UNDAMENTALSÏOFÏELECTRICALÏANDÏ
ELECTROMAGNETICÏ%-ÏMETHODS
0LANÏANDÏEXECUTEÏANÏINTERPRETATIONÏ
PROJECTÏ
Q
!VOIDÏTHEÏMOSTÏCOMMONÏPITFALLSÏ
Q
3HALLOWÏWATERÏVOLCANICÏSILLSÏANDÏ
HYDRATES
Q
)NTERPRETATIONÏ1!1#Ï
Q
0ROVIDEÏTHEÏNECESSARYÏFOUNDATIONÏ
required for subsequent use of
interpretation tools
Q
#ONTROLLEDSOURCEÏELECTROMAGNETICÏ
#3%-ÏSCREENINGÏCRITERIA
Q
)NTEGRATEDÏINTERPRETATIONÏOFÏSEISMICÏ
ANDÏNONSEISMICÏDATA
Q
-IXTUREÏOFÏLECTURESÏPRACTICALÏ
EXERCISESÏANDÏCASEÏHISTORIES
Q
3EQUENTIALÏANDÏJOINTÏINVERSIONSÏANDÏ
INVERSIONÏWITHÏGRADIENTÏCONSTRAINTS
Q
0ROVIDEÏWORKSTATIONBASEDÏVERSIONÏOFÏ
this course on request
Q
-AGNETOTELLURICÏFEASIBILITYÏSTUDYÏ
INÏ'ULFÏOFÏ-EXICOÏANDÏGLOBALÏCASEÏ
studies
PREREQUISITE
"ASICÏKNOWLEDGEÏOFÏGEOLOGYÏANDÏ
GEOPHYSICS
Q
#ASEÏSTUDIESÏ'IRASOLÏ4ROLLÏ"ORNEOÏ
"RAZILÏ%GYPTÏ.IGERIAÏANDÏ'ULFÏOFÏ
-EXICO
AUDIENCE
'EOSCIENTISTSÏINVOLVEDÏINÏPLANNINGÏ
ACQUISITIONÏOFÏMULTIPLEÏGEOPHYSICALÏDATAÏ
TYPESÏANDÏINTERPRETERSÏRESPONSIBLEÏFORÏ
COMBININGÏNONSEISMICÏANDÏSEISMICÏDATA
AUDIENCE
'EOLOGISTSÏGEOPHYSICISTSÏANDÏPETROLEUMÏ
ENGINEERSÏINVOLVEDÏINÏEVALUATINGÏ$ÏANDÏ
$ÏSEISMICÏDATA
PREREQUISITE
"ASICÏGEOPHYSICALÏKNOWLEDGEÏANDÏ
UNDERSTANDINGÏOFÏEXPLORATIONÏANDÏ
RESERVOIRÏGEOLOGY
PREREQUISITE
!WARENESSÏOFÏEXPLORATIONÏANDÏAPPRAISALÏ
PHASESÏKNOWLEDGEÏOFÏSEISMICÏACQUISITIONÏ
processing, and interpretation.
PREREQUISITE
None
68 |
NExT Catalog-2014(21.5x27.5).indd 68
Visit NExTtraining.net/classes for the latest calendar or to register for a course.
12/22/13 2:49 AM
GEOPHYSICS
Seismic Acquisition and
Processing
Seismic Stratigraphy
Seismic Processing for Interpreters and Others
Foundation – 5 Days
Foundation – 5 Days
Foundation – 5 Days
In this course, attendees gain a practical
UNDERSTANDINGÏOFÏSEISMICÏDATAÏACQUISITIONÏ
ANDÏPROCESSINGÏ#OURSEÏMATERIALÏ
ENCOMPASSESÏACQUISITIONÏPROCESSINGÏ
IMAGINGÏANDÏEXTRACTIONÏOFÏGEOLOGICÏ
ANDÏPETROPHYSICALÏINFORMATIONÏ$ATAÏ
EXAMPLESÏEXERCISESÏANDÏWORKSHOPSÏ
ILLUSTRATEÏTHEÏFUNDAMENTALSÏPRACTICALÏ
ISSUESÏANDÏPITFALLSÏASÏTHEYÏAFFECTÏTHEÏ
INTERPRETATIONÏANDÏINTEGRATIONÏOFÏSEISMICÏ
DATAÏANDÏINFORMATIONÏINTOÏ%0ÏWORKmOWSÏ
The attendees will learn the principles
INVOLVEDÏINÏIMAGINGÏGEOLOGICÏSTRUCTURESÏ
ANDÏPROPERTIESÏWITHÏSEISMICÏDATAÏANDÏ
THEÏPARAMETERSÏTHATÏCANÏSERIOUSLYÏ
AFFECTÏSEISMICÏDATAÏQUALITYÏCOSTSÏANDÏ
INTERPRETATIONÏACCURACYÏ)NÏADDITIONÏ
ATTENDEESÏWILLÏLEARNÏTOÏDETERMINEÏ
WHETHERÏSEISMICÏDATAÏHAVEÏBEENÏ
RECORDEDÏANDÏPROCESSEDÏCORRECTLYÏFORÏ
YOURÏINTERPRETATIONÏOBJECTIVESÏANDÏHOWÏTOÏ
APPLYÏQUALITYÏASSURANCEÏSTEPS
This course teaches attendees practical
SEISMICÏSTRATIGRAPHICÏINTERPRETATIONÏSKILLSÏ
7ITHÏANÏEMPHASISÏONÏINTERPRETATIONÏ
PRINCIPLESÏATÏBASINÏANDÏlELDÏSCALESÏ
EXERCISESÏAREÏBASEDÏONÏACTUALÏDATAÏFROMÏ
MANYÏDIFFERENTÏAREASÏOFÏTHEÏWORLDÏ4HEÏ
ATTENDEESÏWILLÏLEARNÏTOÏLINKÏTHEÏSEISMICÏ
EXPRESSIONÏOFÏSTRATIGRAPHYÏWITHÏBASINÏ
TYPEÏANDÏEVOLUTIONÏANDÏDEMONSTRATEÏITSÏ
APPLICATIONÏTOÏPROSPECTIVEÏEVALUATIONÏ
OFÏSEDIMENTARYÏBASINSÏINÏADDITIONÏTOÏ
understanding of how and when to
APPLYÏSEISMICÏSTRATIGRAPHYÏTOÏlELDÏANDÏ
BASINSCALEÏRESERVOIRÏANALYSIS
Designed for attendees who work
WITHÏSEISMICÏDATAÏTHISÏINTRODUCTORYÏ
COURSEÏILLUSTRATESÏTHEÏRAMIlCATIONSÏ
PROCESSINGÏDECISIONSÏHAVEÏONÏSUBSEQUENTÏ
INTERPRETATIONSÏDEMONSTRATESÏDATAÏ
potential, and warns of the possible
PITFALLSÏFORÏTHEÏUNWARYÏINTERPRETER
COURSE CONTENT
Q
Q
Introduction to acquisition and
processing
3EISMICÏWAVEÏPROPAGATIONÏREmECTIONÏ
and acquisition principles, and
MIGRATION
Q
3URVEYÏDESIGN
Q
!CQUISITIONÏGEOMETRYÏ$ÏBINÏANDÏ
IMPLEMENTATION
Q
Q
Q
Q
Q
Data processing factors
0RESTACKÏANDÏVELOCITYÏANALYSISÏANDÏ
signal corrections
Statics
COURSE CONTENT
Q
Q
Q
3PECIALIZEDÏTECHNOLOGIESÏANDÏTHEIRÏ
issues
3TRATIGRAPHICÏSEQUENCEÏFUNDAMENTALSÏ
and applications
Recognition of stratigraphic
SEQUENCESÏONÏSEISMICÏDATA
Q
'EOMETRYÏOFÏSEDIMENTARYÏBODIES
Q
3EISMICÏPROCESSINGÏEFFECTSÏONÏ
SEISMICÏFACIESÏEXPRESSIONÏANDÏ
IMPORTANCEÏOFÏDISPLAYÏPARAMETERS
COURSE CONTENT
Q
3IMPLEÏIMAGINGÏUSINGÏZEROOFFSETÏ
DATAÏNORMALÏMOVEOUTÏ.-/Ï
EQUATIONÏANDÏ$IXÏINTERVALÏVELOCITIES
Q
:EROOFFSETÏMIGRATION
Q
!RTIFACTSÏINTRODUCEDÏBYÏMIGRATINGÏ
INCOMPLETEÏDATAÏINCLUDINGÏ$ÏDATA
Q
,ITHOLOGYÏVELOCITYÏANDÏSEISMICÏFACIESÏ
Q
Q
%USTACYÏANDÏRELATIVEÏSEALEVELÏ
CHANGESÏTHROUGHÏTIME
2OLEÏOFÏVELOCITYÏINÏMIGRATION
Q
3EALEVELÏANDÏSEDIMENTATIONÏPATTERNSÏ
and the chronostratigraphic chart
+IRCHHOFFÏANDÏREVERSETIMEÏZERO
OFFSETÏMIGRATIONÏALGORITHMS
Q
&OURIERÏTRANSFORMÏAMPLITUDEÏANDÏ
PHASEÏCONVOLUTIONÏANDÏCORRELATION
Q
Q
Q
Q
Migration and processing strategies
and pitfalls
)NTRODUCTIONÏTOÏSEISMICÏSTRATIGRAPHY
Material is presented in a sequence that
ISÏTHEÏREVERSEÏOFÏTHATÏFORÏPROCESSINGÏ
Because each processing step has
ITSÏOWNÏINPUTÏREQUIREMENTSÏANÏ
UNDERSTANDINGÏOFÏTHOSEÏREQUIREMENTSÏ
FACILITATESÏTHEÏUSERSÏUNDERSTANDINGÏ
OFÏEACHÏPRECEDINGÏSTEPÏ4HISÏREVERSEÏ
ORDERÏWHICHÏPUTSÏINTERPRETATIONHEAVYÏ
MIGRATIONÏPRESENTATIONSÏATÏTHEÏSTARTÏ
MOTIVATESÏTHEÏUSERÏTOÏTHINKÏINÏAÏNEWÏ
fashion.
Q
2EVIEWÏOFÏBASINÏFORMATIONÏPROCESSESÏ
ANDÏTHEIRÏIMPACTSÏONÏSEDIMENTATIONÏ
patterns
Q
.-/ÏCORRECTIONÏANDÏSTACKÏTOÏCONVERTÏ
DATAÏTOÏZEROÏOFFSET
4URBIDITEÏSEDIMENTATIONÏPATTERNSÏ
Q
%STIMATIONÏOFÏSTACKINGÏVELOCITIES
-APPINGÏOFÏSEISMICÏFACIESÏANDÏ
PROSPECTIVEÏASSESSMENT
Q
NMO and stack failures
Q
+IRCHHOFFÏBEFORESTACKÏMIGRATION
#ARBONATEÏDEPOSITIONALÏENVIRONMENTS
Q
)MAGINGÏCONDITIONSÏANDÏBEFORESTACKÏ
WAVEEQUATIONÏMIGRATIONÏALGORITHMS
AUDIENCE
Q
Q
6ELOCITYÏANALYSISÏFORÏDEPTHÏMIGRATIONÏ
INCLUDINGÏTOMOGRAPHYÏWITHÏSALT
RELATEDÏVELOCITYÏANALYSIS
Multiple attenuation and role of
WIDEAZIMUTHÏACQUISITIONÏGEOMETRYÏINÏ
MULTIPLEÏATTENUATION
Q
3TATICSÏ,ANDÏANDÏMARINE
Q
!MPLITUDEÏCORRECTIONSÏ$ÏANDÏ$Ï
lLTERINGÏINCLUDINGÏFKÏlLTERINGÏ
Q
7AVELETSÏANDÏDECONVOLUTION
Q
630ÏASÏAÏPHASEÏTOOL
Q
&RESNELÏZONE
Q
)MPROVINGÏSPATIALÏRESOLUTION
Q
Noise
Q
$IPMOVEOUTÏCORRECTIONÏOFFSETÏ
CONTINUATIONÏANDÏ-/6%3
Q
3URFACERELATEDÏMULTIPLEÏELIMINATIONÏ
Q
Statics solutions
Q
&8ÏDECONVOLUTION
Q
:EROOFFSETÏREmECTIONÏCOEFlCIENTSÏ
ANDÏREmECTIONÏCOEFlCIENTSÏAMPLITUDEÏ
dependence with offset
AUDIENCE
0ROCESSINGÏGEOPHYSICISTSÏSEISMICÏ
data interpreters, and data acquisition
specialists.
PREREQUISITE
+NOWLEDGEÏOFÏGEOPHYSICALÏPRINCIPLES
'EOLOGISTSÏANDÏGEOPHYSICISTSÏINVOLVEDÏINÏ
SEISMICÏDATAÏINTERPRETATION
AUDIENCE
%NTRYÏORÏJUNIORLEVELÏGEOPHYSICISTSÏORÏ
EXPERIENCEDÏSEISMICÏDATAÏINTERPRETERSÏ
WHOÏWANTÏEXPOSUREÏTOÏBASICÏACQUISITIONÏ
and processing techniques.
PREREQUISITE
PREREQUISITE
"ASICÏKNOWLEDGEÏOFÏGEOPHYSICSÏANDÏ
GEOLOGYÏANDÏANÏAWARENESSÏOFÏSEISMICÏ
interpretation.
5NDERSTANDINGÏOFÏBASICÏRESERVOIRÏGEOLOGY
Software
Technical courses that use software
NExT Catalog-2014(21.5x27.5).indd 69
Includes practical sessions
Field trips
Uses simulation
| 69
12/22/13 2:49 AM
GEOPHYSICS
AVO and Seismic Inversion
Borehole Seismic
Acquisition, Processing,
and Operations
Deepwater Seismic
Interpretation
Foundation – 3 Days
Skill – 5 Days
Skill – 5 Days
4HISÏCOURSEÏPRESENTSÏANÏOVERVIEWÏOFÏALLÏ
ASPECTSÏOFÏBOREHOLEÏSEISMICÏACQUISITIONÏ
operations, and processing techniques.
0RACTICALÏEXERCISESÏAREÏCONDUCTEDÏUSINGÏ
AÏTESTÏWELLÏATÏTHEÏ3CHLUMBERGERÏ4RAININGÏ
#ENTREÏINÏ!BERDEENÏUSINGÏ3CHLUMBERGERÏ
WIRELINEÏBOREHOLEÏSEISMICÏEQUIPMENTÏ
4HEÏPRACTICALÏEXERCISESÏWILLÏCONSISTÏOFÏ
RUNNINGÏTHEÏ63)
ÏVERSATILEÏSEISMICÏIMAGERÏ
WITHÏUPÏTOÏÏXÏÏCOMPONENTÏRECEIVERSÏINÏ
AÏFTÏDEEPÏWELLÏANDÏACQUIREÏ630ÏDATAÏ
USINGÏANÏAIRGUNÏSOURCEÏ2UNÏÏWHICHÏ
WILLÏBEÏAÏÏXÏCUÏINÏ''UNÏCLUSTERÏAÏ
TYPICALÏOFFSHOREÏSOURCEÏDEPLOYEDÏINÏAÏMÏ
DIAMETERÏMÏDEEPÏPURPOSEBUILTÏGUNÏ
pit and operated with the TRISOR Insea
SOURCEÏCONTROLLERÏ&ORÏ2UNÏÏTHEÏ630ÏWILLÏ
BEÏACQUIREDÏUSINGÏAÏVIBRATORÏASÏTHEÏENERGYÏ
SOURCEÏ4HEÏ6IBRATORÏISÏAÏ-ERTZÏ-($Ï
6IBRATORÏBUGGYÏOPERATEDÏWITHÏTHEÏ0ELTONÏ
6IB0ROÏCONTROLLERSÏ3CHLUMBERGERSÏ63)Ï
IMAGERÏACQUISITIONÏSOFTWAREÏWORKBENCHÏ
WILLÏBEÏUSEDÏFORÏ2UNSÏÏANDÏÏANDÏALLÏ
1#ÏFEATURESÏOFÏTHEÏSOFTWAREÏWILLÏBEÏ
USEDÏANDÏSHOWNÏTOÏENSUREÏDATAÏQUALITYÏ
OPTIMIZATIONÏ4HEÏPARTICIPANTSÏAREÏ
encouraged to assist with the rigging up/
DOWNÏOFÏALLÏEQUIPMENTÏWIRELINEÏWINCHÏ
DRIVINGÏANDÏDATAÏACQUISITION
This course focuses on the interpretation of
SEISMICÏDATAÏANDÏTHEÏDELICATEÏCONSTRUCTIONÏ
OFÏSEISMICÏMAPSÏINÏTHEÏDEEPWATERÏREALMÏ
WITHÏEMPHASISÏONÏPROXIMALÏINTERMEDIATEÏ
ANDÏDISTALÏMARINEÏRESERVOIRSÏ4HEÏATTENDEESÏ
will learn how acquisition and processing of
$ÏANDÏ$ÏDATAÏRELATEÏTOÏTHEÏPRACTICALÏUSEÏ
OFÏTHEÏEXTENSIVEÏANDÏGROWINGÏDEEPWATERÏ
DATABASESÏINÏADDITIONÏTOÏSTUDYINGÏSEISMICÏ
VELOCITIESÏDEPTHÏCONVERSIONÏCOMPARISONSÏ
OFÏ$ÏANDÏ$ÏDATAÏANDÏTHEÏPRINCIPLESÏOFÏ
$ÏANDÏ#ÏSEISMOLOGYÏ4HISÏKNOWLEDGEÏ
WILLÏIMPROVEÏTHEIRÏUNDERSTANDINGÏOFÏHOWÏ
$ÏDATASETÏTIMEÏSLICESÏANDÏAMPLITUDEÏANDÏ
phase attributes can be applied for better
RESERVOIRÏCHARACTERIZATIONSÏ#OMPLETEÏ
HANDSONÏMAPPINGÏPROBLEMSÏANDÏEXERCISESÏ
AREÏINCLUDEDÏTHATÏEXPLOREÏGEOPHYSICALÏ
EXPLORATIONÏANDÏDEVELOPMENTÏMAPPINGÏINÏ
deepwater areas.
4HISÏCOURSEÏWHICHÏCOVERSÏTHEÏUSEÏOFÏ
!6/ÏANDÏINVERSIONÏTECHNIQUESÏHELPSÏTOÏ
CREATEÏTHEÏBESTÏPOSSIBLEÏPETROPHYSICSÏ
SUBSURFACEÏMODELÏAVAILABLEÏ!ÏPROlTABLEÏ
DEVELOPMENTÏOFÏANÏOILÏORÏGASÏlELDÏBEGINSÏ
with a good understanding of the
SUBSURFACEÏASÏAÏBASISÏFORÏEFlCIENTÏANDÏ
SUCCESSFULÏlELDÏMANAGEMENTÏ)MPROVEDÏ
DISCRIMINATIONÏOFÏRESERVOIRÏUNITSÏISÏMADEÏ
ANDÏMODELSÏAREÏGENERATEDÏUSINGÏLOGSÏANDÏ
SEISMICÏDATAÏLEADINGÏTOÏHIGHLYÏACCURATEÏ
ORÏHIGHLYÏPROBABLEÏSTATICÏSUBSURFACEÏ
MODELSÏCOMPATIBLEÏIFÏCORRECTLYÏUPSCALEDÏ
TOÏDYNAMICÏRESERVOIRÏMODELSÏOBTAINEDÏ
FROMÏRESERVOIRÏENGINEERINGÏMEASUREMENTSÏ
ANDÏCOMPUTATIONSÏ4HEÏCORRECTÏUSEÏOFÏ
SEISMICÏATTRIBUTESÏWELLÏDATAÏANALYSISÏ
!6/ÏANDÏSEISMICÏINVERSIONÏISÏESSENTIALÏ
TOÏESTABLISHÏSUBSURFACEÏMODELSÏTHATÏCANÏ
BEÏUSEDÏFORÏIMPROVEDÏlELDÏDEVELOPMENTÏ
planning and design. The course
CONTAINSÏ0ETRELÏPLATFORMÏEXERCISESÏTOÏ
REINFORCEÏLEARNINGÏHOWEVERÏNOÏPRIORÏ
0ETRELÏPLATFORMÏEXPERIENCEÏISÏREQUIREDÏ
At the end of the course, attendees will
UNDERSTANDÏBASICÏCONCEPTSÏINÏQUANTITATIVEÏ
SEISMICÏANALYSISÏANDÏINTERPRETATIONÏBASEDÏ
ONÏ!6/ÏWELLTOSEISMICÏCALIBRATIONÏANDÏ
INVERSIONÏTECHNIQUESÏ4HEÏATTENDEESÏ
will consolidate their understanding of
MODERNÏTECHNOLOGYÏWITHÏRECENTÏlELDÏ
STUDYÏEXAMPLESÏANDÏPRACTICALÏWORKSHOPÏ
EXERCISES
COURSE CONTENT
Q
Introduction
Q
3EISMICÏPROCESSINGÏFORÏ!6/ÏANDÏ
INVERSIONÏ
Q
!6/ÏTHEORYÏANDÏPRACTICALÏAPPLICATIONSÏ
OFÏ!6/ÏANALYSISÏnÏmUIDÏFACTORÏ
intercept, and gradient etc.
Q
)NVERSIONÏTHEORYÏANDÏMETHODSÏ
Q
7ELLTOSEISMICÏTIESÏANDÏWAVELETSÏ
Q
,OWFREQUENCYÏMODELÏBUILDINGÏ
Q
0RACTICALÏAPPLICATIONSÏOFÏSEISMICÏ
INVERSIONÏINCLUDINGÏLITHOLOGYÏ
DISCRIMINATIONÏANDÏROCKÏPHYSICSÏ
INVERSION
Q
$ÏANDÏ#ÏINVERSION
Q
3TOCHASTICÏ)NVERSIONÏ
Q
&UTUREÏDIRECTIONSˆJOINTÏ%-SEISMICÏ
INVERSIONÏ!6!:Ï630ÏINVERSIONÏFULLÏ
WAVEFORM
AUDIENCE
'EOLOGISTSÏPETROPHYSICISTSÏRESERVOIRÏ
ENGINEERSÏPROCESSINGÏGEOPHYSICISTSÏ
ANDÏSEISMICÏINTERPRETERSÏINVOLVEDÏWITHÏ
EXPLORATIONÏANDÏDEVELOPMENTÏOFÏOILÏANDÏ
GASÏRESERVOIRS
PREREQUISITE
"ASICÏKNOWLEDGEÏOFÏAPPLIEDÏGEOPHYSICALÏ
PRINCIPLESÏANDÏSEISMICÏINTERPRETATION
COURSE CONTENT
Q
3EISMICÏINTERPRETATIONÏCONCEPTSÏ
acquisition, and processing
WORKmOWS
Q
$EEPWATERÏPETROLEUMÏGEOLOGYÏ
PROVINCESÏANDÏWORLDÏDISTRIBUTIONÏOFÏ
deepwater basins
Q
%XPLORATIONÏANDÏPRODUCTIONÏINÏ
deepwater
COURSE CONTENT
Q
"ASICÏWELLÏSEISMICÏPRINCIPLESÏANDÏ
applications
Q
3EISMICÏSTRATIGRAPHICÏMAPPINGÏINÏ
deep and ultradeepwater
Q
630ÏACQUISITIONÏEXAMPLESÏ
Q
Q
"OREHOLEÏSEISMICÏACQUISITIONÏANDÏ
tools
$EEPWATERÏRESERVOIRÏSTRATIGRAPHYÏ
TURBIDITESÏANDÏMAPPINGÏTECHNIQUES
Q
4IMEÏANDÏDEPTHÏMAPÏCONTOURINGÏINÏ
deepwater
Q
3EISMICÏVELOCITIESÏ!VERAGEÏINTERVALÏ
.-/ÏRMSÏANDÏ$IXÏEQUATION
Q
$EPTHÏCONVERSIONÏTECHNIQUESÏANDÏ
PRECISIONÏ034-ÏANDÏ03$-
Q
$EEPWATERÏRESERVOIRÏINTERPRETATIONÏ
techniques
Q
#OMPARATIVEÏINTERPRETATIONÏOFÏ
POSTSTACKÏANDÏPRESTACKÏTIMEÏ
MIGRATIONÏANDÏINTERPRETATION
Q
630ÏACQUISITIONÏAIRGUN
Q
630ÏACQUISITIONÏVIBRATOR
Q
1UALITYÏCONTROL
Q
"OREHOLEÏSEISMICÏMODELING
Q
"OREHOLEÏSEISMICÏDATAÏPROCESSING
Q
!DVANCEDÏOPERATIONS
Q
!DVANCEDÏCONVEYANCE
Q
!DVANCEDÏPROCESSING
AUDIENCE
'EOLOGISTSÏANDÏGEOPHYSICISTSÏHAVINGÏ
the need to understand the acquisition,
principles, uses, and applications of
BOREHOLEÏSEISMICÏDATA
PREREQUISITE
"ASICÏUNDERSTANDINGÏOFÏGEOLOGYÏANDÏ
GEOPHYSICALÏMETHODS
Q
Deepwater prospects ricks and
PROJECTÏECONOMICS
AUDIENCE
'EOLOGISTSÏGEOPHYSICISTSÏANDÏENGINEERSÏ
wanting a better understanding
SEISMICÏINTERPRETATIONÏINÏDEEPWATERÏ
ENVIRONMENTS
PREREQUISITE
)NTERMEDIATEÏUNDERSTANDINGÏANDÏ
EXPERIENCEÏOFÏSEISMICÏINTERPRETATIONÏ
techniques.
70 |
NExT Catalog-2014(21.5x27.5).indd 70
Visit NExTtraining.net/classes for the latest calendar or to register for a course.
12/22/13 2:49 AM
GEOPHYSICS
Practical AVO and Seismic
Inversion with Petrel E&P
Software Platform
Practical Depth Conversion and Depth Imaging
for the Interpreter
Practical Seismic Attributes
with Petrel E&P Software
Platform
Skill – 5 Days
Skill – 5 Days
Skill – 3 Days
!6/ÏANDÏINVERSIONÏTECHNIQUESÏPLAYÏAÏ
SIGNIlCANTÏROLEÏINÏCREATINGÏPETROPHYSICALÏ
MODELSÏOFÏTHEÏSUBSURFACEÏ4HESEÏ
GEOSUBSURFACEÏMODELSÏAREÏCOMPATIBLEÏ
WITHÏDYNAMICÏRESERVOIRÏMODELSÏBUILTÏWITHÏ
RESERVOIRÏENGINEERINGÏMEASUREMENTSÏ
ANDÏCOMPUTATIONSÏ!TTENDEESÏWILLÏLEARNÏ
THEÏCORRECTÏUSEÏOFÏSEISMICÏATTRIBUTESÏ
WELLÏDATAÏANALYSISÏANDÏ!6/ÏANDÏSEISMICÏ
INVERSIONÏINÏBUILDINGÏSUBSURFACEÏMODELSÏ
SUITABLEÏFORÏIMPROVEDÏlELDÏDEVELOPMENTÏ
planning and design in addition to
learning the basic concepts used in
QUANTITATIVEÏSEISMICÏANALYSISÏANDÏ!6/
based interpretation, calibration of well
TOÏSEISMICÏDATAÏANDÏINVERSIONÏTECHNIQUESÏ
9OURÏUNDERSTANDINGÏOFÏTECHNOLOGIESÏWILLÏ
BEÏCONSOLIDATEDÏTHROUGHÏRECENTÏlELDÏ
STUDYÏEXAMPLESÏANDÏPRACTICALÏWORKSHOPÏ
EXERCISES
4HISÏCOURSEÏFOCUSESÏONÏDELIVERINGÏ
a practical understanding of depth
CONVERSIONÏ!TTENDEESÏWILLÏLEARNÏTHEÏ
TYPICALÏVELOCITYÏTYPESÏANDÏTHEIRÏMEANINGSÏ
INÏADDITIONÏTOÏUNDERSTANDINGÏTHEÏMETHODSÏ
OFÏVELOCITYÏREPRESENTATIONÏANDÏUSINGÏ
THEMÏFORÏDEPTHÏCONVERSIONÏFROMÏSIMPLEÏ
FUNCTIONSÏTOÏMOREÏCOMPLEXÏLAYERBASEDÏ
METHODSÏ!TTENDEESÏWILLÏSTUDYÏTHEÏ
THEORYÏANDÏESTIMATIONÏOFÏVELOCITIESÏUSINGÏ
VARIOUSÏFORMSÏOFÏTOMOGRAPHYÏANDÏTHEÏ1#Ï
THATÏENSURESÏGEOLOGICALLYÏREASONABLEÏ
results, learn the techniques for depth
CALIBRATIONÏOFÏISOTROPICÏDEPTHÏIMAGESÏWITHÏ
WELLÏCONTROLÏASÏWELLÏASÏTHEÏMETHODSÏANDÏ
IMPACTSÏOFÏINCLUDINGÏANISOTROPICÏSOLUTIONSÏ
TOÏYIELDÏBETTERÏWELLÏTIESÏANDÏMOREÏ
RESOLVEDÏIMAGES
COURSE CONTENT
Q
COURSE CONTENT
Q
)NTRODUCTIONÏTOÏSEISMICÏRESERVOIRÏ
CHARACTERIZATION
Q
3OFTWAREÏANDÏQUANTITATIVEÏ
interpretation techniques
Q
!6/ÏTHEORYÏINVERSIONÏMODELINGÏ1#Ï
and preconditioning
Sources and representation of
VELOCITIES
Q
4OMOGRAPHICÏVELOCITYÏANALYSISÏ,AYERÏ
BASEDÏGRIDÏBASEDÏANDÏHYBRID
Q
1#ÏFORÏITERATIVEÏDEPTHÏMIGRATION
Q
$EPTHIMAGINGÏGRIDS
Q
)NITIALÏVELOCITYÏMODEL
Q
)TERATIONSÏANDÏVELOCITYÏRESOLUTION
Q
Focusing and structural response
Q
'ATHERSÏVERTICALÏSECTIONSÏANDÏDEPTHÏ
slices
Q
#ORENDERINGÏVELOCITIESÏANDÏDEPTHÏ
IMAGES
Q
!TTRIBUTESÏANDÏINVERSION
Q
)TERATIVEÏCALIBRATIONÏOFÏDEPTHÏ
MIGRATIONÏWITHÏWELLÏCONTROL
Q
)SOTROPICÏANDÏANISOTROPICÏPARAMETERÏ
ESTIMATIONÏANDÏDElNITION
Q
/PTIONALÏINTERACTIVEÏSOFTWAREÏWORKÏ
sessions
AUDIENCE
Q
6ELOCITYÏGRADIENTS
Q
$ElNINGÏVELOCITYÏASÏAÏFUNCTIONÏOFÏ
DEPTHÏANDÏTIME
Q
6ERTICALÏTIMETODEPTHÏCONVERSION
Q
3INGLELAYERÏANDÏMULTILAYERÏMODELS
PREREQUISITE
Q
%RRORÏANALYSIS
Q
!DVANCEDÏDEPTHÏCONVERSIONÏ
"ASICÏKNOWLEDGEÏOFÏGEOPHYSICSÏANDÏ
SEISMICÏDATAÏINTERPRETATION
Q
&ORMINGÏVELOCITYÏMODELSÏ
0RESTACKÏANDÏPOSTSTACKÏACOUSTICÏANDÏ
ELASTICÏINVERSION
Q
1UANTITATIVEÏWELLÏCALIBRATION
Q
$EEPWATERÏREGIMES
Q
!NALYZINGÏWELLÏLOGSÏFORÏ!6/ÏANDÏ
INVERSIONÏRESPONSE
Q
+IRCHHOFFÏDEPTHÏTIMEÏWAVEÏ
EQUATIONÏANDÏREVERSETIMEÏMIGRATION
Q
2OCKÏPHYSICSÏANDÏmUIDÏREPLACEMENTÏ
MODELING
Q
-ULTICOMPONENTÏANDÏANISOTROPICÏ
considerations
Q
(YDROCARBONÏINDICATORS
Q
2ECENTÏINVERSIONÏMETHODSÏANDÏ2$
Q
7ELLTOSEISMICÏCALIBRATION
Q
7AVELETÏESTIMATIONÏANDÏINVERSIONÏ
METHODS
Q
3EISMICÏDATAÏINTERPRETERSÏGEOPHYSICISTSÏ
and geologists wanting a better
UNDERSTANDINGÏOFÏVELOCITYÏMODELINGÏDEPTHÏ
CONVERSIONÏANDÏDEPTHÏMIGRATION
AUDIENCE
'EOLOGISTSÏPETROPHYSICISTSÏRESERVOIRÏ
ENGINEERSÏPROCESSINGÏGEOPHYSICISTSÏANDÏ
SEISMICÏDATAÏINTERPRETERSÏINVOLVEDÏWITHÏ
EXPLORATIONÏANDÏDEVELOPMENTÏOFÏOILÏANDÏ
GASÏRESERVOIRS
PREREQUISITE
Basic knowledge of applied
GEOPHYSICALÏPRINCIPLESÏANDÏSEISMICÏDATAÏ
interpretation.
NEW
This course will present the practical
aspects of generating and understanding
SEISMICÏATTRIBUTEÏRESPONSESÏANDÏRELATINGÏ
THESEÏFROMÏTHEÏMATHEMATICALÏGEOPHYSICALÏ
generation to practical geological
understanding and application. The
course will focus on outlining the use of
SEISMICÏATTRIBUTESÏINÏSPECIlCÏGEOLOGICALÏ
ENVIRONMENTSÏANDÏIDENTIFYINGÏSPECIlCÏ
GEOLOGICALÏFEATURESÏ4HEÏCOURSEÏPHILOSOPHYÏ
ISÏTHATÏLEARNINGÏISÏANÏACTIVEÏEXPERIENCEÏ
APPLYÏUNDERSTANDINGÏOVERÏMEMORIZATIONÏ
PROVIDEÏFUNDAMENTALSÏFORÏGROWTHÏANDÏ
PROVIDEÏSKILLSÏFORÏAPPLICATIONÏ4HEÏLEARNINGÏ
OBJECTIVESÏFORÏTHEÏCOURSEÏINCLUDEÏTEACHINGÏ
THEÏTHEORYÏOFÏSEISMICÏATTRIBUTESÏTHEÏ
PRACTICEÏOFÏSEISMICÏATTRIBUTESÏSEISMICÏ
ATTRIBUTESÏUSINGÏTHEÏ0ETRELÏPLATFORMÏANDÏ
PREPAREÏTHEÏATTENDANTSÏFORÏUSINGÏSEISMICÏ
attributes in their work.
COURSE CONTENT
Q 4HEORYÏOFÏSEISMICÏATTRIBUTES
Q 3EISMICÏATTRIBUTESÏINÏTHEÏ0ETRELÏ
PLATFORM
Q #OLORSÏANDÏVISUALIZATIONÏOFÏATTRIBUTESÏ
Q 3URFACEÏATTRIBUTESÏINÏTHEÏ0ETRELÏ
PLATFORM
Q Geological scenarios and the
applications of attributes
Q Noise reduction
Q Stratigraphic applications
Q #HANNELSÏANDÏmUVIALÏSYSTEMS
Q Geological scenarios and the
applications of attributes
Q &ORMATIONÏORIENTATION
Q ,ITHOLOGYÏINDICATORS
Q 4EXTURALÏATTRIBUTES
Q Structural attributes
Q %DGEÏDETECTION
Q Fracture indicators
Q Carbonates and Salt
Q $IRECTÏHYDROCARBONÏINDICATORS
Q #REATEÏSEISMICÏATTRIBUTESÏUSINGÏTHEÏ
SEISMICÏCALCULATOR
Q 3EISMICÏATTRIBUTEÏWORKmOWSÏANDÏBESTÏ
practices
Q Getting help
Q Thoughts for the future
Q 'ROUPÏPROJECTÏ
AUDIENCE
'EOSCIENTISTSÏINTERPRETINGÏSEISMICÏDATAÏ
VOLUMES
PREREQUISITE
0ETRELÏ&UNDAMENTALSÏÏCOURSEÏISÏREQUIREDÏ
ANDÏTHEÏ0ETRELÏ'EOPHYSICSÏCOURSEÏISÏ
RECOMMENDED
Software
Technical courses that use software
NExT Catalog-2014(21.5x27.5).indd 71
Includes practical sessions
Field trips
Uses simulation
| 71
12/22/13 2:49 AM
GEOPHYSICS
Rock Physics and Statistical Rock Physics for Seismic
Reservoir Characterization and Quantitative Interpretation
Seismic Attribute and
Image Interpretation
Seismic Interpretation
Mapping with Petrel E&P
Software Platform
Skill – 3 Days
Skill – 5 Days
Skill – 5 Days
In this course, attendees are introduced
TOÏAÏNOVELÏAPPROACHÏFORÏ$ÏSEISMICÏ
interpretation. The approach treats
$ÏSEISMICÏDATAÏANDÏSAMPLEDÏDIGITALÏ
IMAGESÏLIKEÏAÏPHOTOGRAPHÏTOÏBEÏ
INTERPRETEDÏDIRECTLYÏASÏGEOLOGYÏTHROUGHÏ
THEÏIMAGEÏATTRIBUTESÏSEISMICÏORÏ
VISUALÏ4HEÏATTENDEESÏWILLÏLEARNÏWHATÏ
CANÏBEÏACHIEVEDÏWITHÏATTRIBUTESÏANDÏ
IMAGEÏANALYSISÏTECHNIQUESÏINÏSEISMICÏ
interpretation in addition to gaining
SPEEDÏOBJECTIVITYÏINTERPRETATIONÏQUALITYÏ
ACCURACYÏANDÏTHEÏABILITYÏTOÏTACKLEÏ
INTERPRETATIONÏTASKSÏTHATÏPREVIOUSLYÏWEREÏ
not feasible. Attendees will learn the
GEOLOGICÏMEANINGÏANDÏSIGNIlCANCEÏOFÏTHEÏ
MAINÏSEISMICÏATTRIBUTESÏWHICHÏAREÏTHEÏ
appropriate attributes to use in certain
SITUATIONSÏANDÏHOWÏTOÏMAKEÏANÏINTELLIGENTÏ
ESTIMATEÏOFÏATTRIBUTEÏPARAMETERS
5SINGÏMETHODOLOGIESÏFORÏDISTINCTÏ
geological and tectonic settings,
THISÏCOURSEÏTEACHESÏTHEÏFUNDAMENTALÏ
SKILLSÏATTENDEESÏNEEDÏFORÏSEISMICÏ
INTERPRETATIONÏ4HEÏATTENDEESÏWILLÏSTUDYÏ
ALLÏASPECTSÏOFÏSEISMOLOGYÏINTERPRETATIONÏ
ANDÏCOMPAREÏHANDDRAWNÏANDÏDIGITALÏ
MAPSÏTOÏENSUREÏTHATÏQUALITYÏMEETSÏ
REQUIREMENTSÏFORÏSUBSEQUENTÏDIGITALÏ
interpretation. This course also includes
LEARNINGÏTHEÏPRINCIPLESÏOFÏREmECTIONÏ
SEISMOLOGYÏINCLUDINGÏDATAÏACQUISITIONÏ
processing, and interpretation. Lectures
WITHÏHANDSONÏSEISMICÏMAPPINGÏ
EXERCISESÏAREÏREPEATEDÏUSINGÏTHEÏ0ETRELÏ
PLATFORMÏDEMONSTRATINGÏTHEÏSUBTLETIESÏOFÏ
SUBJECTIVEÏHANDCONTOURINGÏOFÏDATAÏVERSUSÏ
GRIDALGORITHMÏCONTOURING
4HISÏCOURSEÏCOVERSÏROCKÏPHYSICSÏANDÏ
STATISTICALÏROCKÏPHYSICSÏFUNDAMENTALSÏ
RANGINGÏFROMÏBASICÏLABORATORYÏANDÏ
THEORETICALÏRESULTSÏTOÏPRACTICALÏhRECIPESvÏ
THATÏCANÏBEÏIMMEDIATELYÏAPPLIEDÏINÏ
THEÏlELDÏ4HISÏCOURSEÏWILLÏINCLUDEÏ
QUALITATIVEÏANDÏQUANTITATIVEÏTOOLSÏ
for understanding and predicting the
SEISMICÏVELOCITYÏEFFECTSÏDUEÏTOÏLITHOLOGYÏ
POREÏmUIDÏTYPESÏANDÏSATURATIONÏSTRESSÏ
ANDÏPOREÏPRESSUREÏANDÏTEMPERATUREÏ
Case studies and strategies will be
PRESENTEDÏFORÏQUANTITATIVEÏSEISMICÏ
INTERPRETATIONÏANDÏSUGGESTIONSÏFORÏMOREÏ
EFFECTIVELYÏEMPLOYINGÏSEISMICTOROCKÏ
PROPERTYÏTRANSFORMSÏINÏRESERVOIRÏ
CHARACTERIZATIONÏWITHÏANÏEMPHASISÏONÏ
SEISMICÏINTERPRETATIONÏFORÏLITHOLOGYÏANDÏ
SUBSURFACEÏmUIDÏDETECTION
COURSE CONTENT
Q
Q
Q
)NTRODUCTIONÏTOÏROCKÏPHYSICSÏ
MOTIVATIONÏINTRODUCTORYÏEXAMPLESÏ
Q
%FFECTIVEÏMEDIAÏMODELSÏFORÏELASTICÏ
properties of rocks
Q
'ASSMANNÏ&LUIDÏSUBSTITUTIONÏ
Q
2OCKÏPHYSICSÏOFÏ!6/ÏINTERPRETATIONÏ
Q
3TATISTICALÏROCKÏPHYSICSÏANDÏ
UNCERTAINTYÏASSESSMENTÏ
Q
1UANTITATIVEÏSEISMICÏINTERPRETATIONÏ
ANDÏROCKÏPHYSICSÏTEMPLATESÏ
Q
#ASEÏSTUDIESÏUSINGÏ!6/ÏANDÏSEISMICÏ
IMPEDANCEÏFORÏQUANTITATIVEÏRESERVOIRÏ
CHARACTERIZATION
AUDIENCE
'EOPHYSICISTSÏRESERVOIRÏGEOLOGISTSÏ
SEISMICÏINTERPRETERSÏANDÏENGINEERSÏWHOÏ
WORKÏWITHÏRESERVOIRÏCHARACTERIZATIONÏ
RESERVOIRÏDELINEATIONÏHYDROCARBONÏ
DETECTIONÏRESERVOIRÏDEVELOPMENTÏANDÏ
RECOVERYÏMONITORING
PREREQUISITE
Q
3EISMICÏFUNDAMENTALS
Q
0ETROLEUMÏGEOLOGYÏINÏWORLDWIDEÏ
PROVINCESÏANDÏBASINS
Q
&UNDAMENTALSÏOFÏSTRUCTURALÏ
INTERPRETATIONÏANDÏSEISMICÏ
STRATIGRAPHY
Difference between data and
INFORMATION
Q
3EISMICÏATTRIBUTESÏANDÏ!6/Ï
processing
Strengths and weaknesses of
interpreters and workstations
Q
-APPINGÏTECHNIQUESÏANDÏRIFTBASINÏ
MAPPINGÏINTERPRETATION
2EVIEWÏOFÏBASICÏSEISMICÏATTRIBUTESÏ
ANDÏ$ÏIMAGEÏSTRUCTURE
Q
$EPTHÏCONVERSIONÏTECHNIQUES
Q
#OMPARATIVEÏINTERPRETATIONÏOFÏ
POSTSTACKÏANDÏPRESTACKÏTIMEÏ
MIGRATIONS
Q
7ELLÏLOCATIONÏANDÏDEPTHÏMAPPINGÏ
precision
COURSE CONTENT
Q
/VERVIEWÏEFFECTSÏOFÏmUIDSÏSTRESSÏ
POREÏPRESSUREÏTEMPERATUREÏPOROSITYÏ
5NDERSTANDÏTHEÏMEANINGÏOFÏSAMPLEDÏ
IMAGES
Q
"OUNDINGÏMETHODSÏFORÏROBUSTÏ
MODELINGÏOFÏSEISMICÏVELOCITIESÏ
2EVIEWÏDETECTABILITYÏRESOLUTIONÏANDÏ
color depth
Q
None
Q
Q
Q
.OISEÏSEISMICÏANDÏGEOLOGYÏ
attributes, geologic structural
attributes, and noise suppression
Q
)NTERPRETATIONÏOFÏSTRATIGRAPHYÏTHROUGHÏ
attributes
Q
,ITHOLOGYÏANDÏPORElLL
Q
4IMELAPSEÏ$ÏSEISMICÏDATA
Q
#OMPARISONÏOFÏSKILLSÏANDÏ
RESPONSIBILITIESÏDISTRIBUTIONÏÏTHEÏ
HIGHWAYÏACCIDENTÏSCENE
AUDIENCE
.ONMATHEMATICALÏ$ÏSEISMICÏDATAÏ
INTERPRETERSÏOFÏALLÏEXPERIENCEÏLEVELSÏFROMÏ
EXPLORATIONÏEVALUATIONÏORÏDEVELOPMENTÏ
backgrounds.
PREREQUISITE
5NDERSTANDINGÏOFÏTRADITIONALÏ$ÏSEISMICÏ
INTERPRETATIONÏBASEDÏONÏHORIZONÏANDÏFAULTÏ
PICKINGÏANDÏSTATICÏGEOLOGICALÏMODELÏ
building.
72 |
NExT Catalog-2014(21.5x27.5).indd 72
COURSE CONTENT
Q
Q
Models for rift and salt structures in
SEDIMENTARYÏBASINS
0ROSPECTÏANALYSES
AUDIENCE
'EOPHYSICISTSÏGEOLOGISTSÏANDÏENGINEERSÏ
WANTINGÏTOÏLEARNÏTHEÏBASICSÏOFÏSEISMICÏ
INTERPRETATIONÏUSINGÏ0ETRELÏPLATFORMÏ
software.
PREREQUISITE
+NOWLEDGEÏOFÏAPPLIEDÏPETROLEUMÏGEOLOGYÏ
EXPOSUREÏTOÏSEISMICÏMETHODSÏANDÏAÏ
WORKINGÏKNOWLEDGEÏOFÏ0ETRELÏPLATFORMÏ
software.
Visit NExTtraining.net/classes for the latest calendar or to register for a course.
12/22/13 2:49 AM
GEOPHYSICS
Seismic Petrophysics and
Rock Properties
Seismic Structural
Interpretation
Practical Seismic
Interpretation with the Petrel
E&P Software Platform
Carbonate Seismic
Reservoir Analysis
Skill – 5 Days
Skill – 5 Days
Skill – 5 Days
Advanced – 5 Days
3EISMICÏPETROPHYSICSÏINVOLVESÏTHEÏ
STUDYÏANDÏAPPLICATIONÏOFÏWELLÏLOGÏDATAÏ
ANDÏROCKÏPHYSICSÏTHEORYÏANDÏDATAÏTOÏ
THEÏINTERPRETATIONÏOFÏSEISMICÏDATAÏANDÏ
OBSERVATIONSÏ)NÏTHISÏCOURSEÏATTENDEESÏ
will gain an understanding of rock
PHYSICSÏDATAÏANDÏTHEORYÏINTEGRATEÏ
THESEÏDATAÏWITHÏTHATÏFROMÏWELLÏLOGSÏINÏAÏ
PETROPHYSICALÏEVALUATIONÏANDÏTHENÏUSEÏ
THEÏRESULTSÏTOÏMODELÏANDÏINTERPRETÏSEISMICÏ
data.
7ITHÏAÏFOCUSÏONÏBUILDINGÏFUNDAMENTALÏ
SKILLSÏINÏSEISMICÏINTERPRETATIONÏTHISÏ
COURSEÏEMPLOYSÏPRACTICALÏEXAMPLESÏ
DEMONSTRATINGÏDISTINCTÏASPECTSÏOFÏVARIOUSÏ
GEOLOGICALÏANDÏTECTONICÏPROVINCESÏRELATIVEÏ
TOÏTHEIRÏHYDROCARBONÏPROSPECTIVITYÏ)NÏ
practical workshops, attendees will learn
THEÏMAINÏINTERPRETATIONÏTECHNIQUESÏUSEDÏ
FORÏSEISMICÏSECTIONSÏANDÏSKILLSÏFORÏSEISMICÏ
DATAÏMAPPINGÏ3PECIALÏEMPHASISÏISÏGIVENÏ
TOÏCOMPARISONSÏOFÏHANDCONTOURINGÏ
MAPÏINTERPRETATIONÏWITHÏWORKSTATIONÏ
INTERPRETATIONÏMAPPINGÏFORÏ$ÏANDÏ$Ï
datasets.
4HISÏCOURSEÏPROVIDESÏ%0ÏPROFESSIONALSÏ
WITHÏSEISMICÏDATAÏVISUALIZATIONÏ
integration, and interpretation techniques
THATÏHAVEÏBEENÏRECENTLYÏDEVELOPEDÏ4HEÏ
attendees will gain a solid understanding
of the applications and role of the
SEISMICÏINTERPRETERÏINÏSTUDIESÏTHATÏ
INVOLVEÏPOSTSTACKÏSEISMICÏATTRIBUTESÏ
!6/ÏSEISMICÏSEQUENCEÏSTRATIGRAPHYÏ
SEISMICÏGEOMORPHOLOGYÏ$ÏTIMELAPSEÏ
SEISMICÏANDÏMULTIDISCIPLINARYÏINTEGRATIONÏ
2ECENTÏANDÏRELEVANTÏCASEÏHISTORIESÏDATAÏ
EXAMPLESÏANDÏEXERCISESÏCONDUCTEDÏBOTHÏ
ONÏPAPERÏANDÏWITHÏTHEÏ0ETRELÏPLATFORMÏ
will guide the attendees in understanding
THATÏTHEÏINTEGRATIONÏOFÏALLÏAVAILABLEÏDATAÏ
INTOÏTHEÏSEISMICÏMODELÏADDSÏVALUEÏINÏ
the required coherent and successful
SEISMICÏPREDICTIONSÏTHATÏRESULTÏFROMÏANÏ
interpretation.
In this course, the attendees will learn
FUNDAMENTALÏTECHNIQUESÏINÏCARBONATEÏ
RESERVOIRÏANALYSISÏUSINGÏSEISMICÏMETHODSÏ
%MPHASISÏISÏGIVENÏTOÏTHEÏAPPLICATIONÏOFÏ
QUANTITATIVEÏSEISMICÏMETHODSÏFORÏmUIDÏANDÏ
FRACTUREÏANALYSISÏ#ARBONATEÏROCKSÏMAKEÏ
UPÏONLYÏÏOFÏSEDIMENTARYÏROCKÏYETÏTHEYÏ
ACCOUNTÏFORÏMOREÏTHANÏÏOFÏTHEÏWORLDSÏ
PROVENÏHYDROCARBONÏRESERVESÏ4HEREFOREÏ
it should be no surprise that carbonate
RESERVOIRSÏAREÏVERYÏIMPORTANTÏTARGETSÏ
FORÏOILÏANDÏGASÏEXPLORATIONÏ%XPLORINGÏ
ELUSIVEÏSTRATIGRAPHICÏHYDROCARBONÏTRAPSÏ
DEVELOPINGÏGASÏRESOURCESÏANDÏARRESTINGÏ
PRODUCTIONÏDECLINEÏANDÏEARLYÏWATERÏ
breakthrough in giant carbonate oil
RESERVOIRSÏHAVEÏALLÏPROMPTEDÏDEMANDSÏFORÏ
NEWÏGEOPHYSICALÏTECHNOLOGIESÏTARGETEDÏ
for prospect reconnaissance and detailed
CHARACTERIZATIONÏOFÏCARBONATEÏRESERVOIRSÏ
)NCREMENTALÏPRODUCIBILITYÏENHANCEMENTÏ
THROUGHÏADVANCEDÏTECHNOLOGYÏAPPLICATIONÏ
CANÏRESULTÏINÏSIGNIlCANTÏRESERVEÏADDITIONSÏ
ANDÏECONOMICÏBENElTSÏ
-OVINGÏPROGRESSIVELYÏATTENDEESÏBEGINÏ
WITHÏSIMPLEÏCOMMONLYÏUSEDÏMODELSÏ
ANDÏCONTINUALLYÏEXPANDÏTHEMÏTOÏINCLUDEÏ
INCREASINGLYÏCOMPLICATEDÏANDÏREALISTICÏ
interpretations. At each step, the
ATTENDEESÏINVESTIGATEÏTHEÏRELATIONSHIPSÏ
BETWEENÏTHEORYÏANDÏLABORATORYÏWELLÏ
LOGÏANDÏSEISMICÏDATAÏ#OURSEÏMATERIALÏ
includes spreadsheets that incorporate
MANYÏOFÏTHEÏSTUDIEDÏMODELSÏPREDICTINGÏ
mUIDÏPROPERTIESÏROCKÏPROPERTIESÏANDÏ
SEISMICÏRESPONSEÏINCLUDINGÏ!6/ÏANDÏ
ELASTICÏIMPEDANCEÏ%XERCISESÏONÏROCKÏ
TYPESÏDRAWNÏFROMÏAROUNDÏTHEÏWORLDÏAREÏ
based on these spreadsheets and require
SIMPLEÏCALCULATIONS
&UNDAMENTALSÏOFÏSEISMICÏ
PETROPHYSICS
Q
3EISMICÏATTRIBUTESÏANDÏTHEIRÏ
relationships to rock properties
Q
#OMPLEXÏROCKSÏ5NCONSOLIDATEDÏANDÏ
consolidated clastics, carbonates
WITHÏVUGSÏANDÏFRACTURESÏSHALESÏANDÏ
HEAVYÏOILÏFORMATIONS
Q
Q
0RINCIPLESÏOFÏSEISMOLOGYÏANDÏPROPERÏ
HANDLINGÏOFÏSEISMICÏVELOCITIES
Q
4ECHNOLOGIESÏANDÏMETHODOLOGIESÏFORÏ
SEISMICÏDATAÏINTERPRETATIONÏINÏSPECIlCÏ
tectonic and geologic settings
Q
3EISMICÏINTERPRETATIONÏMAPPINGÏ
(ANDDRAWNÏINTERPRETATIONSÏANDÏ
COMPUTERÏWORKSTATIONÏMAPPING
Q
Q
COURSE CONTENT
Q
COURSE CONTENT
&LUIDSÏANDÏmUIDÏSUBSTITUTIONÏ-ETHODSÏ
ANDÏINPUTÏPARAMETERS
Q
&LUIDÏRELATIONSHIPSÏTOÏROCKÏTYPES
Q
0RINCIPLESÏOFÏ!6/
Q
COURSE CONTENT
#OMPARISONSÏOFÏHANDÏANDÏCOMPUTER
CONTOUREDÏMAPSÏANDÏMAPÏ1#
(ANDSONÏMAPPINGÏEXERCISESÏ
FORÏGEOPHYSICALÏEXPLORATIONÏANDÏ
DEVELOPMENT
3EISMICÏATTRIBUTESÏAPPLICABLEÏTOÏ
RESERVOIRÏCHARACTERIZATIONÏANDÏ$ÏANDÏ
$ÏSEISMICÏDATA
Q
)NTRODUCTIONÏANDÏGENERALÏOVERVIEWÏ
Q
&UNDAMENTALSÏOFÏSIGNALÏTHEORYÏ
WAVELETÏRESOLUTIONÏANDÏSCALINGÏ
Q
'EOLOGICALÏCONCEPTSÏSEDIMENTARYÏ
MODELSÏANDÏSTRUCTURALÏSTYLESÏ
Q
)NTRODUCTIONÏTOÏTHEÏ0ETRELÏSOFTWAREÏ
PLATFORMÏ
Q
Q
AUDIENCE
!LLÏINDUSTRYÏPROFESSIONALSÏ
PARTICULARLYÏGEOPHYSICISTSÏGEOLOGISTSÏ
PETROPHYSICISTSÏRESERVOIRÏMANAGEMENTÏ
professionals, and drilling engineers.
PREREQUISITE
5NDERSTANDINGÏOFÏBASICÏRESERVOIRÏGEOLOGY
AUDIENCE
Geoscientists and engineers with
SOMEÏEXPERIENCEÏINÏATÏLEASTÏONEÏOFÏTHEÏ
FOLLOWINGÏlELDSÏPETROPHYSICSÏSEISMICÏ
INTERPRETATIONÏSEISMICÏPROCESSINGÏ
RESERVOIRÏCHARACTERIZATIONÏORÏRESERVOIRÏ
engineering.
COURSE CONTENT
Q
&UNDAMENTALSÏOFÏCARBONATEÏ
SEISMOLOGYÏ
Q
!PPLICATIONÏOFÏCOMPLEXÏATTRIBUTESÏFORÏ
CARBONATEÏRESERVOIRÏANALYSISÏ
$ÏANDÏ$ÏINTERPRETATIONÏTECHNIQUESÏ
Q
0OSTSTACKÏATTRIBUTESÏREmECTIVEÏ
ATTRIBUTESÏANDÏTRANSMISSIVEÏ
attributes
!)ÏANDÏ!6/ÏSEISMICÏINVERSIONÏFORÏ
CARBONATEÏRESERVOIRÏANALYSISÏ
Q
!6/ÏPITFALLSÏANDÏ!6/ÏFORÏmUID
FRACTUREÏANALYSISÏINÏCARBONATEÏ
RESERVOIRS
Q
$ÏANDÏMULTICOMPONENTÏSEISMICÏFORÏ
CARBONATEÏRESERVOIRÏANALYSIS
Q
3PECTRALÏDECOMPOSITIONÏ
Q
-ULTICOMPONENTÏSEISMICÏ
interpretation
AUDIENCE
AUDIENCE
%0ÏMANAGERSÏGEOSCIENTISTSÏANDÏ
RESERVOIRÏENGINEERSÏINVOLVEDÏINÏSEISMICÏ
interpretation or working with results of
SEISMICÏDATAÏINTERPRETATION
'EOLOGISTSÏGEOPHYSICISTSÏANDÏRESERVOIRÏ
engineers with an interest in the
APPLICATIONÏOFÏSEISMICÏMETHODSÏFORÏ
RESERVOIRÏANALYSIS
PREREQUISITE
PREREQUISITE
"ASICÏORÏINTERMEDIATEÏSEISMICÏ
interpretation knowledge.
None
PREREQUISITE
'ENERALÏKNOWLEDGEÏOFÏBOTHÏPETROPHYSICSÏ
ANDÏGEOPHYSICS
Software
Technical courses that use software
NExT Catalog-2014(21.5x27.5).indd 73
Includes practical sessions
Field trips
Uses simulation
| 73
12/22/13 2:49 AM
GEOPHYSICS
Petrel Fundamentals
GeoFrame Charisma
Seismic Interpretation
GeoFrame CPS-3 Mapping
Fundamentals
GeoFrame Fundamentals
Awareness – 2 Days
Foundation - 3 Days
Foundation – 3 Days
Foundation – 2 Days
This course introduces a new user
TOÏTHEÏ0ETRELÏPLATFORMÏFUNCTIONALITYÏ
WITHÏEMPHASISÏONÏVISUALIZATIONÏDATAÏ
ORGANIZATIONÏANDÏCOLLABORATIONÏ4HEÏ
COURSEÏWILLÏTAKEÏTHEÏATTENDEESÏFROMÏ
0ETRELÏPLATFORMÏPROJECTÏSETUPÏTOÏPLOTTINGÏ
the results. Attendees will learn how to
CREATEÏSURFACESÏANDÏAÏSIMPLEÏGRIDÏASÏWELLÏ
ASÏHOWÏTOÏ1#ÏANDÏVISUALIZEÏAÏSIMPLEÏGRIDÏ
USINGÏTHEÏGEOMETRICALÏMODELINGÏPROCESSÏ
MAPSÏANDÏINTERSECTIONSÏ4HISÏCOURSEÏ
ALSOÏINTRODUCESÏTHEÏ3TUDIOÏENVIRONMENTÏ
WHICHÏEMPOWERSÏAÏNEWÏLEVELÏOFÏUSABILITYÏ
COLLABORATIONÏANDÏPRODUCTIVITY
#HARISMA
$$$ÏSEISMICÏ
INTERPRETATIONÏSOFTWAREÏISÏFULLYÏINTEGRATEDÏ
WITHÏ'EO&RAMEÏSOFTWAREÏGEOPHYSICSÏANDÏ
GEOLOGYÏMODULESÏSUCHÏASÏ3YNTHETICSÏ
)N$EPTH
ÏVELOCITYÏANALYSISÏANDÏDEPTHÏ
CONVERSIONÏ3EIS#LASS
ÏMULTIATTRIBUTEÏ
CLASSIlCATIONÏSOFTWAREÏ!3!0
Ï
AUTOMATICÏSEISMICÏAREAÏPICKERÏ'EO6IZ
$Ï
INTERPRETATIONÏANDÏVISUALIZATIONÏ
APPLICATIONÏANDÏ"ASEMAPÏ0LUSÏGRIDDINGÏ
and contouring applications. In this
course, attendees will learn to use the
#HARISMAÏSOFTWAREÏINÏBOTHÏTIMEÏANDÏ
DEPTHÏDOMAINSÏANDÏTOÏSAVEÏINTERPRETATIONÏ
DATAÏDIRECTLYÏTOÏTHEÏ'EO&RAMEÏSOFTWAREÏ
DATABASEÏWHICHÏINCREASESÏTHEÏUSERSÏ
UNDERSTANDINGÏOFÏTHEÏFUNDAMENTALSÏOFÏ$Ï
$ÏANDÏ$ÏSEISMICÏINTERPRETATIONÏUSINGÏ
#HARISMAÏSOFTWARE
4HISÏCOURSEÏPROVIDESÏTHEÏFUNDAMENTALSÏ
attendees need to produce accurate
RESERVESÏMAPSÏUSINGÏ'EO&RAMEÏ#03Ï
SOFTWAREÏ&ULLYÏINTEGRATEDÏWITHÏ'EO&RAMEÏ
'EOLOGYÏANDÏ'EOPHYSICSÏMODULESÏ#03Ï
SOFTWAREÏPROVIDESÏACCURATEÏSURFACEÏ
MAPPINGÏOPERATIONSÏFORÏALLÏMAPPINGÏ
REQUIREMENTS
7ITHÏTHISÏCOURSEÏATTENDEESÏWILLÏLEARNÏ
THEÏFUNDAMENTALSÏNEEDEDÏTOÏEFlCIENTLYÏ
MANAGEÏ'EO&RAMEÏSOFTWAREÏSERVICEÏ
PROJECTSÏANDÏPROJECTÏDATAÏ4HEÏATTENDEESÏ
WILLÏALSOÏLEARNÏTOÏUSEÏTHEÏ'EO&RAMEÏ
SOFTWAREÏSYSTEMÏTOÏDESCRIBEÏTHEÏ
SUBSURFACEÏPRECISELYÏTHROUGHOUTÏTHEÏ%0Ï
WORKmOWÏ4HEÏCOURSEÏFOCUSÏISÏONÏTHEÏ
FUNCTIONALITYÏCOMMONÏTOÏALLÏ'EO&RAMEÏ
software applications.
COURSE CONTENT
Q
Q
3TUDIOÏENVIRONMENTÏ&INDÏ
#OLLABORATEÏANDÏ-ANAGEÏ
0ETRELÏSOFTWAREÏINTRODUCTIONÏ
Q
0ROJECTÏSETUPÏCOORDINATESÏANDÏUNITSÏ
Q
0ETRELÏINTERFACEÏGENERALÏTOOLSÏANDÏ
windows
Q
-ODELINGÏCONCEPTSÏOVERVIEW
Q
Surface constructing and editing
Q
3IMPLEÏGRIDÏCONSTRUCTING
Q
'EOMETRICALÏMODELINGÏ
Q
Data plotting
Q
+NOWLEDGEÏSHARINGÏANDÏCOLLABORATION
AUDIENCE
$EVELOPMENTÏANDÏEXPLORATIONÏ
GEOLOGISTSÏGEOPHYSICISTSÏGEOCHEMISTSÏ
GEOSCIENTISTSÏPETROLEUMÏENGINEERSÏ
MANAGERSÏANDÏTECHNICALÏ)4ÏPERSONNELÏ
WITHÏNOÏPREVIOUSÏ0ETRELÏPLATFORMÏSOFTWAREÏ
EXPERIENCE
PREREQUISITE
'ENERALÏKNOWLEDGEÏOFÏPETROLEUMÏGEOLOGYÏ
ANDÏGEOPHYSICSÏORÏRESERVOIRÏENGINEERINGÏ
ASÏWELLÏASÏELEMENTALÏSOFTWAREÏSKILLS
COURSE CONTENT
Q
Q
Q
Q
$ISPLAYINGÏANDÏINTERPRETINGÏSEISMICÏ
DATAÏUSINGÏVARIOUSÏTECHNIQUESÏ
INCLUDINGÏMULTIFRAMEÏANDÏSEISMICÏ
ATTRIBUTEÏDISPLAYS
$ElNINGÏHORIZONSÏANDÏFAULTS
Drawing and editing of faults,
HORIZONSÏFAULTÏCONTACTSÏANDÏFAULTÏ
boundaries
-ANUALÏANDÏAUTOMATICÏFAULTÏ
ASSIGNMENT
Q
-ANUALÏANDÏAUTOMATICÏHORIZONÏ
INTERPRETATIONÏUSINGÏVARIOUSÏTRACKINGÏ
techniques
Q
Q
%DITINGÏCONTOURINGÏANDÏINTERPOLATINGÏ
HORIZONÏMAPS
Grid operations
Q
%XTRACTINGÏANDÏUSINGÏSEISMICÏMAPÏ
attributes
Q
)NTERPRETATIONÏOFÏHORIZONSÏANDÏFAULTSÏ
in 3D
!CCESSÏWELLÏANDÏSEISMICÏLOCATIONSÏ
SEISMICÏINTERPRETATIONÏMARKERSÏ
ZONEÏPROPERTIESÏGRIDSÏANDÏOTHERÏ
'EO&RAMEÏSOFTWAREÏDATAÏFORÏMAPPING
COURSE CONTENT
Q
'EO&RAMEÏSOFTWAREÏDATAÏMODELÏ
concept and how data relate to each
other
Q
#REATEÏCONTOURÏMAPSÏANDÏ
MANIPULATIONÏOFÏBASEÏMAPÏDISPLAY
Q
Q
#REATEÏGRIDÏHORIZONÏANDÏFAULTÏSURFACESÏ
USINGÏVARIOUSÏALGORITHMS
Q
Q
'RIDDINGÏALGORITHMSÏUSEÏANDÏHOWÏTOÏ
SETÏPARAMETERS
!SSIGNMENTÏACCESSÏRIGHTSÏTOÏSECUREÏ
SPECIlCÏDATAÏTYPES
Q
Q
3URFACEÏOPERATIONSÏZlELDÏARITHMETICÏ
SMOOTHINGÏANDÏRElNEMENT
0ROJECTÏWELLÏDATAÏLOADINGÏINÏSEVERALÏ
FORMATS
Q
1#ÏSTEPSÏFORÏSTRUCTURALÏVOLUMETRICÏ
ENVELOPES
"ROWSEÏLISTÏlNDÏEDITÏANDÏDISPLAYÏ
VARIOUSÏDATAÏTYPES
Q
3ETÏMATCHÏANDÏMERGEÏRULES
Q
'ENERATINGÏRANDOMÏLINES
Q
Q
COURSE CONTENT
Q
'ENERATEÏPROPERTYÏGRIDSÏFROMÏWELLÏ
ZONEÏDATA
Q
7ORKmOWÏFORÏCALCULATIONÏOFÏRESERVOIRÏ
VOLUMETRICS
Q
/VERVIEWÏOFÏ'EO&RAMEÏ-ODELÏ%DITORÏ
-APÏ%DITORÏANDÏ#OLORÏ0ALETTEÏ%DITORÏ
MODULESÏANDÏ#03ÏMACROÏLANGUAGE
AUDIENCE
Create, edit, back up, restore, and
DELETEÏPROJECTS
AUDIENCE
.EWÏUSERSÏOFÏ'EO&RAMEÏSOFTWAREÏ
INCLUDINGÏDATABASEÏADMINISTRATORSÏ
application support staff, and
DEVELOPMENTÏANDÏEXPLORATIONÏGEOLOGISTSÏ
ANDÏGEOPHYSICISTS
PREREQUISITE
None
$EVELOPMENTÏANDÏEXPLORATIONÏGEOLOGISTSÏ
and application support staff.
PREREQUISITE
'EO&RAMEÏ&UNDAMENTALSÏCOURSE
AUDIENCE
$EVELOPMENTÏANDÏEXPLORATIONÏ
GEOPHYSICISTS
PREREQUISITE
'EO&RAMEÏ&UNDAMENTALSÏCOURSE
74 |
NExT Catalog-2014(21.5x27.5).indd 74
Visit NExTtraining.net/classes for the latest calendar or to register for a course.
12/22/13 2:49 AM
GEOPHYSICS
GeoFrame IESX Seismic
Interpretation
GeoFrame Seismic Attribute
ToolKit Workflow
Petrel Geophysics:
Seismic Visualization and
Interpretation
Foundation – 3 Days
Foundation – 1 Day
Foundation – 3 Days
"UILDÏONÏYOURÏKNOWLEDGEÏOFÏTHEÏ'EO&RAMEÏ
SOFTWAREÏFUNDAMENTALSÏANDÏTHEÏUSEÏ
OFÏ)%38ÏSOFTWAREÏFORÏ$Ï$ÏANDÏ$Ï
INTERPRETATIONÏOFÏHORIZONSÏANDÏFAULTSÏONÏ
SEISMICÏDATAÏ!TTENDEESÏWILLÏLEARNÏHOWÏ
)%38ÏINTERPRETATIONÏSOFTWAREÏCANÏBEÏ
FULLYÏINTEGRATEDÏWITHÏOTHERÏ'EO&RAMEÏ
SOFTWAREÏMODULESÏSUCHÏASÏ3YNTHETICSÏ
)N$EPTHÏCONVERSIONÏSOFTWAREÏ3EIS#LASSÏ
SOFTWAREÏ!3!0ÏSEISMICÏPICKERÏ'EO6IZÏ
APPLICATIONÏANDÏ"ASEMAPÏ0LUSÏGRIDDINGÏ
and contouring applications.
4HISÏCOURSEÏPRESENTSÏTHEÏ'EO&RAMEÏ
SOFTWAREÏSEISMICÏATTRIBUTEÏTOOLKITÏ
WORKmOWÏANÏINTEGRATEDÏSOLUTIONÏFORÏ
SEISMICÏATTRIBUTEÏEXTRACTIONÏANDÏANALYSISÏ
The course will increase attendee
KNOWLEDGEÏOFÏTHEÏATTRIBUTESÏTHATÏREVEALÏ
SUBTLEÏVARIATIONSÏINÏLITHOLOGYÏANDÏmUIDÏ
CONTENTÏWHICHÏMAYÏINDICATEÏPOTENTIALÏ
traps for oil and gas in addition to
UNDERSTANDINGÏHOWÏTOÏCOMBINEÏGEOLOGICÏ
KNOWLEDGEÏOBTAINEDÏFROMÏWELLSÏWITHÏ
SEISMICÏATTRIBUTESÏTOÏHELPÏIDENTIFYÏDRILLINGÏ
TARGETSÏTHATÏINVOLVEÏLESSÏRISK
This course is designed to assist
GEOPHYSICISTSÏANDÏGEOLOGISTSÏLEARNÏHOWÏTOÏ
EFFECTIVELYÏUSEÏTHEÏ0ETRELÏPLATFORMÏINÏTHEÏ
INTERPRETATIONÏOFÏ$$ÏSEISMICÏDATAÏ4HEÏ
COURSEÏPROVIDESÏSTEPBYSTEPÏINSTRUCTIONSÏ
in setting up a new interpretation
PROJECTÏSEISMICÏDATAÏVISUALIZATIONÏANDÏ
MANIPULATIONÏTECHNIQUESÏMISTIEÏANALYSISÏ
FORÏ$ÏANDÏ$ÏDATAÏDETAILEDÏWORKmOWÏFORÏ
HORIZONÏANDÏFAULTÏINTERPRETATIONÏCREATINGÏ
SURFACESÏFROMÏSEISMICÏINTERPRETATIONÏ
USINGÏSURFACEÏATTRIBUTESÏANDÏ$ÏSEISMICÏ
RESTORATIONÏ!TTENDEESÏWILLÏALSOÏBEÏGIVENÏ
AÏBRIEFÏINTRODUCTIONÏTOÏVELOCITYÏMODELINGÏ
ANDÏDEPTHÏCONVERSION
COURSE CONTENT
Q
3ELECTINGÏANDÏDISPLAYINGÏSEISMICÏLINES
Q
)NTERPRETINGÏANDÏEDITINGÏHORIZONSÏ
fault cuts, fault contacts, fault traces,
and fault boundaries
Q
Q
Q
Q
Q
Operations and interpretation tools
COURSE CONTENT
Q
Q
+EYÏTOOLKITÏFEATURES
Q
!NALYSISÏOFÏSEISMICÏATTRIBUTESÏWITHÏ
THEÏ3EIS#LASSÏ%XPLOREÏMULTIATTRIBUTEÏ
CLASSIlCATIONÏSOFTWARE
$ISPLAYINGÏWELLÏPATHSÏLOGSÏANDÏ
SYNTHETICSÏONÏSEISMICÏSECTIONS
'RIDDINGÏANDÏCONTOURINGÏDIRECTLYÏONÏ
THEÏBASEÏMAP
!PPLYINGÏOPERATIONSÏTOÏSURFACESÏ
WITHÏ"ASEMAPÏ0LUSÏGRIDDINGÏANDÏ
CONTOURINGÏSOFTWAREÏANDÏ$ÏVOLUMEÏ
PICKINGÏUSINGÏ!3!0ÏSEISMICÏPICKER
Q
Q
Q
'EO6IZÏ%XPLOREÏMODULE
Q
AUDIENCE
$EVELOPMENTÏANDÏEXPLORATIONÏ
GEOPHYSICISTS
PREREQUISITE
'EO&RAMEÏ&UNDAMENTALSÏCOURSE
4YPICALÏWORKmOWÏFORÏGENERATINGÏ
SEISMICÏATTRIBUTES
Q
NEW
GeoFrame GeoViz Seismic
Interpretation and Visualization
Techniques Fundamentals
Skill – 2 Days
In this course, attendees will learn
HOWÏ'EO6IZÏAPPLICATIONÏBRINGSÏPOWERÏ
ANDÏmEXIBILITYÏFORÏMAXIMUMÏIMPACTÏONÏ
WORKmOWS
COURSE CONTENT
Q
3IMULTANEOUSÏDISPLAYÏOFÏ$ÏANDÏ$Ï
SEISMICÏDATA
Q
$ÏVOLUMES
Q
$ISPLAYSÏANDÏINTERPRETATIONSÏ
Q
Q
3IMULTANEOUSÏINTERACTIONÏOFÏ)%38Ï
INTERPRETATIONÏSOFTWAREÏORÏ#HARISMAÏ
INTERPRETATIONÏWITHÏ"ASEMAPÏ0LUSÏANDÏ
DataManager applications
Q
-ULTIATTRIBUTEÏANALYSISÏTECHNIQUESÏTOÏ
HIGHLIGHTÏSPECIlCÏGEOLOGICÏFEATURES
Q
&AULTÏINTERPRETATIONÏWORKmOWS
Q
$ETECTINGÏVOLUMESÏANDÏPERFORMINGÏ
ISOLATEDÏDETAILEDÏANALYSIS
Q
-ODIFYINGÏINTERPRETATIONÏSETTINGSÏANDÏ
user options
COURSE CONTENT
Q
3ETÏUPÏNEWÏPROJECTÏANDÏPROJECTIONÏ
SYSTEMÏ
Q
)MPORTÏOFÏ$ÏANDÏ$ÏSEISMICÏDATAÏ
Q
#ROPPINGÏANDÏREALIZATIONÏOFÏSEISMICÏ
VOLUMEÏ
5SEÏTHEÏ'EO6IZÏAPPLICATIONÏVOLUMEÏ
PREVIEWÏCAPABILITYÏFORÏRAPIDÏ
PARAMETERÏTESTINGÏANDÏ1#ÏINÏ$
Q
3URVEYÏANDÏINTERPRETATIONÏMANAGERSÏ
Q
-ISTIEÏANALYSISÏ
!LGORITHMSÏFORÏSPECTRALÏ
DECOMPOSITION
Q
6OLUMEÏRENDERINGÏ
Q
)NTERACTIVEÏINTERPRETATIONÏOFÏSEISMICÏ
INÏ$ÏANDÏ$ÏWINDOWSÏ
$ISPLAYÏ623ÏATTRIBUTESÏANDÏTRACINGÏ
RECONSTRUCTIONÏINÏSEISMICÏWINDOW
Interpret data during attribute
EXTRACTION
#OMPUTATEÏMULTIPLEÏSEISMICÏ
attributes in a single run
AUDIENCE
$EVELOPMENTÏANDÏEXPLORATIONÏ
GEOPHYSICISTS
Q
&AULTÏANDÏHORIZONÏINTERPRETATIONÏ
Q
'ENERATEÏSURFACESÏFROMÏSEISMICÏ
interpretation
Q
3URFACEÏATTRIBUTEÏMAPSÏ
Q
3EISMICÏRESTORATIONÏ
Q
)NTRODUCTIONÏTOÏVELOCITYÏMODELINGÏANDÏ
DOMAINÏCONVERSION
Creation of fault surfaces, tessellated
surfaces, and well sections
AUDIENCE
$EVELOPMENTÏANDÏEXPLORATIONÏ
GEOPHYSICISTS
PREREQUISITE
'EO&RAMEÏ&UNDAMENTALSÏCOURSEÏ
'EO&RAMEÏ)%38Ï3EISMICÏ)NTERPRETATIONÏ
COURSEÏORÏ'EO&RAMEÏ#HARISMAÏ3EISMICÏ
Interpretation course.
AUDIENCE
PREREQUISITE
'EO&RAMEÏ&UNDAMENTALSÏCOURSEÏANDÏ
AÏWORKINGÏKNOWLEDGEÏOFÏ)%38ÏSEISMICÏ
INTERPRETATIONÏORÏ#HARISMAÏSEISMICÏ
interpretation software.
%XPLORATIONÏANDÏDEVELOPMENTÏ
GEOPHYSICISTSÏGEOLOGISTSÏANDÏ
GEOSCIENTISTSÏWORKINGÏWITHÏSEISMICÏDATA
PREREQUISITE
0ETRELÏ&UNDAMENTALSÏCOURSEÏORÏFAMILIARITYÏ
WITHÏ0ETRELÏPLATFORMÏINTERFACEÏANDÏ
core functions, in addition to a general
KNOWLEDGEÏOFÏPETROLEUMÏGEOPHYSICSÏANDÏ
GEOLOGYÏASÏWELLÏASÏELEMENTARYÏSOFTWAREÏ
skills.
Software
Technical courses that use software
NExT Catalog-2014(21.5x27.5).indd 75
Includes practical sessions
Field trips
Uses simulation
| 75
12/22/13 2:49 AM
GEOPHYSICS
GeoFrame GIS
GeoFrame IESX Gathers
Seismic Workflow
Petrel Geophysics: Seismic Interpretation Workflow Tools
Skill – 4 Hours
Skill – 4 Hours
Skill – 2 Days
4HISÏCOURSEÏPROVIDESÏINFORMATIONÏANDÏ
GUIDANCEÏTOÏATTENDEESÏONÏTHEÏ'EO&RAMEÏ
software capabilities for loading,
DISPLAYINGÏANDÏANNOTATINGÏ')3ÏDATAÏINTOÏ
"ASEMAPÏ0LUSÏGRIDDINGÏANDÏCONTOURINGÏ
SOFTWAREÏVECTORÏANDÏRASTERÏ3%)3 $
Ï$Ï
SEISMICÏINTERPRETATIONÏAPPLICATIONÏANDÏ
3EIS$6
Ï)%38ÏSEISMICÏINTERPRETATIONÏ
APPLICATIONÏSOFTWAREÏVECTORÏONLY
4HISÏCOURSEÏWILLÏINCREASEÏTHEÏATTENDEESÏ
UNDERSTANDINGÏOFÏ'EO&RAMEÏ)%38Ï
SOFTWAREÏCAPABILITIESÏFORÏDISPLAYINGÏ
ANDÏANNOTATINGÏSEISMICÏGATHERSÏANDÏ
IDENTIFYINGÏTHEIRÏLOCATIONSÏONÏBASEÏMAPSÏ
In this course, the attendee will also learn
TOÏDISPLAYÏ!6/ÏGRAPHSÏONÏGATHERS
4HISÏCOURSEÏBUILDSÏONÏTHEÏ0ETRELÏ3EISMICÏ
6ISUALIZATIONÏANDÏ)NTERPRETATIONÏCOURSEÏ
ANDÏFOCUSESÏONÏSEISMICÏINTERPRETATIONÏ
WORKmOWSÏTECHNIQUESÏANDÏBESTÏ
practices. The course includes creating
ANDÏUSINGÏDIFFERENTÏSEISMICÏATTRIBUTESÏ
SEISMICÏDATAÏQUALITYÏENHANCEMENTÏ
USINGÏSEISMICÏATTRIBUTESÏCONVENTIONALÏ
ANDÏCONTEMPORARYÏMETHODSÏOFÏFAULTSÏ
EXTRACTIONÏSEISMICÏATTRIBUTESÏBLENDINGÏ
TECHNIQUESÏPOPULATINGÏAÏMODELÏWITHÏ
SEISMICÏATTRIBUTESÏCROSSPLOTINGÏPROCESSÏ
FORÏSURFACEÏATTRIBUTESÏTOÏlNDÏCORRELATIONÏ
AMONGÏSEISMICÏATTRIBUTESÏANDÏSETTINGÏUPÏ
AÏWORKmOWÏEDITORÏFORÏAUTOMATICÏATTRIBUTEÏ
CREATIONÏ4HEÏCOURSEÏALSOÏCOVERSÏVARIOUSÏ
WORKmOWSÏFORÏGEOBODYÏINTERPRETATIONÏ
using different probes, populating a
GEOBODYÏINTOÏAÏ$ÏGRIDÏTRAINÏESTIMATIONÏ
MODELÏUSINGÏNEURALÏNETWORKSÏTOÏlNDÏ
CORRELATIONÏINÏSEISMICÏATTRIBUTESÏFORÏ
INTERPRETATIONÏPURPOSESÏANDÏLITHOLOGYÏ
IDENTIlCATIONÏWHILEÏUSINGÏGENETICÏ
INVERSIONÏINÏ0ETREL
COURSE CONTENT
Q
$ISPLAYÏANDÏANNOTATATIONÏOFÏGATHERSÏ
USINGÏMULTIWINDOWÏDISPLAYS
Q
0OSTÏINTERPRETATIONÏOFÏGATHERSÏANDÏ
THEIRÏASSOCIATEDÏSTACKEDÏDISPLAYS
Q
$ISPLAYÏANDÏANNOTATATIONÏOFÏ!6/Ï
GRAPHSÏONÏGATHERSÏDISPLAYS
COURSE CONTENT
Q
Q
Q
,OADINGÏ')3ÏRASTERÏDATAÏINTOÏ"ASEMAPÏ
0LUSÏGRIDDINGÏANDÏCONTOURINGÏ
software
Loading, posting, and changing GIS
VECTORÏDATAÏAPPEARANCEÏINÏ"ASEMAPÏ
0LUSÏGRIDDINGÏANDÏCONTOURINGÏ
software
0OSTINGÏ')3ÏVECTORÏDATAÏONÏ3%)3 $ and
3EIS$6ÏSLICEÏANDÏSECTIONÏDATA
AUDIENCE
$EVELOPMENTÏANDÏEXPLORATIONÏ
GEOPHYSICISTSÏUSINGÏPRESTACKÏSEISMICÏDATAÏ
for interpretation.
AUDIENCE
PREREQUISITE
$ATABASEÏADMINISTRATORSÏAPPLICATIONÏ
SUPPORTÏSTAFFÏANDÏDEVELOPMENTÏANDÏ
EXPLORATIONÏGEOLOGISTSÏANDÏGEOPHYSICISTS
'EO&RAMEÏ&UNDAMENTALSÏCOURSE
PREREQUISITE
NExT Catalog-2014(21.5x27.5).indd 76
Q
$IFFERENTÏMETHODSÏFORÏEXTRACTINGÏAÏ
GEOBODYÏ
Q
"LENDINGÏTECHNIQUESÏANDÏOPACITYÏ
functions for geobodies
Q
#ONVERTÏTHEÏEXTRACTEDÏGEOBODYÏTOÏ
SEISMICÏHORIZONÏINTERPRETATIONÏ
Q
4RAINÏESTIMATIONÏMODELˆNEURALÏNETSÏ
FORÏSEISMICÏATTRIBUTESÏCLASSIlCATIONÏ
Q
,ITHOLOGYÏIDENTIlCATIONÏUSINGÏGENETICÏ
INVERSION
AUDIENCE
%XPLORATIONÏANDÏDEVELOPMENTÏ
GEOPHYSICISTSÏGEOLOGISTSÏANDÏ
GEOSCIENTISTSÏWORKINGÏWITHÏADVANCEDÏ
SEISMICÏINTERPRETATIONÏPROJECTS
PREREQUISITE
0ETRELÏ'EOPHYSICSÏ3EISMICÏ6ISUALIZATIONÏ
and Interpretation course in addition
TOÏHAVINGÏGENERALÏKNOWLEDGEÏOFÏ
EXPLORATIONÏANDÏDEVELOPMENTÏGEOPHYSICSÏ
INTERMEDIATEÏINTERPRETATIONÏANDÏSOFTWAREÏ
skills.
COURSE CONTENT
Q
5SEÏOFÏAVAILABLEÏSEISMICÏATTRIBUTESÏTOÏ
ENHANCEÏSEISMICÏDATAÏQUALITYÏ
Q
#ONVENTIONALÏANDÏCONTEMPORARYÏ
METHODSÏOFÏFAULTÏEXTRACTIONÏ
Q
3EISMICÏATTRIBUTEÏMAPSÏANDÏSURFACESÏ
Q
3EISMICÏATTRIBUTEÏBLENDINGÏTECHNIQUESÏ
INÏTHEÏ0ETRELÏPLATFORMÏSOFTWARE
Q
)NTERACTIVEÏCROSSPLOTÏPROCESSÏFORÏ
SURFACEÏATTRIBUTESÏINÏTHEÏ0ETRELÏ
PLATFORM
Q
7ORKmOWÏEDITORÏSETUPÏTOÏGENERATEÏ
DIFFERENTÏATTRIBUTESÏONÏTHEÏmYÏ
Q
'ENERATEÏ$ÏEDGEÏENHANCEMENTÏ
ANDÏANTÏTRACKÏCUBESÏTOÏAUTOMATICALLYÏ
EXTRACTÏFAULTSÏ
Q
'EOBODYÏINTERPRETATIONÏUSINGÏBOXÏ
HORIZONÏANDÏWELLÏPROBESÏ
'EO&RAMEÏ&UNDAMENTALSÏCOURSE
76 |
NEW
Visit NExTtraining.net/classes for the latest calendar or to register for a course.
12/22/13 2:49 AM
GEOPHYSICS
GeoFrame InDepth
Conversion Software
Petrel Prestack Seismic
Interpretation
Petrel Seismic Well Tie
Petrel Velocity Modeling
Skill – 2 Days
Skill – 2 Days
Skill – 2 Days
Skill – 3 Days
!TTENDEESÏWILLÏGAINÏEXPERIENCEÏINÏUSEÏ
OFÏ'EO&RAMEÏ)N$EPTHÏSOFTWAREÏ4HEÏ
ATTENDEESÏWILLÏLEARNÏTOÏCREATEÏDOMAINÏ
CONVERSIONÏMODELSÏANDÏTRANSFORMÏ
HORIZONSÏFAULTSÏGRIDSÏANDÏSEISMICÏDATAÏ
FROMÏONEÏDOMAINÏTOÏANOTHER
4HISÏEXPOSESÏSEISMICÏINTERPRETERSÏTOÏ
THEÏUSEÏOFÏPRESTACKÏSEISMICÏDATAÏINÏAÏ
TYPICALÏINTERPRETATIONÏWORKmOWÏINVOLVINGÏ
TIMEÏMIGRATEDÏDATAÏINÏAMPLITUDEÏANDÏ
NONAMPLITUDESUPPORTEDÏSETTINGSÏ4HEÏ
COURSEÏINCLUDESÏGENERALÏTHEORYÏANDÏ
PRACTICALÏASPECTSÏWITHÏHANDSONÏEXERCISESÏ
DIRECTLYÏINÏTHEÏ0ETRELÏPLATFORMÏ4HEÏCOURSEÏ
COVERSÏTHREEÏASPECTSÏOFÏPRESTACKÏDATAÏUSEÏ
ASÏIMPLEMENTEDÏBYÏTHEÏPLUGINÏPRESTACKÏ
VISUALIZATIONÏPRESTACKÏINTERPRETATIONÏ
prestack processing.
This course will introduce the attendees
TOÏTHEÏEXISTINGÏWORKmOWSÏINÏTHEÏSEISMICÏ
well tie process. Attendees will be
guided through the required steps to
GENERATEÏTHEÏSEISMICÏWELLÏTIEÏCOVERINGÏ
THEÏTHREEÏMAINÏWORKmOWSÏSONICÏ
CALIBRATIONÏSYNTHETICÏGENERATIONÏANDÏ
INTEGRATEDÏSEISMICÏWELLÏTIEÏ3UPPORTINGÏ
THESEÏWORKmOWSÏTHEÏATTENDEESÏWILLÏ
HAVEÏACCESSÏTOÏTHEÏLOGÏCONDITIONINGÏ
ANDÏWAVELETÏTOOLBOXÏWHICHÏPROVIDESÏ
INTERACTIVEÏFUNCTIONALITIESÏFORÏTHEÏCREATIONÏ
ORÏMANIPULATIONÏOFÏTHEÏDIFFERENTÏINPUTSÏ
USEDÏINÏTHEÏSEISMICÏWELLÏTIEÏWORKmOWS
This course introduces the attendee to
VELOCITYÏMODELINGÏVELOCITYÏHANDLINGÏANDÏ
DOMAINÏCONVERSIONÏFUNCTIONALITYÏINÏTHEÏ
0ETRELÏÏPLATFORM
COURSE CONTENT
Q
$ÏMULTILAYERÏMULTIFUNCTIONÏVELOCITYÏ
MODELS
Q
3EISMICÏINTERPRETATIONSÏANDÏVELOCITYÏ
data
Q
3EISMICÏINTERPRETATIONSÏANDÏSEISMICÏ
DATAÏCONVERSIONSÏBETWEENÏTIMEÏ
DEPTHÏANDÏVELOCITYÏDOMAINS
Q
Q
Q
Q
1UALITYÏCHECKSÏANDÏEDITSÏOFÏVELOCITYÏ
data
$ÏVELOCITYÏMODELÏBUILDINGÏFROMÏ
borehole checkshot data and stacking
VELOCITIES
3TACKINGÏVELOCITYÏDATAÏLOADINGÏINTOÏAÏ
PROJECT
$OMAINÏCONVERSIONÏOFÏFAULTÏCUTSÏ
HORIZONSÏGRIDSÏANDÏSEISMICÏVOLUMES
Q
#ROSSPLOTÏUSEÏFORÏDATAÏANALYSIS
Q
6ELOCITYÏMODELÏEXPORTINGÏTOÏ3%'Ï9Ï
FORMAT
COURSE CONTENT
Q
Q
1UALITYÏCONTROLÏANDÏEDITINGÏOFÏ
CHECKSHOTSÏANDÏSONICÏANDÏDENSITYÏ
logs
,OADÏPRESTACKÏDATAÏINTOÏTHEÏ0ETRELÏ
PLATFORM
Q
6ISUALIZEÏDATAÏINÏTHEÏPRESTACKÏANDÏ$Ï
windows
Q
Calibrate sonic log with checkshots
Q
3YNTHETICÏSEISMOGRAMÏGENERATION
!NALYZEÏDATAÏWITHÏONTHEmYÏSTACKSÏ
ANDÏSINGLEÏOFFSETÏVOLUMES
Q
7AVELETÏCREATIONÏANDÏEXTRACTION
Q
)NTEGRATEDÏSEISMICÏWELLÏTIE
Q
Q
Q
0ICKÏANDÏAPPLYÏTHEÏMUTINGÏFUNCTIONÏ
ANDÏSIMPLEÏONTHEmYÏGATHERÏ
processing
0ICKÏANDÏINTERPRETÏPRESTACKÏEVENTS
&URTHERMOREÏTHEÏAVAILABLEÏVELOCITYÏ
MODELINGÏAPPROACHESÏAREÏDISCUSSEDÏ
INCLUDINGÏWELLÏVELOCITYÏESTIMATIONÏTHEÏ
NATUREÏANDÏMODELINGÏOFÏSEISMICÏVELOCITIESÏ
SURFACEBASEDÏANDÏ$ÏGRIDBASEDÏSEISMICÏ
VELOCITYÏMODELINGÏASÏWELLÏASÏUSERDElNEDÏ
VELOCITYÏFUNCTIONSÏ!FTERÏTHEÏVELOCITYÏ
MODELINGÏPHASEÏDOMAINÏCONVERSIONÏOFÏ
VARIOUSÏOBJECTSÏANDÏMETHODSÏFORÏMODELINGÏ
STRUCTURALÏUNCERTAINTYÏAREÏCOVERED
COURSE CONTENT
Q
AUDIENCE
'EOPHYSICISTSÏGEOLOGISTSÏANDÏ
petrotechnical personnel with prior
EXPERIENCEÏINÏUSINGÏTHEÏ0ETRELÏSOFTWAREÏ
PLATFORM
Q
1UALITYÏCONTROLÏANDÏEDITINGÏOFÏWELLÏ
DATAÏANDÏVELOCITYÏMODELINGÏ
Checkshot calibration of sonic logs
Q
!VAILABLEÏVELOCITYÏFUNCTIONSÏASÏ
WELLÏASÏDIFFERENTÏVELOCITYÏMODELINGÏ
approaches
Q
$EPTHÏERRORÏANALYSISÏANDÏCORRECTIONÏ
Q
3URFACEÏANDÏ$ÏGRIDBASEDÏSEISMICÏ
VELOCITYÏMODELINGÏ
Q
!DDRESSINGÏANISOTROPYÏINÏSEISMICÏ
VELOCITIESÏ
Q
'EOSTATISTICALÏMETHODSÏINÏMODELINGÏ
WELLÏVELOCITIESÏVSÏSEISMICÏVELOCITIESÏ
PREREQUISITE
Q
4HEÏ0ETRELÏ&UNDAMENTALSÏANDÏ0ETRELÏ
'EOPHYSICSÏCOURSESÏORÏEQUIVALENTÏ
0ETRELÏINTERPRETATIONÏEXPERIENCEÏANDÏ
GENERALÏGEOPHYSICALÏKNOWLEDGEÏ3EISMICÏ
PROCESSINGÏKNOWLEDGEÏISÏADVANTAGEOUS
1UANTIFYINGÏRESIDUALÏDEPTHÏERRORÏANDÏ
CREATINGÏAÏDEPTHÏCORRECTIONÏMODELÏTOÏ
address the residuals
Q
#REATINGÏUSERÏDElNEDÏVELOCITYÏ
functions
Q
$OMAINÏCONVERSIONÏ
Q
-ODELINGÏOFÏSTRUCTURALÏUNCERTAINTY
Q
%XTRACTÏANDÏANALYZEÏPRESTACKÏEVENTÏ
attributes
Q
%XAMPLESÏOFÏ!6/ÏWORKmOWSÏINÏ
THEÏ0ETRELÏPLATFORMÏSUPPORTEDÏBYÏ
PRESTACKÏSEISMICÏINTERPRETATIONÏ03)
PREREQUISITE
'EO&RAMEÏ&UNDAMENTALSÏCOURSEÏANDÏ
WORKINGÏKNOWLEDGEÏOFÏ)%38ÏORÏ#HARISMAÏ
SEISMICÏINTERPRETATIONÏSOFTWARE
COURSE CONTENT
Q
AUDIENCE
$EVELOPMENTÏANDÏEXPLORATIONÏ
GEOPHYSICISTS
1UICKÏPRESTACKÏDATAÏOVERVIEWÏ
ACQUISITIONÏGATHERÏPROCESSINGÏ
STACKINGÏETC
The course takes the attendee through
the preparation stage of data used for
VELOCITYÏESTIMATIONÏANDÏMODELINGÏ4HISÏ
PREPARATIONÏINCLUDESÏQUALITYÏCONTROLÏANDÏ
edit of checkshot data used in sonic
CALIBRATIONÏANDÏQUALITYÏCONTROLÏOFÏTIMEÏ
SURFACESÏANDÏWELLÏTOPSÏUSEDÏFORÏDElNINGÏ
VELOCITYÏINTERVALS
Q
3%'Ï9ÏTOÏ$)/ÏCONVERSION
PREREQUISITE
'ENERALÏKNOWLEDGEÏOFÏPETROLEUMÏGEOLOGYÏ
ANDÏGEOPHYSICSÏ0ETRELÏ&UNDAMENTALÏANDÏ
'EOPHYSICSÏCOURSESÏORÏEQUALÏEXPERIENCEÏ
INÏTHEÏUSEÏOFÏTHEÏ0ETRELÏSOFTWARE
AUDIENCE
'EOPHYSICISTSÏSEISMICÏINTERPRETERSÏANDÏ
SEISMICÏPROCESSORS
AUDIENCE
$EVELOPMENTÏANDÏEXPLORATIONÏGEOLOGISTSÏ
GEOPHYSICISTSÏPETROLEUMÏENGINEERSÏ
MANAGERSÏRESERVOIRÏENGINEERSÏANDÏ
TECHNICALÏPERSONNELÏWITHÏPRIORÏEXPERIENCEÏ
INÏ0ETRELÏSOFTWARE
PREREQUISITE
0ETRELÏ'EOPHYSICSÏCOURSEÏORÏEQUIVALENTÏ
0ETRELÏEXPERIENCE
Software
Technical courses that use software
NExT Catalog-2014(21.5x27.5).indd 77
Includes practical sessions
Field trips
Uses simulation
| 77
12/22/13 2:49 AM
GEOPHYSICS
Petrel Geological
Workflows and Uncertainty
Analysis
Skill – 2 Days
NEW
4HISÏCOURSEÏPROVIDESÏTHEÏATTENDEESÏWITHÏ
ANÏINSIGHTÏINTOÏTHEÏ7ORKmOWÏEDITORÏANDÏ
THEÏ5NCERTAINTYÏANDÏ/PTIMIZATIONÏPROCESSÏ
WITHÏAÏFOCUSÏONÏGEOLOGICALÏMODELINGÏ
)NITIALLYÏTHEÏCOURSEÏWILLÏFOCUSÏONÏHOWÏ
TOÏUSEÏPREDElNEDÏWORKmOWSÏANDÏHOWÏ
TOÏCREATEÏYOURÏOWNÏWORKmOWSÏFORÏBATCHÏ
processing and operations, in addition
to setting up, editing, and repeating
PROCESSESÏWITHÏNEWÏDATAÏFORÏAÏCOMPLETEÏ
ANDÏSTANDARDIZEDÏRESERVOIRÏMODELINGÏ
WORKmOWÏ4OÏTAKEÏFULLÏADVANTAGEÏOFÏ
THEÏUNCERTAINTYÏHANDLINGÏINÏTHEÏ0ETRELÏ
PLATFORMÏTHEÏATTENDEEÏSHOULDÏHAVEÏ
ANÏUNDERSTANDINGÏOFÏTHEÏ7ORKmOWÏ
editor, which is the cornerstone of the
5NCERTAINTYÏANDÏ/PTIMIZATIONÏPROCESSÏ
!TTENDEESÏWILLÏBEÏALSOÏGIVENÏSOMEÏ
EXAMPLESÏOFÏGEOLOGICALÏWORKmOWSÏ4HEÏ
course will also focus on understanding
SENSITIVITIESÏANDÏUNCERTAINTIESÏOFÏAÏ
BASEÏCASEÏVOLUMETRICÏRESERVOIRÏMODELÏ
Structural uncertainties related to
SURFACESÏWILLÏBEÏEXPLOREDÏASÏWELLÏASÏ
STOCHASTICÏPARAMETERSÏRELATEDÏTOÏTHEÏ
PROPERTYÏMODELÏ!LSOÏTHEÏUNCERTAINTYÏ
RELATEDÏTOÏTHEÏCONTACTSÏDElNINGÏTHEÏ
VOLUMEÏCASEÏWILLÏBEÏEXAMINED
Petrel Petroleum System-Based Play-to-Prospect Exploration:
Using Petrel Exploration Geology Software for Integrated
Evaluation of Petroleum Systems, Plays and Prospects
GeoFrame GeoViz Advanced
Seismic Interpretation and
Visualization Techniques
Skill – 3 Days
Advanced – 1 Day
)NÏTHISÏDAYÏCOURSEÏTHEÏATTENDEEÏ
WILLÏLEARNÏTOÏUSEÏTHEÏ0ETRELÏPLATFORMÏ
0ETROLEUMÏ3YSTEMSÏ1UICKÏ,OOKÏANDÏ0LAYÏ
TOÏ0ROSPECTÏ2ISKÏMODULESÏ4HEÏCOURSEÏ
ATTENDEESÏWILLÏUNDERTAKEÏPLAYÏEVALUATIONÏ
EXERCISESÏTHATÏINTEGRATEÏALLÏTHEÏPETROLEUMÏ
SYSTEMÏELEMENTSÏINTOÏGEOLOGICALLYÏBASEDÏ
OBJECTIVESÏANDÏDOCUMENTEDÏRESULTSÏTHATÏ
can be used to understand and rank the
opportunities. How to use the software
TOOLSÏANDÏDEVELOPÏAÏBETTERÏUNDERSTANDINGÏ
OFÏTHEÏFUNDAMENTALSÏOFÏPLAYÏANDÏPROSPECTÏ
EVALUATIONÏAREÏALSOÏINCLUDEDÏINÏTHEÏ
COURSEÏINÏADDITIONÏTOÏTHEÏREASONSÏWHYÏ
an integrated approach results in better
EVALUATIONSÏANDÏBETTERÏEXPLORATIONÏ
success.
COURSE CONTENT
Q
!TTENDEESÏWILLÏEVALUATEÏAÏCONCESSIONÏ
AREAÏUSINGÏTHEÏ0ETRELÏWORKmOWÏTOOLS
Q
"EGINNINGÏWITHÏTHEÏINITIALÏEXPLORATIONÏ
data, the attendees will learn to
COMBINEÏRESULTSÏFROMÏPETROLEUMÏ
SYSTEMSÏMODELINGÏWITHÏTHEIRÏPLAYÏ
FAIRWAYÏMAPSÏANDÏTRANSFORMÏTHEMÏ
INTOÏPLAYÏCHANCEÏMAPS
Q
COURSE CONTENT
Q
7ORKmOWÏ%DITORÏINTERFACEÏANDÏLOGICÏ
Q
/PERATINGÏPREDElNEDÏWORKmOWSÏ
Q
#REATINGÏUSERDElNEDÏWORKmOWSÏ
Q
5PDATINGÏ$ÏMODELSÏWITHÏNEWÏINPUTÏ
data
Q
"ECOMINGÏFAMILIARÏWITHÏTHEÏ
5NCERTAINTYÏANDÏ/PTIMIZATIONÏPROCESS
Q
3ENSITIVITYÏANDÏUNCERTAINTYÏANALYSISÏ
setup
Q
7ELLÏLOGÏINTERPRETATIONÏUNCERTAINTYÏ
Q
3TRUCTURALÏmUIDÏCONTACTÏANDÏPROPERTYÏ
UNCERTAINTYÏ
Q
4HEYÏWILLÏALSOÏLEARNÏTOÏUSEÏTHEÏ
RESULTSÏFROMÏTHISÏANALYSISÏTOÏMAKEÏ
PROBABILISTICÏVOLUMETRICÏANDÏCHANCEÏ
OFÏSUCCESSÏASSESSMENTÏOFÏTHEIRÏ
PROSPECTSÏTHATÏHAVEÏAÏCLEARÏLINKÏBACKÏ
TOÏTHEÏPLAYÏEVALUATIONÏANDÏPETROLEUMÏ
SYSTEMÏANALYSIS
,ASTLYÏATTENDEESÏWILLÏLEARNÏHOWÏ
TOÏKEEPÏTHEIRÏPLAYÏANDÏPROSPECTÏ
EVALUATIONÏLIVEÏANDÏUSABLEÏWHENEVERÏ
NEWÏUNDERSTANDINGÏORÏDATAÏBECOMESÏ
AVAILABLE.
AUDIENCE
'EOSCIENTISTSÏFAMILIARÏWITHÏPROSPECTÏ
EXPLORATIONÏFUNDAMENTALSÏANDÏWORKmOWSÏ
WHOÏWANTÏTOÏLEARNÏHOWÏTOÏPERFORMÏTHEMÏ
USINGÏ0ETRELÏPLATFORMÏSOFTWARE
4HEÏFOCUSÏOFÏTHISÏADVANCEDÏCOURSEÏISÏTOÏ
INSTRUCTÏTHEÏATTENDEESÏINÏTHEÏEFFECTIVEÏ
USEÏOFÏTHEÏ'EO6IZÏAPPLICATIONÏANDÏTOOLSÏ
WITHINÏADVANCEDÏWORKmOWS
COURSE CONTENT
PREREQUISITE
Q
'EO6IZÏAPPLICATIONÏFUNCTIONALITY
0ETRELÏ&UNDAMENTALSÏANDÏBEÏABLEÏTOÏWORKÏ
WITHÏTHEÏ0ETRELÏPROCESSESÏINPUTÏANDÏ
WINDOWSÏTABSÏ0ETRELÏPLATFORMÏSKILLSÏ
SUCHÏASÏ0ETRELÏGENERALÏLAYOUTÏMODULEÏ
OPERATIONÏANDÏSURFACEÏANDÏPOLYGONÏ
OPERATIONSÏWILLÏBEÏUSEFULÏHOWEVERÏSKILLSÏ
INÏ0ETRELÏSEISMICÏINTERPRETATIONÏPROPERTYÏ
MODELINGÏWELLÏCORRELATIONÏETCÏAREÏNOTÏ
required.
Q
-ULTIPROBEÏCAPABILITY
Q
-ANIPULATIONÏOFÏLIGHTINGÏMATERIALÏ
ANDÏCOLORÏPROPERTIESÏOFÏDISPLAYEDÏ
surfaces
Q
6ARIABLEÏOPACITYÏVOLUMEÏMANIPULATION
Q
#REATIONÏOFÏANDÏINTERACTIVELYÏ
DEVELOPINGÏFAULTÏSURFACES
Q
-ULTIATTRIBUTEÏANALYSISÏTECHNIQUESÏTOÏ
HIGHLIGHTÏSPECIlCÏGEOLOGICÏFEATURES
Q
)NTERPRETATIONCONTROLLEDÏVOLUMEÏCUTSÏ
TOÏFOCUSÏONÏKEYÏAREAS
Q
)NTERPRETATIONÏOFÏFAULTÏWORKmOWSÏ
HORIZONSÏANDÏTHEÏNEWÏ!3!0Ï
FUNCTIONALITY
Q
6OXELÏPICKING
Q
$ETECTINGÏVOLUMESÏANDÏPERFORMINGÏ
ISOLATEDÏDETAILEDÏANALYSIS
Q
-ODIlCATIONÏOFÏINTERPRETATIONÏ
settings and user options
AUDIENCE
$EVELOPMENTÏANDÏEXPLORATIONÏ
GEOPHYSICISTS
PREREQUISITE
'EO&RAMEÏ&UNDAMENTALSÏCOURSEÏ
'EO&RAMEÏ)%38Ï3EISMICÏ)NTERPRETATIONÏ
COURSEÏORÏ'EO&RAMEÏ#HARISMAÏ3EISMICÏ
Interpretation course.
AUDIENCE
2ESERVOIRÏDEVELOPMENTÏANDÏEXPLORATIONÏ
GEOLOGISTSÏPETROPHYSICISTSÏANDÏTECHNICALÏ
PERSONNELÏEXPERIENCEDÏINÏTHEÏUSEÏOFÏ
0ETRELÏSOFTWARE
PREREQUISITE
0REVIOUSLYÏCOMPLETEDÏTHEÏ0ETRELÏ
&UNDAMENTALSÏCOURSEÏANDÏTHEÏ0ETRELÏ
'EOLOGYÏCOURSE
78 |
NExT Catalog-2014(21.5x27.5).indd 78
Visit NExTtraining.net/classes for the latest calendar or to register for a course.
12/22/13 2:49 AM
GEOPHYSICS
GeoFrame Synthetics
Techlog Advanced Analysis
Advanced – 2 Days
Advanced – 5 Days
4HEÏ'EO&RAMEÏ3YNTHETICSÏRESERVOIRÏ
CHARACTERIZATIONÏSOFTWAREÏMODULEÏBRIDGESÏ
THEÏGAPÏBETWEENÏGEOLOGYÏANDÏGEOPHYSICSÏ
BYÏCREATINGÏACCURATEÏTIMETODEPTHÏ
relationships for wells. This course guides
THEÏATTENDEESÏTHROUGHÏALLÏTHEÏNECESSARYÏ
STEPSÏTOÏGENERATEÏACCURATEÏSYNTHETICÏ
SEISMOGRAMS
In this course, attendees focus on
ADVANCEDÏINTERPRETATIONÏANDÏPROCESSINGÏ
CAPABILITIESÏFORÏTHEÏMANAGEMENTÏOFÏ
WELLBOREÏIMAGEÏDATAÏPRESSUREÏDATAÏ
core data, and special core data.
/NEÏDISCOVERSÏTHEÏPERFORMANCEÏOFÏ
INTERPRETATIONÏWORKmOWSÏFORÏANALYSISÏOFÏ
THESEÏDATAÏASÏWELLÏASÏSPECIALIZEDÏTASKSÏ
SUCHÏASÏFACIESÏANDÏROCKÏTYPEÏDETECTIONÏ
and propagation. In addition, attendees
EXPLOREÏTHEÏPOWERÏOFÏTHEÏMULTIWELLÏANDÏ
MULTIUSERÏASPECTSÏ9OUÏGAINÏAÏFOUNDATIONÏ
FORÏADVANCEDÏPROCESSINGÏANDÏANALYSISÏ
WITHINÏTHEÏ4ECHLOGÏPLATFORM
COURSE CONTENT
Q
%DITINGÏLOGÏDATAÏGRAPHICALLY
Q
%DITINGÏCHECKSHOTÏDATAÏANDÏ
calibrating sonic logs
Q
'ENERATINGÏSYNTHETICÏSEISMOGRAMÏ
DISPLAYSÏINCORPORATINGÏLOGSÏSEISMICÏ
interpretation, and tops data
Q
-ODELINGÏREmECTIONÏCOEFlCIENTÏ
Q
$ISPLAYINGÏLOGSÏANDÏSYNTHETICÏTRACESÏ
ONÏSEISMICÏSECTIONS
COURSE CONTENT
Q
7ORKÏWITHÏCOREÏDATAÏLOADINGÏ
shifting, correcting for stress, and
CLAYÏCLOSUREÏ
Q
7ORKÏWITHÏCOREÏDATAÏUPSCALINGÏ
ROCKÏTYPINGÏANDÏSPECIALÏCOREÏANALYSISÏ
WITHÏCAPILLARYÏPRESSUREÏDATAÏ
Q
5SEÏSATURATIONHEIGHTÏMODELSÏINÏCOREÏ
ANDÏLOGÏDOMAINSÏ
Q
7ORKÏWITHÏPRESSUREÏDATAÏ
Q
-ANAGEÏANDÏRESOLVEÏCONTACTSÏACROSSÏ
MULTIPLEÏINITIATIONÏREGIONSÏ
Q
7ORKÏWITHÏIMAGEÏDATAPROCESSINGÏ
MANIPULATINGÏDISPLAYINGÏANDÏPICKINGÏ
ANDÏCLASSIFYINGÏDIPSÏ
Q
,EARNÏTHINBEDÏANALYSISÏTECHNIQUESÏ
Q
0ERFORMÏMULTIPLECOMPONENTÏ
INVERSION
AUDIENCE
$EVELOPMENTÏANDÏEXPLORATIONÏ
GEOPHYSICISTS
PREREQUISITE
'EO&RAMEÏ&UNDAMENTALSÏCOURSEÏANDÏ
WORKINGÏKNOWLEDGEÏOFÏ)%38ÏSEISMICÏ
INTERPRETATIONÏORÏ#HARISMAÏSEISMICÏ
interpretation software.
AUDIENCE
$EVELOPMENTÏANDÏEXPLORATIONÏLOGÏ
ANALYSTSÏANDÏPETROPHYSICISTSÏGEOLOGISTSÏ
PETROLEUMÏENGINEERSÏMANAGERSÏANDÏ
technical personnel with Techlog
SOFTWAREÏEXPERIENCE
PREREQUISITE
4ECHLOGÏ&UNDAMENTALSÏCOURSE
Software
Technical courses that use software
NExT Catalog-2014(21.5x27.5).indd 79
Includes practical sessions
Field trips
Uses simulation
| 79
12/22/13 2:49 AM
PETROPHYSICS
COMPETENCY
LEVEL
ADVANCED
Petrophysical Property Mapping
Open Hole Log Interpretation
Production Logging and Reservoir
Monitoring
Applied Reservoir Petrophysics and
Characterization
Advanced Formation Evaluation in
Carbonates
Advanced Production Logging
Advanced Formation Evaluation in
Sandstones
Well Integrity
Advanced Formation Evaluation in
Carbonates, Clastics and Basement Rock
Reservoir Monitoring Solutions Workshop
Production Logging Solutions Workshop
Applied Production Logging and Reservoir
Monitoring
SKILL
Advanced Integrated Reservoir Analysis
Advanced Core and Log Interpretation
Applied Core Analysis:
How to Interpret Core Data
Intermediate Production Logging and
Reservoir Monitoring
Openhole and Cased Hole Data Acquisition and Interpretation
MWD and LWD Tool Physics and
Applications
Tool Physics of
High-Technology Imaging and Logging Tools
Dipmeter and Borehole Image Logging
Advanced Carbonate Petrophysics
From Pores to Logs
FOUNDATION
Integrated Reservoir Analysis
Basic Reservoir Monitoring
Statistics and Petrophysics
Basic Production Logging
Basic Core Analysis
Practical Wireline Logging for Geoscientists
Applied Capillary Pressure and
Saturation Height Modeling
Tool Physics: Standard Logging Tools
Integrated Wellbore and Reservoir Analysis:
From Pore to Well Test Scale
Formation Evaluation: Heriot-Watt University
Program
Cased Hole Logging and Formation
Evaluation
Petrophysics for Drilling Engineers
Basic Logging Methods and Formation
Evaluation
Well Placement Fundamentals
Basic Petrophysics, Quick Look, and Log
Quality Control
AWARENESS
80 |
NExT Catalog-2014(21.5x27.5).indd 80
Introduction to Petrophysics
Introduction to Production Logging and
Reservoir Monitoring
Visit NExTtraining.net/classes for the latest calendar or to register for a course.
12/22/13 2:49 AM
PETROPHYSICS
Petrel
GeoFrame
Techlog for Geologists
Petrel Advanced Property Modeling
GeoFrame Litho ToolKit Facies Classification
COMPETENCY
LEVEL
ADVANCED
SOFTWARE
Techlog
Techlog Borehole Image Interpretation
Techlog Formation Evaluation
Techlog Advanced Analysis
Techlog Formation Evaluation with Quanti.Elan
SKILL
Petrel Advanced Wells
Petrel Property Modeling
Techlog Python
Petrel Well Correlation
GeoFrame CPS-3 Mapping Fundamentals
AWARENESS
Techlog Fundamentals
Software
Technical courses that use software
NExT Catalog-2014(21.5x27.5).indd 81
FOUNDATION
Includes practical sessions
Field trips
Uses simulation
| 81
12/22/13 2:49 AM
PETROPHYSICS
Introduction to Petrophysics
Introduction to Production
Logging and Reservoir
Monitoring
Applied Capillary Pressure
and Saturation Height
Modeling
Awareness – 5 Days
Awareness – 5 Days
Foundation – 5 Days
In this course, attendees are
INTRODUCEDÏTOÏPETROPHYSICALÏPRINCIPLESÏ
ANDÏTECHNIQUESÏTHROUGHÏHANDSONÏ
PHYSICALÏEXPERIMENTSÏTHATÏILLUSTRATEÏTHEÏ
IMPORTANCEÏOFÏBASICÏRESERVOIRÏPROPERTIESÏ
POROSITYÏPERMEABILITYÏRESISTIVITYÏOFÏOILÏ
ANDÏWATERÏANDÏCAPILLARYÏPRESSUREÏ4HEÏ
COURSEÏTOPICSÏINCLUDEÏPETROPHYSICALÏROCKÏ
TYPESÏINÏCONVENTIONALÏANDÏUNCONVENTIONALÏ
RESERVOIRSÏWIRELINEÏLOGGINGÏ,7$ÏPOREÏ
GEOMETRYÏCOREÏANDÏCORINGÏPROCESSESÏ
4HEÏATTENDEESÏWILLÏDISCOVERÏHOWÏ
CONVENTIONALÏRESERVOIRÏPROPERTIESÏDIFFERÏ
FROMÏUNCONVENTIONALÏRESERVOIRS
3TRUCTUREDÏTOÏPROVIDEÏTHEÏATTENDEESÏWITHÏ
THEÏFUNDAMENTALSÏOFÏPRODUCTIONÏLOGGINGÏ
ANDÏmUIDÏMECHANICSÏTHISÏCOURSEÏCOVERSÏ
AÏVARIETYÏOFÏPROBLEMSÏENCOUNTEREDÏINÏ
DEVELOPINGÏAÏPRODUCINGÏASSETÏBOTHÏFROMÏ
AÏWELLÏANDÏAÏlELDÏPERSPECTIVEÏ!TTENDEESÏ
WILLÏLEARNÏTHEÏFUNDAMENTALSÏOFÏDIAGNOSINGÏ
THESEÏPROBLEMSÏUSINGÏPRODUCTIONÏ
logging tools and techniques, as well
ASÏHOWÏTOÏMINIMIZEÏFUTUREÏOCCURRENCESÏ
USINGÏPROACTIVEÏRESERVOIRÏMONITORINGÏ
techniques.
This applied course teaches the attendee
HOWÏTOÏUSEÏCAPILLARYÏPRESSUREÏDATAÏTOÏ
help understand what is controlling
THEÏmUIDÏDISTRIBUTIONÏTHEÏIMPORTANCEÏ
OFÏPOREÏGEOMETRYÏANDÏWHYÏWATERÏ
saturation is not an accident. Case
STUDIESÏANDÏWORKSHOPSÏONÏBIMODALÏ
CARBONATESÏAREÏUSEDÏTOÏDEMONSTRATEÏTHEÏ
challenges associated with interpreting
mUIDÏDISTRIBUTIONSÏ4OÏUNDERSTANDÏ
MANYÏCARBONATESÏITÏISÏNECESSARYÏTOÏ
EXAMINEÏCAPILLARYÏPRESSUREÏ(0-)Ï
LABORATORYÏNUCLEARÏMAGNETICÏRESONANCEÏ
THINSECTIONSÏANDÏSCANNINGÏELECTRONÏ
MICROSCOPEÏ3%-ÏIMAGESÏ#LASTICSÏ
STUDIESÏANDÏCORELOGÏINTEGRATIONÏ
WORKSHOPSÏAREÏUSEDÏILLUSTRATEÏHOWÏSIMPLEÏ
SATURATIONÏHEIGHTÏMODELSÏCANÏBEÏAPPLIEDÏ
INÏlELDÏSTUDIESÏOFÏNUMEROUSÏPARAMETERSÏ
SUCHÏASÏmUIDÏCONTACTSÏANDÏHYDROCARBONÏ
COLUMNÏHEIGHTÏTOÏHELPÏDETERMINEÏTHEÏ
DOMINANTÏHYRDOCARBONWATERÏCONTACTÏ!Ï
LARGEÏNUMBERÏOFÏWORKSHOPSÏAREÏUSEDÏINÏ
this course, allowing the attendees to
GAINÏHANDSONÏEXPERIENCEÏINÏINTERPRETINGÏ
CAPILLARYÏPRESSUREÏDATA
COURSE CONTENT
Q
0OROSITYÏBULKÏVOLUMEÏGRAINÏVOLUMEÏ
ANDÏPOREÏVOLUME
Note:Ï!ÏDAYÏABBREVIATEDÏVERSIONÏOFÏTHISÏ
COURSEÏISÏAVAILABLEÏBYÏREQUESTÏ#ONTACTÏ
YOURÏREGIONALÏ.%X4ÏOFlCEÏFORÏMOREÏ
INFORMATION
COURSE CONTENT
Q
0ERMEABILITY
Q
Q
0OREÏGEOMETRYÏFUNDAMENTALSÏANDÏ
IMPACTSÏINÏSANDSTONEÏLIMESTONEÏANDÏ
DOLOMITE
Q
Q
7IRELINEÏLOGGINGÏANDÏ,7$
Q
Core and coring operations
Q
2ESERVOIRÏPRINCIPLESÏANDÏMECHANICS
Q
5NCONVENTIONALÏRESERVOIRS
AUDIENCE
Geoscientists, engineers, and technicians
WHOÏPROVIDEÏPETROPHYSICALÏTECHNICALÏ
SUPPORTÏINÏNEEDÏOFÏANÏINTRODUCTORYÏ
UNDERSTANDINGÏOFÏPETROPHYSICALÏPRINCIPLES
4OOLÏCONVEYANCEÏUSINGÏTRACTORSÏANDÏ
coiled tubing
Depth control in cased hole wells
USINGÏGAMMAÏRAYÏANDÏCASINGÏCOLLARÏ
locator
Q
6ERTICALÏDEVIATEDÏHORIZONTALÏ
COMPLETIONSÏANDÏMULTILATERALÏWELLS
Q
)NmOWÏPERFORMANCEÏANDÏPRODUCTIVITYÏ
INDEX
NEW
COURSE CONTENT
Q
0OREÏGEOMETRYÏANDÏWETTABILITY
$RAINAGEÏANDÏIMBIBITIONÏCAPILLARYÏ
pressure data
Q
&LUIDÏVELOCITYÏMEASUREMENTSÏUSINGÏ
SPINNERSÏANDÏmUIDÏINJECTIONS
Q
Q
0RODUCTIONÏPROBLEMÏDIAGNOSINGÏUSINGÏ
production logs
Q
&LUIDÏCONTACTSÏANDÏFREEWATERÏLEVEL
-EASUREMENTÏMETHODSÏANDÏOPTIONS
Basic Core Analysis
Foundation – 5 Days
#OREÏANALYSISÏISÏINTEGRALÏTOÏESTIMATINGÏ
mUIDÏmOWÏULTIMATEÏRECOVERYÏANDÏ
DISPLACEMENTÏEFlCIENCIESÏ4HISÏCOURSEÏ
teaches the attendees the basics of
COREÏANALYSISÏMETHODSÏASÏTHEÏFOUNDATIONÏ
OFÏCOMPLETEÏRESERVOIRÏCHARACTERIZATIONÏ
!TTENDEESÏWILLÏLEARNÏHOWÏCOMPREHENSIVEÏ
core data acquisition is designed using
AÏMULTIDISCIPLINARYÏAPPROACHÏCONSIDERINGÏ
MANAGERIALÏDRILLINGÏGEOLOGICÏANDÏ
ENGINEERINGÏREQUIREMENTSÏINÏADDITIONÏ
TOÏUNDERSTANDINGÏHOWÏCOREÏANALYSISÏ
ISÏAFFECTEDÏBYÏTHEÏCORINGÏMETHODÏTHEÏ
CORINGÏmUIDÏSYSTEMSÏCOREÏHANDLINGÏATÏ
THEÏWELLSITEÏANDÏTHEÏCOREÏPRESERVATIONÏ
TECHNIQUESÏ4HISÏCOURSEÏDEVOTESÏ
SIGNIlCANTÏTIMEÏTOÏWORKSHOPSÏCASESÏ
STUDIESÏANDÏREALWORLDÏEXAMPLESÏ7ITHÏ
PRACTICALÏHANDSONÏEXERCISESÏATTENDEESÏ
gain a better understanding of how rocks,
PORESÏANDÏmUIDSÏINTERACTÏWITHINÏTHEÏ
RESERVOIR
COURSE CONTENT
Q
0OROSITYÏPERMEABILITYÏRESIDUALÏmUIDSÏ
ANDÏLITHOLOGYÏATÏAÏMICROSCALE
Q
$EPOSITIONALÏLITHOLOGICÏANDÏTEXTURALÏ
INFORMATION
Q
2ESERVOIRÏCONNATEÏWATERÏSATURATION
Q
$IRECTIONALÏPERMEABILITYÏSTUDIESÏ
REVIEW
Q
Understanding of areal changes in
POROSITYÏPERMEABILITYÏANDÏLITHOLOGY
Q
Basic production logging tools
Q
Q
Spinner tool calibrations
Q
PREREQUISITE
#ONVERTINGÏFROMÏLABORATORYÏ
conditions to height
Q
None
Q
3INGLEPHASEÏmOWÏINTERPRETATIONÏANDÏ
PRODUCTIVITYÏINDEX
#ALIBRATINGÏANDÏIMPROVINGÏLOGÏ
interpretations
Q
)NTRODUCTIONÏTOÏPETROPHYSICALÏROCKÏ
TYPES
Q
,OGGINGÏTECHNIQUESÏFORÏRESERVOIRÏ
MONITORING
0OREÏGEOMETRYÏANDÏMINERALOGYÏ
INFORMATION
Q
3ATURATIONÏHEIGHTÏMODELSÏTOÏPREDICTÏ
saturation distribution
Q
0OREÏGEOMETRYÏANDÏPETROPHYSICALÏROCKÏ
TYPESÏUSINGÏHIGHPRESSUREÏMERCURYÏ
POROSIMETRY
Q
#OREBASEDÏ.-2ÏOVERVIEW
Q
Q
Q
Q
0.,ÏINÏCAPTUREÏMODEÏDETERMININGÏ
water, oil, and gas saturations in
cased wells
Leak detection using applied
TEMPERATUREÏLOGGING
7ORKSHOPÏSINGLEPHASEÏmOWÏANDÏ
ESTIMATINGÏWATERÏSATURATION
AUDIENCE
%NTRYLEVELÏPROFESSIONALSÏOFÏALLÏ
disciplines and nontechnical support
staff responsible for interpreting
production logs or using production log
interpretations.
AUDIENCE
!NYÏGEOLOGISTÏPETROPHYSICISTÏORÏENGINEERÏ
WHOÏNEEDSÏTOÏUNDERSTANDÏmUIDÏCONTACTSÏ
THEÏFREEWATERÏLEVELÏANDÏWHYÏWATERÏ
saturation is not an accident.
PREREQUISITE
A basic understanding in using Microsoft
%XCELÏTOÏMAKEÏCALCULATIONSÏANDÏPLOTS
AUDIENCE
0ETROPHYSICISTSÏGEOSCIENTISTSÏANDÏ
engineers wanting a better understanding
OFÏTHEÏUSEÏOFÏCOREÏANALYSISÏINÏRESERVOIRÏ
description.
PREREQUISITE
"ASICÏUNDERSTANDINGÏOFÏRESERVOIRÏ
CHARACTERIZATIONÏANDÏPETROPHYSICSÏANDÏAÏ
WORKINGÏKNOWLEDGEÏOFÏ-ICROSOFTÏ%XCELÏ
software.
PREREQUISITE
None
82 |
NExT Catalog-2014(21.5x27.5).indd 82
Visit NExTtraining.net/classes for the latest calendar or to register for a course.
12/22/13 2:49 AM
PETROPHYSICS
Basic Logging Methods and
Formation Evaluation
Basic Petrophysics,
Quick Look, and Log
Quality Control
Foundation – 5 Days
Foundation – 5 Days
In this introduction to openhole data
acquisition, interpretation concepts,
and practices, attendees will learn
THEÏPRIMARYÏLOGGINGÏTOOLSÏUSEDÏTHEÏ
PHYSICSÏOFÏHOWÏTHEÏMEASUREMENTSÏAREÏ
MADEÏANDÏBESTÏPRACTICESÏTOÏDETERMINEÏ
POROSITYÏANDÏWATERÏSATURATIONÏ4OPICSÏ
INCLUDEÏNEWÏHIGHTECHNOLOGYÏTOOLSÏANDÏ
THEIRÏAPPLICATIONÏTOÏCONVENTIONALÏANDÏ
UNCONVENTIONALÏENVIRONMENTSÏINCLUDINGÏ
.-2Ï,7$ÏWIRELINEÏFORMATIONÏTESTINGÏ
ANDÏBOREHOLEÏIMAGINGÏ4HEÏATTENDEESÏ
will also learn how to interpret actual log
DATAÏINÏEXERCISESÏDESIGNEDÏTOÏSTRENGTHENÏ
YOURÏUNDERSTANDINGÏANDÏINTERPRETATIONÏ
skills.
4HISÏCOURSEÏCOVERSÏGEOLOGYÏOFÏCARBONATESÏ
ANDÏCLASTICSÏGAMMAÏRAYÏANDÏSPONTANEOUSÏ
POTENTIALÏTOOLÏPHYSICSÏANDÏAPPLICATIONSÏ
FORÏMEASURINGÏCLAYÏVOLUMEÏCLAYÏTYPEÏANDÏ
FORMATIONÏWATERÏSALINITIESÏ4HEÏCOURSEÏ
ALSOÏINCLUDESÏPOROSITYÏANDÏLITHOLOGYÏ
DENSITYÏANDÏNEUTRONÏTOOLÏPHYSICSÏANDÏ
APPLICATIONSÏACOUSTICÏTOOLÏPHYSICSÏANDÏ
APPLICATIONSÏFORÏROCKÏMECHANICSÏWELLBOREÏ
STABILITYÏANDÏSECONDARYÏPOROSITYÏ
2ESISTIVITYÏMEASUREMENTÏTOOLÏPHYSICSÏ
OFÏSHALLOWÏ2XOÏLATEROLOGÏANDÏINDUCTIONÏ
ANDÏADVANCEDÏTECHNOLOGYÏRESISTIVITYÏ
tools are included in addition to an
INTRODUCTIONÏTOÏADVANCEDÏTECHNOLOGYÏTOOLSÏ
SUCHÏASÏNUCLEARÏMAGNETICÏRESONANCEÏ
BOREHOLEÏIMAGINGÏDIELECTRICÏANDÏ
WIRELINEÏFORMATIONÏTESTINGÏ)NÏTHEÏDATAÏ
INTERPRETATIONÏAREAÏTHISÏCOURSEÏCOVERSÏ
THEÏEVALUATIONÏOFÏCLAYÏVOLUMEÏESTIMATIONÏ
OFÏTHEÏPARAMETERSÏOFÏhMvÏANDÏhNvÏINÏTHEÏ
Archie equation, quicklook techniques to
ESTIMATEÏTHEÏOILWATERÏGASWATERÏANDÏ
OILGASÏCONTACTSÏESTIMATEÏSALINITYÏOFÏ
FORMATIONÏWATERÏANDÏlLTRATEÏWATERÏANDÏ
UNMOVEDÏHYDROCARBONÏZONEÏESTIMATIONÏOFÏ
WATERÏSATURATIONSÏINÏSHALYÏSANDSÏ
COURSE CONTENT
Q 2ESERVOIRÏROCKÏANDÏWELLÏLIFEÏ
Q 4OOLÏ#ONVEYANCEÏDEPTHÏ#ONTROLÏ
lLTRATEÏ)NVASIONÏPROlLING
Q "ASICSÏOFÏLOGGINGÏLOGÏQUALITYÏCONTROL
Q '2ÏSPECTROSCOPY
Q 2ESISTIVITYÏSPONTANEOUSÏPOTENTIALÏ
LATEROLOGÏANDÏINDUCTIONÏARRAYÏ
MEASUREMENTS
Q !COUSTICÏLOGÏSECONDARYÏPOROSITYÏ
ROCKÏMECHANICALÏPROPERTIESÏANDÏ
WELLBOREÏSTABILITY
Q .EUTRONÏ,OGÏNEUTRONÏSPECTROSCOPYÏ
ANDÏSIGMAÏNEUTRONÏCAPTUREÏCROSS
section
Q $ENSITYNEUTRONÏAPPLICATIONSÏFORÏ
LITHOLOGYÏSHALEÏVOLUMEÏANDÏEFFECTIVEÏ
and total porosities
Q )NTRODUCTIONÏTOÏADVANCEDÏTECHNOLOGYÏ
tools
Q )NTERPRETATIONÏOVERVIEWÏOFÏIMPORTANTÏ
PETROPHYSICSÏPARAMETERS
COURSE CONTENT
Q
2ESERVOIRÏROCKÏSEDIMENTARYÏBASINSÏ
rock properties, carbonates, clastics,
shales, and diagenesis
Q
,OGGINGÏOVERVIEW
Q
30ÏANDÏGAMMAÏRAY
Q
0OROSITYÏTOOLSÏ$ENSITYÏNEUTRONÏANDÏ
acoustic
Q
2ESISTIVITYÏBASICSÏDEEPREADINGÏ
TOOLSÏTRUEÏRESISTIVITYÏSHALLOW
READINGÏTOOLSÏANDÏmUSHEDZONEÏ
RESISTIVITY
Q
#OMPUTINGÏSHALEÏVOLUME
Q
1UICKLOOKÏMETHODS
Q
#OMPUTINGÏWATERÏSATURATIONÏINÏTHEÏ
presence of shale
Q
Carbonates and their challenges
Q
NMR
Q
"OREHOLEÏIMAGING
AUDIENCE
0ETROPHYSICISTSÏGEOSCIENTISTSÏENGINEERSÏ
ANDÏLOGÏANALYSTSÏWANTINGÏTOÏINCREASEÏTHEIRÏ
UNDERSTANDINGÏOFÏBASICÏLOGÏANALYSIS
PREREQUISITE
!ÏYEARÏTECHNICALÏDEGREE
NEW
AUDIENCE
Geoscientists and engineers who require
AÏSTRONGÏFOUNDATIONÏINÏPETROPHYSICSÏ
LOGGINGÏTOOLÏPHYSICSÏANDÏLOGÏ
interpretations. This course will also be
PARTICULARLYÏUSEFULÏTOÏALLÏNEWÏHIRESÏWHOÏ
WILLÏBEÏWORKINGÏINÏUPSTREAMÏDOMAINS
Basic Production Logging
Basic Reservoir Monitoring
Foundation – 5 Days
Foundation – 5 Days
0RODUCTIONÏLOGGINGÏTOOLSÏHAVEÏSPECIlCÏ
USESÏASÏWELLÏASÏLIMITATIONSÏ!TTENDEESÏ
WILLÏLEARNÏTHEÏVARIOUSÏAPPLICATIONSÏ
for these tools, the interpretation
ASSUMPTIONSÏTHATÏAREÏINTEGRALÏTOÏTHEIRÏ
DESIGNSÏANDÏHOWÏLOGÏQUALITYÏISÏAFFECTEDÏ
BYÏTHEÏACQUISITIONÏPROCESSÏ(ANDSONÏ
DEMONSTRATIONSÏTEACHÏTHEÏFUNDAMENTALSÏ
of production log interpretation, and
ANÏINCLASSÏWORKSHOPÏFOCUSESÏONÏTHEÏ
INTERPRETATIONÏOFÏSINGLEÏANDÏTWOPHASEÏ
mOWÏ$ISCUSSIONÏINCLUDESÏUSEÏOFÏTHESEÏ
LOGSÏFORÏMEASUREMENTÏOFÏTHREEPHASEÏ
mOW
)NÏTHISÏCOURSEÏATTENDEESÏWILLÏSTUDYÏTHEÏ
BASICSÏOFÏlELDÏSURVEILLANCEÏANDÏRESERVOIRÏ
MONITORINGÏWITHÏTOOLSÏSUCHÏASÏPULSEDÏ
NEUTRONÏANDÏCARBONOXYGENÏLOGGINGÏ4HEÏ
attendees will learn how these tools
AREÏAPPLIEDÏTOÏDIAGNOSEÏRESERVOIRWIDEÏ
BEHAVIORSÏOFÏWATERÏBREAKTHROUGHÏGASÏCAPÏ
MIGRATIONÏANDÏBEHINDPIPEÏCOMMINGLINGÏ
)NÏANÏINCLASSÏWORKSHOPÏATTENDEESÏ
WILLÏLEARNÏTOÏEVALUATEÏWATERÏANDÏGASÏ
SATURATIONSÏANDÏDETERMINEÏRESISTIVITYÏ
behind the casing.
COURSE CONTENT
Q )NmOWÏANDÏOUTmOWÏPERFORMANCEÏANDÏ
PRODUCTIVITYÏINDEXÏFORÏOILÏWELLSÏANDÏ
gas wells
Q 4OOLÏCONVEYANCEÏUSINGÏTRACTORSÏANDÏ
coiled tubing
Q Depth control in cased wells using
GAMMAÏRAYÏANDÏCASINGÏCOLLARÏLOCATORÏ
data
Q #OMPLETIONSÏFORÏVERTICALÏDEVIATEDÏ
HORIZONTALÏANDÏMULTILATERALÏWELLS
Q 0RESSURECONTROLÏSYSTEMÏFORÏRIGLESSÏ
operation
Q 2ESERVOIRÏmUIDSÏPROPERTIESÏINCLUDINGÏ
gas/oil ratio, bubblepoint pressure,
THREEPHASEÏDIAGRAMS
Q 2ESERVOIRÏDRIVEÏMECHANISMSÏANDÏ
ASSOCIATEDÏPRODUCTIONÏPROBLEMS
Q *USTIlCATIONÏOFÏPRODUCTIONÏLOGÏ
acquisition
Q Standard production logging tools
Q 4ECHNIQUESÏFORÏMEASURINGÏOILÏWATERÏ
and gas rates
Q )NTERPRETATIONÏOFÏLOGSÏFORÏSINGLEÏ
TWOÏANDÏTHREEPHASEÏPRODUCTION
COURSE CONTENT
Q 2ESERVOIRDRIVEÏMECHANISMSÏANDÏ
ASSOCIATEDÏPRODUCTIONÏPROBLEMS
Q 2ESERVOIRÏmUIDÏPROPERTIESÏ'AS
oil ratio, bubblepoint pressure, and
THREEPHASEÏDIAGRAM
Q 4OOLÏCONVEYANCEÏUSINGÏTRACTORSÏANDÏ
coiled tubing
Q Depth control in cased hole wells
USINGÏGAMMAÏRAYÏANDÏCASINGÏCOLLARÏ
locator
Q #OMPLETIONSÏINÏVERTICALÏDEVIATEDÏ
HORIZONTALÏANDÏMULTILATERALÏWELLS
Q 0RESSURECONTROLÏSYSTEMÏFORÏRIGLESSÏ
operation
Q *USTIlCATIONÏFORÏPRODUCTIONÏLOGS
Q 0ULSEDÏNEUTRONÏCAPTUREÏCROSSÏSECTIONÏ
MODEÏANDÏCARBONOXYGENÏMODE
Q !CQUISITIONÏOFÏFORMATIONÏRESISTIVITYÏINÏ
cased hole
Q 3LIMHOLEÏINDUCTIONÏLOGGINGÏINÏPLASTICÏ
NONCONDUCTIVEÏCASINGÏ
Q 7ORKSHOPÏ5SINGÏCAPTUREÏMODEÏFORÏ
EVALUATINGÏWATERÏANDÏGASÏSATURATION
Q 7ORKSHOPÏ)NTERPRETINGÏBEHIND
CASINGÏRESISTIVITYÏLOGS
AUDIENCE
AUDIENCE
Geoscientists or engineers responsible
for interpreting production logs.
Geoscientists or engineers responsible
FORÏlELDWIDEÏSURVEILLANCEÏORÏRESERVOIRÏ
MONITORINGÏPROGRAMS
PREREQUISITE
PREREQUISITE
%NGINEERINGÏORÏGEOSCIENCESÏDEGREEÏ
RECOMMENDEDÏASÏTHISÏCOURSEÏDEALSÏWITHÏ
THEÏPRODUCTIONÏLOGGINGÏPHYSICS
%NGINEERINGÏORÏGEOSCIENCESÏDEGREE
PREREQUISITE
None
Software
Technical courses that use software
NExT Catalog-2014(21.5x27.5).indd 83
Includes practical sessions
Field trips
Uses simulation
| 83
12/22/13 2:49 AM
PETROPHYSICS
Cased Hole Logging and
Formation Evaluation
Formation Evaluation:
Heriot-Watt University
Program
Integrated Reservoir
Analysis
Integrated Wellbore and
Reservoir Analysis: From
Pore to Well Test Scale
Foundation – 5 Days
Foundation – 5 Days
Foundation – 5 Days
Foundation – 5 Days
Attendees will learn to use cased
HOLEÏLOGSÏFORÏFORMATIONÏANDÏPRODUCTIONÏ
EVALUATIONÏINCLUDINGÏTHEÏUNDERLYINGÏ
SCIENCEÏOFÏCASEDÏHOLEÏLOGSÏTHEÏTYPESÏ
OFÏLOGGINGÏTOOLSÏAVAILABLEÏANDÏOPTIMALÏ
SITUATIONSÏFORÏTHEIRÏUSEÏ)NSTRUCTIONÏCOVERSÏ
HOWÏTOÏENSUREÏTHEÏQUALITYÏOFÏLOGSÏFORÏ
ANALYSISÏANDÏDETECTÏPRODUCTIONÏPROBLEMS
4HISÏCLASSÏPARTÏOFÏTHEÏ(ERIOT7ATTÏ
5NIVERSITYÏ$ISTANCEÏ,EARNINGÏ-ASTERSÏ
OFÏ0ETROLEUMÏ%NGINEERINGÏPROGRAMÏISÏ
INTENDEDÏTOÏGIVEÏAÏBROADÏUNDERSTANDINGÏ
OFÏTHEÏPRINCIPLESÏOFÏFORMATIONÏEVALUATIONÏ
4HEÏ#OURSEÏAIMSÏAREÏTOÏGIVEÏTHEÏ
attendees an understanding of the
CONCEPTSÏOFÏFORMATIONÏEVALUATIONÏANDÏ
WELLÏLOGGINGÏANÏUNDERSTANDINGÏOFÏTHEÏ
PHYSICALÏPRINCIPLESÏOFÏTHEÏTOOLSÏUSEDÏINÏ
LOGGINGÏANDÏANÏABILITYÏTOÏCHARACTERIZEÏ
FORMATIONSÏBASEDÏONÏINTERPRETATIONÏ
OFÏWELLÏLOGSÏ-OREÏSPECIlCALLYÏBYÏTHEÏ
end of the course, the attendees will
understand the properties of rocks and
mUIDSÏTHATÏPRODUCEÏCHARACTERISTICÏSIGNALSÏ
BEÏABLEÏTOÏREADÏANDÏINTERPRETÏAÏWELLÏLOGÏ
BEÏABLEÏTOÏANALYZEÏTHEÏMEASUREMENTSÏ
ANDÏCORRECTÏFORÏENVIRONMENTALÏFACTORSÏ
and be able to interpret the log to discern
POROSITYÏWATERÏSATURATIONÏLITHOLOGYÏANDÏ
HYDROCARBONÏCONTENTÏ4OÏlNDÏOUTÏMOREÏ
ABOUTÏTHEÏ-3CÏ0ETROLEUMÏ%NGINEERINGÏ
VISITÏHTTPWWWNEXTTRAININGNET
MASTERSCFM
4HISÏCOURSEÏWILLÏHELPÏATTENDEESÏDEVELOPÏ
SUBSURFACEÏSKILLSÏFORÏINTEGRATEDÏANALYSISÏ
OFÏROCKÏPOREÏANDÏmUIDSÏANDÏTOÏSOLVEÏ
PROBLEMSÏASSOCIATEDÏWITHÏIDENTIFYINGÏ
ANDÏEXPLOITINGÏRESERVESÏ%XPERIENCEÏ
GAINEDÏWILLÏALLOWÏATTENDEESÏTOÏAPPLYÏ
TOOLSÏFORÏANALYSISÏOFÏTHEÏUNDERLYINGÏ
UNCERTAINTYÏANDÏASSUMPTIONSÏUSEDÏINÏ
MANYÏRESERVOIRÏANALYSISÏTECHNIQUESÏ!Ï
SUBSURFACEÏINTEGRATIONÏPROCESSÏMODELÏISÏ
PRESENTEDÏTHATÏPROVIDESÏAÏMULTIDISCIPLINEÏ
METHODOLOGYÏFORÏSOLVINGÏRESERVOIRÏ
PROBLEMSÏFROMÏFACIESÏTOÏPETROPHYSICALÏ
ROCKÏTYPINGÏTHROUGHÏmOWÏUNITÏ
CHARACTERIZATIONÏTOÏRESERVOIRÏMODELING
4HISÏCOURSEÏHELPSÏATTENDEESÏDEVELOPÏ
SUBSURFACEÏSKILLSÏFORÏINTEGRATEDÏANALYSISÏ
OFÏROCKÏPOREÏWELLÏTESTÏANDÏmUIDSÏTOÏSOLVEÏ
PROBLEMSÏASSOCIATEDÏWITHÏIDENTIFYINGÏ
ANDÏEXPLOITINGÏRESERVESÏ%XPERIENCEÏ
GAINEDÏWILLÏALLOWÏTHEÏATTENDEESÏTOÏAPPLYÏ
TOOLSÏFORÏANALYSISÏOFÏTHEÏUNDERLYINGÏ
UNCERTAINTYÏANDÏASSUMPTIONSÏUSEDÏINÏ
MANYÏRESERVOIRÏANALYSISÏTECHNIQUESÏ
A subsurface integration process
MODELÏISÏPRESENTEDÏTHATÏPROVIDESÏAÏ
MULTIDISCIPLINEÏMETHODOLOGYÏFORÏSOLVINGÏ
RESERVOIRÏPROBLEMSÏFROMÏFACIESÏ
PETROPHYSICALÏROCKÏTYPINGÏmOWÏUNITÏ
ANDÏTHEÏBASICSÏOFÏWELLÏTESTÏINFORMATIONÏ
FORÏAÏBETTERÏUNDERSTANDINGÏOFÏRESERVOIRÏ
CHARACTERIZATIONÏANDÏTHEÏINPUTÏREQUIREDÏ
FORÏAÏRESERVOIRÏMODE
COURSE CONTENT
Q
2ESERVOIRÏANDÏmOWÏINÏWELLS
Q
3ATURATIONÏMONITORINGÏWITHÏPULSEDÏ
NEUTRONÏCAPTUREÏANDÏCARBONOXYGENÏ
logging
Q
3INGLEPHASEÏmOWÏINÏWELLSÏUSINGÏ
BASICÏmOWMETERÏLOGS
Q
#ASEDÏHOLEÏLOGGINGÏTOÏANALYZEÏ
MULTIPHASEÏmOW
Q
0RODUCTIONÏLOGGINGÏTECHNIQUESÏINÏ
HORIZONTALÏWELLS
Q
2ESERVOIRÏPROBLEMÏANALYSIS
Q
"ASICÏSURVEYÏPLANNINGÏTOÏMAXIMIZEÏ
USEFULÏINFORMATION
Q
0ERFORATIONÏTECHNIQUESÏINCLUDINGÏTHEÏ
CHOICEÏOFÏMETHODS
COURSE CONTENT
Q
#ONCEPTSÏOFÏFORMATIONÏEVALUATIONÏANDÏ
well logging
Q
0HYSICALÏPRINCIPLESÏOFÏTHEÏTOOLSÏUSEDÏ
in logging
Q
#HARACTERIZEÏFORMATIONSÏBASEDÏONÏ
interpretation of well logs
AUDIENCE
0ETROPHYSICISTSÏGEOSCIENTISTSÏORÏ
engineers who interpret cased hole logs
or use cased hole log interpretation.
PREREQUISITE
!ÏYEARÏTECHNICALÏDEGREEÏANDÏANÏ
understanding of well operations.
Q
Q
Q
0ROPERTIESÏOFÏROCKSÏANDÏmUIDSÏANDÏ
their characteristic signals
Reading and interpreting well logs
!NALYZINGÏTHEÏMEASUREMENTSÏ
CORRECTINGÏFORÏENVIRONMENTALÏFACTORSÏ
ANDÏINTERPRETINGÏLOGSÏTOÏESTIMATEÏ
POROSITYÏWATERÏSATURATIONÏLITHOLOGYÏ
ANDÏHYDROCABONÏCONTENT
AUDIENCE
Geared to technical professionals,
including engineers, geoscientists,
or operations personnel, who need
ANÏINTRODUCTIONÏTOÏTECHNICALÏTHEORYÏ
and techniques in addition to trainee
PETROLEUMÏENGINEERSÏANDÏSPECIALISTÏ
SERVICEÏCOMPANYÏENGINEERS
PREREQUISITE
!ÏGENERALÏKNOWLEDGEÏOFÏPETROLEUMÏ
geoscience would be useful.
COURSE CONTENT
Q
'ENERICÏINTEGRATEDÏWORKmOWÏPROCESS
Q
)NTEGRATIONÏOFÏGEOLOGYÏFACIESÏANDÏ
PETROPHYSICALÏROCKÏTYPES
Q
4OTALÏANDÏEFFECTIVEÏPOROSITY
'ENERICÏINTEGRATEDÏWORKmOWÏPROCESS
Q
)NTEGRATIONÏOFÏGEOLOGYÏFACIESÏANDÏ
PETROPHYSICALÏROCKÏTYPES
Q
4OTALÏANDÏEFFECTIVEÏPOROSITY
Q
h7ATERÏSATURATIONÏISÏNOTÏANÏ
ACCIDENTxv
"ASICSÏOFÏCORELOGÏINTEGRATION
Q
5PSCALINGÏFROMÏPOREÏTHROATÏRADIUSÏTOÏ
PETROPHYSICALÏROCKÏTYPEÏTOÏmOWÏUNITS
!PPLIEDÏCAPILLARYÏPRESSUREÏ
WETTABILITYÏANDÏRELATIVEÏPERMEABILITY
Q
Introduction to saturation height
MODELING
h7ATERÏSATURATIONÏISÏNOTÏANÏ
ACCIDENTxv
Q
0ETROPHYSICSÏ+EYÏTOÏSUCCESSÏINÏAÏ
STATICÏORÏDYNAMICÏMODEL
5PSCALINGÏFROMÏPOREÏTHROATÏRADIUSÏTOÏ
PETROPHYSICALÏROCKÏTYPEÏTOÏmOWÏUNITS
Q
"ASICSÏOFÏCORELOGÏINTEGRATION
Q
!PPLIEDÏCAPILLARYÏPRESSUREÏ
WETTABILITYÏANDÏRELATIVEÏPERMEABILITY
Q
Q
Q
Q
COURSE CONTENT
Q
Q
Q
NEW
2ELATIONSHIPÏBETWEENÏTHEÏFREEWATERÏ
LEVELÏVARIOUSÏCONTACTSÏPOREÏTHROATÏ
RADIUSÏWETTABILITYÏANDÏSATURATIONÏ
distribution
Q
0ETROPHYSICSÏKEYÏTOÏSUCCESSÏINÏAÏ
STATICÏORÏDYNAMICÏMODEL
Q
2ELATIONSHIPÏBETWEENÏTHEÏFREEWATERÏ
LEVELÏVARIOUSÏCONTACTSÏPOREÏTHROATÏ
RADIUSÏWETTABILITYÏANDÏSATURATIONÏ
distribution
Q
5SINGÏPRESSUREÏGRADIENTÏANALYSISÏTOÏ
ESTABLISHÏTHEÏFREEWATERÏLEVEL
AUDIENCE
'EOLOGISTSÏGEOPHYSICISTSÏRESERVOIRÏ
engineers, production engineers,
PETROPHYSICISTSÏANDÏASSETÏTEAMS
PREREQUISITE
)NTERMEDIATEÏUNDERSTANDINGÏOFÏGEOLOGYÏ
ANDÏPETROPHYSICS
Introduction to saturation height
MODELING
Q
Basic introduction to well test
ANALYSISÏANDÏHOWÏTHEÏRESULTSÏCANÏBEÏ
INTEGRATEDÏFORÏANÏIMPROVEDÏRESERVOIRÏ
CHARACTERIZATION
AUDIENCE
'EOLOGISTSÏGEOPHYSICISTSÏRESERVOIRÏ
engineers, production engineers,
PETROPHYSICISTSÏANDÏASSETÏTEAMS
PREREQUISITE
!ÏWORKINGÏUNDERSTANDINGÏOFÏGEOLOGYÏ
RESERVOIRÏPROPERTIESÏANDÏPETROPHYSICS
84 |
NExT Catalog-2014(21.5x27.5).indd 84
Visit NExTtraining.net/classes for the latest calendar or to register for a course.
12/22/13 2:49 AM
PETROPHYSICS
Petrophysics for Drilling Engineers
Practical Wireline Logging for Geoscientists
NEW
Foundation – 5 Days
4HISÏDAYÏCOURSEÏCOVERSÏTHEÏFOLLOWINGÏ
MAJORÏlELDSÏÏ"ASICSÏOFÏWELLÏLOGGINGÏ
RESERVOIRÏROCKÏBASICSÏINÏTHEÏLOGGINGÏLIFEÏ
OFÏAÏWELLÏTOOLÏCONVEYANCEÏMUDÏLOGÏ
WELLBOREÏSTABILITYÏANDÏlLTRATEÏDIAMETERÏOFÏ
INVASIONÏDEPTHÏCONTROLÏLOGÏQUALITYÏCONTROLÏ
GAMMAÏRAYÏANDÏSPONTANEOUSÏÏPOTENTIALÏ
INCLUDINGÏTOOLÏPHYSICSÏANDÏAPPLICATIONSÏ
TOÏESTIMATEÏCLAYÏVOLUMEÏCLAYÏTYPEÏANDÏ
FORMATIONÏWATERÏSALINITIESÏÏ0OROSITYÏ
ANDÏLITHOLOGYÏUSINGÏDENSITYÏANDÏNEUTRONÏ
TOOLSÏPHYSICSÏANDÏAPPLICATIONSÏÏ
!COUSTICÏTOOLÏPHYSICSÏANDÏAPPLICATIONSÏ
FORÏROCKÏMECHANICSÏWELLBOREÏSTABILITYÏ
ANDÏSECONDARYÏPOROSITYÏ)NÏADDITIONÏ
to the applications of acoustic tools
FORÏPREDICTINGÏHIGHPRESSUREÏZONESÏ
Ï2ESISTIVITYÏTOOLÏMEASUREMENTSÏ
INCLUDINGÏTOOLÏPHYSICSÏOFÏSHALLOWÏ2XOÏ
LATEROLOGÏANDÏINDUCTIONÏANDÏADVANCEDÏ
TECHNOLOGYÏRESISTIVITYÏTOOLSÏÏ7IRELINEÏ
FORMATIONÏTESTINGÏTOOLÏPHYSICSÏANDÏTHEÏ
THEORYÏANDÏAPPLICATIONSÏOFÏTHESEÏTOOLSÏTOÏ
DETERMINEÏMOBILITIESÏRESERVOIRÏPRESSUREÏ
ANDÏmUIDÏCONTACTSÏINÏTHEÏRESERVOIRÏÏ
-EASUREMENTWHILEDRILLINGÏANDÏLOGGING
WHILEDRILLINGÏDATAÏACQUISITIONÏDATAÏ
ACQUISITIONÏOFÏPOROSITYÏLITHOLOGYÏPULSEDÏ
NEUTRONÏSIGMAÏANDÏRESISTIVITIESÏÏ
&ORMATIONÏPRESSUREÏGEOSTEERINGÏBASICSÏ
ANDÏSEISMICÏACOUSTICÏINTERPRETATIONÏ
COVERINGÏTHEÏEVALUATIONÏOFÏCLAYÏVOLUMEÏ
6SHÏ6CLÏEVALUATIONÏESTIMATINGÏTHEÏMÏ
ANDÏNÏPARAMETERSÏINÏTHEÏ!RCHIEÏ%QUATIONÏ
QUICKLOOKÏTECHNIQUESÏTOÏESTIMATEÏTHEÏOIL
water, gas/water, and oil/gas contacts,
SALINITYÏESTIMATIONSÏOFÏFORMATIONÏ
WATERÏANDÏlLTRATEÏWATERÏANDÏUNMOVEDÏ
HYDROCARBONÏZONESÏPLUSÏESTIMATIONÏOFÏ
POROSITYÏLITHOLOGYÏANDÏWATERÏSATURATIONSÏ
INÏCLEANÏANDÏINÏSHALYÏSANDS
COURSE CONTENT
Q
2ESERVOIRÏROCKÏANDÏLIFEÏOFÏAÏWELL
Q
4HEÏMUDÏLOGÏANDÏITSÏAPPLICATIONS
Q
Basics of well logging
Q
,OGÏQUALITYÏCONTROL
Q
2ESISTIVITYÏMEASUREMENTSÏANDÏTHEÏ
spontaneous potential applications to
ESTIMATEÏWATERÏSALINITYÏANDÏVOLUMEÏOFÏ
shale
Q
Q
Q
!COUSTICÏ,OGÏSECONDARYÏPOROSITYÏ
ROCKÏMECHANICALÏPROPERTIESÏANDÏ
WELLBOREÏSTABILITY
The Neutron Log, neutron
SPECTROSCOPYÏANDÏSIGMAÏNEUTRONÏ
CAPTUREÏCROSSSECTION
"ASICSÏOFÏRESISTIVITYÏANDÏTHEÏ!RCHIEÏ
%QUATION
Q
7IRELINEÏFORMATIONÏTESTING
Q
-EASUREMENTÏWHILEÏDRILLINGÏANDÏ
logging while drilling
Q
%STIMATINGÏTHEÏhMvÏANDÏhNvÏ
PARAMETERSÏINÏTHEÏ!RCHIEÏEQUATIONÏ
Q
1UICKLOOKÏTECHNIQUES
AUDIENCE
Drilling engineers, directional drillers,
and other geoscientists associated with
drilling.
PREREQUISITE
None
NEW
Foundation – 5 Days
This course, an integrated wireline
logging course for geoscientists that
COMBINESÏTHEORYÏANDÏPRACTICEÏWILLÏ
BEÏHELDÏATÏTHEÏ3CHLUMBERGERÏ7IRELINEÏ
Logging British Training Centre
INÏ,IVINGSTONÏ3COTLANDÏ4HEÏMAINÏ
OBJECTIVEÏOFÏTHEÏCOURSEÏISÏEXPOSUREÏTHEÏ
attendees to both the practical and
theoretical aspects of wireline logging
data acquisition and applications. The
theoretical and practical sessions will
COVERÏAÏWIDEÏRANGEÏOFÏTOOLSÏSUCHÏASÏ
RESISTIVITYÏNUCLEARÏSONICÏBOREHOLEÏ
IMAGINGÏANDÏNUCLEARÏMAGNETICÏRESONANCEÏ
TECHNOLOGYÏ4HEÏTHEORETICALÏPORTIONÏOFÏ
THEÏCOURSEÏWILLÏCOVERÏTHEÏTOOLÏPHYSICSÏ
DATAÏACQUISITIONÏPROCEDURESÏLOGÏQUALITYÏ
control, and a short workshop session
on data interpretations. The workshop
FOCUSÏWILLÏBEÏONÏINTERPRETATIONSÏINÏSHALYÏ
SANDÏFORMATIONSÏANDÏVARIOUSÏSHALYÏ
SANDÏEQUATIONSÏUSEDÏTOÏESTIMATEÏWATERÏ
SATURATIONÏSUCHÏASÏTHEÏ7AXMAN3MITSÏ
ANDÏDUALWATERÏEQUATIONSÏ.OÏSPECIALÏ
software will be required. Logging
OPERATIONSÏWILLÏBEÏPERFORMEDÏUNDERÏ
real conditions in the test wells at the
3CHLUMBERGERÏ7IRELINEÏ,OGGINGÏ"RITISHÏ
Training Centre. The practical portion of
THEÏCOURSEÏINVOLVESÏHANDSONÏCONNECTINGÏ
and running of logging tools in the hole,
MONITORINGÏDEPTHÏCONTROLÏANDÏTHEÏNORMALÏ
data acquisition procedure and log
QUALITYÏCONTROLÏ4HEÏCOURSEÏWILLÏBEÏÏ
INÏCLASSROOMÏANDÏÏONÏTHEÏWELLÏPADÏ
0ERSONNELÏPROTECTIVEÏEQUIPMENTÏWILLÏBEÏ
required during the practical sessions.
COURSE CONTENT
Q 4HEORYÏANDÏWORKSHOPSÏ
Q
4OOLÏCONVEYANCEÏDEPTHÏCONTROLÏANDÏ
LOGÏQUALITYÏCONTROL
Q
'AMMAÏRAYÏSPECTROSCOPYÏ
!PPLICATIONSÏFORÏSHALEÏEVALUATIONSÏ
CLAYÏTYPINGÏANDÏGEOLOGICALÏMODELINGÏ
Q
"OREHOLEÏIMAGINGÏAPPLICATIONSÏ
for structural and stratigraphic
INTERPRETATIONSÏMICRORESISTIVITYÏ
IMAGINGÏINÏCONDUCTIVEÏMUDSÏANDÏ
ULTRASONICÏIMAGINGÏINÏOILBASEÏMUDS
Q
$ENSITYÏANDÏNEUTRONÏPOROSITYÏLOGÏ
THEORYÏANDÏAPPLICATIONS
Q
'AMMAÏRAYÏAPPLICATIONSÏANDÏBOREHOLEÏ
IMAGINGÏWORKSHOP
Theory and Applications
Software
Technical courses that use software
NExT Catalog-2014(21.5x27.5).indd 85
Includes practical sessions
Q
#OMBININGÏDENSITYNEUTRONÏFORÏ
EFFECTIVEÏPOROSITYÏTOTALÏPOROSITYÏANDÏ
LITHOLOGYÏEVALUATIONSÏ
Q
'EOCHEMICALÏ,OGGINGÏ%LEMENTALÏ
#APTUREÏ3PECTROSCOPYÏANDÏITSÏ
APPLICATIONSÏFORÏCOMPLEXÏLITHOLOGYÏ
EVALUATIONSÏ
Field trips
Uses simulation
Q
,7$Ï!DVANCESÏINÏ,7$ÏDATAÏ
acquisition.
Q
.-2Ï4HEORYÏANDÏAPPLICATIONSÏFORÏ
POREÏGEOMETRYÏMAPPINGÏANDÏFORÏ
PERMEABILITYÏEVALUATIONS
Q
!COUSTICÏ-EASUREMENTSÏ2OCKÏ
MECHANICALÏPROPERTIESÏANDÏWELLBOREÏ
STABILITYÏAPPLICATIONSÏ!COUSTICÏ
SCANNERÏFORÏANISOTROPYÏEVALUATIONÏ
Q
7ORKSHOPÏONÏDENSITYNEUTRON
acoustic applications
2ESISTIVITYÏLOGÏMEASUREMENTÏ2XOÏANDÏÏ
TRUEÏRESISTIVITYÏ2TÏ
Q
Q
7IRELINEÏ&ORMATIONÏ4ESTINGÏmUIDÏ
pressure gradients
Q
1UICKLOOKÏTECHNIQUESÏTOÏESTIMATEÏ
water saturation, oil/water contact
ANDÏUNMOVEDÏHYDROCARBON
Q
/VERVIEWÏOFÏWATERÏSATURATIONÏ3WÏ
EVALUATIONSÏINÏSHALYÏSANDSÏ
Q
7ORKSHOPÏONÏ0ARAMETERÏ%VALUATIONSÏ
USINGÏTHEÏ!RCHIEÏ%QUATIONÏANDÏ3HALYÏ
Sand equations.
Practical sessions
Q
Tool calibrations in the workshop
Q
.UCLEARÏSOURCEÏSAFETY
Q
7EAKÏPOINTÏANDÏTHEÏCABLEÏHEAD
Q
$EPTHÏCONTROLÏTOOLÏANDÏDEVICES
Q
2UNÏ0LATFORMÏ%XPRESS
ÏINTEGRATEDÏ
WIRELINEÏLOGGINGÏTOOLÏ,OGGINGÏRUNÏOFÏ
2ESISTIVITY$ENSITY.EUTRONGAMMAÏ
RAYÏ'2ÏTOOLSTRING
Q
2UNNINGÏ!COUSTICÏLOGSÏ,OGGINGÏRUNÏ
OFÏ3ONICÏTOOLSTRINGÏINCLUDINGÏCEMENTÏ
BONDÏLOGÏ;#",=
Q
2UNNINGÏ"OREHOLEÏ)MAGINGÏLOGSÏ
,OGGINGÏRUNÏOFÏ"OREHOLEÏ)MAGINGÏ
toolstring
Q
Q
Running Nuclear Magnetic
2ESONANCEÏLOGSÏ,OGGINGÏRUNÏOFÏAÏ
Magnetic Resonance toolstring
2UNÏ'EOCHEMICALÏ,OGGINGÏ,OGGINGÏ
RUNÏOFÏAÏ'2ÏSPECTROSCOPYÏTOOLSTRING
AUDIENCE
,OGÏANALYSTSÏPETROPHYSICISTÏGEOLOGISTSÏ
and wellsite geologists needing to
BECOMEÏBETTERÏACQUAINTEDÏWITHÏTHEÏ
practical aspects of wireline logging data
acquisition and interpretation.
PREREQUISITE
"ASICÏUNDERSTANDINGÏOFÏGEOLOGYÏANDÏ
FORMATIONÏEVALUATION
| 85
12/22/13 2:49 AM
PETROPHYSICS
Statistics and Petrophysics
Tool Physics:
Standard Logging Tools
Foundation – 5 Days
Foundation – 5 Days
3TRUCTUREDÏTOÏPROVIDEÏAÏSTRONGÏ
foundation in the use of statistics for
PETROPHYSICALÏINTERPRETATIONÏTHISÏCOURSEÏ
PROVIDESÏATTENDEESÏWITHÏTHEÏBASISÏFORÏ
BUILDINGÏSTATICÏ$ÏMODELSÏ!TTENDEESÏ
are introduced to the use of statistical
DISTRIBUTIONSÏVARIOUSÏAVERAGINGÏMETHODSÏ
SMOOTHINGÏCURVEÏlTTINGÏANDÏREGRESSIONÏ
METHODSÏINÏADDITIONÏTOÏLEARNINGÏHOWÏTOÏ
UNDERSTANDÏWHENÏAÏDATASETÏISÏSTATISTICALLYÏ
SIGNIlCANTÏANDÏHOWÏSTATISTICSÏAFFECTÏ
TYPICALÏNUMERICALÏTRANSFORMSÏSUCHÏASÏ
TOTALÏPOROSITYÏEFFECTIVEÏPOROSITYÏABSOLUTEÏ
PERMEABILITYÏLITHOLOGYÏANDÏWATERÏ
saturation.
4HISÏCOURSEÏCOVERSÏTHEÏBASICÏLOGGINGÏ
TOOLSÏÏ4HEÏ'2ÏLOGÏPHYSICSÏANDÏ'2Ï
SPECTROSCOPYÏANDÏITSÏAPPLICATIONSÏFORÏ
GEOLOGICALÏMODELINGÏESTIMATINGÏSHALEÏ
VOLUMEÏ6SHÏANDÏDETERMININGÏTHEÏCLAYÏ
TYPEÏEGÏILLITEÏSMECTITEÏETCÏÏ4HEÏ
30ÏPHYSICSÏOFÏTHEÏ30ÏLOGÏITSÏAPPLICATIONSÏ
FORÏESTIMATINGÏ6SHÏANDÏTHEÏSALINITYÏOFÏTHEÏ
FORMATIONÏWATERÏÏNUCLEARÏPHYSICSÏOFÏ
THEÏLOGGINGÏTOOLÏOVERVIEWÏOFÏTHEÏPHYSICSÏ
OFÏNUCLEARÏLOGGINGÏÏDENSITYÏANDÏ
HOTOELECTRICÏLOGÏPHYSICSÏANDÏAPPLICATIONSÏ
INÏMEASURINGÏPOROSITYÏANDÏDETERMININGÏ
LITHOLOGYÏÏNEUTRONLOGÏAPPLICATIONSÏ
INÏDETERMININGÏPOROSITYÏANDÏTHEÏSIGMAÏ
APPLICATIONSÏTOÏESTIMATEÏhNvÏATÏDOWNHOLEÏ
conditions and the applications of the
DENSITYNEUTRONÏLOGÏINÏDETERMINGÏPOROSITYÏ
LITHOLOGYÏSHALEÏVOLUMEÏHYDROCARBONÏ
TRENDSÏANDÏSHALEÏDISTRIBUTIONÏDISPERSEDÏ
ORÏLAMINATEDÏÏRESISTIVITYÏTOOLÏPHYSICSÏOFÏ
THEÏSHALLOWÏ2XOÏLATEROLOGÏANDÏINDUCTIONÏ
ANDÏHIGHTECHNOLOGYÏRESISTIVITYÏTOOLSÏ
WHICHÏUSEÏFORWARDÏMODELINGÏTOÏPROVIDEÏlVEÏ
RESISTIVITYÏDATAÏCURVESÏATÏDIFFERENTÏDEPTHSÏ
OFÏINVESTIGATIONÏÏWIRELINEÏFORMATIONÏ
TESTINGÏ7&4ÏTOOLÏPHYSICSÏANDÏTHEÏTHEORYÏ
ANDÏAPPLICATIONSÏOFÏ7&4ÏINÏDETERMININGÏ
MOBILITIESÏRESERVOIRÏPRESSUREÏANDÏmUIDÏ
CONTACTSÏINÏTHEÏRESERVOIRÏ!NÏOVERVIEWÏ
WILLÏBEÏPRESENTEDÏONÏTHEÏHIGHTECHNOLOGYÏ
TOOLSÏTHATÏINCLUDEÏDIELECTRICÏ4OOLÏANDÏITSÏ
APPLICATIONSÏTOÏESTIMATEÏhMvÏANDÏhNvÏATÏ
DOWNHOLEÏCONDITIONSÏNUCLEARÏMAGNETICÏ
RESONANCEÏIMAGINGÏBOREHOLEÏGRAVITYÏMETERÏ
BOREHOLEÏRESISTIVITYÏIMAGINGÏANDÏBOREHOLEÏ
ULTRASONICÏIMAGINGÏ
COURSE CONTENT
Q Basics of logging
Q 2ESISTIVITYÏLOGGINGÏÏ4HEÏ!RCHIEÏ
%QUATION
Q &ORWARDÏ-ODELINGÏANDÏ)NVERSION
Q '2ÏLOGÏPHYSICSÏ'2ÏSPECTROSCOPYÏANDÏ
applications
Q 30ÏPHYSICSÏAPPLICATIONSÏ
Q $ENSITYÏANDÏPHOTOELECTRICÏLOGÏPHYSICSÏ
and applications
Q Neutron log applications
Q 0ULSEDÏNEUTRONÏLOGÏ
Q $ENSITYNEUTRONÏLOGÏAPPLICATIONSÏ
Q 2ESISTIVITYÏTOOLÏPHYSICSÏ
Q 7IRELINEÏFORMATIONÏTESTINGÏ
Q (IGHTECHNOLOGYÏTOOLS
COURSE CONTENT
Q
&UNDAMENTALSÏOFÏSTATISTICSÏASÏAPPLIEDÏ
TOÏPETROPHYSICS
Q
3IGNIlCANCEÏOFÏRESIDUALÏANALYSISÏANDÏ
MULTILINEARÏREGRESSIONÏTOÏIMPROVEÏ
QUALITYÏOFÏlTÏ2
Q
Q
)MPROVINGÏlTÏBYÏADDINGÏGRAINÏSIZEÏ
SHALEÏVOLUMEÏGAMMAÏRAYÏLITHOLOGYÏ
ANDÏADDITIONALÏPOROSITYÏDEVICES
.ONPARAMETRICÏAPPROACHESÏTOÏ
EVALUATEÏNONSTANDARDÏPOROSITY
PERMEABILITYÏRELATIONSHIPS
Q
-ECHANISMSÏTOÏCONTROLÏWATERÏ
saturation distributions
Q
%MPIRICALÏMETHODSÏTOÏCALCULATEÏ
7INLANDÏPOREÏTHROATÏRADIUSÏ
PETROPHYSICALÏROCKÏTYPEÏANDÏ
LOGCOMPUTEDÏWATERÏSATURATION
AUDIENCE
0ETROPHYSICISTSÏGEOSCIENTISTSÏANDÏ
engineers wanting a better understanding
OFÏSTATISTICSÏUSEDÏINÏPETROPHYSICALÏ
interpretation.
PREREQUISITE
"ASICÏUNDERSTANDINGÏOFÏRESERVOIRÏ
CHARACTERIZATIONÏANDÏPETROPHYSICS
NEW
AUDIENCE
3UITABLEÏFORÏANYONEÏNEWÏTOÏTHEÏOILÏANDÏGASÏ
INDUSTRY
PREREQUISITE
Well Placement
Fundamentals
Advanced Carbonate
Petrophysics from Pores
to Logs
Foundation – 5 Days
Skill – 5 Days
This course introduces the concept of
GEOLOGICALÏWELLÏPLACEMENTÏGEOSTEERINGÏ
ANDÏPROVIDESÏKNOWLEDGEÏOFÏTHEÏPROCESSESÏ
and techniques that can be used to
SUCCESSFULLYÏPLACEÏHIGHANGLEÏANDÏ
HORIZONTALÏWELLSÏUSINGÏGEOLOGICALÏANDÏ
PETROPHYSICALÏDATAÏINÏREALTIMEÏDURINGÏ
DRILLINGÏ4HEÏMAINÏPURPOSEÏOFÏHIGHANGLEÏ
ANDÏHORIZONTALÏWELLSÏISÏTOÏMAXIMIZEÏ
RESERVOIRÏCONTACTÏANDÏENHANCEÏWELLÏ
PRODUCTIVITYÏ4OÏPLANÏANDÏCONSTRUCTÏSUCHÏ
WELLSÏREQUIRESÏREALTIMEÏCOLLABORATIONÏ
BETWEENÏGEOLOGISTSÏWHOÏNEEDÏQUALITYÏ
FORMATIONÏEVALUATIONÏDATAÏDRILLERSÏWHOÏ
REQUIREÏCONSIDERABLEÏINPUTÏFROMÏTHEÏ
GEOLOGISTSÏANDÏPETROPHYSICISTSÏWHOÏ
INTERPRETÏTHEÏFORMATIONÏEVALUATIONÏDATAÏ
DURINGÏTHEÏDRILLINGÏPROCESSÏTOÏOPTIMIZEÏ
WELLÏPLACEMENTÏ4HISÏPROCESSÏISÏGENERALLYÏ
FACILITATEDÏBYÏTHEÏWELLÏPLACEMENTÏ
COORDINATORÏ6ARIOUSÏTECHNOLOGIESÏ
INVOLVEDÏINÏDIRECTIONALÏDRILLINGÏ
MEASUREMENTÏANDÏFORMATIONÏEVALUATIONÏ
WHILEÏDRILLINGÏAREÏREVIEWEDÏ4HEÏTHREEÏ
DIFFERENTÏMETHODSÏUSEDÏTOÏGEOLOGICALLYÏ
PLACEÏHORIZONTALÏWELLSÏAREÏINTRODUCEDÏANDÏ
the applications are discussed.
4HISÏISÏAÏHANDSONÏCOURSEÏFOCUSEDÏONÏWHYÏ
POREÏGEOMETRYÏMUSTÏBEÏTHEÏFOCALÏPOINTÏ
FORÏCARBONATEÏPETROPHYSICALÏANALYSISÏ
Attendees will work with petrographic
INFORMATIONÏMINERALOGYÏDATAÏROUTINEÏ
COREÏANALYSISÏCAPILLARYÏPRESSUREÏ
electrical rock properties, nuclear
MAGNETICÏRESONANCEÏANDÏOPENHOLEÏLOGSÏ
4HEÏIMPORTANCEÏOFÏCORELOGÏINTEGRATIONÏ
and cross calibration is shown as well
TOÏREDUCEÏTHEÏUNCERTAINTYÏOFÏCOMPUTEDÏ
RESERVOIRSÏPROPERTIESÏ0ETROPHYSICALÏ
PROPERTYÏANALYSISÏISÏOFTENÏTHEÏKEYÏTOÏ
BUILDINGÏAÏSTATICÏRESERVOIRÏDESCRIPTIONÏ
HOWEVERÏINÏCARBONATESÏAÏMODELÏTHATÏISÏ
NOTÏCROSSÏCALIBRATEDÏFROMÏCOREÏTOÏLOGSÏTOÏ
SEISMICÏMAYÏRESULTÏINÏAÏLARGEÏSTATISTICALÏ
UNCERTAINTY
COURSE CONTENT
Q
#ARBONATEÏPOREÏGEOMETRY
Q
/VERVIEWÏOFÏCARBONATEÏSYSTEMS
Q
4OTALÏANDÏEFFECTIVEÏPOROSITY
Q
,ITHOLOGYÏANDÏMINERALOGY
Q
#ORELOGÏCALIBRATIONÏLITHOLOGYÏ
POROSITYÏ;0()=ÏPERMEABILITYÏ;0%2-=Ï
3W
Introduction to geological well
PLACEMENTÏ
Q
1UICKLOOKÏLOGÏANALYSISÏLITHOLOGYÏ0()Ï
3WÏ0%2-
Q
2EVIEWÏOFÏRESERVOIRÏGEOLOGYÏ
Q
Q
Directional drilling
7HYÏPETROPHYSICALÏROCKÏTYPESÏAREÏ
IMPORTANT
-EASUREMENTÏWHILEÏDRILLINGÏ
Q
Q
!PPLIEDÏCAPILLARYÏPRESSURE
Q
,OGBASEDÏ3W
Q
!PPLIEDÏmOWÏUNITS
COURSE CONTENT
Q
Q
&ORMATIONÏEVALUATIONÏANDÏLOGGINGÏ
while drilling
Q
!PPLICATIONSÏOFÏ,7$ÏMEASUREMENTSÏ
INÏWELLÏPLACEMENTÏ
Q
!PPLYINGÏWELLÏPLACEMENTÏMETHODSÏ
Q
Case studies illustrating the use of
THEÏTHREEÏWELLÏPLACEMENTÏMETHODSÏ
AUDIENCE
!NYÏSUBSURFACEÏPROFESSIONALÏWORKINGÏ
ONÏEARLYÏlELDÏDEVELOPMENTÏSTATICÏMODELÏ
BUILDINGÏORÏADVANCEDÏRECOVERYÏMETHODSÏ
in carbonates.
AUDIENCE
PREREQUISITE
-ULTIDISCIPLINARYÏASSETÏTEAMSÏOFÏ
OPERATINGÏCOMPANIESÏCOMPRISEDÏMAINLYÏ
OFÏDRILLINGÏENGINEERSÏRESERVOIRÏENGINEERSÏ
ANDÏGEOSCIENTISTSÏWHOÏNEEDÏTOÏMAKEÏ
DECISIONSÏREGARDINGÏTHEÏAPPLICABILITYÏANDÏ
BENElTSÏOFÏIMPLEMENTINGÏAÏGEOLOGICALÏ
WELLÏPLACEMENTÏPROCESSÏFORÏDRILLINGÏ
HORIZONTALÏANDÏHIGHANGLEÏWELLBORES
Basic understanding of carbonate
DEPOSITIONALÏSYSTEMSÏLITHOLOGYÏANDÏPOREÏ
GEOMETRY
PREREQUISITE
Geoscience or engineering degree.
None
86 |
NExT Catalog-2014(21.5x27.5).indd 86
Visit NExTtraining.net/classes for the latest calendar or to register for a course.
12/22/13 2:49 AM
PETROPHYSICS
Advanced Core and Log
Interpretation
Advanced Integrated
Reservoir Analysis
Applied Core Analysis: How
to Interpret Core Data
Dipmeter and Borehole
Image Logging
Skill – 6 Days
Skill – 10 Days
Skill – 5 Days
Skill – 3 Days
In this course, attendees will learn
THEÏIMPACTÏTHATÏLABORATORYBASEDÏCOREÏ
DATAÏHAVEÏONÏFORMATIONÏEVALUATIONÏ
and understand the wellbore data that
AREÏREQUIREDÏFORÏANÏINTEGRATEDÏMODELÏ
OFÏTHEÏRESERVOIRÏATÏTHEÏWELLBOREÏSCALEÏ
)NSTRUCTIONÏCOVERSÏTHEÏKEYÏOBJECTIVESÏOFÏ
CORELOGÏCALIBRATIONÏINCLUDINGÏPOROSITYÏ
LITHOLOGYÏSATURATIONÏANDÏPETROPHYSICALÏ
ROCKÏTYPESÏANDÏMAKESÏUSEÏOFÏCORETOLOGÏ
calibration workshops. In a workshop
setting, attendees will increase their
understanding of how the integration
OFÏLITHOLOGYÏPOREÏGEOMETRYÏPOROSITYÏ
PERMEABILITYÏANDÏWATERÏSATURATIONÏCANÏ
IMPROVEÏAÏSTATICÏRESERVOIRÏMODEL
The use of a subsurface integration
MODELÏCANÏRESOLVEÏRESERVOIRÏPROBLEMSÏ
THATÏRANGEÏFROMÏPETROPHYSICALÏROCKÏTYPINGÏ
TOÏLOGÏANALYSISÏ)NÏTHISÏCOURSEÏATTENDEESÏ
WILLÏLEARNÏHOWÏTOÏPERFORMÏANÏINTEGRATEDÏ
ANALYSISÏOFÏROCKÏPOREÏANDÏmUIDSÏDATAÏ
ANDÏHOWÏTOÏSOLVEÏPROBLEMSÏASSOCIATEDÏ
WITHÏIDENTIFYINGÏANDÏEXPLOITINGÏRESERVESÏ
4HEÏATTENDEESÏWILLÏAPPLYÏTOOLSÏFORÏ
ANALYSISÏOFÏTHEÏUNDERLYINGÏUNCERTAINTYÏ
ANDÏASSUMPTIONSÏUSEDÏINÏMANYÏRESERVOIRÏ
ANALYSISÏTECHNIQUESÏINÏADDITIONÏTOÏ
LEARNINGÏHOWÏTOÏIDENTIFYÏLITHOLOGICÏZONESÏ
ANDÏmUIDÏTYPESÏFROMÏLOGÏDATAÏFOLLOWÏ
SIMPLEÏPROCEDURESÏFORÏRAPIDÏANDÏACCURATEÏ
INTERPRETATIONÏANDÏAPPLYÏCORRELATIONSÏ
TOÏCOREÏANDÏPETROPHYSICALÏROCKÏTYPEÏ
ZONATIONÏTOÏUPSCALEÏLOGÏDATAÏFORÏRESERVOIRÏ
SIMULATIONÏAPPLICATIONSÏ#OURSEÏMATERIALSÏ
COVERÏADVANCEDÏINTERPRETATIONÏFORÏBETTERÏ
UNDERSTANDINGÏOFÏDATASETÏLIMITATIONSÏ
ANDÏMEASUREMENTÏREQUIREMENTSÏFORÏ
EFFECTIVEÏRESERVOIRÏDEVELOPMENTÏRESERVOIRÏ
DRIVEÏMECHANISMSÏRECOVERYÏFACTORÏANDÏ
SIMULATIONÏMODELSÏ4HEÏATTENDEESÏWILLÏ
GAINÏEXPERIENCEÏWITHÏ.%X4Ï1UICK3CANÏANDÏ
QUICKLOOKÏTECHNIQUESÏTHROUGHÏINCLASSÏ
EXERCISES
)NCREASEÏYOURÏUNDERSTANDINGÏOFÏ
PETROPHYSICALÏPROPERTIESÏASÏAPPLIEDÏ
TOÏTHEÏINTERPRETATIONÏOFÏRESERVOIRSÏ
FROMÏAÏCOREÏANALYSISÏPERSPECTIVEÏ
4HISÏCOMPREHENSIVEÏCOURSEÏPROVIDESÏ
attendees with detailed instruction
ONÏBASICÏPETROPHYSICSÏMEASUREMENTÏ
METHODSÏANDÏTHEÏCONTROLSÏOVERÏPOROSITYÏ
PERMEABILITYÏmUIDSÏWETTABILITYÏANDÏ
RELATIVEÏPERMEABILITYÏDATAÏANALYSISÏ4HEÏ
ATTENDEESÏINVESTIGATEÏANDÏUNDERSTANDÏ
THEÏSOURCEÏOFÏPETROPHYSICALÏDATAÏERRORSÏ
THROUGHÏHANDSONÏCORRELATIONÏOFÏAÏSAMPLEÏ
LOGÏAÏCOREÏDATASETÏISÏANALYZEDÏANDÏTHEÏ
SATURATIONHEIGHTÏMODELÏISÏCREATED
COURSE CONTENT
Q
Q
#ORELOGÏINTEGRATIONÏWORKmOW
Core and log integration and depth
shifting
Q
&UNDAMENTALSÏOFÏLOGÏANALYSISÏUSINGÏ
.%X4Ï,INEÏINTERPRETATIONÏMETHOD
Q
4EXTUREÏOFÏMATRIXÏANDÏPOREÏSYSTEMÏINÏ
CONTEXTÏOFÏGEOLOGICÏFRAMEWORKÏANDÏ
LITHOLOGYÏCALIBRATION
Q
Q
0OROSITYÏ4OTALÏEFFECTIVEÏANDÏCLAYÏ
PARAMETERSÏWETÏDRY
1UICKLOOKÏHYDROCARBONÏIDENTIlCATIONÏ
METHODSÏANDÏWATERÏRESISTIVITYÏ2WÏ
OILÏRESISTIVITYÏ2OÏANDÏAPPARENTÏWATERÏ
RESISTIVITYÏ2WA
Q
Q
1UICKLOOKÏANALYSISÏANDÏINTERPRETATIONÏ
techniques
,OGÏ3WÏUSINGÏ!RCHIEBASEDÏ
TECHNIQUESÏ6ARIABLEÏMÏMETHOD
Q
5SEÏOFÏCAPILLARYÏPRESSUREÏDATAÏFORÏ
calibrating water saturation
Q
Q
0ETROPHYSICALÏROCKÏTYPESÏ
Q
Q
0ERMEABILITYÏPREDICTION
Q
0ETROPHYSICISTSÏGEOSCIENTISTSÏENGINEERSÏ
LOGÏANALYSTSÏANDÏOTHERÏSUBSURFACEÏ
PROFESSIONALSÏRESPONSIBLEÏFORÏEXPLOITATIONÏ
ORÏEARLYÏlELDÏDEVELOPMENTÏPROJECTS
4OOLÏCORRECTIONSÏFORÏRESISTIVITYÏANDÏ
2XOÏMEASUREMENTSÏANDÏTORNADOÏCHARTÏ
corrections
0OROSITYÏMEASUREMENTSÏSONICÏ
NEUTRONÏANDÏDENSITY
#APILLARYÏPRESSUREÏANDÏELECTRICALÏROCKÏ
properties
Q
1UICKLOOKÏCARBONATEÏANDÏSHALYÏSANDÏ
ANALYSISÏ
Q
!DVANCEDÏLOGÏANALYSIS
AUDIENCE
0ETROPHYSICISTSÏGEOSCIENTISTSÏANDÏ
ENGINEERSÏRESPONSIBLEÏFORÏRESERVOIRÏ
CHARACTERIZATIONÏWHOÏRELYÏONÏCOREÏ
interpretation and other integrated
PETROPHYSICALÏDATAÏFORÏDECISIONSÏANDÏ
ANALYSES
Upscaling
COURSE CONTENT
Q
0RELIMINARYÏCHARACTERIZATIONÏUSINGÏ
COREÏANALYSISÏCORINGÏMETHODSÏANDÏ
mUIDSÏDATA
Q
,ITHOLOGYÏFROMÏAÏFACIESÏSEDIMENTARYÏ
structure, and core description
Q
&RACTUREDÏSYSTEMS
Q
#HARACTERIZATIONÏOFÏPOREÏGEOMETRYÏ
using diagenesis interpretation
Q
#LAYSÏANDÏTHEIRÏIMPACTÏONÏWATERÏ
saturation
Q
Q
Q
Saturation calculations
Q
PREREQUISITE
!ÏWORKINGÏKNOWLEDGEÏOFÏ-ICROSOFTÏ%XCELÏ
software and a basic understanding of
statistics.
0ETROPHYSICALÏROCKÏTYPESÏANDÏmOWÏ
units
0RINCIPLESÏOFÏSATURATIONÏDISTRIBUTIONÏ
ANDÏCAPILLARYÏPRESSUREÏFROMÏLABORATORYÏ
data
Q
AUDIENCE
)NTEGRATEDÏRESERVOIRÏANALYSISÏOVERVIEWÏ
and case histories
Q
2ESERVOIRÏGEOLOGY
Q
COURSE CONTENT
COURSE CONTENT
Q
Q
Attendees will gain a practical
understanding of the basics of dip
ANDÏIMAGEÏMEASUREMENTÏTECHNIQUESÏ
INÏTHEÏBOREHOLEÏENVIRONMENTÏWITHÏ
an introduction to structural and
STRATIGRAPHICÏDIPÏANALYSISÏ4HEÏCOURSEÏ
FOCUSESÏONÏBOREHOLEÏIMAGINGÏDATAÏ
acquisition, tool design, and data transfer
FROMÏTHEÏDRILLÏBITÏTOÏTHEÏWORKSTATIONÏ
!TTENDEESÏLEARNÏHOWÏBOREHOLEÏIMAGINGÏ
CANÏHELPÏDETERMINEÏFRACTUREÏORIENTATIONÏ
IDENTIFYÏmUVIALÏCHANNELSÏASSESSÏ
PORETYPEÏPARTITIONINGÏDISTINGUISHÏMATRIXÏ
ANDÏFRACTUREÏIMPROVEÏGEOSTEERINGÏANDÏ
DETERMINEÏINÏSITUÏSTRESSESÏ$ISCUSSIONSÏ
INCLUDEÏADVANCEDÏTECHNOLOGIESÏFORÏ
EXPLOITINGÏSHALEÏGASÏANDÏCOALBEDÏMETHANEÏ
resources.
Q
4OTALÏVERSUSÏEFFECTIVEÏPOROSITY
0ETROPHYSICALÏROCKÏTYPESÏANDÏ
DIFFERENCESÏBETWEENÏmUIDÏCONTACTSÏ
ANDÏFREEÏWATERÏLEVEL
Rock electrical properties and their
use in water saturation equations
Q
4OOLÏREVIEWÏDIPMETERÏTOÏHIGH
RESOLUTIONÏ&-)ÏMICROIMAGERÏINCLUDINGÏ
TOOLSÏFORÏOILBASEDÏMUDS
Q
!COUSTICÏIMAGINGÏTOOLSÏANDÏ,7$Ï
tools
Q
)MAGEÏLOGÏ1#
Q
'EOMECHANICSÏDURINGÏTHEÏOILlELDÏLIFEÏ
CYCLE
Q
Fracture interpretation
Q
&LUVIALÏFACIESÏINTERPRETATION
Q
"OREHOLEÏIMAGEÏANDÏDIPMETERÏDATAÏ
integrated with outcrop and core
data
Q
Q
#ARBONATEÏRESERVOIRÏPOROSITYÏANDÏ
PERMEABILITY
Q
)NTEGRATIONÏOFÏBOREHOLEÏIMAGEÏLOGSÏ
and production logs
2ELATIVEÏPERMEABILITYÏANDÏWETTABILITY
AUDIENCE
0ETROPHYSICISTSÏGEOSCIENTISTSÏANDÏ
ENGINEERSÏRESPONSIBLEÏFORÏRESERVOIRÏ
CHARACTERIZATIONÏWHOÏRELYÏONÏCOREÏ
interpretation and other integrated
PETROPHYSICALÏDATAÏFORÏDECISIONSÏANDÏ
ANALYSES
PREREQUISITE
Basic understanding of geological
CONCEPTSÏANDÏRESERVOIRÏCHARACTERIZATION
Deepwater and turbidite depositional
settings
AUDIENCE
'EOLOGISTSÏUSINGÏIMAGEÏLOGSÏFORÏGEOLOGICÏ
SEDIMENTARYÏANDÏSTRUCTURALÏANALYSISÏANDÏ
geologists and engineers wanting to
increase fracture interpretation skills.
PREREQUISITE
"ASICÏUNDERSTANDINGÏOFÏIMAGEÏTOOLSÏ
APPLICATIONSÏANDÏSEDIMENTOLOGYÏANDÏ
STRUCTURALÏGEOLOGY
PREREQUISITE
Basic understanding of geological
CONCEPTSÏANDÏRESERVOIRÏCHARACTERIZATION
Software
Technical courses that use software
NExT Catalog-2014(21.5x27.5).indd 87
Includes practical sessions
Field trips
Uses simulation
| 87
12/22/13 2:49 AM
PETROPHYSICS
Intermediate Production
Logging and Reservoir
Monitoring
MWD and LWD Tool
Physics and Applications
Skill – 5 Days
Skill – 5 Days
4HISÏCOURSEÏPROVIDESÏATTENDEESÏWITHÏ
INDEPTHÏINSTRUCTIONÏONÏCASEDÏHOLEÏ
LOGGINGÏTOOLÏPHYSICSÏINTERPRETATIONÏANDÏ
1#ÏTECHNIQUESÏFORÏWELLBORESPECIlCÏ
PRODUCTIONÏLOGGINGÏANDÏRESERVOIRÏ
MONITORINGÏSCENARIOSÏ!TTENDEESÏLEARNÏ
how and when to use these tools to
MEETÏLOGGINGÏOBJECTIVESÏANDÏQUICKLOOKÏ
TECHNIQUESÏFORÏIDENTIFYINGÏLOGÏ1#Ï
PROBLEMSÏ5SINGÏHANDSONÏEXAMPLESÏTHEÏ
ATTENDEESÏLEARNÏTOÏINTERPRETÏBEHIND
CASINGÏRESISTIVITYÏDATAÏANDÏMEASUREÏ
THREEPHASEÏmOWÏUSINGÏPRODUCTIONÏLOGS
4HISÏCOURSEÏCOVERSÏTHEÏBASICSÏOFÏ
MEASUREMENTÏWHILEÏDRILLINGÏ-7$Ï
ANDÏ,7$Ï4HEÏBASICSÏINCLUDEÏSIGNALÏ
PROCESSINGÏANDÏTOOLÏCOMBINATIONSÏ
-7$ÏDATAÏACQUISITIONÏ,7$Ï
TOOLÏPHYSICSÏANDÏAPPLICATIONSÏFORÏ
integrated log data acquisition that
INCLUDESÏNEUTRONÏSPECTROSCOPYÏ3IGMAÏ
CAPTUREÏCROSSÏSECTIONÏRESISTIVITIESÏ
DENSITYPHOTOELECTRICÏCROSSÏSECTIONÏ
'2ÏANDÏBOREHOLEÏCALIPERÏIMAGINGÏ4HEÏ
NEWTECHNOLOGYÏSOURCELESSÏNEUTRONÏ
ANDÏDENSITYÏDATAÏACQUISITIONÏ,7$Ï
ACOUSTICÏMEASUREMENTSÏ,7$ÏSEISMICÏ
MEASUREMENTSÏ,7$ÏFORMATIONÏPRESSUREÏ
ANDÏFORMATIONÏMOBILITYÏWHILEÏDRILLINGÏ
,7$Ï.-2ÏWHILEÏDRILLINGÏ,7$ÏLATEROLOGÏ
ANDÏINDUCTIONÏRESISTIVITYÏMEASUREMENTSÏ
,7$ÏBOREHOLEÏIMAGINGÏ,7$ÏGEOSTEERINGÏ
TOOLÏPHYSICSÏANDÏAPPLICATIONSÏAREÏALSOÏ
presented.
COURSE CONTENT
Q
)NmOWÏPERFORMANCEÏANDÏPRODUCTIVITYÏ
INDEXÏFORÏOILÏWELLSÏANDÏGASÏWELLS
Q
/UTmOWÏPERFORMANCEÏ-ATCHINGÏ
INmOWÏWITHÏOUTmOWÏTOÏOPTIMIZEÏ
PRODUCTIVITY
Q
&LOWÏREGIMESÏINÏVERTICALÏDEVIATEDÏ
ANDÏHORIZONTALÏWELLS
Q
4HREEPHASEÏHOLDUPSÏFROMÏELECTRICALÏ
and optical sensors
Q
Q
0RODUCTIONÏLOGGINGÏINÏHORIZONTALÏWELLS
Q
0ULSEDÏNEUTRONÏLOGÏPHYSICSÏCAPTUREÏ
CROSSÏSECTIONÏANDÏCARBONOXYGENÏ
logging
Q
#ASEDÏHOLEÏFORMATIONÏRESISTIVITYÏDATA
7ORKSHOPSÏ#APTUREÏMODEÏFORÏ
EVALUATINGÏWATERÏANDÏGASÏSATURATIONÏ
)NTERPRETINGÏBEHINDCASINGÏRESISTIVITYÏ
LOGSÏTHREEPHASEÏmOW
0ETROPHYSICISTSÏANDÏENGINEERSÏ
responsible for wellbore diagnostics or
RESERVOIRÏMONITORINGÏWHOÏWANTÏAÏDETAILEDÏ
understanding of cased hole logging
tools.
PREREQUISITE
"ASICÏ0RODUCTIONÏ,OGGINGÏANDÏ2ESERVOIRÏ
-ONITORINGÏCOURSEÏORÏMOREÏTHANÏÏYEARÏ
OFÏEXPERIENCEÏWITHÏAPPLIEDÏCASEDÏHOLEÏ
logging.
-7$,7$ÏPRINCIPLESÏANDÏDATAÏ
TRANSMISSION
Skill – 5 Days
4HISÏCOURSEÏCOVERSÏOPENHOLEÏCASEDÏ
hole, and production logging tools
and their applications. Attendees will
learn openhole logging tool principles,
interpretation of log data using quicklook
techniques, and how to interpret data
FROMÏCOMPLEXÏSHALEÏBEARINGÏFORMATIONSÏ
Instruction includes cased hole logging
APPLIEDÏTOÏRESERVOIRÏMONITORINGÏPROBLEMSÏ
HOWÏTOÏEVALUATEÏPRODUCTIONÏPROBLEMSÏ
ANDÏTWOÏANDÏTHREEPHASEÏmOWÏRATESÏ
USINGÏPRODUCTIONÏLOGGINGÏTOOLSÏINÏVERTICALÏ
DEVIATEDÏORÏHORIZONTALÏWELLSÏ4HEÏ
ATTENDEESÏWILLÏUSEÏACTUALÏlELDÏLOGÏDATAÏ
INÏEXERCISESÏTOÏLEARNÏTHESEÏTECHNIQUESÏ
INCLUDINGÏLOGÏQUALITYÏCONTROLÏWORKmOWS
4HISÏCOURSEÏCOVERSÏTHEÏPHYSICSÏOFÏALLÏ
OFÏTHEÏAVAILABLEÏADVANCEDÏIMAGINGÏ
logging tools. Included is the concept
OFÏTHEÏFORWARDÏMODELINGÏANDÏINVERSIONÏ
7&4ÏTOOLÏTHEÏWIDEÏAPPLICATIONSÏ
tool hardware, and applications in
LOWPERMEABILITYÏZONESÏUSINGÏSTRADDLEÏ
PACKERSÏ4HEÏ0RESSUREÏ'RADIENTÏ!NALYSISÏ
3AMPLINGÏ/PTICALÏ3PECTROSCOPYÏPROVIDESÏ
HYDROCARBONÏCOMPOSITIONÏINFORMATIONÏ
.EWÏDEVELOPMENTSÏINÏ,7$ÏTOOLSÏ
include sourceless logging to obtain
DENSITYÏ0EÏNEUTRONÏPOROSITYÏANDÏ
RESSUREÏMEASUREMENTSÏWHILEÏLOGGINGÏ
.EUTRONÏLOGGINGÏNUCLEARÏPHYSICSÏOFÏ
NEUTRONÏINTERACTIONÏWITHÏTHEÏFORMATIONÏ
ADVANCESÏINÏNEUTRONÏLOGGINGÏRESERVOIRÏ
MONITORINGÏUSINGÏCARBONOXYGENÏ
TOOLSÏBOREHOLEÏIMAGINGÏFORÏGEOLOGICALÏ
MODELINGÏSTRUCTURALÏANDÏSTRATIGRAPHICÏ
FEATURESÏFRACTUREÏEVALUATIONSÏ
USINGÏMICRORESISTIVITIESÏULTRASONICÏ
IMAGINGÏ#ROSS7ELLÏ%LECTROMAGNETICÏ
)MAGINGÏ3CANNERÏ&AMILYÏOFÏRADIALÏANDÏ
CIRCUMFERENTIALÏIMAGINGÏ4HISÏCOURSEÏALSOÏ
COVERSÏ$IELECTRICÏ3CANNERÏLOGGINGÏ.-2Ï
3CANNERÏ)MAGINGÏ2ESISTIVITYÏSCANNERÏTOÏ
GIVEÏVERTICALÏRESISTIVITYÏ2VÏANDÏHORIZONTALÏ
RESISTIVITYÏ2HÏANDÏ!COUSTICÏ3CANNERÏ
&ORMATIONÏ2ESISTIVITYÏMEASUREMENTSÏ
behind the casing.
COURSE CONTENT
Q
Basics of logging
Q
2ESERVOIRÏROCKÏANDÏmUIDÏPROPERTIES
3OURCELESSÏDENSITYÏANDÏNEUTRONÏ
logging
Q
!COUSTICÏANDÏSEISMICÏMEASUREMENTS
Q
&ORMATIONÏPRESSURE
Q
-AGNETICÏRESONANCEÏIMAGING
Q
,ATEROLOGÏANDÏINDUCTIONÏRESISTIVITYÏ
MEASUREMENTS
Q
,7$ÏBOREHOLEÏIMAGINGÏ'EO3TEERINGÏ
PHYSICSÏANDÏAPPLICATIONS
#ASEDÏHOLEÏEVALUATIONS
Q
7ELLÏINTEGRITYÏ#",VARIABLEÏDENSITYÏ
LOGÏULTRASONICÏSLIMÏCEMENTÏMAPPINGÏ
TOOLÏ)SOLATIONÏ3CANNER
ÏCEMENTÏ
EVALUATIONÏSERVICE
Q
#ASINGÏCORROSIONÏPRINCIPLESÏ
5LTRASONICÏMULTIlNGERÏCALIPERSÏ
ELECTROMAGNETICÏ%44
Q
2ESERVOIRÏMONITORINGÏ)NELASTICÏ
CAPTUREÏCARBONOXYGENÏRATIOSÏ
pulsed neutron capture tools, cased
HOLEÏFORMATIONÏRESISTIVITY
Q
"OREHOLEÏIMAGINGÏASÏANÏAIDEÏFORÏ
GeoSteering
Q
AUDIENCE
4HISÏISÏANÏOPPORTUNITYÏFORÏTECHNICALÏ
PERSONNELÏINÏALLÏlELDSÏIRRESPECTIVEÏOFÏ
THEIRÏEXPERIENCEÏTOÏHAVEÏAÏFULLÏANDÏWIDEÏ
EXPOSUREÏTOÏTHEÏVARIOUSÏNEWÏTECHNOLOGIESÏ
OFÏ-7$ÏANDÏ,7$
PREREQUISITE
None
Openhole logging tool principles and
TYPESÏANDÏINTERPRETATIONÏTECHNIQUES
Q
Integrated log data
Q
Q
AUDIENCE
Skill – 5 Days
COURSE CONTENT
Q
Q
Tool Physics of HighTechnology Imaging and
Logging Tools
Q
4ECHNIQUESÏFORÏMEASURINGÏINDIVIDUALÏ
mUIDÏVELOCITIESÏOFÏOILÏWATERÏANDÏGASÏ
Q
NEW
Openhole and Cased Hole
Data Acquisition and
Interpretation
0RODUCTIONÏLOGGINGÏPRINCIPLESÏANDÏ
TOOLSÏ/PTICALÏANDÏELECTRICÏSENSORSÏ
mOWMETERSÏ&LO3CANÏ)MAGER
%STIMATINGÏmUIDÏHOLDUPÏTWOÏANDÏ
THREEPHASEÏmOWÏESTIMATION
COURSE CONTENT
Q
&ORWARDÏMODELINGÏANDÏINVERSION
Q
7&4
Q
/PTICALÏSPECTROSCOPYÏ
Q
.EWÏDEVELOPMENTSÏINÏ,7$
Q
Neutron logging
Q
"OREHOLEÏIMAGINGÏ
Q
3CANNERÏFAMILYÏOFÏRADIALÏANDÏ
CIRCUMFERENTIALÏIMAGINGÏ
Q
2ESISTIVITYÏSCANNERÏANDÏACOUSTICÏ
scanner
Q
&ORMATIONÏRESISTIVITYÏMEASUREMENTSÏ
behind the casing
AUDIENCE
0ETROPHYSICISTSÏGEOSCIENTISTSÏORÏ
engineers.
PREREQUISITE
!ÏYEARÏTECHNICALÏDEGREEÏANDÏANÏ
understanding of well operations.
NEW
AUDIENCE
3UITABLEÏFORÏEXPERIENCEDÏENGINEERSÏINÏALLÏ
TECHNICALÏAREASÏOFÏTHEÏOILÏANDÏGASÏINDUSTRYÏ
who need a solid base to be up to date
and understand the applications of this
TECHNOLOGY
PREREQUISITE
None
88 |
NExT Catalog-2014(21.5x27.5).indd 88
Visit NExTtraining.net/classes for the latest calendar or to register for a course.
12/22/13 2:49 AM
PETROPHYSICS
Advanced Formation Evaluation in Carbonates,
Clastics, and Basement Rock
Advanced Formation Evaluation in Carbonates
NEW
Advanced – 5 Days
4HISÏCOURSEÏINCLUDESÏTHEÏGEOLOGYÏOFÏ
carbonates and the principles and
EFFECTSÏOFÏDOLOMITIZATIONÏ4HEÏPHYSICSÏ
ANDÏAPPLICATIONSÏOFÏAÏSELECTÏNUMBERÏOFÏ
logging tools with special applications
for carbonate interpretations will
INCLUDEÏ.-2ÏIMAGINGÏ-2Ï3CANNER
Ï
EXPERTÏMAGNETICÏRESONANCEÏSERVICEÏANDÏ
THEÏ!COUSTICÏ3CANNERÏIMAGINGÏSERVICEÏ
TOÏQUANTIFYÏVUGSÏANDÏFRACTURESÏ.EWÏ
DEVELOPMENTSÏINÏWIRELINEÏANDÏ,7$Ï
NEUTRONÏLOGGINGÏTOÏPROVIDEÏBOTHÏLITHOLOGYÏ
ANDÏSIGMAÏCAPTUREÏCROSSÏSECTIONÏ
MEASUREMENTSÏWILLÏBEÏDISCUSSEDÏ/THERÏ
SERVICESÏTHATÏWILLÏDISCUSSEDÏINCLUDEÏ
DIELECTRICÏMEASUREMENTSÏTOÏASSISTÏINÏ
OBTAININGÏMÏANDÏNÏUSINGÏTHEÏSTANDARDÏ
DIELECTRICÏANDÏTHEÏ$IELECTRICÏ3CANNER
Ï
MULTIFREQUENCYÏDIELECTRICÏDISPERSIONÏ
SERVICEÏ4HEÏLOGÏINTERPRETATIONÏINÏ
carbonates portion of the course will
COVERÏTHEÏFOLLOWINGÏ6ARIABLEÏMÏANDÏTHEÏ
FORMATIONÏFACTORÏWETTABILITYÏANDÏVARIABLEÏ
NÏFROMÏLOGÏEFFECTSÏOFÏVUGSÏANDÏFRACTURESÏ
DUALÏPOROSITYÏMACROPOROSITYÏANDÏ
MICROPOROSITYÏFORÏQUANTITATIVEÏEVALUATIONÏ
OFÏTHEÏDUALÏPOROSITYÏINÏCARBONATESÏ!Ï
new approach for interpretations in
carbonates without the use of the Archie
%QUATIONÏWILLÏALSOÏBEÏCOVEREDÏ4HEÏPOREÏ
GEOMETRYÏANDÏmOWÏUNITSÏCOURSEÏSECTIONÏ
COVERSÏCAPILLARYÏPRESSUREÏMEASUREMENTSÏ
ANDÏCAPILLARYÏPRESSUREÏOBTAINEDÏFROMÏ
.-2Ï*FACTORÏAPPLICATIONSÏ&LOWÏUNITSÏ
APPLYÏMODIlEDÏ,ORENZÏPRINCIPLEÏFORÏ
PETROROCKÏTYPING
Software
COURSE CONTENT
Q
#ARBONATEÏGEOLOGYÏANDÏDEPOSITION
Q
.UCLEARÏMAGNETICÏRESONANCEÏANDÏ
.-23CANNER
Q
!COUSTICÏMEASUREMENTSÏANDÏTHEÏ
acoustic scanner
Q
"OREHOLEÏIMAGINGÏ
Q
0HYSICSÏOFÏNEUTRONÏLOGGINGÏANDÏ
dielectric logging
Q
6ARIABLEMÏANDÏTHEÏFORMATIONÏFACTORÏ
applications
Q
7ETTABILITYÏANDÏTHEÏVARIABLEN
Q
%FFECTÏOFÏVUGSÏANDÏFRACTURESÏONÏ
RESISTIVITYÏMEASUREMENTS
Q
1UANTITATIVEÏEVALUATIONÏOFÏTHEÏDUALÏ
POROSITYÏINÏCARBONATES
Q
0ERMEABILITYÏESTIMATIONSÏ
Q
#ONNECTIVITYÏ4HEORY
Q
&LOWÏ5NITSÏANDÏTHEÏ,ORENZÏPLOTS
Q
#APILLARYÏ0RESSUREÏFROMÏCOREÏANALYSISÏ
ANDÏ.-2Ï4ÏCONVERSION
Q
4HEÏ*&UNCTION
Q
2OCKÏTYPESÏ7INLANDÏANDÏTHEÏ!$./#Ï
function
AUDIENCE
%XTREMELYÏUSEFULÏTOÏPETROPHYSICISTSÏ
RESERVOIRÏENGINEERSÏANDÏGEOLOGISTSÏ
WORKINGÏINÏCARBONATEÏRESERVOIRÏ
ENVIRONMENTS
4HISÏCOURSEÏINCLUDESÏGEOLOGYÏOFÏ
CARBONATESÏANDÏCLASTICSÏCOREÏANALYSISÏTOÏ
OBTAINÏPOROSITYÏANDÏPERMEABILITYÏSHALEÏ
ANALYSISÏINÏWHICHÏELEMENTALÏCAPTUREÏ
SPECTROSCOPYÏPROVIDESÏEVALUATIONSÏ
OFÏLITHOLOGYÏSHALEÏVOLUMEÏDISPERSEDÏ
ANDÏLAMINATEDÏSHALESÏANDÏDElNITIONÏ
ANDÏMEASUREMENTÏOFÏTHEÏ#%#Ï4"ÏANDÏ
,20ÏZONESÏAREÏEVALUATEDÏUSINGÏVARIOUSÏ
TECHNIQUESÏINCLUDINGÏBOREHOLEÏIMAGINGÏ
NMR, and Rt Scanner. This course also
COVERSÏLOGÏINTERPRETATIONSÏINÏCLASTICSÏ
INCLUDINGÏTHEÏVARIOUSÏSHALYSANDÏ
EQUATIONSÏBOTHÏTHEÏEMPIRICALÏVERSIONSÏ
EGÏ)NDONESIAÏ.IGERIAÏETCÏANDÏTHEÏ
EXCESSÏCONDUCTIVITYÏEQUATIONSÏEGÏ
7AXMAN3MITSÏ$UALÏ7ATERÏETCÏ
0ERMEABILITYÏESTIMATIONSÏINÏCLASTICSÏ
RESERVOIRSÏANDÏGEOLOGYÏANDÏPETROPHYSICSÏ
OFÏBASEMENTÏROCKÏWILLÏBEÏPRESENTEDÏ,OGÏ
INTERPRETATIONSÏINÏCARBONATESÏCOVERSÏ
THEÏFOLLOWINGÏTOPICSÏVARIABLEMÏANDÏTHEÏ
FORMATIONÏFACTORÏWETTABILITYÏANDÏVARIABLEÏ
NÏFROMÏTHEÏEFFECTSÏOFÏVUGSÏANDÏFRACTURESÏ
-ACROÏANDÏMICROPOROSITYÏPERMEABILITYÏ
ESTIMATIONSÏINÏCARBONATESÏWILLÏBEÏ
DISCUSSEDÏASÏWELLÏASÏPOREÏGEOMETRYÏ
ANDÏmOWÏUNITSÏCAPILLARYÏPRESSUREÏ
MEASUREMENTSÏANDÏCAPILLARYÏPRESSUREÏ
OBTAINEDÏFROMÏ.-2Ï*&ACTORÏAPPLICATIONSÏ
ANDÏmOWÏUNITSÏBYÏAPPLYINGÏTHEÏMODIlEDÏ
,ORENZÏPRINCIPLEÏFORÏPETROROCKÏTYPING
Q
4"ÏEVALUATIONSÏANDÏLOWRESISTIVITYÏ
PAYÏZONES
Q
7ATERÏSATURATIONÏCOMPUTATIONSÏ
Q
%MPIRICALÏSHALYÏSANDÏEQUATIONS
Q
%XCESSÏCONDUCTIVITYÏEQUATIONS
Q
0ERMEABILITYÏESTIMATIONSÏINÏCLASTICS
Q
,OGÏEVALUATIONSÏINÏCARBONATES
Q
6ARIABLEÏMÏANDÏN
Q
&ORMATIONÏFACTORÏAPPLICATIONS
Q
-ICROPOROSITY
Q
0ERMEABILITYÏESTIMATIONSÏINÏ
carbonates
Q
'EOLOGYÏANDÏPETROPHYSICSÏOFÏ
BASEMENTÏROCKÏ
Q
Concept of probabilistic
INTERPRETATIONSÏEGÏ%,!.0LUS
Ï
ADVANCEDÏMULTIMINERALÏLOGÏANALYSISÏ
ANDÏ4ECHLOGÏPLATFORMÏSOFTWARE
Q
&LOWÏUNITSÏUSINGÏMODIlEDÏ,ORENZÏPLOT
Q
2OCKPOREÏTYPE
AUDIENCE
Suitable for all geoscientists and
ENGINEERSÏWHOÏWILLÏBENEFITÏGREATLYÏ
FROMÏEXPOSUREÏTOÏADVANCEDÏKNOWLEDGEÏ
ANDÏEXPERTISEÏINÏFORMATIONÏEVALUATIONSÏ
INÏCARBONATESÏCLASTICSÏANDÏBASEMENTÏ
rock.
COURSE CONTENT
Q
'EOLOGYÏOFÏCARBONATESÏANDÏ
sandstones
PREREQUISITE
Q
#OREÏANALYSISÏ
None
Q
3HALEÏANALYSISÏ
Q
,AMINATEDÏANDÏDISPERSEDÏSHALE
Q
#%#ÏFROMÏCORESÏANDÏLOGS
Technical courses that use software
NExT Catalog-2014(21.5x27.5).indd 89
NEW
Advanced – 5 Days
Includes practical sessions
Field trips
Uses simulation
PREREQUISITE
None
| 89
12/22/13 2:49 AM
PETROPHYSICS
Advanced Formation Evaluation in Sandstones
NEW
Advanced – 5 Days
4HISÏCOURSEÏINCLUDESÏGEOLOGYÏOFÏCLASTICSÏ
RESERVOIRSÏANDÏTECTONICÏACTIVITIESÏ'2Ï
ANDÏ30ÏTOOLÏPHYSICSÏANDÏAPPLICATIONSÏ
INÏESTIMATINGÏCLAYÏVOLUMEÏCLAYÏTYPEÏ
ANDÏFORMATIONÏWATERÏSALINITIESÏWILLÏBEÏ
presented. In the area of acoustics,
TOOLÏPHYSICSÏANDÏAPPLICATIONSÏFORÏROCKÏ
MECHANICSÏWELLÏBOREÏSTABILITYÏANDÏ
SANDSTONEÏCOMPACTIONÏINÏADDITIONÏTOÏ
applications of acoustics for predicting
HIGHPRESSUREÏZONESÏ4HEÏPHYSICSÏANDÏ
APPLICATIONSÏOFÏTHEÏ3ONICÏ3CANNER
Ï
ACOUSTICÏSCANNINGÏPLATFORMÏAREÏPRESENTEDÏ
FORÏEVALUATINGÏANISOTROPYÏ.UCLEARÏ
LOGÏDATAÏANDÏTOOLSÏINCLUDEÏDENSITYÏ
PHOTOELECTRICÏANDÏNEUTRONÏTOOLSÏTHEORYÏ
ANDÏAPPLICATIONSÏTOÏCLASTICSÏRESERVOIRÏ
$ETAILEDÏAPPLICATIONSÏOFÏTHEÏDENSITY
NEUTRONÏINCLUDEÏCROSSPLOTÏFORÏESTIMATINGÏ
THEÏVOLUMEÏOFÏCLAYÏ6CLÏ6SHÏANDÏTHEÏ
TRENDSÏINÏSILTÏLAMINATEDÏSHALEÏANDÏ
DISPERSEDÏSHALEÏ#OREÏANALYSISÏISÏUSEDÏTOÏ
OBTAINÏPOROSITYÏANDÏPERMEABILITYÏ3HALEÏ
ANALYSISÏISÏPERFORMEDÏUSINGÏELEMENTALÏ
CAPTUREÏSPECTROSCOPYÏTOÏPROVIDEÏ
EVALUATIONSÏOFÏLITHOLOGYÏANDÏSHALEÏVOLUMEÏ
INÏADDITIONÏTOÏDISPERSEDÏANDÏLAMINATEDÏ
SHALESÏ#%#ÏANDÏITSÏAPPLICATIONSÏINÏTHEÏ
7AXMAN3MITSÏEQUATIONÏDETAILEDÏ
DERIVATIONÏOFÏTHEÏDUALWATERÏEQUATIONÏ
ANDÏCOMPARISONÏWITHÏTHEÏ7AXMAN3MITSÏ
ANDÏMODIlEDÏ7AXMAN3MITSÏEQUATIONSÏ
are presented. Log interpretation in
CLASTICSÏISÏCOVEREDÏBYÏPRESENTINGÏTHEÏ
DERIVATIONÏANDÏAPPLICATIONSÏOFÏTHEÏVARIOUSÏ
SHALYÏSANDÏEQUATIONSÏBOTHÏTHEÏEMPIRICALÏ
VERSIONSÏEGÏ)NDONESIAÏ.IGERIAÏETCÏ
ANDÏTHEÏEXCESSÏCONDUCTIVITYÏEQUATIONSÏ
EGÏ7AXMAN3MITSÏDUALWATERÏETC
0ERMEABILITYÏESTIMATIONSÏINÏCLASTICSÏ
RESERVOIRSÏINCLUDEÏPOREÏGEOMETRYÏANDÏ
mOWÏUNITSÏINÏADDITIONÏTOÏCAPILLARYÏPRESSUREÏ
MEASUREMENTSÏANDÏCAPILLARYÏPRESSUREÏ
OBTAINEDÏFROMÏ.-2Ï*&ACTORÏAPPLICATIONSÏ
ANDÏmOWÏUNITSÏBYÏAPPLYINGÏTHEÏMODIlEDÏ
,ORENZÏPRINCIPLEÏTOÏPETROROCKÏTYPINGÏ
90 |
NExT Catalog-2014(21.5x27.5).indd 90
Advanced Production Logging
COURSE CONTENT
Q
'EOLOGYÏOFÏCLASTICSÏRESERVOIRS
Q
'AMMAÏRAYÏANDÏSPONTANEOUSÏ
potential logs
Q
#OREÏANALYSISÏTOÏOBTAINÏPOROSITYÏANDÏ
PERMEABILITY
Q
$ETERMINEÏEFFECTIVEÏPOROSITYÏSHALEÏ
VOLUMEÏANDÏTOTALÏPOROSITY
Q
$ETERMINEÏSANDÏCOMPACTIONÏANDÏ
MECHANICALÏPROPERTIES
Q
3HALEÏANALYSIS
Q
#%#ÏANALYSIS
Q
%VALUATIONSÏOFÏDISPERSEDÏANDÏ
LAMINATEDÏSHALEÏ
Q
3HALYÏSANDÏEQUATIONSÏ
Q
2OCKÏPOREÏTYPEÏANDÏmOWÏUNITS
Q
#APILLARYÏPRESSUREÏANALYSIS
Q
2OCKÏPOREÏTYPEÏINÏCLEANÏSANDS
Q
&LOWÏUNITSÏANDÏTHEÏUSEÏOFÏTHEÏ,ORENZÏ
plot
AUDIENCE
Suitable for all geoscientists and
ENGINEERSÏWHOÏWILLÏBENElTÏGREATLYÏFROMÏ
EXPOSUREÏTOÏADVANCEDÏKNOWLEDGEÏANDÏ
EXPERTISEÏINÏFORMATIONÏEVALUATIONSÏINÏ
clastics.
PREREQUISITE
None
Advanced – 5 Days
4HISÏISÏAÏDAYÏCOURSEÏFORÏATTENDEESÏWITHÏ
AÏSOLIDÏBACKGROUNDÏANDÏSOMEÏEXPERIENCEÏ
in production logging. The attendees
SHOULDÏHAVEÏATTENDEDÏTHEÏ#ASEDÏ(OLEÏ
0RODUCTIONÏ,OGGINGÏANDÏ2ESERVOIRÏ
Monitoring Course. This course will focus
ONÏEXTENDINGÏTHEÏLEVELÏOFÏTHEÏEARLIERÏCASEDÏ
HOLEÏCOURSEÏTHROUGHÏINDEPTHÏEVALUATIONSÏ
OFÏÏANDÏPHASEÏmOWÏINÏTUBULARSÏINÏ
WORKSHOPÏENVIRONMENTSÏTOÏALLEVIATEÏ
THEÏLEVELÏOFÏEXPOSUREÏTOÏADVANCEDÏANDÏ
MOREÏCOMPLEXÏPRODUCTIONÏSYSTEMSÏ,OCALÏ
EXAMPLESÏWILLÏBEÏREVIEWEDÏANDÏUSEDÏASÏ
a working basis for such a session. The
COURSEÏWILLÏALSOÏREVIEWÏTHEÏVARIOUSÏTYPESÏ
OFÏRESERVOIRÏmUIDSÏANDÏWILLÏINVESTIGATEÏINÏ
DETAILÏNEARWELLBOREÏFORMATIONÏDAMAGEÏ
ANDÏTHEÏCONCEPTÏOFÏPOSITIVEÏANDÏNEGATIVEÏ
SKINÏ4HISÏINVESTIGATIONÏISÏINTENDEDÏTOÏ
HELPÏANALYZEÏTHEÏPRODUCTIVITYÏINDEXÏ0)ÏOFÏ
EACHÏZONEÏINÏCOMMINGLEDÏPRODUCTIONÏANDÏ
ANALYZEÏUNDERPERFORMINGÏWELLSÏ2ESERVOIRÏ
SATURATIONÏMONITORINGÏWILLÏBEÏPRESENTEDÏ
INÏINDEPTHÏDETAILSÏWITHÏANÏEMPHASISÏ
on the principles of the tools and their
MEASUREMENTÏACCURACIESÏ#ARBON
OXYGENÏRATIOÏCALIBRATIONSÏWILLÏALSOÏBEÏ
ANALYZEDÏINÏDETAILÏANDÏANÏINTERPRETATIONÏ
WORKSHOPÏWILLÏALSOÏBEÏGIVENÏUSINGÏLOCALÏ
EXAMPLESÏ4HEÏCOURSEÏWILLÏHIGHLIGHTÏ
the applications of this technique in
ESTIMATINGÏWATERÏSATURATIONSÏBEHINDÏTHEÏ
CASINGÏANDÏTHEÏSALINITYÏOFÏINVADINGÏWATERÏ
"EHINDCASINGÏFORMATIONÏRESISTIVITYÏWILLÏ
ALSOÏBEÏREVIEWEDÏINÏDETAILÏANDÏTHEÏRESULTSÏ
COMPAREDÏWITHÏTHEÏCARBONOXYGENÏRATIOÏ
and pulsed neutron logging applications.
#ASEDÏHOLEÏFORMATIONÏEVALUATIONÏWILLÏ
also be presented and will include a
REVIEWÏOFÏTECHNIQUESÏFORÏSAMPLINGÏANDÏFORÏ
MEASURINGÏPRESSUREÏBEHINDÏTHEÏCASINGÏ
COURSE CONTENT
Q
2ESERVOIRÏmUIDS
Q
&ORMATIONÏDAMAGE
Q
!DVANCEDÏPRODUCTIONÏLOGÏ
interpretations
Q
-EASURINGÏmUIDÏVELOCITIES
Q
-EASURINGÏHOLDUPS
Q
#LASSICALÏEXAMPLESÏOFÏÏANDÏPHASEÏ
mOWÏDOMAINS
Q
!DVANCEDÏPRODUCTIONÏLOGÏ
interpretation workshop
Q
3ATURATIONÏMONITORINGÏANDÏWATERÏ
salinities
Q
3ATURATIONÏMONITORINGÏWORKSHOP
Q
#ASEDÏHOLEÏFORMATIONÏTESTER
Q
6ISITÏANÏOPERATIONÏBASEÏANDORÏTHEÏ
training centre
AUDIENCE
0RODUCTIONÏANDÏRESERVOIRÏENGINEERSÏANDÏ
PRODUCTIONÏTECHNOLOGISTSÏWHOÏHAVEÏTOÏ
WORKÏONÏRESERVOIRS
PREREQUISITE
!VERAGEÏLEVELÏOFÏEXPERIENCEÏINÏTHEÏUSEÏOFÏ
cased hole log interpretations.
Visit NExTtraining.net/classes for the latest calendar or to register for a course.
12/22/13 2:49 AM
PETROPHYSICS
Applied Production Logging
and Reservoir Monitoring
Applied Reservoir
Petrophysics and
Characterization
Production Logging
Solutions Workshop
Reservoir Monitoring
Solutions Workshop
Advanced – 5 Days
Advanced – 7 Days
Advanced – 5 Days
Advanced – 5 Days
%NCOMPASSINGÏADVANCEDÏTECHNIQUESÏ
FORÏPRODUCTIONÏLOGGINGÏANDÏRESERVOIRÏ
MONITORINGÏTHISÏCOURSEÏTEACHESÏATTENDEESÏ
THEÏDESIGNÏOFÏAÏDATAACQUISITIONÏPROGRAMÏ
FORÏEVALUATIONÏOFÏWELLBOREÏORÏRESERVOIRÏ
BEHAVIORÏBASEDÏONÏlELDÏDEVELOPMENTÏ
OBJECTIVESÏ(ANDSONÏEXAMPLESÏ
DEMONSTRATEÏINDEPTHÏLOGÏINTERPRETATIONÏ
TECHNIQUESÏFORÏRESISTIVITYÏMEASUREMENTSÏ
ACQUIREDÏBEHINDÏCASINGÏTHREEPHASEÏmOWÏ
INÏHORIZONTALÏWELLSÏANDÏmUIDÏSATURATIONSÏ
Attendees will learn quicklook techniques
FORÏLOGÏQUALITYÏCONTROLÏASÏWELLÏASÏHOWÏTOÏ
PLANÏANDÏINTEGRATEÏMULTISOURCEÏDATAÏFORÏAÏ
MOREÏCOMPLETEÏEVALUATION
4HROUGHÏDYNAMICÏMODELINGÏATTENDEESÏ
GAINÏANÏADVANCEDÏUNDERSTANDINGÏOFÏ
APPLIEDÏRESERVOIRÏPETROPHYSICSÏANDÏ
CHARACTERIZATIONÏUSINGÏINTEGRATIONÏOFÏ
data at the pore scale. The attendees
WILLÏLEARNÏHOWÏTOÏEXPLOITÏINTERPRETATIONÏ
TECHNIQUESÏTOÏSPOTÏEXPLORATIONÏ
OPPORTUNITIESÏSUCHÏASÏBYPASSEDÏPAYÏ
ANDÏNEWÏRESOURCESÏINÏEXISTINGÏlELDSÏ
INÏADDITIONÏTOÏLEARNINGÏHOWÏTOÏIMPROVEÏ
DYNAMICÏSIMULATIONÏMODELINGÏTHROUGHÏ
INTEGRATIONÏOFÏPETROPHYSICALÏDATAÏ
!TTENDEESÏSTUDYÏADVANCEDÏPERMEABILITYÏ
ANDÏCAPILLARYÏSATURATIONÏMODELSÏANDÏ
CONSTRUCTÏAÏWELLBOREÏNUMERICALÏSIMULATIONÏ
BASEDÏONÏFACIESÏPETROPHYSICALÏROCKÏTYPESÏ
ANDÏ.%X4Ï1UICK3CANBASEDÏmOWÏUNITS
4HISÏIMMERSIVEÏWORKSHOPÏTEACHESÏTHEÏ
ATTENDEESÏHOWÏTOÏINTERPRETÏDIFlCULTÏ
product logging scenarios and to
DIAGNOSEÏPRODUCTIONÏBEHAVIORSÏNOTÏ
included in classical interpretation
TECHNIQUESÏ4HROUGHÏAÏHANDSONÏ
INTERACTIVEÏWORKSHOPÏUSINGÏYOURÏDATAÏ
ANDÏPROBLEMSÏATTENDEESÏLEARNÏHOWÏTOÏ
ADJUSTÏTHEIRÏINTERPRETATIONÏTECHNIQUESÏFORÏ
MECHANICALÏORÏmUIDSPECIlCÏPHENOMENAÏ
Attendees are encouraged to bring
DIFlCULTÏLOGÏEXAMPLESÏFORÏINCLASSÏ
discussion and interpretation.
4HISÏIMMERSIVEÏWORKSHOPÏTEACHESÏ
ATTENDEESÏHOWÏTOÏINTERPRETÏDIFlCULTÏ
RESERVOIRÏMONITORINGÏSCENARIOSÏANDÏ
TOÏDIAGNOSEÏRESERVOIRÏBEHAVIORSÏNOTÏ
included in classical interpretations.
&OCUSEDÏONÏRESERVOIRÏMONITORINGÏLOGGINGÏ
TECHNIQUESÏTHISÏCOURSEÏPROVIDESÏ
ATTENDEESÏWITHÏSPECIlCÏSTRATEGIESÏFORÏ
their use and interpretation. Through a
HANDSONÏINTERACTIVEÏWORKSHOPÏUSINGÏ
YOURÏDATAÏANDÏPROBLEMSÏATTENDEESÏ
WILLÏLEARNÏHOWÏTOÏADJUSTÏINTERPRETATIONÏ
TECHNIQUESÏFORÏRESERVOIRÏANDÏlELDÏWIDEÏ
PHENOMENAÏESPECIALLYÏINÏWATERmOODÏ
operations. Attendees are encouraged to
BRINGÏDIFlCULTÏLOGÏEXAMPLESÏFORÏINCLASSÏ
discussion and interpretation.
COURSE CONTENT
Q
Q
Q
)NmOWÏANDÏOUTmOWÏPERFORMANCEÏANDÏ
PRODUCTIVITYÏ
&LOWÏREGIMESÏANDÏSLIPPAGEÏVELOCITIESÏ
INÏVERTICALÏDEVIATEDÏANDÏHORIZONTALÏ
wells
6ARIOUSÏTECHNIQUESÏOFÏMEASURINGÏOFÏ
OILÏWATERÏANDÏGASÏVELOCITY
Q
-EASUREMENTÏOFÏTHREEPHASEÏHOLDUPSÏ
using electrical and optical sensors
Q
3PINNERÏCALIBRATIONSÏINÏVERTICALÏ
DEVIATEDÏANDÏHORIZONTALÏWELLSÏ
Q
Q
Q
Q
Q
Q
COURSE CONTENT
Q
0ETROPHYSICALÏROCKÏTYPES
Q
7ATERÏSATURATIONÏ3WÏANDÏIMPACTÏOFÏ
CAPILLARYÏPRESSUREÏANDÏROCKÏELECTRICALÏ
properties
Q
Q
4HREEPHASEÏPRODUCTIONÏLOGGINGÏINÏ
HORIZONTALÏWELLSÏ
0HYSICSÏOFÏPULSEDÏNEUTRONÏANDÏ
CARBONOXYGENÏLOGGINGÏ
Q
$RAINAGEÏANDÏIMBIBITIONÏRELATIVEÏ
PERMEABILITYÏCURVESÏANDÏTHEIRÏ
RELATIONSHIPÏTOÏWETTABILITY
7ORKSHOPÏ5SEÏOFÏCAPTUREÏANDÏ
CARBONOXYGENÏMODESÏFORÏEVALUATINGÏ
water and gas saturations
7ORKSHOPÏ)NTERPRETINGÏRESISTIVITYÏ
LOGGINGÏMEASUREMENTSÏACQUIREDÏ
behind casing
7ORKSHOPÏ0RODUCTIONÏLOGGINGÏINÏ
HORIZONTALÏWELLSÏWITHÏTHREEPHASEÏ
mOW
AUDIENCE
0ROFESSIONALSÏWITHÏGEOSCIENCEÏ
BACKGROUNDÏANDÏMINIMUMÏOFÏÏYEARSÏOFÏ
EXPOSUREÏTOÏlELDÏPRODUCTION
Q
7ELLBOREÏSIMULATIONÏUSINGÏ
PETROPHYSICALÏROCKÏTYPESÏFACIESÏANDÏ
mOWÏUNIT
Q
2ECOVERYÏFACTORÏSIMULATIONÏBASEDÏONÏ
PETROPHYSICALÏDATA
Q
!PPLICATIONÏOFÏlELDSTUDYÏmOWÏUNITS
AUDIENCE
0ETROPHYSICISTSÏGEOSCIENTISTSÏANDÏ
ENGINEERSÏRESPONSIBLEÏFORÏADVANCEDÏ
RESERVOIRÏCHARACTERIZATIONÏANDÏMODELING
(IGHTECHÏPRODUCTIONÏLOGGINGÏTOOLSÏ
FORÏHORIZONTALÏWELLS
Q
&LOWÏREGIMESÏINÏHORIZONTALÏWELLSÏ
and effects on production log
interpretations
Q
0ERMEABILITYÏPREDICTIONÏANDÏCAPILLARYÏ
SATURATIONÏWORKmOWSÏWITHÏEXAMPLEÏ
MODELÏCONSTRUCTION
(EIGHTÏFUNCTIONÏANDÏ4HOMEERÏ
approaches
Q
Q
#OMPARISONÏOFÏLOGBASEDÏ3WÏ
relationships
Q
0RESSUREÏDATAÏANDÏFORMATIONÏmUIDÏ
SAMPLEÏACQUISITIONÏBEHINDÏCASING
COURSE CONTENT
Spinner calibrations and production
LOGÏINTERPRETATIONSÏINÏHORIZONTALÏWELLS
2ESERVOIRÏmUIDSÏANDÏDRIVEÏ
MECHANISMS
Q
)NmOWÏANDÏOUTmOWÏPERFORMANCE
Q
*USTIlCATIONÏFORÏPRODUCTIONÏLOGGING
Q
Leak detection inside and behind
casing and tubing
Q
4ECHNIQUESÏFORÏESTIMATINGÏTHREE
PHASEÏmUIDÏVELOCITIES
Q
4HREEPHASEÏmUIDÏHOLDUPSÏINÏVERTICALÏ
DEVIATEDÏANDÏHORIZONTALÏWELLS
Q
3LIPPAGEÏVELOCITIESÏINÏVERTICALÏANDÏ
DEVIATEDÏWELLS
AUDIENCE
0ETROPHYSICISTSÏANDÏPRODUCTIONÏENGINEERSÏ
WITHÏEXPERIENCEÏINÏCASEDÏHOLEÏLOGGINGÏANDÏ
log interpretation.
COURSE CONTENT
Q
2ESERVOIRÏmUIDSÏANDÏDRIVEÏ
MECHANISMS
Q
)NmOWÏANDÏOUTmOWÏPERFORMANCE
Q
2ESERVOIRÏMONITORINGÏLOGÏJUSTIlCATION
Q
.UCLEARÏPHYSICSÏOFÏRESERVOIRÏ
MONITORINGÏANDÏ0.,
Q
0.,ÏTOOLSÏ3CHLUMBERGERÏANDÏ
(ALLIBURTONÏTOOLSÏ
Q
0.,ÏCAPTUREÏCROSSSECTIONALÏ
MEASUREMENTSÏANDÏCARBONOXYGENÏ
data
Q
,OGINJECTLOGÏTECHNIQUEÏTOÏESTIMATEÏ
residual oil saturation
Q
&ORMATIONÏRESISTIVITYÏACQUISITIONÏ
BEHINDÏSTEELÏANDÏNONCONDUCTIVEÏ
casing
Q
0RESSUREÏMEASUREMENTSÏANDÏ
SAMPLINGÏBEHINDÏCASING
Q
&IELDÏMAPPINGÏOFÏWATERmOODÏTOÏ
IDENTIFYÏUNSWEPTÏZONES
PREREQUISITE
AUDIENCE
-OREÏTHANÏÏYEARSÏOFÏEXPERIENCEÏ
interpreting production logs.
0ETROPHYSICISTSÏANDÏPRODUCTIONÏENGINEERSÏ
WITHÏEXPERIENCEÏINÏRESERVOIRÏMONITORINGÏ
logging and log interpretation.
PREREQUISITE
PREREQUISITE
"ASICÏUNDERSTANDINGÏOFÏRESERVOIRÏ
CHARACTERIZATIONÏANDÏPETROPHYSICS
-OREÏTHANÏÏYEARSÏOFÏEXPERIENCEÏ
INTERPRETINGÏRESERVOIRÏMONITORINGÏLOGS
PREREQUISITE
-OREÏTHANÏÏYEARSÏOFÏEXPERIENCEÏ
INTERPRETINGÏRESERVOIRÏMONITORINGÏLOGSÏ
ATTENDEESÏAREÏENCOURAGEDÏTOÏBRINGÏ
DIFlCULTÏLOGÏEXAMPLESÏFORÏINCLASSÏ
DISCUSSIONÏANDÏINTERPRETATION
Software
Technical courses that use software
NExT Catalog-2014(21.5x27.5).indd 91
Includes practical sessions
Field trips
Uses simulation
| 91
12/22/13 2:49 AM
PETROPHYSICS
Well Integrity
Techlog Fundamentals
GeoFrame CPS-3 Mapping
Fundamentals
Petrel Well Correlation
Advanced – 5 Days
Awareness – 5 Days
Foundation – 3 Days
Foundation – 3 Days
4HISÏCOURSEÏTEACHESÏTHEÏMONITORINGÏANDÏ
DIAGNOSISÏOFÏWELLBOREÏINTEGRITYÏUSINGÏ
cased hole logging tools. Attendees will
LEARNÏHOWÏTOÏDETECTÏANDÏIDENTIFYÏINTERZONEÏ
CROSSmOWÏCAUSEDÏBYÏUNEVENÏDEPLETIONÏ
and leaks inside and behind the casing.
4OPICSÏINCLUDEÏEVALUATINGÏCEMENTÏBONDÏ
QUALITYÏESTABLISHINGÏCORROSIONÏMONITORINGÏ
ANDÏVERIFYINGÏPERFORATIONÏEFlCIENCY
4HEÏ4ECHLOGÏPLATFORMÏINTERACTIVEÏSUITEÏ
BRINGSÏALLÏOFÏTHEÏPETROPHYSICALÏANDÏ
geological data together. Attendees will
LEARNÏTHEÏFUNDAMENTALSÏOFÏTHISÏAPPLICATIONÏ
ANDÏITSÏ4ECHPLOTÏ4ECHDATAÏANDÏ1UANTIÏ
BASEÏMODULESÏ)NÏADDITIONÏTHEÏUSEÏOFÏTHEÏ
DATAÏMODELÏWITHINÏTHEÏ4ECHLOGÏAPPLICATIONÏ
and the foundation utilities for loading,
UNLOADINGÏMANIPULATINGÏANDÏDISPLAYINGÏ
DATAÏINÏTHEÏSYSTEMÏINCLUDINGÏCOREÏANDÏ
IMAGESÏWILLÏBEÏEXPLAINEDÏ4HEÏCOURSEÏ
TOPICSÏINCLUDEÏDETERMINISTICÏCALCULATIONSÏ
and the principles behind the application
WORKmOWÏINTERFACEÏFORÏSINGLEÏANDÏ
MULTIWELLÏUSE
4HISÏCOURSEÏPROVIDESÏTHEÏFUNDAMENTALSÏ
attendees need to produce accurate
RESERVESÏMAPSÏUSINGÏ'EO&RAMEÏ#03Ï
SOFTWAREÏ&ULLYÏINTEGRATEDÏWITHÏ'EO&RAMEÏ
'EOLOGYÏANDÏ'EOPHYSICSÏSOFTWAREÏ
MODULESÏ#03ÏSOFTWAREÏPROVIDESÏ
ACCURATEÏSURFACEÏMAPPINGÏOPERATIONSÏFORÏ
ALLÏMAPPINGÏREQUIREMENTS
4HEÏ0ETRELÏPLATFORMÏOFFERSÏVARIOUSÏOPTIONSÏ
FORÏWELLÏCORRELATIONÏ4HISÏCOURSEÏPROVIDESÏ
ATTENDEESÏWITHÏAÏGENERALÏOVERVIEWÏOFÏ
correlation and introduces well data
IMPORTÏPROCEDURESÏWITHÏDIFFERENTÏFORMATSÏ
ANDÏTHEÏUSEÏOFÏTHEÏ2EFERENCEÏ0ROJECTÏ
tool. This course focuses on setting well
SECTIONÏTEMPLATESÏTHEÏVALUEÏOFÏSHARINGÏ
TEMPLATESÏBETWEENÏPROJECTSÏWELLSÏANDÏ
well section windows, in addition to
interpreting and editing stratigraphic and
FAULTÏWELLÏTOPSÏMARKERSÏALONGÏWELLÏPATHSÏ
based on log readings. Attendees will
LEARNÏADVANCEDÏDISCRETEÏANDÏCONTINUOUSÏ
log interpreting and editing options
BASEDÏONÏEXISTINGÏLOGSÏANDÏAPPLYÏTHEÏ
DIFFERENTÏTECHNIQUESÏINÏAÏTYPICALÏWORKINGÏ
ORDERÏFROMÏSIMPLEÏEXPLORATIONÏWELLSÏTOÏ
production phase.
COURSE CONTENT
Q
3PINNERÏCALIBRATIONÏSINGLEPHASEÏ
INTERPRETATIONÏANDÏPRODUCTIVITYÏINDEX
Q
,EAKDETECTIONÏTECHNIQUESÏANDÏ
applications
Q
4EMPERATUREÏDATABASEÏAPPLICATIONS
Q
#ROSSmOWÏBETWEENÏZONESÏCAUSEDÏ
BYÏUNEVENÏDEPLETIONÏANDÏPREDICTIONÏ
WITHOUTÏWELLÏSHUTIN
Q
4EMPERATUREÏPROlLINGÏ/PTICALÏ
sensors
Q
#EMENTINGÏ0RIMARYÏANDÏREMEDIAL
Q
#EMENTÏBONDÏMONITORING
Q
Q
Q
#ORROSIONÏMECHANISMSÏANDÏ
MONITORING
#ORROSIONÏMITIGATIONÏ#ATHODICÏ
PROTECTIONÏANDÏEXPANDABLEÏTUBULARS
0ERFORATINGÏ#ONVEYANCEÏ
PERFORMANCEÏANDÏEFlCIENCY
Q
7ORKSHOPÏONÏLEAKÏDETECTION
Q
7ORKSHOPÏONÏINTERZONEÏCROSSmOW
AUDIENCE
0ETROPHYSICISTSÏANDÏPRODUCTIONÏENGINEERSÏ
RESPONSIBLEÏFORÏlELDWIDEÏRESERVOIRÏ
MONITORINGÏORÏPRODUCTIONÏLOGGINGÏ
PROGRAMS
PREREQUISITE
)NTERMEDIATEÏ0RODUCTIONÏ,OGGINGÏANDÏ
2ESERVOIRÏ-ONITORINGÏ004#.84Ï
COURSEÏORÏMOREÏTHANÏÏYEARSÏOFÏ
EXPERIENCEÏINTERPRETINGÏCASEDÏHOLEÏLOGS
COURSE CONTENT
Q
!CCESSÏWELLÏANDÏSEISMICÏLOCATIONSÏ
SEISMICÏINTERPRETATIONÏMARKERSÏ
ZONEÏPROPERTIESÏGRIDSÏANDÏOTHERÏ
'EO&RAMEÏDATAÏFORÏMAPPING
Q
#REATEÏCONTOURÏMAPSÏANDÏ
MANIPULATIONÏOFÏBASEÏMAPÏDISPLAY
Q
#REATEÏGRIDÏHORIZONÏANDÏFAULTÏSURFACESÏ
USINGÏVARIOUSÏALGORITHMS
Q
'RIDDINGÏALGORITHMSÏUSEÏANDÏHOWÏTOÏ
SETÏPARAMETERS
COURSE CONTENT
Q
Techlog interface and data structure
Q
$ATAÏMANAGEMENTÏANDÏ1#ÏTECHNIQUES
Q
-ULTIWELLÏMANAGEMENT
Q
Basic plotting tools
Q
Q
7ORKmOWSÏFORÏDETERMINISTICÏ
EVALUATIONÏUSINGÏ1UANTIÏMODULE
3URFACEÏOPERATIONSÏZlELDÏARITHMETICÏ
SMOOTHINGÏANDÏRElNEMENT
Q
Q
5SERDElNEDÏPROGRAMMINGÏLANGUAGE
1#ÏSTEPSÏFORÏSTRUCTURALÏVOLUMETRICÏ
ENVELOPES
Q
!DVANCEDÏ4ECHLOGÏPLATFORMÏMODULES
Q
'ENERATEÏPROPERTYÏGRIDSÏFROMÏWELLÏ
ZONEÏDATA
Q
7ORKmOWÏFORÏCALCULATIONÏOFÏRESERVOIRÏ
VOLUMETRICS
Q
/VERVIEWÏOFÏ'EO&RAMEÏSOFTWAREÏ
-ODELÏ%DITORÏ-APÏ%DITORÏANDÏ#OLORÏ
0ALETTEÏ%DITORÏMODULESÏANDÏ#03Ï
SOFTWAREÏMACROÏLANGUAGE
AUDIENCE
$EVELOPMENTÏANDÏEXPLORATIONÏLOGÏ
ANALYSTSÏANDÏPETROPHYSICISTSÏGEOLOGISTSÏ
PETROLEUMÏENGINEERSÏMANAGERSÏANDÏ
technical personnel with no prior
EXPERIENCEÏUSINGÏ4ECHLOGÏSOFTWARE
PREREQUISITE
None
AUDIENCE
$EVELOPMENTÏANDÏEXPLORATIONÏGEOLOGISTSÏ
and application support staff.
COURSE CONTENT
Q
0ROJECTÏORGANIZATIONÏINCLUDINGÏ
3TUDIOÏ&AVORITESÏ3TUDIOÏ&INDÏANDÏ
3TUDIOÏ!NNOTATEÏ%0ÏKNOWLEDGEÏ
ENVIRONMENTÏFEATURES
Q
)MPORTÏPROCEDURESÏFORÏWELLSÏANDÏLOGSÏ
INCLUDINGÏTHEÏ2EFERENCEÏ0ROJECTÏTOOLÏ
Q
7ORKINGÏANDÏSETTINGÏWELLÏSECTIONÏANDÏ
TEMPLATESÏ
Q
3EISMICÏANDÏ$ÏMODELÏBACKDROP
Q
Q
7ELLÏTOPÏINTERPRETATIONÏANDÏEDITS
Q
4IMEDEPTHÏRELATIONSHIP
Q
Creating point well data attributes
Q
0LOTTINGÏANDÏPRESENTINGÏRESULTSÏINÏ
different windows
Q
7ORKmOWSÏFORÏEXPLORATIONÏAPPRAISALÏ
DEVELOPMENTÏANDÏPRODUCTIONÏPHASES
PREREQUISITE
'EO&RAMEÏ&UNDAMENTALSÏCOURSE
Continuous and discrete log
INTERPRETATIONÏMANUALÏCALCULATORÏ
ANDÏNEURALÏNETSÏANDÏLOGÏEDITS
AUDIENCE
$EVELOPMENTÏANDÏEXPLORATIONÏ
GEOSCIENTISTSÏANDÏPETROLEUMÏENGINEERSÏ
WITHÏPRIORÏEXPERIENCEÏINÏTHEÏ0ETRELÏ
PLATFORM
PREREQUISITE
0ETRELÏ&UNDAMENTALSÏCOURSEÏORÏEQUIVALENTÏ
0ETRELÏEXPERIENCEÏANDÏGENERALÏKNOWLEDGEÏ
OFÏPETROLEUMÏGEOLOGY
92 |
NExT Catalog-2014(21.5x27.5).indd 92
Visit NExTtraining.net/classes for the latest calendar or to register for a course.
12/22/13 2:49 AM
PETROPHYSICS
Techlog Python
Petrel Advanced Wells
Petrel Property Modeling
Foundation – 2 Days
Skill – 2 Days
Skill – 3 Days
This course is designed to introduce
ATTENDEESÏTOÏPROGRAMMINGÏBASICÏANDÏ
ADVANCEDÏSCRIPTSÏINÏTHEÏ4ECHLOGÏPLATFORMÏ
The attendees will learn how to create,
edit, open, and run scripts in a Techlog
WORKmOWÏ4OPICSÏINCLUDEÏ0YTHONÏSYNTAXÏANDÏ
PROGRAMMINGÏSKILLSÏ0YTHONÏANDÏ4ECHLOGÏ
PLATFORMÏMODULESÏLIBRARIESÏANDÏADVANCEÏ
scripting including reading and writing and
CREATINGÏ4ECHLOGÏPLATFORMÏMODULES
4HISÏCOURSEÏBUILDSÏONÏTHEÏ0ETRELÏ2ESERVOIRÏ
%NGINEERINGÏCOURSEÏANDÏGOESÏMOREÏINTOÏ
DEPTHÏONÏMODELINGÏOFÏDEVIATEDÏWELLSÏ4HEÏ
STANDARDÏWELLÏMODELINGÏWITHÏTHEÏ%#,)03%Ï
SIMULATORÏPACKAGEÏANDÏTHEÏ&RONT3IMÏ
MODULEÏTREATSÏTHEÏENTIREÏWELLBOREÏASÏAÏ
SINGLEÏENTITYÏTHEREFOREÏTHEÏMODELÏCANNOTÏ
take into account pressure changes along
THEÏWELLBOREÏDUEÏTOÏFRICTIONÏVALVESÏORÏ
PUMPSÏ3UCHÏDEVICESÏAREÏOFTENÏUSEDÏWITHÏ
HORIZONTALÏWELLSÏTOÏCONTROLÏTHEÏINmOWÏ
PROlLEÏALONGÏTHEÏWELLÏTRACE
4HISÏCOURSEÏFOCUSESÏONÏTHEÏFUNDAMENTALSÏ
OFÏMODELINGÏUSINGÏTHEÏ0ETRELÏPLATFORMÏ4HEÏ
COURSEÏCOVERSÏBASICÏGEOSTATISTICSÏDATAÏ
PREPARATIONÏDATAÏANALYSISÏFACIESÏANDÏ
PETROPHYSICALÏMODELINGÏ!TTENDEESÏWILLÏ
LEARNÏDIFFERENTÏWAYSÏTOÏCREATEÏPROPERTYÏ
MODELSÏANDÏHOWÏTOÏCONDITIONÏMODELSÏTOÏ
EXISTINGÏMODELSÏANDÏSECONDARYÏDATAÏ4HISÏ
course guides the user through concepts,
ALGORITHMSÏANDÏSOFTWAREÏFUNCTIONALITIESÏ
INÏPROPERTYÏMODELING
4OÏMODELÏTHESEÏEFFECTSÏAÏMULTISEGMENTEDÏ
WELLÏMODELÏMUSTÏBEÏUSEDÏ4HISÏCOURSEÏ
EXPLAINSÏTHEÏCAPABILITIESÏOFÏTHISÏWELLÏ
MODELÏANDÏHOWÏTOÏUSEÏTHEÏ0ETRELÏPLATFORMÏ
TOÏSETÏUPÏTHEÏMODELÏ-ETHODSÏFORÏADDINGÏ
COMPLETIONSÏSUCHÏASÏVALVESÏANDÏPUMPSÏ
ANDÏMAKINGÏDEVELOPMENTÏSTRATEGIESÏUSINGÏ
THEÏEQUIPMENTÏAREÏALSOÏCOVEREDÏINÏTHISÏ
COURSEÏ3ECTORÏMODELSÏCANÏBEÏUSEFULÏTOÏ
STUDYÏPORTIONSÏOFÏAÏRESERVOIR
4HEÏlRSTÏPORTIONÏOFÏTHEÏCOURSEÏFOCUSESÏ
on the use of basic geostatistical tools
THROUGHÏDATAÏANALYSISÏ!LSOÏPREMODELINGÏ
processes concerned with well data
PREPARATIONÏWILLÏBEÏCOVEREDÏTHEÏlRSTÏ
STEPÏOFÏWHICHÏISÏTHEÏPROPERTYÏMODELINGÏ
WORKmOWÏFOLLOWEDÏBYÏUPSCALINGÏWELLÏ
LOGSÏTOÏCREATEÏSINGLEPROPERTYÏVALUESÏ
at the well location for each cell. This
technique creates hard data that will be
used to populate the 3D grid with either
DETERMINISTICÏORÏSTOCHASTICÏALGORTIHMSÏ
The second half of the course focuses
ONÏFACIESÏANDÏPETROPHYSICALÏMODELINGÏ
WORKmOWSÏUSINGÏSTOCHASTICÏMETHODSÏASÏ
WELLÏASÏCOVERINGÏTHEÏUSAGEÏOFÏKRIGINGÏFORÏ
CONTINUOUSÏPROPERTIESÏ)MPLEMENTINGÏDATAÏ
ANALYSISÏRESULTSÏANDÏUSINGÏSECONDARYÏDATAÏ
to constrain the result will also be shown.
COURSE CONTENT
Q
)NTRODUCTIONÏTOÏ0YTHONÏ3CRIPTING
Ï
nÏ(ISTORYÏANDÏCONCEPTÏ
Ï
nÏÏ0YTHONÏPROGRAMMINGÏINSIDEÏ
Techlog software
Q
)NTRODUCTIONÏTOÏTHEÏ0YTHONÏEDITOR
– Opening and running scripts
Ï
nÏÏ0ROGRAMMINGÏBASICSÏ
Ï
nÏÏ0YTHONÏSYNTAXÏANDÏCODINGÏRULESÏ
Q
Ï
!PPLICATIONÏWORKmOWÏINTERFACEÏFORÏ
0YTHONÏPLATFORM
nÏÏ2UNNINGÏYOURÏOWNÏEQUATIONSÏ
INÏAÏMULTIWELLÏANDÏMULTIZONEÏ
ENVIRONMENT
Q
Ï
0YTHONÏMODULES
nÏÏ$ATAÏ1#ÏANDÏHARMONIZATIONÏlLEÏ
IMPORTÏ4ECHLOGÏDATABASEÏ
4HISÏCOURSEÏSHOWSÏHOWÏTOÏDElNEÏSECTORSÏ
SELECTÏBOUNDARYÏCONDITIONSÏANDÏRUNÏ
SECTORÏMODELS
COURSE CONTENT
Q
3TANDARDÏWELLÏMODELÏVSÏTHEÏ
MULTISEGMENTEDÏWELLÏMODELÏ
Q
0RESSUREÏDROPÏALONGÏHORIZONTALÏWELLSÏ
Ï
nÏÏ#USTOMÏPLOTSÏ4ECHLOGÏPLATFORMÏ
PLOTÏ
Q
$ESIGNINGÏHORIZONTALÏWELLSÏANDÏWELLSÏ
with laterals
Ï
nÏÏ-ATHEMATICALÏANDÏSCIENTIlCÏTOOLSÏ
.UM0YÏANDÏ3CI0YÏPACKAGESÏ
Q
3ETTINGÏUPÏMULTISEGMENTEDÏWELLSÏ
Q
#OMPLETIONÏDESIGNÏFORÏ
MULTISEGMENTEDÏWELLSÏ
Q
$EVELOPMENTÏSTRATEGIESÏWITHÏGROUPÏ
control
Q
3ECTORÏMODELS
Q
!DVANCEDÏSCRIPTING
Ï
nÏÏ)NTRODUCTIONÏTOÏADVANCEDÏBASICSÏ
SUCHÏASÏMULTIDIMENSIONALÏLISTSÏANDÏ
dictionaries
Ï
nÏÏ)NTRODUCTIONÏTOÏORIENTEDÏOBJECTÏ
PROGRAMMINGÏ
AUDIENCE
2EADINGÏANDÏWRITINGÏlLES
2ESERVOIRÏENGINEERSÏORÏGEOSCIENTISTSÏWITHÏ
ABOVEÏAVERAGEÏEXPERIENCEÏINÏTHEÏDOMAIN
Q
Ï
nÏÏ4EXTÏ#36ÏANDÏ%XCELÏlLESÏ
Ï
nÏÏ)MPORTINGÏANDÏLOADINGÏDATAÏFROMÏ
%XCELÏlLESÏ
– Reporting
Q
COURSE CONTENT
Q
Q
Q
"ASICSÏOFÏUNIÏANDÏBIVARIATEÏ
geostatistics
Ï
nÏÏ$ATAÏANALYSISÏ
Ï
nÏÏ3EQUENTIALÏINDICATORÏSIMULATIONÏ
Ï
nÏÏ/BJECTÏFACIESÏMODELING
Ï
nÏÏ4RUNCATEDÏ'AUSSIANÏSIMULATIONÏ
with and without trends
Ï
nÏÏ5SINGÏSECONDARYÏDATAÏTOÏPOPULATEÏ
FACIESÏMODELSÏ
Q
0ETROPHYSICALÏMODELINGÏ
Ï
nÏÏ$ATAÏANALYSISÏ
Ï
nÏÏ3EQUENTIALÏ'AUSSIANÏSIMULATIONÏ
Ï
nÏÏ'AUSSIANÏRANDOMÏFUNCTIONÏ
SIMULATIONÏ
Ï
nÏÏ+RIGINGÏ
Ï
nÏÏ5SINGÏSECONDARYÏDATAÏTOÏPOPULATEÏ
PETROPHYSICALÏMODELS
AUDIENCE
$EVELOPMENTÏANDÏEXPLORATIONÏ
GEOLOGISTSÏGEOPHYSICISTSÏGEOCHEMISTSÏ
PETROPHYSICISTSÏPETROLEUMÏENGINEERSÏ
MANAGERSÏRESERVOIRÏENGINEERSÏANDÏ
TECHNICALÏPERSONNELÏWITHÏPRIORÏEXPERIENCEÏ
INÏUSINGÏ0ETRELÏPLATFORMÏSOFTWARE
PREREQUISITE
'ENERALÏKNOWLEDGEÏOFÏPETROLEUMÏ
GEOLOGYÏANDÏATTENDANCEÏOFÏTHEÏ0ETRELÏ
&UNDAMENTALSÏCOURSEÏORÏEQUIVALENTÏ
EXPERIENCE
Data preparation, including well log
edits, calculations, and upscaling for
discrete and continuous data
&ACIESÏMODELINGÏ
PREREQUISITE
0ETRELÏ&UNDAMENTALSÏANDÏ0ETRELÏ2ESERVOIRÏ
%NGINEERINGÏORÏEQUIVALENTÏEXPERIENCE
#REATINGÏMODULESÏANDÏCUSTOMÏ
libraries
AUDIENCE
3OFTWAREÏDEVELOPERSÏORÏGEOSCIENTISTSÏ
WITHÏBASICÏPROGRAMMINGÏSKILLSÏINTERESTEDÏ
INÏAÏGENERALÏUNDERÏSTANDINGÏOFÏ0YTHONÏ
SCRIPTINGÏINÏTHEÏ4ECHLOGÏPLATFORMÏ
software.
PREREQUISITE
4ECHLOGÏ&UNDAMENTALSÏCOURSE
Software
Technical courses that use software
NExT Catalog-2014(21.5x27.5).indd 93
Includes practical sessions
Field trips
Uses simulation
| 93
12/22/13 2:49 AM
PETROPHYSICS
Techlog Formation Evaluation
with Quanti.Elan
GeoFrame Litho ToolKit
Facies Classification
Petrel Advanced Property Modeling
Skill – 2 Days
Advanced – 1 Day
Advanced – 2 Days
This course introduces attendees who are
EXPERIENCEDÏLOGÏINTERPRETERSÏTOÏBUILDINGÏ
LOGÏINTERPRETATIONÏMODELSÏANDÏGENERATINGÏ
SOLUTIONSÏWITHÏTHEÏ1UANTI%LANÏMODULEÏOFÏ
THEÏ4ECHLOGÏPLATFORM
!TTENDEESÏPERFORMÏQUICKÏANDÏDETAILEDÏ
LITHOLOGYÏESTIMATIONSÏWITHÏTHEÏ'EO&RAMEÏ
SOFTWAREÏ,ITHOÏ4OOL+ITÏCOLLECTIONÏOFÏ
LITHOFACIESÏTOOLSÏANDÏANALYSISÏTECHNIQUESÏ
4HESEÏVARIOUSÏTECHNIQUESÏCANÏBEÏUSEDÏTOÏ
GENERATEÏANDÏCLASSIFYÏLITHOFACIES
4HISÏCOURSEÏFOCUSESÏONÏFACIESÏMODELINGÏ
WHICHÏINÏRECENTÏYEARSÏHASÏBECOMEÏTHEÏ
standard for guiding and constraining
PETROPHYSICALÏMODELSÏ0IXELBASEDÏ
ANDÏBJECTÏMODELSÏAREÏDEMONSTRATEDÏINÏ
ADDITIONÏTOÏCOMPLEXÏHIERARCHICALÏMODELSÏ
COMBININGÏMULTIPLEÏMETHODSÏ3TANDARDÏ
FACIESÏMODELINGÏMETHODSÏHAVEÏTHEIRÏ
LIMITATIONSÏINÏMOREÏCOMPLEXÏDEPOSITIONALÏ
ENVIRONMENTSÏTHEREFOREÏTHISÏCOURSEÏ
WILLÏEXPLOREÏTHEÏMOREÏADVANCEDÏPROPERTYÏ
MODELINGÏTOOLSÏSUCHÏASÏTHEÏCUTTINGEDGEÏ
-03ÏPROCESSÏ$IFFERENTÏMETHODSÏFORÏ
CREATINGÏSOFTÏPROBABILITYÏDATAÏUSINGÏ
VARIOUSÏPROCESSESÏTOÏANALYZEÏDATAÏSUCHÏ
ASÏTRENDÏMODELINGÏANDÏGEOMETRICALÏTRENDÏ
MODELINGÏEXPLORINGÏTHEÏRELATIONSHIPÏOFÏ
SECONDARYÏDATAÏTOÏCONSTRAINÏMODELSÏWILLÏ
ALSOÏBEÏCOVEREDÏINÏTHISÏCOURSEÏ4HEREÏISÏ
AÏSPECIALÏFOCUSÏONÏTHEÏTHEORYÏSUPPORTINGÏ
THEÏMULTIPOINTÏSTATISTICALÏCONCEPTÏ
COVERINGÏTHEÏCREATIONÏOFÏGOODÏTRAININGÏ
IMAGESÏANDÏHOWÏTOÏINCORPORATEÏSOFTÏ
PROBABILITYÏDATAÏVARYÏDIRECTIONÏANDÏSCALEÏ
INÏTHEÏlNALÏSIMULATIONÏMODELÏ)NÏADDITIONÏ
THISÏCOURSEÏCOVERSÏTHEÏ'EOBODYÏMODELINGÏ
TOOLÏFORÏEXTRACTINGÏSEISMICÏBODIESÏANDÏ
USEÏTHEMÏDIRECTLYÏASÏhHARDÏDATAvÏINÏTHEÏ
MODELINGÏPROCESSÏ!LSOÏ'2&3ÏANDÏ3'3Ï
PETROPHYSICALÏMODELSÏCONSTRAINEDÏTOÏ
THEÏPREVIOUSLYÏGENERATEDÏFACIESÏMODELSÏ
WILLÏBEÏSHOWNÏ5SINGÏAUTOMATEÏPROPERTYÏ
MODELINGÏWORKmOWSÏTOÏUPDATEÏMODELSÏ
INÏAÏSIMPLEÏANDÏRAPIDÏWAYÏWILLÏBEÏBRIEmYÏ
COVERED
COURSE CONTENT
Q
Q
Q
,OADÏANDÏQUALITYÏCONTROLÏDATAÏFROMÏ
$,)3ÏORÏ,!3ÏlLES
0RECOMPUTATIONÏOFÏCRITICALÏ
PARAMETERSÏFORÏINTERPRETATIONSÏ
INCLUDINGÏMINERALÏROCKÏANDÏmUIDÏ
endpoints
Log response equations with
EMPHASISÏONÏNEUTRONÏPOROSITYÏ
ANDÏRESISTIVITYBASEDÏSATURATIONÏ
equations
Q
)NITIALIZATIONÏANDÏCONSTRUCTIONÏOFÏ
FORMATIONÏEVALUATIONÏMODELS
Q
:ONINGÏANDÏCLASSIlCATIONÏGROUPS
Q
#OMBININGÏFORMATIONÏEVALUATIONÏ
MODELS
Q
0OSTPROCESSING
Q
#USTOMIZATIONÏWITHÏPYTHONÏMODULE
COURSE CONTENT
Q
!PPLYÏDETERMINISTICÏMETHODSÏUSINGÏ
MULTIWELLÏMULTICURVEÏ'EO&RAMEÏ
,ITHO1UICK,OOKÏLITHOFACIESÏANALYSISÏ
software
Q
%STIMATEÏMISSINGÏLOGÏCURVESÏUSINGÏ
neural network techniques
Q
#REATEÏMULTIWELLÏFACIESÏLOGSÏUSINGÏ
ANYÏLOGÏDATAÏASÏINPUT
Q
!PPLYÏCUTOFFSÏONÏMULTIPLEÏCURVES
Q
!RTIlCIALÏNEURALÏNETWORKSÏSUPERVISEDÏ
ANDÏUNSUPERVISEDÏNEURALÏNETWORKÏFORÏ
generating facies logs
Q
-ULTIDIMENSIONALÏHISTOGRAMS
Q
#LUSTERINGÏMETHODS
AUDIENCE
$EVELOPMENTÏANDÏEXPLORATIONÏGEOLOGISTS
AUDIENCE
$EVELOPMENTÏANDÏEXPLORATIONÏGEOLOGISTSÏ
PETROPHYSICISTSÏANDÏRESERVOIRÏENGINEERSÏ
WITHÏPRIORÏEXPERIENCEÏUSINGÏ4ECHLOGÏ
software.
PREREQUISITE
4ECHLOGÏ&UNDAMENTALSÏCOURSEÏANDÏ
FORMATIONÏEVALUATIONÏEXPERIENCEÏUSINGÏ
Techlog software.
94 |
NExT Catalog-2014(21.5x27.5).indd 94
PREREQUISITE
'EO&RAMEÏ&UNDAMENTALSÏCOURSE
NEW
Q
#REATINGÏSOFTÏPROBABILITYÏDATAÏ
Q
&ACIESÏMODELINGÏMETHODSÏWITHÏ
classical geostatistics
Q
0IXELBASEDÏANDÏOBJECTBASEDÏFACIESÏ
MODELINGÏMETHODSÏ
Q
#ONDITIONINGÏANDÏCOMBININGÏMODELINGÏ
METHODSÏ
Q
.EURALÏ.ETWORKÏ,EARNINGÏ3YSTEMS
Q
-ULTIPOINTÏSTATISTICSÏTHEORYÏ
Q
Region properties
Q
#ONDITIONINGÏANDÏSCALINGÏOFÏ-03Ï
MODELSÏ
Q
#REATINGÏANDÏUSINGÏSEISMICÏGEOBODIESÏ
Q
-ULTIPOINTÏFACIESÏSIMULATIONÏ
Q
#ONDITIONEDÏPETROPHYSICALÏMODELINGÏ
OPTIONAL
AUDIENCE
$EVELOPMENTÏANDÏEXPLORATIONÏGEOLOGISTSÏ
GEOPHYSICISTSÏPETROLEUMÏENGINEERSÏ
RESERVOIRÏENGINEERSÏANDÏTECHNICALÏ
PERSONNELÏWITHÏEXPERIENCEÏINÏ0ETREL
Ï
0ROPERTYÏMODELING
PREREQUISITE
0ETRELÏ&UNDAMENTALSÏANDÏ0ETRELÏ0ROPERTYÏ
-ODELINGÏCOURSESÏORÏEQUIVALENTÏ0ETRELÏ
EXPERIENCEÏINÏADDITIONÏTOÏAÏGENERALÏ
KNOWLEDGEÏOFÏPETROLEUMÏGEOLOGY
COURSE CONTENT
Q
/VERVIEWÏOFÏBASICÏGEOSTATISTICSÏ
Visit NExTtraining.net/classes for the latest calendar or to register for a course.
12/22/13 2:49 AM
PETROPHYSICS
Techlog Advanced Analysis
Techlog Borehole Image
Interpretation
Techlog for Geologists
Techlog Formation
Evaluation
Advanced – 5 Days
Advanced – 3 Days
Advanced – 5 Days
Advanced – 5 Days
In this course, attendees focus on
ADVANCEDÏINTERPRETATIONÏANDÏPROCESSINGÏ
CAPABILITIESÏFORÏTHEÏMANAGEMENTÏOFÏ
WELLBOREÏIMAGEÏDATAÏPRESSUREÏDATAÏ
core data, and special core data.
/NEÏDISCOVERSÏTHEÏPERFORMANCEÏOFÏ
INTERPRETATIONÏWORKmOWSÏFORÏANALYSISÏOFÏ
THESEÏDATAÏASÏWELLÏASÏSPECIALIZEDÏTASKSÏ
SUCHÏASÏFACIESÏANDÏROCKÏTYPEÏDETECTIONÏ
and propagation. In addition, attendees
EXPLOREÏTHEÏPOWERÏOFÏTHEÏMULTIWELLÏANDÏ
MULTIUSERÏASPECTSÏ9OUÏGAINÏAÏFOUNDATIONÏ
FORÏADVANCEDÏPROCESSINGÏANDÏANALYSISÏ
WITHINÏTHEÏ4ECHLOGÏPLATFORM
)NÏTHISÏCOURSEÏATTENDEESÏLEARNÏADVANCEDÏ
interpretation and processing capabilities
FORÏTHEÏMANAGEMENTÏOFÏWELLBOREÏ
IMAGEÏDATAÏANDÏTHEÏPERFORMANCEÏOFÏ
INTERPRETATIONÏWORKmOWSÏFORÏDATAÏ
ANALYSISÏ4HEÏATTENDEESÏWILLÏGAINÏAÏFULLÏ
RANGEÏOFÏSKILLSÏTOÏMANIPULATEÏPROCESSÏ
ANDÏUSEÏALLÏTYPESÏOFÏBOREHOLEÏIMAGEÏDATAÏ
WITHINÏTHEÏ4ECHLOGÏPLATFORMÏSUITE
)NÏTHISÏCOURSEÏATTENDEESÏLEARNÏADVANCEDÏ
interpretation and processing capabilities
WITHÏAÏFOCUSÏONÏTHEÏMANAGEMENTÏOFÏ
WELLBOREÏIMAGEÏDATAÏANDÏTHEÏPERFORMANCEÏ
OFÏINTERPRETATIONÏWORKmOWSÏFORÏANALYSISÏ
of these data. Topics include facies
TYPINGÏUSINGÏNEURALÏNETWORKÏMETHODSÏ
MULTIWELLÏPLOTTINGÏCROSSÏSECTIONÏBUILDINGÏ
ANDÏMAPPINGÏINÏTHEÏ4ECHLOGÏPLATFORMÏ
APPLICATIONÏ,EARNÏTOÏUSEÏ4ECHLOGÏPLATFORMÏ
GEOLOGICÏTOOLSÏTOÏACHIEVEÏEFlCIENTÏDATAÏ
integration.
!TTENDEESÏWILLÏEXPLOREÏTHEÏUSEÏOFÏ
THEÏ4ECHLOGÏPLATFORMÏBASEÏMODULESÏ
4ECHPLOTÏ4ECHDATAÏ1UANTIÏANDÏ1UANTI
MINÏ)NÏTHISÏCLASSÏATTENDEESÏWILLÏACQUIREÏ
AÏSOLIDÏFOUNDATIONÏINÏTHEÏDATAÏMODELÏ
WITHINÏTHEÏ4ECHLOGÏPLATFORMÏAPPLICATIONÏ
and the foundation utilities for loading,
UNLOADINGÏMANIPULATINGÏANDÏDISPLAYINGÏ
DATAÏINÏTHEÏSYSTEMÏINCLUDINGÏCOREÏANDÏ
IMAGESÏ$ETERMINISTICÏCALCULATIONSÏANDÏ
the principles behind the application
WORKmOWÏINTERFACEÏFORÏSINGLEÏANDÏ
MULTIWELLÏUSEÏAREÏCOVEREDÏINÏTHISÏCOURSEÏ
INÏADDITIONÏTOÏSTUDYINGÏMULTIPLEÏLOGÏ
ANDÏCOMPONENTÏINVERSIONÏTECHNIQUESÏ
THINBEDÏANALYSISÏANDÏINTEGRATIONÏOFÏ
DIFFERENTÏTYPESÏOFÏDATAÏTOÏENHANCEÏTHEÏ
interpretation process. Attendees will
ALSOÏLEARNÏHOWÏTOÏPERFORMÏDAYTODAYÏ
TASKSÏWITHINÏTHEÏ4ECHLOGÏPLATFORMÏSUITEÏ
ANDÏLEARNÏADVANCEDÏTECHNIQUESÏFORÏ
IMPROVINGÏTHEÏANALYSISÏRESULTS
COURSE CONTENT
Q
7ORKÏWITHÏCOREÏDATAÏLOADINGÏ
shifting, correcting for stress, and
CLAYÏCLOSUREÏ
Q
7ORKÏWITHÏCOREÏDATAÏUPSCALINGÏ
ROCKÏTYPINGÏANDÏSPECIALÏCOREÏANALYSISÏ
WITHÏCAPILLARYÏPRESSUREÏDATAÏ
Q
5SEÏSATURATIONHEIGHTÏMODELSÏINÏCOREÏ
ANDÏLOGÏDOMAINSÏ
Q
0ICKÏDIPSÏANDÏFACIES
Q
Interpret dips and facies
COURSE CONTENT
Q
,OADÏPROCESSÏANDÏMANIPULATEÏIMAGEÏ
data and core photos
AUDIENCE
Q
0ICKÏDIPSÏANDÏFACIES
$EVELOPMENTÏANDÏEXPLORATIONÏGEOLOGISTSÏ
ANDÏPETROPHYSICISTSÏINVOLVEDÏINÏWELLBOREÏ
IMAGEÏDATAÏPROCESSINGÏANDÏINTERPRETATIONÏ
WHOÏHAVEÏPRIORÏEXPERIENCEÏUSINGÏ4ECHLOGÏ
PLATFORMÏSOFTWARE
Q
Interpret dips and facies
PREREQUISITE
Q
Q
Neural network techniques for facies
prediction
5SEÏZONEÏEDITINGÏFORÏlELDÏMAPSÏ
KRIGINGÏANDÏMULTIWELLÏCROSSÏSECTIONS
COURSE CONTENT
Techlog interface and data structure
$ATAÏMANAGEMENTÏANDÏ1#
-ANAGEÏANDÏRESOLVEÏCONTACTSÏACROSSÏ
MULTIPLEÏINITIATIONÏREGIONSÏ
$EVELOPMENTÏANDÏEXPLORATIONÏGEOLOGISTSÏ
WITHÏPRIORÏEXPERIENCEÏUSINGÏ4ECHLOGÏ
PLATFORMÏSOFTWARE
Q
Q
-ULTIWELLÏMANAGEMENT
Q
7ORKÏWITHÏIMAGEÏDATAPROCESSINGÏ
MANIPULATINGÏDISPLAYINGÏANDÏPICKINGÏ
ANDÏCLASSIFYINGÏDIPSÏ
Basic plotting tools
PREREQUISITE
Q
7ORKmOWSÏFORÏDETERMINISTICÏ
EVALUATIONÏUSINGÏ1UANTIÏMODULES
,EARNÏTHINBEDÏANALYSISÏTECHNIQUESÏ
Q
5SERDElNEDÏPROGRAMMINGÏLANGUAGE
0ERFORMÏMULTIPLECOMPONENTÏ
INVERSION
Q
4HINBEDÏANALYSISÏTECHNIQUES
Q
-ULTIPLECOMPONENTÏINVERSION
Q
Q
,OADÏPROCESSÏANDÏMANIPULATEÏIMAGEÏ
data and core photos
Q
7ORKÏWITHÏPRESSUREÏDATAÏ
Q
Q
AUDIENCE
Q
Q
COURSE CONTENT
4ECHLOGÏ&UNDAMENTALSÏCOURSE
4ECHLOGÏ&UNDAMENTALSÏCOURSE
AUDIENCE
AUDIENCE
$EVELOPMENTÏANDÏEXPLORATIONÏLOGÏ
ANALYSTSÏANDÏPETROPHYSICISTSÏGEOLOGISTSÏ
PETROLEUMÏENGINEERSÏMANAGERSÏANDÏ
technical personnel with Techlog
PLATFORMÏSOFTWAREÏEXPERIENCE
$EVELOPMENTÏANDÏEXPLORATIONÏLOGÏANALYSTSÏ
ANDÏPETROPHYSICISTSÏWITHÏLIMITEDÏORÏ
NOÏEXPERIENCEÏUSINGÏ4ECHLOGÏPLATFORMÏ
software.
PREREQUISITE
4ECHLOGÏ&UNDAMENTALSÏCOURSE
PREREQUISITE
4ECHLOGÏ&UNDAMENTALSÏCOURSE
Software
Technical courses that use software
NExT Catalog-2014(21.5x27.5).indd 95
Includes practical sessions
Field trips
Uses simulation
| 95
12/22/13 2:49 AM
DRILLING ENGINEERING
COMPETENCY
LEVEL
ADVANCED
SKILL
Well Planning and Design
Drilling Technology
Management and Well Operations
Well Integrity
Dynamic Pressure Drilling
&4 #0QNB=?A4AHH KJPNKH ANPEł?=PEKJ
Cement Integrity Assurance and Evaluation
Practical Directional Drilling and Surveying
Well Design and Construction Engineering:
Heriot-Watt University Program
Mud Logging - Surface Gas Measurement &
Fluid Characterization
Drillstring Design
Drilling Optimization
Cementing Operations
Horizontal, Extended Reach, and Multilateral Drilling
HPHT Operational Awareness and Drilling
Challenges
Casing Design
Deepwater Well Project and
Risk Management
Deepwater Drilling Design and Operations
Drilling Operations Management Simulation
Drilling Project and Risk Management
Stuck Pipe and Fishing Operations
Stuck Pipe and Hole Cleaning
FOUNDATION
Directional Drilling and Surveying
Fundamentals of Petroleum Geomechanics
Drill Bits and Hydraulics
Introduction to Deepwater Rig Operations
Well Placement Fundamentals
Well Control
Drilling Fluids
Petrophysics for Drilling Engineers
Mud Logging Operations
Offshore Drilling Operations
Drilling Engineering
AWARENESS
Rig Awareness and Familarization
Introduction to Drilling
96 |
NExT Catalog-2014(21.5x27.5).indd 96
Visit NExTtraining.net/classes for the latest calendar or to register for a course.
12/22/13 2:49 AM
DRILLING ENGINEERING
Drillbench
OLGA Advanced Blowout Control
Petrel Well Design
Drillbench Dynamic Well Control Modeling
Software
COMPETENCY
LEVEL
SKILL
SOFTWARE
Petrel
FOUNDATION
Drillbench Dynamic Hydraulics
and Temperature Modeling Software
WELLFLO Underbalanced Hydraulics Modeling
Software
Technical courses that use software
NExT Catalog-2014(21.5x27.5).indd 97
Includes practical sessions
Field trips
Uses simulation
| 97
12/22/13 2:49 AM
DRILLING ENGINEERING
Introduction to Drilling
Rig Awareness and
Familiarization
Directional Drilling
and Surveying
Drill Bits and Hydraulics
Awareness – 5 Days
Awareness – 5 Days
Foundation – 5 Days
Foundation – 2 Days
)FÏYOUÏWORKÏCLOSELYÏWITHÏDRILLINGÏ
ENGINEERINGÏOPERATIONSÏORÏMANAGEMENTÏ
this course increases the attendees
understanding of the concepts,
TERMINOLOGYÏANDÏPROCESSESÏUSEDÏINÏ
DRILLINGÏAÏWELLÏ4HEÏCOURSEÏPROVIDESÏAÏ
COMPLETEÏOVERVIEWÏOFÏTHEÏWORKmOWÏ
INVOLVEDÏINÏTHEÏDRILLINGÏOFÏOILÏANDÏ
GASÏWELLSÏFROMÏOFlCEÏTOÏWELLSITEÏ
Attendees will also learn the roles and
RESPONSIBILITIESÏINVOLVEDÏINÏAÏDRILLINGÏ
operation.
4HISÏUNIQUEÏCOURSEÏGIVESÏATTENDEESÏANÏIN
DEPTHÏEXPOSUREÏTOÏDRILLINGÏRIGÏEQUIPMENTÏ
ANDÏITSÏUSEÏWITHÏCLASSROOMÏINSTRUCTIONSÏ
ONÏDRILLINGÏCEMENTINGÏANDÏDIRECTIONALÏ
DRILLINGÏCONCEPTSÏANDÏTECHNOLOGYÏ
,EARNINGÏISÏREINFORCEDÏBYÏDAILYÏTRIPSÏTOÏANÏ
actual drilling rig where attendees see
lRSTHANDÏTHEÏRIGÏANDÏDRILLINGÏEQUIPMENTÏ
USEDÏINÏWELLÏCONSTRUCTIONÏ(ANDSONÏ
ANDÏCLASSROOMÏLESSONSÏAREÏSUPPORTEDÏBYÏ
INTERACTIVEÏVIDEOÏTRAININGÏTHATÏEXPLAINSÏ
the installation and use of downhole
EQUIPMENTÏANDÏASSEMBLIES
!TTENDEESÏWILLÏLEARNÏTHEÏFUNDAMENTALSÏ
design considerations, and operational
ASPECTSÏOFÏDIRECTIONALÏANDÏHORIZONTALÏ
DRILLINGÏ4HISÏCOURSEÏWILLÏINCREASEÏYOURÏ
understanding of the operations carried
OUTÏBYÏDIRECTIONALÏDRILLERSÏANDÏHOWÏ
DIRECTIONALÏANDÏHORIZONTALÏWELLSÏAREÏ
designed and drilled.
4HISÏCOURSEÏWILLÏGIVEÏTHEÏATTENDEEÏ
INDEPTHÏKNOWLEDGEÏOFÏTHEÏ)NTERNATIONALÏ
Association of Drilling Contractors
)!$#Ï$RILLBITÏ#LASSIlCATIONÏSYSTEMÏ
NOMENCLATUREÏANDÏDULLÏGRADEÏREPORTINGÏ
procedures. Attendees will learn
ABOUTÏTHEÏTWOÏMAJORÏCLASSESÏOFÏDRILLÏ
BITSÏCOMMONLYÏUSEDÏINÏOILlELDÏDRILLINGÏ
ANDÏREVIEWÏDRILLBITÏDESIGNÏDRILLBITÏ
CUTTINGÏSTRUCTURESÏANDÏPERFORMÏDRILLBITÏ
APPLICATIONÏEXERCISESÏ4HEÏIMPORTANCEÏOFÏ
DRILLBITÏHYDRAULICSÏINÏTHEÏDRILLINGÏPROCESSÏ
WILLÏBEÏREVIEWEDÏANDÏTHEÏUSEÏOFÏHYDRAULICÏ
calculation software/applications
highlighted.
COURSE CONTENT
Q
Q
Q
Q
Q
Q
Q
Q
7ELLÏCONSTRUCTIONÏANDÏTHEÏROLEÏOFÏ
DRILLINGÏINÏTHEÏ%0ÏLIFEÏCYCLE
7ELLÏDESIGNÏINCLUDINGÏPLANNINGÏ
and engineering, and the data and
ANALYSISÏTECHNIQUESÏNEEDEDÏTOÏDESIGNÏ
AÏQUALITYÏWELL
4ERMINOLOGYÏANDÏCONCEPTSÏUSEDÏINÏ
the business of drilling, such as well
TIMINGÏCOSTSÏRISKSÏANDÏAUTHORIZATIONÏ
FORÏEXPENDITUREÏ!&%ÏGENERATION
$RILLINGÏEQUIPMENTÏEXPLANATIONÏ
$RILLINGÏRIGSÏBITSÏCASINGÏANDÏRIGÏmOORÏ
EQUIPMENT
Q
$IRECTIONALÏDRILLINGÏFUNDAMENTALSÏ
APPLICATIONSÏANDÏLIMITATIONS
Q
4ERMINOLOGYÏWELLÏOBJECTIVESÏANDÏ
target
,IFEÏCYCLEÏOFÏPETROLEUMÏRESERVOIRÏANDÏ
RESERVOIRÏDEVELOPMENTÏPHASES
Q
7ELLÏPATHÏPLANNINGÏ#ALCULATIONSÏANDÏ
data acquisition
Drilling operations, including drilling
RIGÏTYPESÏANDÏTHEIRÏUSESÏANDÏDRILLINGÏ
EQUIPMENTÏUSEDÏONÏTHEÏRIGÏmOORÏANDÏ
downhole
Q
-EASUREMENTÏWHILEÏDRILLINGÏ
Q
$RILLBITÏTYPESÏANDÏCLASSESÏ
Q
$OWNHOLEÏEQUIPMENTÏ$RILLINGÏ
TOOLSÏMOTORSÏBITSÏANDÏBOTTOMHOLEÏ
ASSEMBLIES
Q
2OCKBITÏTECHNOLOGYÏ
Q
)!$#ÏCLASSIlCATIONÏANDÏNOMENCLATURE
Q
-INIMIZINGÏRISK
Q
$RILLBITÏHYDRAULICS
Q
&IXEDCUTTERÏTECHNOLOGYÏ
Q
IADC drillbit dull grade reporting
COURSE CONTENT
Q
Q
Q
Q
Q
$RILLINGÏDEVIATEDÏHORIZONTALÏANDÏ
MULTILATERALÏWELLS
(ANDSONÏVISITÏTOÏAÏRIGÏTOÏINSPECTÏ
DRILLINGÏEQUIPMENTÏWITHÏPARTICIPATIONÏ
INÏSOMEÏRIGÏOPERATIONS
(ANDSONÏVISITÏTOÏAÏCEMENTINGÏANDÏ
PUMPINGÏUNITÏTOÏDISCUSSÏCOMPLETIONÏ
CEMENTINGÏACIDIZINGÏANDÏSTIMULATIONÏ
topics
$IRECTIONALÏDRILLINGÏANDÏDEVIATIONÏ
CONTROLÏEQUIPMENTÏANDÏITSÏOPERATIONÏ
including unique characteristics of
directional drilling
Q
7ELLSITEÏOPERATIONSÏ$RILLINGÏLOGGINGÏ
CASINGÏCEMENTINGÏANDÏCOMPLETIONS
7ELLÏLIFEÏCYCLEÏWITHÏFOCUSÏONÏ
openhole and cased hole well data
Q
(ANDSONÏVISITÏTOÏAÏLOGGINGÏCENTERÏFORÏ
ANÏOVERVIEWÏOFÏDATAÏACQUISITIONÏFORÏ
EVALUATIONÏOFÏWELLÏPERFORMANCE
Drilling kicks and well control,
INCLUDINGÏWELLÏCONTROLÏEQUIPMENT
2EALTIMEÏDATAÏCOLLECTIONÏMONITORINGÏ
and interpretation techniques used
during drilling operations
AUDIENCE
%NTRYLEVELÏPROFESSIONALSÏOFÏALLÏDISCIPLINESÏ
and nontechnical support staff.
COURSE CONTENT
NEW
AUDIENCE
%NTRYLEVELÏPROFESSIONALSÏOFÏALLÏDISCIPLINESÏ
and nontechnical support staff.
PREREQUISITE
None
Q
Q
7ELLSITEÏOPERATIONS
2ESERVOIRÏCONCERNSÏFORÏDIRECTIONALÏ
well design
COURSE CONTENT
Q
Drilling and surface considerations
Q
4ORQUEÏANDÏDRAGÏMODELING
AUDIENCE
Q
(ORIZONTALÏWELLSÏ4YPESÏANDÏPLANNING
Q
,OGGINGÏCORINGÏANDÏCOMPLETIONÏ
techniques
Q
7ELLBORESTABILITYÏISSUESÏANDÏHOLEÏ
cleaning
*UNIORÏDRILLINGÏENGINEERSÏJUNIORÏWELLÏANDÏ
operations engineers, as well as other
PERSONNELÏINVOLVEDÏINÏWELLÏPLANNINGÏANDÏ
drilling.
AUDIENCE
$RILLINGÏENGINEERSÏDRILLINGÏSUPERVISORSÏ
TRAINEEÏDRILLERSÏRIGÏENGINEERSÏANDÏSERVICEÏ
COMPANYÏPERSONNELÏWITHÏBASICÏDRILLINGÏ
engineering.
PREREQUISITE
General understanding of drilling
OPERATIONSÏOILlELDÏMATHEMATICSÏANDÏ
GEOLOGY
PREREQUISITE
ÏTOÏÏYEARSÏOFÏlELDÏEXPERIENCEÏWITHÏ
DRILLINGÏOPERATIONSÏANDÏBASICÏMATHÏSKILLS
PREREQUISITE
None
98 |
NExT Catalog-2014(21.5x27.5).indd 98
Visit NExTtraining.net/classes for the latest calendar or to register for a course.
12/22/13 2:49 AM
DRILLING ENGINEERING
Drilling Engineering
Drilling Fluids
Fundamentals of Petroleum
Geomechanics
Introduction to Deepwater
Rig Operations
Foundation – 5 Days
Foundation – 5 Days
Foundation – 5 days
Foundation – 5 Days
In this course, attendees will be
INTRODUCEDÏTOÏTHEÏTERMINOLOGYÏCONCEPTSÏ
PROCESSESÏANDÏEQUIPMENTÏUSEDÏTOÏDRILLÏ
oil and gas wells. Attendees will learn
RIGÏCOMPONENTÏIDENTIlCATIONÏSIMPLEÏ
RIGSIZINGÏCALCULATIONSÏDRILLINGÏmUIDÏ
properties, drillbit selection concepts,
DIRECTIONALÏDRILLINGÏPLANÏDElNITIONÏANDÏ
drilling technologies in addition to
COVERINGÏTHEÏPLANNINGÏPROCESSÏFOLLOWEDÏ
BYÏDRILLINGÏENGINEERSÏINCLUDINGÏINITIATINGÏ
a well plan and designing a well. The
attendees will also learn the basics of
COSTÏESTIMATIONÏPROCESSESÏFUNDAMENTALSÏ
of well control, drilling tool selection,
ANDÏTHEÏIMPORTANTÏSTANDARDSÏUSEDÏINÏTHEÏ
DRILLINGÏINDUSTRY
4HISÏCOURSEÏPROVIDESÏATTENDEESÏWITHÏAÏ
COMPREHENSIVEÏUNDERSTANDINGÏOFÏDRILLINGÏ
mUIDSÏANDÏINSTRUCTIONÏONÏTHEÏENGINEERINGÏ
OFÏAÏMUDÏSYSTEMÏINCLUDINGÏBOTHÏWATERÏ
ANDÏOILBASEDÏMUDÏSYSTEMS
!TTENDEESÏWILLÏLEARNÏTHEÏFUNDAMENTALSÏOFÏ
ROCKÏMECHANICSÏTHEÏORIGINÏOFÏSTRESSESÏINÏ
the subsurface, and how in situ stresses
CANÏBEÏUNDERSTOODÏFROMÏWELLBOREÏDATAÏ
4HISÏCOURSEÏUSINGÏCLASSROOMÏINSTRUCTIONÏ
EXERCISESÏANDÏWORKSHOPSÏTEACHESÏ
ATTENDEESÏHOWÏTOÏAPPLYÏINÏSITUÏSTRESSÏ
DATAÏTOÏCRITICALÏPROBLEMSÏINÏEXPLORATIONÏ
ANDÏDEVELOPMENT
This course will describe the different
TYPESÏOFÏDEEPWATERÏDRILLINGÏUNITSÏ
INCLUDINGÏTHEÏSPECIlCÏEQUIPMENTÏ
REQUIREMENTSÏANDÏTECHNIQUESÏTOÏSPUDÏ
a well. The goal of this course is to
EXPOSEÏTHEÏATTENDEESÏTOÏBRIEFÏBUTÏPRECISEÏ
INFORMATIONÏONÏmOATINGÏDRILLINGÏRIGSÏ
SEMISUBMERSIBLEÏ;33=ÏANDÏDYNAMICALLYÏ
POSITIONEDÏDRILLSHIPÏ;$0$3=ÏANDÏTHEIRÏ
SPECIlCÏEQUIPMENTÏFORÏDRILLINGÏWELLSÏ
INÏDEEPWATERÏZONESÏ4ECHNIQUESÏANDÏ
METHODSÏEMPLOYEDÏEXTENDINGÏFROMÏ
THEÏARRIVALÏOFÏmOATINGÏDRILLINGÏUNITSÏONÏ
AÏLOCATIONÏUNTILÏTHEÏCEMENTINGÏOFÏTHEÏ
CASINGÏWILLÏBEÏPRESENTEDÏ-AJORÏISSUESÏ
and solutions faced in deepwater
drilling operations is also included as
WELLÏASÏTHEÏENVIRONMENTALÏFORCESÏANDÏ
THEIRÏIMPACTSÏONÏDEEPWATERÏOPERATIONSÏ
+EYÏLEARNINGÏOBJECTIVESÏOFÏTHISÏCOURSEÏ
INCLUDEÏWHATÏISÏANÏ33ÏANDÏAÏ$0$3ÏWITHÏ
THEIRÏADVANTAGESÏANDÏDISADVANTAGESÏ
DESCRIPTIONÏANDÏFUNCTIONINGÏOFÏALLÏSPECIlCÏ
EQUIPMENTÏDEPLOYEDÏINÏDEEPWATERÏ
OPERATIONSÏEITHERÏONÏTHEÏmOATINGÏRIGÏORÏ
SUBSEAÏRISERÏBLOWOUTÏPREVENTERÏ;"/0=Ï
WELLHEADSÏTENSIONERSÏETCÏTHEÏDIFFERENTÏ
STATIONÏKEEPINGÏMETHODSÏFORÏMAINTAININGÏ
AÏmOATINGÏDRILLINGÏVESSELÏONÏLOCATIONÏ
MOORINGÏDYNAMICÏPOSITIONINGÏANDÏTHEÏ
ENVIRONMENTALÏFORCESÏANDÏTHEIRÏIMPACTÏ
COURSE CONTENT
Q
Q
Q
Q
7ELLÏCONSTRUCTIONÏ%XPLORATIONÏ
APPRAISALÏANDÏDEVELOPMENTÏDRILLING
$RILLINGÏRIGÏCOMPONENTSÏANDÏCREWÏ
roles and responsibilities
Business of drilling, including well
COSTINGÏANDÏAUTHORITYÏFORÏEXPENDITURE
Operational procedures
Q
2ISKÏMANAGEMENTÏHAZARDSÏANDÏ
LOSSPREVENTIONÏMETHODS
Q
$RILLINGÏFUNDAMENTALS
Q
7ELLÏDESIGNÏCONSIDERATIONSÏLEASINGÏ
contracts, and site preparation to
DATAÏREQUIREMENTS
Q
#HARACTERISTICSÏOFÏQUALITYÏWELLÏDESIGN
Q
0ROGRAMMINGÏANDÏDRILLINGÏOPERATIONS
Q
4ROUBLESHOOTINGÏANDÏPREVENTIONÏOFÏ
COMMONÏPROBLEMSÏ
Q
Q
COURSE CONTENT
Q
)NTRODUCTIONÏTOÏDRILLINGÏmUIDSÏ
0ROPERTIESÏPURPOSEÏANDÏPROBLEMS
Q
2EGULATORYÏCOMPLIANCEÏANDÏ
ENVIRONMENTALÏCONSIDERATIONS
Q
&ORMATIONÏDAMAGE
Q
Inhibition
Q
,UBRICITY
Q
%CONOMICÏRESTRICTIONS
Q
&LUIDÏDENSITY
Q
Rheological properties
Q
Solids control
Q
7ASTEÏMANAGEMENT
Q
,OSSÏCONTROLÏMEASUREÏANDÏ
troubleshooting
COURSE CONTENT
Q
)MPACTÏOFÏGEOMECHANICSÏONÏOILlELDÏ
DEVELOPMENTÏ$RILLINGÏCOMPLETIONSÏ
ANDÏlELDÏPRODUCTIONÏLIFE
Q
0RINCIPALÏSTRESSESÏPOREÏPRESSUREÏ
EFFECTIVEÏSTRESSESÏSTRESSÏANDÏSTRAINÏ
ELASTICITYÏYIELDÏANDÏFAILUREÏENVELOPES
Q
,ABORATORYÏTESTINGÏ0ROCEDURESÏ
LIMITATIONSÏUNCONlNEDÏCOMPRESSIONÏ
TRIAXIALÏCOMPRESSIONÏTHICKWALLED
CYLINDERÏTESTS
Q
3TATEÏOFÏSTRESSÏINÏTHEÏ%ARTHÏPOREÏ
pressure, and fracture gradient
Q
7ELLBOREÏINSTABILITY
AUDIENCE
Q
Drilling engineers wanting a better
UNDERSTANDINGÏOFÏDRILLINGÏmUIDSÏANDÏTHEIRÏ
use.
-ECHANICALÏEARTHÏMODELÏ
construction, operational aspects of
WELLBOREÏSTABILITYÏCONTROL
Q
Sand production and prediction
PREREQUISITE
Q
2ESERVOIRÏGEOMECHANICS
7ORKINGÏKNOWLEDGEÏOFÏDRILLINGÏPRACTICESÏ
and concepts.
7ELLÏCOMPLETIONÏOPTIONSÏEQUIPMENTÏ
PERFORATIONSÏANDÏDATACOLLECTIONÏ
TOOLSÏUSEDÏFORÏWELLÏEVALUATION
COURSE CONTENT:
AUDIENCE
Q
Floating drilling units
4ECHNICALÏPROFESSIONALSÏORÏMANAGERSÏ
CONCERNEDÏWITHÏWELLBOREÏSTABILITYÏ
FRACTUREÏSTIMULATIONÏRESERVOIRÏDRAINAGEÏ
PATTERNSÏNATURALLYÏFRACTUREDÏRESERVOIRSÏ
OVERPRESSURESÏANDÏFAULTÏSEALÏANALYSIS
Q
6ESSELÏSTABILITYÏ
Q
-OORINGÏSYSTEMSÏ
Q
$YNAMICÏPOSITIONINGÏOPERATIONSÏ
Q
2ISERÏSYSTEMSÏ
Q
PREREQUISITE
None
7ELLÏSUSPENSIONÏANDÏABANDONMENTÏ
procedures
Subsea wellheads and casing
operations
Q
"/0ÏEQUIPMENTÏ
Q
%MERGENCYÏDISCONNECTÏ
Q
0LUGÏANDÏABANDONMENT
AUDIENCE
AUDIENCE
/PERATORSÏDRILLINGÏSUPERVISORSÏJUNIORÏ
LEVELÏSTAFFÏCOMPANYÏREPRESENTATIVESÏNEWÏ
MANAGERSÏDRILLINGÏCONTRACTORÏPERSONNELÏ
INVOLVEDÏINÏDRILLINGÏMARINEÏMAINTENANCEÏ
SUPERVISIONÏMANAGEMENTÏANDÏSERVICEÏ
COMPANYÏMANAGEMENTÏANDÏTEAMÏLEADERS
!NYÏ%0ÏPROFESSIONALÏWANTINGÏTOÏBETTERÏ
understand the principles of drilling.
PREREQUISITE
%NGINEERINGÏDEGREEÏORÏEQUIVALENTÏ
WORKÏEXPERIENCEÏINÏDRILLINGÏDESIGNÏORÏ
operations.
PREREQUISITE
Basic drilling operations knowledge
ANDÏANÏUNDERSTANDINGÏOFÏTHEÏMARINEÏ
ENVIRONMENTÏFORÏDRILLINGÏOPERATIONSÏ
/FFSHOREÏDRILLINGÏEXPERIENCEÏISÏBENElCIAL
Software
Technical courses that use software
NExT Catalog-2014(21.5x27.5).indd 99
Includes practical sessions
Field trips
Uses simulation
| 99
12/22/13 2:49 AM
DRILLING ENGINEERING
Mud Logging Operations
Foundation – 5 Days
NEW
4HISÏDAYÏCOURSEÏCONSISTSÏOFÏPRACTICALÏ
ANDÏTHEORETICALÏSESSIONSÏINÏTHEÏCLASSROOMÏ
MUDÏLOGGINGÏUNITÏANDÏWORKSHOPÏ
%XPERIENCEDÏPROFESSIONALSÏPROVIDEÏ
INDEPTHÏDETAILSÏONÏMUDÏLOGGINGÏSERVICESÏ
COUPLEDÏWITHÏHANDSONÏPRACTICALÏLEARNINGÏ
CENTEREDÏONÏAÏSTATEOFTHEARTÏTRAININGÏ
ENVIRONMENTÏATÏTHEÏ3CHLUMBERGERÏ%,#Ï
located in Melun, France. The practical
SESSIONSÏUSEÏTHEÏMUDÏLOGGINGÏUNITÏ
ACQUISITIONÏSENSORSÏANDÏSAMPLEÏANALYSISÏ
EQUIPMENTÏGEOLOGICALÏLABORATORYÏ
ANDÏRIGBASEDÏTRAININGÏ4HEÏCOURSEÏ
WILLÏPROVIDEÏAÏCLEARÏUNDERSTANDINGÏOFÏ
THEÏPRIMARYÏOBJECTIVEÏOFÏMUDÏ,OGGINGÏ
SERVICESÏWHICHÏISÏSURFACEÏMEASUREMENTÏ
OFÏDRILLINGÏPARAMETERSÏGASÏDATAÏANDÏ
GEOLOGICALÏINFORMATIONÏ4HEÏDAYÏ
course focuses on understanding drilling
OPERATIONSÏMONITOREDÏTHROUGHÏAÏMUDÏ
LOGGINGÏSYSTEMÏHELPINGÏTOÏUNDERSTANDÏTHEÏ
PRINCIPLEÏOFÏGASÏMEASUREMENTSÏANDÏTOÏ
COMPREHENDÏHOWÏGEOLOGICALÏDESCRIPTIONSÏ
AREÏPERFORMEDÏTOGETHERÏWITHÏTHEÏPROCESSÏ
OFÏBUILDINGÏAÏLITHOSTRATIGRAPHICÏCOLUMNÏ"YÏ
the conclusion of the course, participants
WILLÏHAVEÏANÏIMPROVEDÏUNDERSTANDINGÏOFÏ
THEÏADDEDÏVALUEÏOFÏMUDÏLOGGINGÏDATAÏBEÏ
FAMILIARÏWITHÏALLÏELEMENTSÏRELATEDÏTOÏDATAÏ
QUALITYÏCONTROLÏANDÏHAVEÏTHEÏSKILLSÏNEEDEDÏ
TOÏCHALLENGEÏTHEÏDATAÏQUALITYÏ4HISÏCOURSEÏ
ISÏONLYÏAVAILABLEÏATÏ%,#Ï-ELUNÏ0ARIS
Offshore Drilling Operations
Petrophysics for Drilling Engineers
Foundation – 5 Days
Foundation – 5 Days
An introduction to offshore drilling
OPERATIONSÏTHISÏCOURSEÏCOVERSÏTHEÏPRIMARYÏ
DRILLINGÏEQUIPMENTÏPROCEDURESÏANDÏ
design constraints and considerations
UNIQUEÏTOÏTHEÏOFFSHOREÏENVIRONMENTÏ
Attendees will learn how drilling
OPERATIONSÏDIFFERÏFORÏlXEDÏINSTALLATIONSÏ
ANDÏMOBILEÏOFFSHOREÏDRILLINGÏUNITS
4HISÏDAYÏCOURSEÏCOVERSÏTHEÏFOLLOWINGÏ
MAJORÏlELDSÏÏ"ASICSÏOFÏWELLÏLOGGINGÏ
RESERVOIRÏROCKÏBASICSÏINÏTHEÏLOGGINGÏLIFEÏ
OFÏAÏWELLÏTOOLÏCONVEYANCEÏMUDÏLOGÏ
WELLBOREÏSTABILITYÏANDÏlLTRATEÏDIAMETERÏOFÏ
INVASIONÏDEPTHÏCONTROLÏLOGÏQUALITYÏCONTROLÏ
GAMMAÏRAYÏANDÏSPONTANEOUSÏPOTENTIALÏ
INCLUDINGÏTOOLÏPHYSICSÏANDÏAPPLICATIONSÏ
TOÏESTIMATEÏCLAYÏVOLUMEÏCLAYÏTYPEÏANDÏ
FORMATIONÏWATERÏSALINITIESÏÏ0OROSITYÏ
ANDÏLITHOLOGYÏUSINGÏDENSITYÏANDÏNEUTRONÏ
TOOLSÏPHYSICSÏANDÏAPPLICATIONSÏÏ
!COUSTICÏTOOLÏPHYSICSÏANDÏAPPLICATIONSÏ
FORÏROCKÏMECHANICSÏWELLBOREÏSTABILITYÏ
ANDÏSECONDARYÏPOROSITYÏ)NÏADDITIONÏTOÏ
the applications of acoustic tools for
PREDICTINGÏHIGHPRESSUREÏZONESÏÏ
2ESISTIVITYÏTOOLÏMEASUREMENTSÏINCLUDINGÏ
TOOLÏPHYSICSÏOFÏSHALLOWÏ2XOÏLATEROLOGÏ
ANDÏINDUCTIONÏANDÏADVANCEDÏTECHNOLOGYÏ
RESISTIVITYÏTOOLSÏÏ7IRELINEÏFORMATIONÏ
TESTINGÏTOOLÏPHYSICSÏANDÏTHEÏTHEORYÏANDÏ
APPLICATIONSÏOFÏTHESEÏTOOLSÏTOÏDETERMINEÏ
MOBILITIESÏRESERVOIRÏPRESSUREÏANDÏmUIDÏ
CONTACTSÏINÏTHEÏRESERVOIRÏÏ-7$ÏANDÏ
,7$ÏDATAÏACQUISITIONÏDATAÏACQUISITIONÏOFÏ
POROSITYÏLITHOLOGYÏPULSEDÏNEUTRONÏSIGMAÏ
ANDÏRESISTIVITIESÏÏ&ORMATIONÏPRESSUREÏ
GEOSTEERINGÏBASICSÏANDÏSEISMICÏACOUSTICÏ
INTERPRETATIONÏCOVERINGÏTHEÏEVALUATIONÏ
OFÏCLAYÏVOLUMEÏ6SHÏ6CLÏEVALUATIONÏ
ESTIMATINGÏTHEÏMÏANDÏNÏPARAMETERSÏINÏTHEÏ
!RCHIEÏ%QUATIONÏQUICKLOOKÏTECHNIQUESÏTOÏ
ESTIMATEÏTHEÏOILWATERÏGASWATERÏANDÏ
OILGASÏCONTACTSÏSALINITYÏESTIMATIONSÏ
OFÏFORMATIONÏWATERÏANDÏlLTRATEÏWATERÏ
ANDÏUNMOVEDÏHYDROCARBONÏZONESÏPLUSÏ
ESTIMATIONÏOFÏPOROSITYÏLITHOLOGYÏANDÏ
WATERÏSATURATIONSÏINÏCLEANÏANDÏINÏSHALYÏ
sands.
COURSE CONTENT
Q
4YPESÏOFÏDRILLINGÏRIGS
Q
0RIMARYÏCOMPONENTSÏOFÏOFFSHOREÏRIGS
Q
Downhole drilling and downhole tools
Q
/VERBURDENÏPOREÏPRESSUREÏANDÏ
fracture gradient
Q
7ELLÏPLANNINGÏ4RUEÏVERTICALÏDEPTHÏ
EXERCISE
Q
$RILLINGÏmUIDSÏCEMENTINGÏANDÏWELLÏ
DESIGNÏWORKmOW
Q
Q
Casing design and well control
Drillstring design and directional
drilling
Q
3URVEYING
Q
#OMPLETIONS
Q
$RILLSTEMÏTESTÏFROMÏMOBILEÏOFFSHOREÏ
drilling unit
AUDIENCE
Drilling engineers.
COURSE CONTENT
Q
$RILLINGÏMONITORING
Q
4YPEÏOFÏGAS
Q
$EGASSINGÏPROCESSÏANDÏANALYSIS
Q
'EOLOGICALÏSAMPLEÏPREPARATIONÏANDÏ
description
PREREQUISITE
None
NEW
COURSE CONTENT
Q
2ESERVOIRÏROCKÏANDÏLIFEÏOFÏAÏWELL
Q
4HEÏMUDÏLOGÏANDÏITSÏAPPLICATIONS
Q
Basics of well logging
Q
,OGÏQUALITYÏCONTROL
Q
2ESISTIVITYÏMEASUREMENTSÏANDÏTHEÏ
spontaneous potential applications to
ESTIMATEÏWATERÏSALINITYÏANDÏVOLUMEÏOFÏ
shale
Q
!COUSTICÏ,OGÏ3ECONDARYÏPOROSITYÏ
ROCKÏMECHANICALÏPROPERTIESÏANDÏ
WELLBOREÏSTABILITY
Q
The Neutron Log, neutron
SPECTROSCOPYÏANDÏSIGMAÏNEUTRONÏ
CAPTUREÏCROSSSECTION
Q
"ASICSÏOFÏRESISTIVITYÏANDÏTHEÏ!RCHIEÏ
%QUATION
Q
7IRELINEÏFORMATIONÏTESTING
Q
-7$ÏANDÏ,7$Ï
Q
%STIMATINGÏTHEÏhMvÏANDÏhNvÏ
PARAMETERSÏINÏTHEÏ!RCHIEÏEQUATIONÏ
Q
1UICKLOOKÏTECHNIQUES
AUDIENCE
Drilling engineers, directional drillers,
and other geoscientists associated with
drilling.
PREREQUISITE
None
AUDIENCE
Geoscientists and engineers wishing to
HAVEÏHANDSÏONÏTRAININGÏINÏMUDÏLOGGING
PREREQUISITE
Drilling knowledge and basic geological
knowledge.
100 |
NExT Catalog-2014(21.5x27.5).indd 100
Visit NExTtraining.net/classes for the latest calendar or to register for a course.
12/22/13 2:49 AM
DRILLING ENGINEERING
Well Placement
Fundamentals
Well Control
Casing Design
Cement Integrity Assurance
and Evaluation
Foundation – 5 Days
Foundation – 5 Days
Skill – 5 Days
Skill – 5 Days
This course introduces the concept of
GEOLOGICALÏWELLÏPLACEMENTÏGEOSTEERINGÏ
ANDÏPROVIDESÏKNOWLEDGEÏOFÏTHEÏPROCESSESÏ
and techniques that can be used to
SUCCESSFULLYÏPLACEÏHIGHANGLEÏANDÏ
HORIZONTALÏWELLSÏUSINGÏGEOLOGICALÏANDÏ
PETROPHYSICALÏDATAÏINÏREALTIMEÏDURINGÏ
DRILLINGÏ4HEÏMAINÏPURPOSEÏOFÏHIGHANGLEÏ
ANDÏHORIZONTALÏWELLSÏISÏTOÏMAXIMIZEÏ
RESERVOIRÏCONTACTÏANDÏENHANCEÏWELLÏ
PRODUCTIVITYÏ4OÏPLANÏANDÏCONSTRUCTÏSUCHÏ
WELLSÏREQUIRESÏREALTIMEÏCOLLABORATIONÏ
BETWEENÏGEOLOGISTSÏWHOÏNEEDÏQUALITYÏ
FORMATIONÏEVALUATIONÏDATAÏDRILLERSÏWHOÏ
REQUIREÏCONSIDERABLEÏINPUTÏFROMÏTHEÏ
GEOLOGISTSÏANDÏPETROPHYSICISTSÏWHOÏ
INTERPRETÏTHEÏFORMATIONÏEVALUATIONÏDATAÏ
DURINGÏTHEÏDRILLINGÏPROCESSÏTOÏOPTIMIZEÏ
WELLÏPLACEMENTÏ4HISÏPROCESSÏISÏGENERALLYÏ
FACILITATEDÏBYÏTHEÏWELLÏPLACEMENTÏ
COORDINATORÏ6ARIOUSÏTECHNOLOGIESÏ
INVOLVEDÏINÏDIRECTIONALÏDRILLINGÏ
MEASUREMENTÏANDÏFORMATIONÏEVALUATIONÏ
WHILEÏDRILLINGÏAREÏREVIEWEDÏ4HEÏTHREEÏ
DIFFERENTÏMETHODSÏUSEDÏTOÏGEOLOGICALLYÏ
PLACEÏHORIZONTALÏWELLSÏAREÏINTRODUCEDÏANDÏ
the applications are discussed.
4HISÏCOURSEÏTEACHESÏTHEÏPHYSICALÏ
principles and concepts related to
MAINTAININGÏANDÏREGAININGÏCONTROLÏOFÏ
FORMATIONÏPRESSURESÏWHILEÏDRILLINGÏAÏWELL
This course focuses on casing design
FROMÏANÏENGINEERINGÏANDÏOPERATIONALÏ
PERSPECTIVEÏ!TTENDEESÏAREÏPROVIDEDÏ
with design rules for a wide range of
STRAIGHTFORWARDÏANDÏHOSTILEÏENVIRONMENTSÏ
ANDÏALSOÏEXAMINEÏTHEÏNOMENCLATUREÏOFÏ
CASINGÏDESIGNÏMANUFACTURINGÏPROCESSESÏ
MATERIALSÏANDÏPROPERTIESÏ)NÏADDITIONÏ
ATTENDEESÏREVIEWÏDESIGNÏPOLICIESÏANDÏ
PROCEDURESÏTHEÏTHEORYÏOFÏBURSTÏCOLLAPSEÏ
ANDÏAXIALÏLOADINGSÏTHEÏTHEORYÏANDÏ
LIMITATIONSÏOFÏ!0)ÏSPECIlCATIONSÏANDÏ
CONNECTIONSÏANDÏSPECIALÏCASESÏSUCHÏASÏ
HIGHÏPRESSUREÏHIGHÏTEMPERATUREÏ(0(4Ï
ANDÏSOURÏENVIRONMENTS
4HISÏCOURSEÏINCLUDESÏAÏDETAILEDÏREVIEWÏOFÏ
THEÏCEMENTINGÏPROCESSESÏANDÏPARAMETERSÏ
THATÏENSUREÏTHEÏINTEGRITYÏOFÏTHEÏCEMENTÏ
sheath during the life of the well. A
COMPREHENSIVEÏCEMENTÏSHEATHÏEVALUATIONÏ
SECTIONÏWILLÏBEÏPRESENTEDÏCOVERINGÏTHEÏ
VARIOUSÏMEASUREMENTSÏANDÏINTERPRETATIONÏ
techniques as well as the factors that
AFFECTÏTHEÏQUALITYÏOFÏTHEÏMEASUREMENTSÏ
and interpretation. The course includes
CLASSROOMÏSESSIONSÏONÏCEMENTINGÏ
PRACTICESÏLOGÏINTERPRETATIONÏANDÏAÏVISITÏTOÏ
THEÏNEARESTÏ3CHLUMBERGERÏFACILITYÏWHEREÏ
ATTENDEESÏWILLÏHAVEÏTHEÏOPPORTUNITYÏTOÏ
REVIEWÏCEMENTÏEVALUATIONÏTECHNOLOGIESÏ
The attendees will be encouraged to
BRINGÏTHEIRÏOWNÏEXAMPLESÏTHATÏINCLUDEÏ
ALLÏASSOCIATEDÏINFORMATIONÏSUCHÏASÏWELLÏ
CONSTRUCTIONÏDETAILSÏCEMENTINGÏANDÏLOGÏ
data, allowing the attendees to share
THEIRÏDATAÏANDÏDISCUSSÏTHEIRÏEXPERIENCESÏ
COURSE CONTENT
Q
Introduction to geological well
PLACEMENTÏ
COURSE CONTENT
Q
&ORMATIONÏPRESSURESÏANDÏTHEIRÏCAUSESÏ
Q
&RACTUREÏPRESSUREÏFUNDAMENTALS
Q
+ICKÏTOLERANCEÏCAUSESÏANDÏWARNINGS
Q
3HUTINÏPROCEDURES
Q
)NDUSTRYÏSTANDARDSÏANDÏRECOMMENDEDÏ
practices
Q
+ILLÏSHEETÏBASICSÏANDÏUSAGE
Q
7AITANDWEIGHTÏMETHODÏANDÏOTHERÏ
WELLÏCONTROLÏMETHODS
Q
Q
Q
Control of shallow gas kicks
"LOWOUTÏPREVENTERÏANDÏDIVERTERÏ
EQUIPMENTÏINSTALLATIONÏOPERATIONÏ
MAINTENANCEÏANDÏTESTING
Material properties
Q
!0)ÏRATINGSÏANDÏFORMULAS
Q
3TEELÏTESTINGÏANDÏTRIAXIALÏLOADING
Design concepts and casing design
rules
COURSE CONTENT
Factors affecting tubular strength
Q
)NTRODUCTIONÏTOÏCEMENTINGÏ
Q
Buckling and connections
Q
AUDIENCE
Q
#ASINGÏSETTINGÏDEPTHÏDETERMINATION
#EMENTINGÏJOBÏPARAMETERSÏAFFECTINGÏ
THEÏCEMENTÏINTEGRITY
Q
0ERSONSÏWHOÏDESIGNÏPLANÏANDÏMANAGEÏ
well drilling operations, including wellsite
SUPERVISORSÏDRILLINGÏENGINEERSÏANDÏ
drilling superintendents.
Q
3ERVICEÏLIFEÏMODELS
$RILLINGÏCASINGÏANDÏCEMENTINGÏJOBÏ
PARAMETERSÏ
Q
4HERMALÏANDÏBENDINGÏLOADÏ
DETERMINATIONÏANDÏLOADÏCASES
Q
2EVIEWÏOFÏTHEÏGASmUIDÏINVASIONÏ
process
Q
)NTRODUCTIONÏOFÏWELLÏCOMPLETIONÏ
PARAMETERSÏAFFECTINGÏTHEÏWELLÏLIFEÏ
Q
#EMENTÏSHEATHÏMECHANICALÏ
properties
Q
Q
3UBSEAÏEQUIPMENTÏOVERVIEW
2EVIEWÏOFÏRESERVOIRÏGEOLOGYÏ
Q
Directional drilling
PREREQUISITE
Q
-7$
Q
&ORMATIONÏEVALUATIONÏANDÏ,7$Ï
Q
!PPLICATIONSÏOFÏ,7$ÏMEASUREMENTSÏ
INÏWELLÏPLACEMENTÏ
-INIMUMÏOFÏÏYEARÏDRILLINGRELATEDÏ
EXPERIENCEÏANDÏBASICÏMATHÏANDÏSCIENCEÏ
SKILLSÏPARTICIPANTSÏAREÏREQUIREDÏTOÏBRINGÏ
AÏHANDHELDÏCALCULATORÏFORÏINCLASSÏ
EXERCISES
Q
Q
Q
7ELLCONTROLÏEQUIPMENTÏLIMITSÏ
AUXILIARYÏUNITSÏANDÏCLOSINGÏUNITS
Q
Q
COURSE CONTENT
NEW
!PPLYINGÏWELLÏPLACEMENTÏMETHODSÏ
Case studies illustrating the use of
THEÏTHREEÏWELLÏPLACEMENTÏMETHODSÏ
AUDIENCE
-ULTIDISCIPLINARYÏASSETÏTEAMSÏOFÏ
OPERATINGÏCOMPANIESÏCOMPRISEDÏMAINLYÏ
OFÏDRILLINGÏENGINEERSÏRESERVOIRÏENGINEERSÏ
ANDÏGEOSCIENTISTSÏWHOÏNEEDÏTOÏMAKEÏ
DECISIONSÏREGARDINGÏTHEÏAPPLICABILITYÏANDÏ
BENElTSÏOFÏIMPLEMENTINGÏAÏGEOLOGICALÏ
WELLÏPLACEMENTÏPROCESSÏFORÏDRILLINGÏ
HORIZONTALÏANDÏHIGHANGLEÏWELLBORES
Q
Load design for burst, collapse, and
AXIALÏLOADS
AUDIENCE
$RILLINGÏENGINEERSÏDRILLINGÏSUPERVISORSÏ
TRAINEEÏDRILLERSÏRIGÏENGINEERSÏANDÏSERVICEÏ
COMPANYÏPERSONNELÏWITHÏBASICÏDRILLINGÏ
engineering knowledge.
PREREQUISITE
5NDERSTANDINGÏOFÏWELLBOREÏGEOMETRYÏ
ANDÏTHEÏBASICSÏOFÏMECHANICALÏCONCEPTSÏ
ANDÏBASICÏMATHÏSKILLSÏPARTICIPANTSÏAREÏ
REQUIREDÏTOÏBRINGÏAÏSCIENTIlCÏCALCULATORÏTOÏ
COMPLETEÏTHEÏINCOURSEÏEXERCISES
Q
Failure causes
Q
#EMENTÏINTEGRITYÏDURINGÏTHEÏPLUGÏANDÏ
ABANDONÏ0!ÏPHASE
Q
7IRELINEÏLOGSÏTYPICALLYÏUSEDÏFORÏ
CEMENTÏEVALUATIONÏ
Q
.EWÏ!0)ÏSPECIlCATIONSÏ
AUDIENCE
$RILLINGÏPRODUCTIONÏANDÏCOMPLETIONÏ
engineers.
PREREQUISITE
"ASICÏKNOWLEDGEÏOFÏCEMENTINGÏANDÏ
logging operations.
PREREQUISITE
Geoscience or engineering degree.
Software
Technical courses that use software
NExT Catalog-2014(21.5x27.5).indd 101
Includes practical sessions
Field trips
Uses simulation
| 101
12/22/13 2:49 AM
DRILLING ENGINEERING
Cementing Operations
Deepwater Drilling Design
and Operations
Deepwater Well Project and
Risk Management
Skill – 5 Days
Skill – 5 Days
Skill – 5 Days
The course introduces attendees to
THEÏASPECTSÏOFÏPRIMARYÏSQUEEZEÏANDÏ
PLUGÏCEMENTINGÏANDÏPRIMARYÏCEMENTINGÏ
CALCULATIONSÏ#EMENTÏCHEMISTRYÏISÏ
introduced to understand the process
INVOLVEDÏINÏACHIEVINGÏAÏSATISFACTORYÏ
CEMENTÏJOBÏ!DDITIVESÏUSEDÏTOÏAFFECTÏ
VARIOUSÏPROPERTIESÏOFÏTHEÏSLURRYÏANDÏSETÏ
CEMENTÏAREÏADDRESSEDÏ2HEOLOGICALÏ
MODELSÏUSEDÏDURINGÏCEMENTÏJOBÏDESIGNÏ
ANDÏREQUIREMENTSÏFORÏEFFECTIVEÏMUDÏ
REMOVALÏWILLÏALSOÏBEÏCOVEREDÏ#EMENTINGÏ
AIDSÏANDÏJOBÏQUALITYÏEVALUATIONÏMETHODSÏ
AREÏDISCUSSEDÏ#LASSROOMÏEXERCISESÏASÏ
WELLÏASÏANÏINTRODUCTIONÏTOÏCEMENTINGÏ
DESIGNÏANDÏEVALUATIONÏSOFTWAREÏAREÏ
included.
This course is designed to help drilling
engineering professionals understand
THEÏTECHNOLOGIESÏTERMINOLOGYÏCONCEPTSÏ
PROCESSESÏANDÏEQUIPMENTÏUSEDÏTOÏ
drill deepwater oil and gas wells. The
COURSEÏFOLLOWSÏAÏTYPICALÏDEEPWATERÏ
DRILLINGÏPROGRAMÏANDÏDRILLINGÏPROCESSÏ
FROMÏGEOLOGYÏTOÏRIGÏSELECTIONÏANDÏSTATIONÏ
KEEPINGÏTOÏCONDUCTORÏDRIVINGÏANDÏSURFACEÏ
CASINGÏSETTINGÏFOLLOWEDÏBYÏWELLHEADÏ
SYSTEMSÏ"/0ÏANDÏMARINEÏRISERÏSYSTEMSÏ
TOÏTYPICALÏDEEPWATERÏRIGÏEQUIPMENTÏ
/NCEÏTHEÏDRILLINGÏPROCESSÏANDÏEQUIPMENTÏ
ISÏREVIEWEDÏWEÏTHENÏLOOKÏATÏSOMEÏOFÏ
the other aspects that are different for
DEEPWATERÏDRILLINGÏTECHNOLOGYÏSUCHÏASÏ
WELLÏCONTROLÏSHALLOWÏHAZARDSÏANDÏTHENÏ
WEÏMOVEÏTOÏSOMEÏOFÏTHEÏNEWÏEMERGINGÏ
technologies such as dual gradient and
MANAGEDÏPRESSUREÏDRILLINGÏ&INALLYÏWEÏ
DISCUSSÏSOMEÏOFÏTHEÏTYPICALÏOPERATIONALÏ
ASPECTSÏANDÏWORKOVERÏISSUESÏASSOCIATEDÏ
with deepwater wells.
4HEÏMAINÏGOALÏOFÏTHEÏCOURSEÏISÏTOÏ
HIGHLIGHTÏTHEÏCRITICALÏPROJECTÏANDÏRISKÏ
MANAGEMENTÏISSUESÏREQUIREDÏTOÏRUNÏ
DEEPWATERÏWELLÏPROJECTSÏEFlCIENTLYÏ
SAFELYÏENVIRONMENTALLYÏFRIENDLYÏANDÏ
COSTEFFECTIVELYÏ"YÏTHEÏENDÏOFÏTHEÏCOURSEÏ
ATTENDEESÏWILLÏUNDERSTANDÏTHEÏKEYÏISSUESÏ
ANDÏPRINCIPLESÏOFÏDEEPWATERÏPROJECTÏ
MANAGEMENTÏ4HEÏATTENDEESÏWILLÏBEÏABLEÏ
TOÏAPPLYÏTHEÏPRINCIPLESÏINÏPRACTICEÏANDÏ
INTEGRATEÏTHEMÏINÏTHEÏASSETÏORÏPROJECTÏ
TEAMÏTOÏOPTIMIZEÏMANAGEMENTÏOFÏTHEÏ
WELLÏPROJECTÏANDÏMANAGEÏTHEÏIDENTIlEDÏ
RISKSÏTOÏMAXIMIZEÏVALUEÏ&OLLOWINGÏTHEÏ
DEEPWATERÏWELLÏPROJECTÏMANAGEMENTÏ
PROCESSÏFROMÏPROSPECTÏEVALUATIONÏTHROUGHÏ
OPERATIONSÏATTENDEESÏWILLÏDEVELOPÏ
IMPORTANTÏSKILLSÏNEEDEDÏTOÏDRILLÏWELLSÏINÏAÏ
DEEPWATERÏENVIRONMENTÏ4HEÏATTENDEESÏ
WILLÏUNDERSTANDÏTHEÏCOMPLEXITIESÏOFÏAÏ
deepwater drilling operation and will gain
ANÏUNDERSTANDINGÏOFÏISSUESÏTHATÏMUSTÏ
be addressed when drilling deepwater
WELLSÏ4HEÏATTENDEESÏWILLÏALSOÏDEVELOPÏANÏ
understanding of the challenges, choices,
ANDÏCOMPROMISESÏTHATÏAREÏNECESSARYÏTOÏ
drill deepwater wells.
COURSE CONTENT
Q
0RIMARYÏCEMENTINGÏOVERVIEWÏANDÏ
calculations
Q
#EMENTÏCHEMISTRYÏ
Q
#EMENTÏLABORATORYÏEQUIPMENTÏ
Q
2HEOLOGYÏ
Q
#EMENTÏADDITIVESÏ
Q
-UDÏREMOVALÏ
Q
'ASÏMIGRATIONÏCONTROLÏ
Q
#EMENTINGÏTEMPERATUREÏ
COURSE CONTENT
Q
Q
Q
Drilling units
$RILLINGÏEQUIPMENTÏSPECIlCÏTOÏ
deepwater drilling
0OREÏPRESSUREÏANDÏFRACTUREÏPRESSUREÏ
window
NEW
COURSE CONTENT
Riser selection
4EAMÏRESPONSIBILITIESÏANDÏDECISIONS
Q
Q
7HATÏISÏRISK
Q
(YDRATESÏ
Q
2ISKÏMANAGEMENT
Q
$RILLINGÏmUIDSÏ
Q
0ROJECTÏPLAN
Q
$UALÏGRADIENTÏANDÏMANAGEDÏPRESSUREÏ
drilling
Q
Tracking progress
Q
2ISKÏMANAGEMENTÏINÏACTION
Q
!PPLYINGÏRISKÏMANAGEMENTÏTOOLS
Q
(UMANÏFACTORSÏINÏDEEPWATERÏWELLÏ
PROJECTS
PREREQUISITE
"ASICÏKNOWLEDGEÏOFÏTHEÏOILÏÏGASÏINDUSTRYÏ
3OMEÏUNDERSTANDINGÏOFÏCEMENTÏUSEÏISÏ
STRONGLYÏRECOMMENDEDÏ!TTENDEESÏSHOULDÏ
bring a hand calculator and be prepared
TOÏPERFORMÏEXERCISESÏINÏTHEÏCLASS
Q
#OMPLETIONS
AUDIENCE
Drilling professionals with well design
ANDÏOPERATIONSÏEXPERIENCEÏDESIRINGÏANÏ
understanding of the challenges faced in
THEÏDEEPWATERÏDRILLINGÏENVIRONMENT
PREREQUISITE
5NDERSTANDÏBASICÏGEOMECHANICSÏ
DRILLINGÏOPERATIONSÏWELLÏPLACEMENTÏWELLÏ
PLANNINGÏANDÏDRILLINGÏmUIDSÏBASICS
$RILLINGÏmUIDS
Q
#EMENT
Q
#ONDUCTORÏDRIVING
Q
#ASINGÏTALLIESÏCENTRALIZERSÏSPACEÏOUT
Q
Liner operations
Q
'EOLOGY
Q
0RESSUREÏTESTING
Q
7ELLÏCONTROL
Q
Fishing
AUDIENCE
4RAINEEÏDRILLINGÏSUPERVISORSÏANDÏDRILLINGÏ
engineers.
Basic understanding of drilling
operations.
Q
#EMENTINGÏPLUGSÏ
$RILLINGÏPROFESSIONALSÏWITHÏSOMEÏ
understanding of the drilling process.
Directional drilling
Q
PREREQUISITE
Q
AUDIENCE
Q
0ROJECTÏSETUP
7ELLÏCONTROLÏ
3PECIALÏPURPOSEÏCEMENTSÏ
COURSE CONTENT
)NTRODUCTIONÏTOÏPROJECTÏMANAGEMENT
Q
Q
In this course, attendees will learn drilling
OPERATIONSÏUSINGÏTHEÏINTERACTIVEÏ$RILLINGÏ
3YSTEMSÏ$RILLINGÏ-ANAGEMENTÏ4RAINERÏ
WHICHÏSIMULATESÏTHEÏENVIRONMENTÏOFÏAÏ
TEAMÏDRILLINGÏAÏWELLÏ4HROUGHÏHANDSONÏ
SIMULATIONSÏATTENDEESÏLEARNÏTHEÏROLEÏ
ANDÏRESPONSIBILITIESÏOFÏEACHÏMEMBERÏOFÏ
THEÏDRILLINGÏTEAMÏINCLUDINGÏTHEÏDRILLINGÏ
SUPERVISORÏDRILLERÏMUDÏENGINEERÏANDÏTHEÏ
directional driller.
Q
3QUEEZEÏCEMENTINGÏ
)NTRODUCTIONÏANDÏREVIEWÏOFÏCEMENTINGÏ
DESIGNÏANDÏEVALUATIONÏSOFTWAREÏ
Skill – 5 Days
Q
Q
Q
Drilling Operations
Management Simulation
AUDIENCE
$RILLINGÏMANAGERSÏOPERATIONSÏ
superintendents, senior well engineers,
well engineers, and wellsite leaders/
SUPERVISORSÏINVOLVEDÏINÏDEEPWATERÏWELLÏ
PROJECTS
PREREQUISITE
&OUNDATIONÏ$RILLINGÏ%NGINEERINGÏANDÏ
Offshore Drilling Operations courses, and
BASICÏEXPERIENCEÏINÏWELLÏPROJECTS
102 |
NExT Catalog-2014(21.5x27.5).indd 102
Visit NExTtraining.net/classes for the latest calendar or to register for a course.
12/22/13 2:49 AM
DRILLING ENGINEERING
Drilling Project and Risk
Management
Drillstring Design
Drilling Optimization
Horizontal, Extended Reach,
and Multilateral Drilling
Skill – 5 Days
Skill – 4 Days
Skill – 5 Days
Skill – 5 Days
)NCREASEÏYOURÏUNDERSTANDINGÏOFÏTHEÏ
PROJECTÏMANAGEMENTÏPRINCIPLESÏTHATÏ
APPLYÏTOÏDRILLINGÏOPERATIONSÏWITHÏAÏ
focus on the roles and responsibilities
INVOLVEDÏINCLUDINGÏOPERATIONSÏPERSONNELÏ
ADMINISTRATIONÏlNANCEÏANDÏLEGALÏ
FUNCTIONSÏ!TTENDEESÏWILLÏEXAMINEÏTHEÏ
CRITICALÏPROJECTÏANDÏRISKÏMANAGEMENTÏ
CONCERNSÏOFÏRUNNINGÏDRILLINGÏPROJECTSÏ
INÏANÏEFlCIENTÏSAFEÏENVIRONMENTALLYÏ
FRIENDLYÏANDÏCOSTEFFECTIVEÏMANNERÏ4HEÏ
ATTENDEESÏWILLÏAPPLYÏPRINCIPLESÏOFÏPROJECTÏ
MANAGEMENTÏINÏPRACTICEÏANDÏINTEGRATEÏ
THOSEÏPRINCIPLESÏINTOÏAÏDRILLINGÏPROJECTSÏ
ASSETSÏORÏPROJECTÏTEAMÏTOÏOPTIMIZEÏVALUEÏ
ANDÏREDUCEÏIDENTIlEDÏRISKS
!TTENDEESÏWILLÏGAINÏAÏCOMPREHENSIVEÏ
OVERVIEWÏOFÏHOWÏTOÏDESIGNÏAÏDRILLSTRINGÏ
ASÏWELLÏASÏHOWÏTOÏAVOIDÏOPERATIONALÏ
PROBLEMSÏANDÏWEARÏONÏEQUIPMENTÏ
"OTTOMHOLEÏASSEMBLYÏ"(!ÏDESIGNÏ
CONCEPTSÏANDÏOPTIMIZATIONÏANDÏDRILLINGÏ
HYDRAULICSÏAREÏINVESTIGATEDÏWITHÏANÏ
EMPHASISÏONÏPRACTICALÏANDÏSAFEÏOPERATINGÏ
PROCEDURESÏ)NDUSTRYÏSTANDARDSÏAREÏ
USEDÏASÏTRAININGÏAIDSÏTOÏSUPPLEMENTÏTHEÏ
PRESENTATIONÏMATERIALÏANDÏPROMOTEÏAÏ
thorough understanding of drillstring
COMPONENTÏOPERATINGÏLIMITSÏANDÏPRACTICES
Structured to guide the attendees
THROUGHÏTHEÏWORKmOWÏTOÏACHIEVEÏOPTIMALÏ
OUTCOMESÏORÏNOSURPRISESÏDRILLINGÏFORÏ
each phase of drilling a single well or
AÏDRILLINGÏPROGRAMÏTHISÏCOURSEÏCOVERSÏ
SPECIlCATIONÏDESIGNÏDRILLINGÏANDÏ
COMPLETIONÏ)NCREASEÏYOURÏUNDERSTANDINGÏ
OFÏTHEÏIDENTIlCATIONÏAPPLICATIONÏANDÏ
IMPLEMENTATIONÏOFÏDRILLINGÏOPTIMIZATIONÏ
techniques that highlight the data,
CALCULATIONSÏANDÏPROCESSESÏNECESSARYÏ
TOÏVALIDATEÏDRILLINGÏSUCCESSESÏBOTHÏ
QUALITATIVELYÏANDÏQUANTITATIVELYÏ4HEÏ
course draws upon aspects of risk
MANAGEMENTÏANDÏSTATISTICALÏANALYSISÏ
ASÏAÏFRAMEWORKÏFORÏMEASUREMENTÏANDÏ
MITIGATION
An integrated approach to the design and
DRILLINGÏOFÏHORIZONTALÏEXTENDEDREACHÏ%2Ï
ANDÏMULTILATERALÏWELLSÏINCLUDESÏGEOLOGICÏ
RESERVOIRÏDRILLINGÏCOMPLETIONSÏANDÏ
production considerations. Attendees will
LEARNÏTHEÏAPPLICATIONSÏANDÏLIMITATIONSÏOFÏ
%2ÏDRILLINGÏTECHNOLOGYÏANDÏTHEÏESSENTIALÏ
DELIVERABLESÏFROMÏEACHÏASSETÏTEAMÏ
MEMBERÏNEEDEDÏTOÏIMPLEMENTÏSUCCESSFULÏ
%2ÏWELLS
Q
Q
COURSE CONTENT
Q
COURSE CONTENT
/VERVIEWÏOFÏDRILLINGÏPROJECTÏ
MANAGEMENT
Q
Steel properties
!XIALÏFORCEÏANDÏBUCKLINGÏINÏ
SUBMERGEDÏTUBULARS
Drillpipe connections
Q
Drillstring design for tension and
torque
6ARIABLEÏVERSUSÏlXEDÏRISKSÏANDÏ
CONTROLLABLEÏVERSUSÏUNCONTROLLABLEÏ
constraints in design and
IMPLEMENTATION
#ONTRACTÏMODELSÏPROJECTÏPLANNINGÏ
planning software, and design
Q
$RILLINGÏPROGRAMMING
Q
Drillstring care and inspection
Q
0ROJECTÏlNANCEÏANDÏADMINISTRATION
Q
$RILLSTRINGÏDAMAGEÏANDÏDYNAMICS
Q
3UPPLYÏCHAINÏMANAGEMENT
Q
7ELLBOREÏSTABILITY
Q
2EPORTINGÏSYSTEMS
Q
-UDÏRHEOLOGY
Q
0ROJECTÏCLOSEOUT
Q
"ITÏHYDRAULICS
Q
-ANAGEMENTÏSYSTEMSÏRISKÏ
MANAGEMENTÏANDÏRISKÏMANAGEMENTÏ
LEVELS
Q
Q
(EALTHÏSAFETYÏENVIRONMENTÏANDÏ
QUALITYÏ(3%1ÏMANAGEMENTÏSYSTEMS
Drilling engineering staff and drilling
SERVICEÏCOMPANYÏPERSONNEL
Q
/PERATIONALÏRISKÏASSESSMENTSÏANDÏ
ANALYSIS
PREREQUISITE
Q
7ORKÏEXPERIENCEÏINÏDRILLSTRINGÏDESIGNÏORÏ
drilling operations.
%NSUREÏDATAÏCOLLECTIONÏMANAGEMENTÏ
ANDÏQUALITYÏVIAÏDATAÏ+0)S
Q
3INGLEÏWELLÏDRILLINGÏANDÏPROGRAMÏ
BENCHMARKING
Q
-ECHANICALÏEARTHÏMODELÏ-%-ÏFORÏ
planning and operations
AUDIENCE
Q
$IRECTIONALÏDRILLINGÏFUNDAMENTALSÏ
!PPLICATIONSÏANDÏLIMITATIONS
Q
$IRECTIONALÏWELLÏPLANNINGÏ0OSITIONINGÏ
ANDÏCOORDINATEÏSYSTEMS
Q
$OWNHOLEÏEQUIPMENTÏ$RILLINGÏ
TOOLSÏDRILLINGÏMOTORSÏDRILLÏBITSÏANDÏ
DEmECTIONÏMETHODS
COURSE CONTENT
Q
Q
COURSE CONTENT
Q
Q
2OTARYÏSTEERABLEÏSYSTEMÏ233ÏANDÏ
MOTORÏ"(!ÏDESIGN
AUDIENCE
Q
$RILLINGÏPROGRAMÏMANAGERSÏPROJECTÏ
MANAGERSÏANDÏOTHERSÏWITHÏDIRECTÏ
INVOLVEMENTÏINÏTHEÏPLANNINGÏOFÏDRILLINGÏ
operations.
3TATISTICALÏANALYSESÏRELATEDÏTOÏWELLÏ
CONSTRUCTIONÏINCLUDINGÏPROBABILITYÏ
MEANÏDISTRIBUTIONÏANDÏSTANDARDÏ
DEVIATION
+EYÏPERFORMANCEÏINDICATORSÏ+0)SÏASÏ
AÏMEANSÏTOÏREPORTÏPROJECTÏPROGRESSÏ
and results
Q
/PTIMALÏDRILLINGÏPLANÏDESIGNSÏTHATÏ
OPTIMIZEÏ+0)SÏFORÏEACHÏDRILLINGÏPHASE
Q
2EALTIMEÏMANAGEMENTÏOFÏWELLÏ
CONSTRUCTIONÏPERFORMANCE
PREREQUISITE
)NTRODUCTIONÏTOÏ$RILLINGÏ%NGINEERINGÏ
COURSEÏORÏEQUIVALENTÏWORKÏEXPERIENCEÏINÏ
DRILLINGÏENGINEERINGÏORÏMANAGEMENT
Mitigation strategies for risks and
CONSTRAINTSÏINCLUDINGÏMECHANICALÏ
CONlGURATIONÏLOGISTICSÏSURFACEÏ
ANDÏSUBSURFACEÏENVIRONMENTSÏANDÏ
TRAJECTORYÏREGULATORYÏPOLICIES
Q
BHA design and considerations
Q
'EOLOGICÏCONSIDERATIONSÏINÏ%2ÏWELLS
Q
7ELLÏPROlLEÏWELLÏPATHÏANDÏTRAJECTORYÏ
design
%ARTHÏMODELINGÏANDÏWELLBORESTABILITYÏ
MATTERSÏRELATEDÏTOÏ%2ÏWELLS
Q
Q
Multilateral well introduction, well
planning, and drilling operations
Q
,IFEOFWELLÏISSUESÏFORÏHIGHANGLEÏANDÏ
MULTILATERALÏWELLS
Q
#ASINGÏDESIGNÏFORÏ%2ÏANDÏMULTILATERALÏ
wells
AUDIENCE
$RILLINGÏENGINEERSÏDRILLINGÏSUPERVISORSÏ
trainee directional drillers, rig engineers,
ASSETÏEXPLOITATIONÏTEAMSÏANDÏSERVICEÏ
COMPANYÏPERSONNEL
PREREQUISITE
%XPERIENCEÏINÏBASICÏDRILLINGÏENGINEERINGÏ
ANDÏWELLSITEÏOPERATIONSÏANDÏEXPOSUREÏTOÏ
DIRECTIONALÏDRILLINGÏOPERATIONSÏATTENDEESÏ
AREÏREQUIREDÏTOÏBRINGÏAÏSIMPLEÏSCIENTIlCÏ
CALCULATORÏFORÏINCLASSÏEXERCISES
AUDIENCE
Drilling engineers.
PREREQUISITE
-INIMUMÏOFÏÏTOÏÏYEARSÏOFÏDRILLINGÏ
ENGINEERINGÏEXPERIENCEÏINÏRISKÏ
MANAGEMENTÏORÏPROJECTÏMANAGEMENTÏ
suggested.
Software
Technical courses that use software
NExT Catalog-2014(21.5x27.5).indd 103
Includes practical sessions
Field trips
Uses simulation
| 103
12/22/13 2:49 AM
DRILLING ENGINEERING
HPHT Operational
Awareness and Drilling
Challenges
Mud Logging—Surface Gas
Measurement and Fluid
Characterization
Skill – 5 Days
Skill – 5 Days
4HISÏCOURSEÏCOVERSÏTHEÏMAJORÏASPECTSÏOFÏ
(0(4ÏWELLÏPROJECTSÏ4HEÏTOPICSÏINCLUDEÏ
theories, technicalities, and practicalities
OFÏ(0(4ÏWELLSÏCOMPLETEÏWITHÏIMPENDINGÏ
risks and plausible challenges. This
course is also includes case studies on
BOTHÏSUCCESSFULÏ(0(4ÏWELLÏPROJECTSÏANDÏ
THEÏERRORSÏCOMMITTEDÏINÏPASTÏPROJECTSÏ
WITHÏSPECIALÏEMPHASISÏONÏGEOPRESSUREÏ
DETECTIONÏANALYSISÏTHATÏWILLÏBENElTÏ
ATTENDEESÏ0RACTICALÏEXERCISESÏANDÏ
ASSESSMENTSÏAREÏINCLUDEDÏTHROUGHOUTÏ
THISÏCOURSEÏWITHÏINTERACTIVEÏDISCUSSIONÏTOÏ
MEETÏTHEÏSPECIlCÏNEEDSÏOFÏALLÏATTENDEES
This course consists of theoretical
CLASSROOMÏSESSIONSÏLEDÏBYÏANÏEXPERIENCEDÏ
PROFESSIONALÏPROVIDINGÏINDEPTHÏ
EXPLANATIONÏOFÏGASÏANALYSISÏATÏTHEÏ
SURFACEÏ4HEÏTHEORETICALÏCLASSROOMÏ
SESSIONSÏWILLÏBEÏCOMPLEMENTEDÏ
WITHÏPRACTICALÏEXERCISESÏCOVERINGÏ
THEÏTYPESÏOFÏGASÏENCOUNTEREDÏDURINGÏ
drilling, degassing apparatus, gas
ANALYSISÏTECHNOLOGYÏANDÏREALTIMEÏGASÏ
INTERPRETATIONÏEXERCISESÏ4HEÏCOURSEÏ
WILLÏPROVIDEÏAÏCLEARÏUNDERSTANDINGÏONÏ
how gases are generated during drilling,
HOWÏTHEYÏAREÏCARRIEDÏTOÏSURFACEÏTHEÏ
TECHNOLOGYÏTOÏEXTRACTÏTHEÏGASÏFROMÏTHEÏ
DRILLINGÏmUIDSÏTHEÏTECHNOLOGYÏUSEDÏFORÏ
GASÏANALYSISÏANDÏBESTÏPRACTICESÏFORÏTHEÏ
INTERPRETATIONÏOFÏGASÏDATAÏTOÏBETTERÏREmECTÏ
what is occuring downhole.
COURSE CONTENT
Q
$ElNINGÏANDÏMANAGINGÏ(0(4ÏWELLSÏ
ANDÏENVIRONMENT
Q
'EOPHYSICALÏMETHODSÏFORÏDETECTIONÏ
ANDÏANALYSISÏOFÏGEOPRESSURE
Q
(0(4ÏWELLÏLOGGINGÏISSUESÏ
Q
Q
Adoption of new technologies
Q
NEW
Practical Directional
Drilling and Surveying
Skill – 5 Days
Stuck Pipe and Fishing
Operations
NEW
This course enables attendees to
UNDERSTANDÏTHEÏOPERATIONSÏPERFORMEDÏBYÏ
directional drillers and their contributions
TOÏTHEÏDESIGNÏOFÏDIRECTIONALÏANDÏHORIZONTALÏ
WELLSÏ4HEÏCOURSEÏWHICHÏCOVERSÏTHEÏ
FUNDAMENTALSÏDESIGNÏCONSIDERATIONSÏANDÏ
operational aspects of directional and
HORIZONTALÏDRILLINGÏISÏCONDUCTEDÏATÏTHEÏ
3CHLUMBERGERÏ3TONEHOUSEÏ4ECHNOLOGYÏ
#ENTERÏ3(4#ÏANDÏTHEÏ3CHLUMBERGERÏ
$RILLINGÏ#ENTERÏOFÏ%XCELLENCEÏ.UMEROUSÏ
VISITSÏWORKSHOPSÏANDÏPRACTICALÏEXERCISESÏ
ATÏ3(4#ÏWILLÏCOMPLEMENTÏANDÏILLUSTRATEÏ
the theoretical knowledge taught in class.
Skill – 5 Days
Attendees will learn the causes of stuck
PIPEÏANDÏTWISTOFFSÏANDÏTHEÏTECHNIQUESÏ
EMPLOYEDÏTOÏAVOIDÏSUCHÏPROBLEMSÏ
The attendees will also learn the
INVESTIGATIONÏTECHNIQUESÏOPERATIONSÏ
SELECTIONÏOFÏlSHINGÏTOOLSÏANDÏDECISION
MAKINGÏMETHODSÏ$ISCUSSIONSÏINCLUDEÏ
TECHNIQUESÏTOÏPREVENTÏPROBLEMSÏLEADINGÏ
TOÏlSHINGÏOPERATIONSÏANDÏOPERATIONALÏ
TECHNIQUESÏTOÏRECOVERÏTHEÏlSHÏORÏTOÏ
sidetrack the well.
COURSE CONTENT
Q
7ELLBOREÏDESIGNSÏTYPESÏANDÏLOADINGÏ
OFÏSUBMERGEDÏTUBULARS
Q
3TEELÏMECHANICSÏANDÏDRILLSTRINGÏ
DESIGNÏINCLUDINGÏ!0)Ï20Ï'
Q
5NDERSTANDINGÏANDÏPREVENTINGÏ
drillstring failures
Q
3TUCKÏPIPEÏMECHANISMSÏANDÏ
consequences
Q
0REDICTINGÏANDÏPREVENTINGÏSTUCKÏPIPEÏ
and lost circulation
Q
&ISHINGÏOPERATIONSÏ#AUSESÏ
PREVENTIONÏTOOLSÏANDÏOPERATIONS
COURSE CONTENT
Q
3URVEYING
Q
%RRORÏMODELSÏANDÏTHEÏROLEÏOFÏTHEÏ
)NDUSTRYÏ3TEERINGÏ#OMMITTEEÏONÏ
7ELLBOREÏ3URVEYÏ!CCURACYÏ)3#73!
/RIGINSÏOFÏGASÏINÏMUD
Q
3URVEYÏCORRECTIONS
Q
Degassing process
Q
Anticollision
3URFACEÏFACILITYÏCONSIDERATIONS
Q
Different degassing techniques
Q
Directional Calculations
Q
$OWNHOLEÏEQUIPMENTÏANDÏmUIDS
Q
'ASÏANALYSISÏTECHNOLOGYÏ
Q
Steering the well
Q
#EMENTINGÏCHALLENGES
Q
Gas interpretation generalities
Q
Drillstring design
Q
(0(4ÏDRILLINGÏPROCEDURES
Q
New technologies
Q
'EOMECHANICS
Q
7ELLCONTROLÏMETHODS
Q
Gas corrections
Q
7ELLBOREÏSTABILITYÏISSUES
Q
(0(4ÏWELLÏTESTINGÏ
Q
)NTERPRETATIONÏMETHODOLOGIES
Q
Hole cleaning
AUDIENCE
Q
Degassing case studies
Q
$RILLINGÏTESTÏFACILITYÏVISIT
COURSE CONTENT
Q
Directional drilling and sidetracking
in cased and open holes
7ELLÏCONSTRUCTIONÏPROFESSIONALSÏWITHÏ
ÏYEARSÏORÏMOREÏWELLÏCONSTRUCTIONÏ
EXPERIENCEÏANDÏSOMEÏBACKGROUNDÏINÏ(0(4Ï
issues.
AUDIENCE
AUDIENCE
7ELLSITEÏGEOLOGISTSÏANDÏOPERATIONÏ
geologists.
$RILLINGÏENGINEERSÏDRILLINGÏSUPERVISORSÏ
and trainee directional drillers.
%NGINEERINGÏOPERATIONSÏANDÏMANAGERIALÏ
TEAMÏMEMBERSÏINTERESTEDÏINÏTHEÏPRACTICALÏ
ASPECTSÏOFÏDRILLSTRINGÏRECOVERYÏANDÏ
THEÏBUSINESSÏIMPLICATIONSÏOFÏlSHINGÏ
operations.
PREREQUISITE
PREREQUISITE
PREREQUISITE
PREREQUISITE
-INIMUMÏOFÏÏYEARSÏOFÏEXPERIENCEÏINÏWELLÏ
CONSTRUCTIONÏANDÏSOMEÏEXPOSUREÏTOÏ(0(4Ï
well issues.
Mud Logging Operations course, or
AÏRESPECTABLEÏUNDERSTANDINGÏOFÏMUDÏ
logging.
"ASICÏDRILLINGÏENGINEERINGÏÏTOÏÏYEARSÏ
OFÏWELLSITEÏEXPERIENCEÏSOMEÏPREVIOUSÏ
EXPOSUREÏTOÏDIRECTIONALÏDRILLINGÏANDÏ
MATHEMATICALÏSKILLSÏPARTICULARLYÏ
TRIGONOMETRY
AUDIENCE
104 |
NExT Catalog-2014(21.5x27.5).indd 104
Basic understanding of drilling operations
ANDÏBASICÏMATHÏSKILLS
Visit NExTtraining.net/classes for the latest calendar or to register for a course.
12/22/13 2:49 AM
DRILLING ENGINEERING
Stuck Pipe and Hole
Cleaning
Well Design and Construction
Engineering: Heriot-Watt
University Program
Dynamic Pressure Drilling
IWCF Surface Well Control
Certification
Skill – 5 Days
Skill – 5 Days
Advanced – 5 Days
Advanced – 5 Days
)NÏTHISÏCOURSEÏONÏTHEÏMECHANISMSÏANDÏ
causes of stuck pipe, special attention is
GIVENÏTOÏUNDERSTANDINGÏTHEÏIMPACTÏOFÏHOLEÏ
cleaning. Attendees will also learn how
factors such as casing seat selection,
DRILLSTRINGÏDESIGNÏDRILLINGÏmUIDSÏSELECTIONÏ
and well design can affect the likelihood
of stuck pipe.
$ELIVERINGÏANÏOVERVIEWÏOFÏTHEÏWELLÏ
construction process and an introduction
to subsea drilling operations, the goal of
THISÏCOURSEÏISÏTOÏPROVIDEÏATTENDEESÏWITHÏ
ANÏINSIGHTÏINTOÏTHEÏPLANNINGÏANDÏEXECUTIONÏ
OFÏAÏDRILLINGÏOPERATIONÏ%MPHASISÏISÏONÏ
the conceptual design and detailed
ENGINEERINGÏDESIGNÏCALCULATIONSÏINVOLVEDÏ
in planning a well. This course is part of
THEÏDISTANCEÏLEARNINGÏ(ERIOT7ATTÏ-3CÏ
0ETROLEUMÏ%NGINEERINGÏPROGRAMÏBUTÏISÏNOTÏ
LIMITEDÏTOÏINDIVIDUALSÏWHOÏAREÏREGISTEREDÏ
for the degree course.
This course teaches attendees the
PRINCIPLESÏOFÏDYNAMICÏPRESSUREÏDRILLINGÏ
INCLUDINGÏHOWÏANDÏWHEREÏTOÏAPPLYÏTHESEÏ
DRILLINGÏMETHODSÏ4HEÏATTENDEESÏWILLÏLEARNÏ
HOWÏTOÏSELECTÏTHEÏOPTIMALÏEQUIPMENTÏ
CONTROLSÏANDÏDRILLINGÏmUIDSÏNEEDEDÏFORÏ
EFFECTIVEÏDRILLINGÏINÏUNDERBALANCEDÏANDÏ
MANAGEDÏPRESSUREÏDRILLINGÏSCENARIOSÏ
4HISÏCOURSEÏISÏDESIGNEDÏTOÏFULlLLÏTHEÏ
REQUIREMENTSÏFORÏ)NTERNATIONALÏ7ELLÏ
#ONTROLÏ&ORUMÏ)7#&ÏSURFACEÏWELLÏ
CONTROLÏQUALIlCATIONÏ)TÏISÏASSUMEDÏTHATÏ
ATTENDEESÏTAKINGÏTHISÏCOURSEÏFULlLLÏTHEÏ
PREREQUISITEÏREQUIREMENTSÏ4HEÏCOURSEÏISÏ
AIMEDÏATÏTHOSEÏINDIVIDUALSÏINÏWELLCONTROLÏ
critical positions. Course content will be
TAUGHTÏACCORDINGÏTOÏTHEÏ)7#&ÏSYLLABUSÏ
and will prepare candidates for the
)7#&ÏEXAMINATIONSÏANDÏASSESSMENTÏ
4HEÏASSESSMENTÏCONSISTSÏOFÏPRACTICALÏ
ASSESSMENTÏUSINGÏSIMULATORÏEQUIPMENTÏ
TYPEÏOFÏSIMULATORÏDEPENDENTÏONÏLOCATIONÏ
OFÏTRAININGÏPRINCIPLESÏANDÏPROCEDURESÏ
00ÏWRITTENÏEXAMINATIONÏSURFACEÏWELL
CONTROLÏEQUIPMENTÏWRITTENÏEXAMINATIONÏ
ANDÏ)7#&ÏCERTIlCATESÏTHATÏAREÏVALIDÏFORÏ
ÏYEARS
COURSE CONTENT
Q
Q
#AUSESÏOFÏSTUCKÏPIPEÏMECHANISMSÏ
and consequences
Casing setting depth
Q
&ORCESÏACTINGÏONÏSUBMERGEDÏOBJECTS
Q
Drillstring design
Q
7ELLBOREÏSTABILITYÏANDÏCAUSESÏOFÏ
INSTABILITY
Q
Lost circulation and its causes
Q
%CONOMICSÏOFÏHOLEÏRECOVERYÏEFFORTS
Q
Q
Q
Q
$RILLINGÏmUIDÏTYPESÏSELECTIONÏANDÏ
mUIDSÏMANAGEMENT
2HEOLOGYÏOFÏDRILLINGÏmUIDS
Mechanical techniques for hole
cleaning
(OLEÏCLEANINGÏMONITORINGÏANDÏ
MANAGEMENTÏTECHNIQUES
AUDIENCE
Q
COURSE CONTENT
Q
/VERVIEWÏOFÏDRILLINGÏOPERATIONSÏANDÏ
DRILLINGÏECONOMICS
Q
2IGÏCOMPONENTSÏ
Q
Q
Q
Q
$RILLINGÏEQUIPMENTÏSELECTIONÏFORÏ
MANAGEDÏANDÏUNDERBALANCEDÏ
pressure conditions and use
Q
2OTATINGÏCONTROLÏDEVICESÏ2#$SÏANDÏ
SEALÏELEMENTS
+ICKÏCAUSESÏANDÏKICKÏINDICATORS
7ELLCONTROLÏPREPARATIONÏANDÏ
PREVENTATIVEÏMEASURES
Q
3HUTINÏPROCEDURESÏANDÏGASÏMIGRATION
Q
$RILLERSÏANDÏ7AITÏANDÏ7EIGHTÏ
METHODS
Q
6OLUMETRICÏANDÏLUBRICATEÏANDÏBLEEDÏ
METHODS
Q
7ELLCONTROLÏCOMPLICATIONSÏINÏ
DEVIATEDÏWELLS
$RILLINGÏPROFESSIONALSÏEMBARKINGÏONÏAÏ
DYNAMICÏPRESSUREÏDRILLINGÏASSESSMENT
Q
$IVERTERÏANDÏACCUMULATORÏSYSTEM
Q
#EMENTINGÏFUNCTIONÏDESIGNÏANDÏ
properties
0RESSUREÏTESTSÏANDÏCHOKEÏMANIFOLD
PREREQUISITE
Q
&LANGESÏRINGÏGASKETSÏANDÏ"/0SÏ
Directional drilling design and
EQUIPMENT
&UNDAMENTALÏUNDERSTANDINGÏOFÏBASICÏ
DRILLINGÏTECHNOLOGY
Q
)NSIDEÏOFÏ"/0SÏANDÏMUDGASÏ
separator
Q
&ORMATIONÏPRESSURESÏANDÏWELLÏCONTROL
Q
0RINCIPLESÏOFÏPRIMARYÏANDÏSECONDARYÏ
well control
Q
Q
Design, selection, and use of drilling
mUIDS
Casing and casing string design,
CONlGURATIONSÏANDÏRUNNINGÏ
operations
Q
$ESIGNINGÏFORÏMANAGEDÏANDÏ
underbalanced pressure conditions
$YNAMICÏDRILLINGÏMETHODSÏFORÏ
OFFSHOREÏINCLUDINGÏTRIPPINGÏMETHODS
Candidate selection
%CONOMICSÏOFÏDYNAMICÏPRESSUREÏ
drilling
-ANAGEMENTÏANDÏ(3%ÏCONSIDERATIONS
AUDIENCE
AUDIENCE
AUDIENCE
4RAINEEÏDRILLINGÏENGINEERSÏPETROLEUMÏ
ENGINEERSÏANDÏSPECIALISTÏSERVICEÏ
COMPANYÏENGINEERS
Rigsite personnel in critical well
CONTROLÏPOSITIONSÏANDÏOFlCEBASEDÏ
ENGINEERSSUPERVISORSÏWHOÏREQUIREÏ)7#&Ï
CERTIlCATION
PREREQUISITE
PREREQUISITE
$RILLINGÏOPERATIONSÏEXPERIENCE
Software
Technical courses that use software
NExT Catalog-2014(21.5x27.5).indd 105
COURSE CONTENT
Q
"/0ÏEQUIPMENTÏSTACKÏARRANGEMENTS
Q
$RILLINGÏmUIDÏSELECTIONÏINCLUDINGÏ
UNDERBALANCEDÏANDÏTWOPHASEÏmOWÏ
considerations
&UNDAMENTALÏPRINCIPLES
Q
Q
Geologic issues
Q
Q
7ELLÏKILLINGÏPROCEDURES
Q
$YNAMICÏPRESSUREÏDRILLINGÏOVERVIEWÏ
applications, and techniques
Q
Drillstring and drilling bit design and
selection
Q
PREREQUISITE
Basic understanding of drilling
operations.
Q
.OTEÏ4OÏLEARNÏMOREÏABOUTÏTHEÏ(ERIOT
7ATTÏ-3CÏ0ETROLEUMÏ%NGINEERINGÏ
PROGRAMÏVISITÏ.%X4TRAININGNET-ASTERS
Q
&IELDÏSUPERVISORSÏANDÏENGINEERSÏINVOLVEDÏ
in drilling operations.
COURSE CONTENT
Includes practical sessions
/ILlELDÏMATHÏKNOWLEDGEÏOFÏRIGSITEÏ
WELLCONTROLÏSYSTEMSÏANDÏEITHERÏÏTOÏÏ
YEARSÏOFÏRIGÏEXPERIENCEÏORÏONEÏORÏMOREÏ
OFÏTHEÏFOLLOWINGÏ)7#&Ï$ISTANCEÏ,EARNINGÏ
-ODULESÏÏÏÏ)7#&Ï)NTRODUCTORYÏ7ELLÏ
#ONTROLÏ.%X4Ï7ELLÏ#ONTROLÏ/VERVIEW
Field trips
Uses simulation
| 105
12/22/13 2:49 AM
DRILLING ENGINEERING
Well Integrity
Petrel Well Design
Drillbench Dynamic Well
Control Modeling Software
Advanced – 5 Days
Foundation – 1 Day
Foundation – 2 Days
4HISÏCOURSEÏTEACHESÏTHEÏMONITORINGÏANDÏ
DIAGNOSISÏOFÏWELLBOREÏINTEGRITYÏUSINGÏ
cased hole logging tools. Attendees will
LEARNÏHOWÏTOÏDETECTÏANDÏIDENTIFYÏINTERZONEÏ
CROSSmOWÏCAUSEDÏBYÏUNEVENÏDEPLETIONÏ
and leaks inside and behind the casing.
4OPICSÏINCLUDEÏEVALUATINGÏCEMENTÏBONDÏ
QUALITYÏESTABLISHINGÏCORROSIONÏMONITORINGÏ
ANDÏVERIFYINGÏPERFORATIONÏEFlCIENCY
The purpose of this course is to introduce
THEÏWELLÏDESIGNÏMODULEÏANDÏTHEÏDRILLINGÏ
FUNCTIONALITIESÏINÏTHEÏ0ETRELÏPLATFORMÏ
The attendees are guided through the
preparation stage for data used in offset
WELLÏANALYSISÏWHICHÏINCLUDESÏLOADINGÏOFÏ
DRILLINGÏEVENTSÏDRILLINGÏLOGSÏANDÏUSINGÏENDÏ
OFÏWELLÏREPORTSÏTOÏlLTERÏTHEÏKNOWLEDGEÏ
DATABASEÏBYÏFORÏEXAMPLEÏDATAÏTYPEÏ
CATEGORYÏORÏEVENTÏSEVERITYÏ!TTENDEESÏ
WILLÏBECOMEÏFAMILIARÏWITHÏTHEÏAVAILABLEÏ
well design approaches, including an
ENHANCEDÏMETHODÏALSOÏUSEDÏBYÏDRILLINGÏ
ENGINEERSÏ(OWÏTOÏIMPORTÏTRAJECTORYÏANDÏ
TARGETSÏFROMÏTHIRDPARTYÏAPPLICATIONSÏ
SUCHÏASÏTHEÏ,ANDMARKÏ%$-ÏWILLÏALSOÏBEÏ
introduced. After the planning phase,
ATTENDEESÏWILLÏLEARNÏHOWÏREALTIMEÏDATAÏ
ACQUISITIONSÏAREÏHANDLEDÏINÏTHEÏ0ETRELÏ
PLATFORM
4HISÏDAYÏCOURSEÏTEACHESÏTHEÏ
FUNDAMENTALSÏOFÏUSINGÏTHEÏ$RILLBENCHÏ
0RESMODÏ+ICKÏSOFTWAREÏ4HEÏCOURSEÏ
shows the attendees how to enter the
required well data and how to run the
DYNAMICÏWELLÏCONTROLÏSIMULATIONSÏUSINGÏ
the software. The course contains a
MIXÏOFÏ-ICROSOFTÏ0OWER0OINTÏSLIDESÏANDÏ
INDIVIDUALÏHANDSONÏEXERCISESÏTOÏTEACHÏ
the attendees how to use the software.
At the end of the course, the attendees
will be able to enter the required well
DATAÏANDÏRUNÏWELLÏCONTROLÏSIMULATIONSÏ
using the software.
COURSE CONTENT
Q
3PINNERÏCALIBRATIONÏSINGLEPHASEÏ
INTERPRETATIONÏANDÏPRODUCTIVITYÏINDEX
Q
,EAKDETECTIONÏTECHNIQUESÏANDÏ
applications
Q
4EMPERATUREÏDATABASEÏAPPLICATIONS
Q
#ROSSmOWÏBETWEENÏZONESÏCAUSEDÏ
BYÏUNEVENÏDEPLETIONÏANDÏPREDICTIONÏ
WITHOUTÏWELLÏSHUTIN
Q
4EMPERATUREÏPROlLINGÏ/PTICALÏ
sensors
Q
#EMENTINGÏ0RIMARYÏANDÏREMEDIAL
Q
#EMENTÏBONDÏMONITORING
Q
#ORROSIONÏMECHANISMSÏANDÏ
MONITORING
Q
#ORROSIONÏMITIGATIONÏ#ATHODICÏ
PROTECTIONÏANDÏEXPANDABLEÏTUBULARS
Q
0ERFORATINGÏ#ONVEYANCEÏ
PERFORMANCEÏANDÏEFlCIENCY
Q
7ORKSHOPÏONÏLEAKÏDETECTION
Q
7ORKSHOPÏONÏINTERZONEÏCROSSmOW
AUDIENCE
0ETROPHYSICISTSÏANDÏPRODUCTIONÏENGINEERSÏ
RESPONSIBLEÏFORÏlELDWIDEÏRESERVOIRÏ
MONITORINGÏORÏPRODUCTIONÏLOGGINGÏ
PROGRAMS
COURSE CONTENT
Q
$RILLINGÏEVENTÏCLASSIlCATIONÏANDÏ
VISUALIZATIONÏ
Q
7EBMAPÏSERVICESÏ
Q
7ELLÏDESIGNÏ
Q
7ELLÏPATHÏDESIGN
Q
2EALTIMEÏDATAÏACQUISITION
NEW
COURSE CONTENT
Drillbench Dynamic
Hydraulics and Temperature
Modeling Software
NEW
Foundation – 2 Days
4HISÏDAYÏCOURSEÏTEACHESÏTHEÏ
FUNDAMENTALSÏOFÏUSINGÏTHEÏ$RILLBENCHÏ
0RESMODÏHYDRAULICSÏSOFTWAREÏ!TTENDEESÏ
will learn how to enter the required
WELLÏDATAÏANDÏHOWÏTOÏRUNÏTHEÏDYNAMICÏ
SIMULATIONSÏWITHÏTHEÏSOFTWAREÏ4HEÏ
COURSEÏISÏAÏMIXÏOFÏ0OWER0OINTÏSLIDESÏ
ANDÏINDIVIDUALÏHANDSONÏEXERCISESÏTOÏ
FAMILIARIZEÏTHEÏATTENDEESÏINÏTHEÏUSEÏOFÏ
the software. At the end of the course,
the attendees will be able to enter the
REQUIREDÏWELLÏDATAÏANDÏRUNÏSIMULATIONSÏ
using the software.
COURSE CONTENT
Q
(YDRAULICSÏANDÏTEMPERATUREÏMODELINGÏ
introduction
$ATAÏENTRYÏINTOÏTHEÏSOFTWARE
Q
$ATAÏENTRYÏINTOÏTHEÏSOFTWARE
!DVANCEDÏSOFTWAREÏOPTIONSÏ
Q
!DVANCEDÏFEATURESÏOFÏTHEÏSOFTWAREÏ
(OLEÏCLEANINGÏMANAGEDÏPRESSUREÏ
DRILLINGÏANDÏDUALGRADIENTÏDRILLINGÏ
operations
Q
7ELLÏCONTROLÏMODELINGÏ
Q
Q
Q
!DVANCEDÏSOFTWAREÏFEATURESÏ
Managed pressure drilling and well
CONTROLÏSIMULATIONS
AUDIENCE
AUDIENCE
$RILLINGÏENGINEERSÏANDÏDRILLINGÏSUPERVISORSÏ
REQUIRINGÏAÏBETTERÏANDÏAÏMOREÏDETAILEDÏ
understanding of potential well control
issues.
$RILLINGÏANDÏmUIDÏMUDÏENGINEERSÏDEALINGÏ
WITHÏDRILLINGÏHYDRAULICSÏCALCULATIONSÏ
DRILLINGÏMANAGERSÏANDÏDRILLINGÏSUPERVISORSÏ
requiring a better understanding of
DRILLINGÏmUIDÏHYDRAULICS
AUDIENCE
PREREQUISITE
Drilling engineers, geologists, and
petrotechnical personnel with
FUNDAMENTALÏKNOWLEDGEÏINÏ0ETRELÏ
PLATFORMÏSOFTWAREÏANDÏWHOÏNEEDÏ
to understand well path design and
OPTIMIZATIONÏWITHINÏTHEÏ0ETRELÏPLATFORM
&AMILIARÏWITHÏWELLÏCONTROLÏPRINCIPLESÏINÏ
ADDITIONÏTOÏHAVINGÏANÏUNDERSTANDINGÏOFÏ
THEÏBASICSÏOFÏmUIDÏANDÏGASÏBEHAVIORÏANDÏ
with circulating pressure losses and basic
RESERVOIRÏINmOW
PREREQUISITE
#OMPREHENSIVEÏUNDERSTANDINGÏOFÏWELLÏ
DESIGNÏANDÏHYDRAULICSÏINÏADDITIONÏTOÏANÏ
understanding of the basics of drilling
mUIDSÏRHEOLOGY
PREREQUISITE
0ETRELÏ&UNDAMENTALSÏCOURSE
PREREQUISITE
)NTERMEDIATEÏ0RODUCTIONÏ,OGGINGÏANDÏ
2ESERVOIRÏ-ONITORINGÏCOURSEÏORÏMOREÏ
THANÏÏYEARSÏOFÏEXPERIENCEÏINTERPRETINGÏ
cased hole logs.
106 |
NExT Catalog-2014(21.5x27.5).indd 106
Visit NExTtraining.net/classes for the latest calendar or to register for a course.
12/22/13 2:49 AM
DRILLING ENGINEERING
WELLFLO Underbalanced
Hydraulics Modeling
OLGA Advanced Blowout
Control
Foundation – 2 Days
Skill – 3 Days
4HISÏDAYÏCOURSEÏTEACHESÏTHEÏ
FUNDAMENTALSÏOFÏUSINGÏTHEÏ.EOTECÏ
7%,,&,/® software. Attendees will
learn how to enter the required well
data and how to run underbalanced and
-ANAGEDÏ0RESSUREÏ$RILLINGÏSIMULATIONSÏ
WITHÏTHEÏ7%,,&,/ÏSOFTWAREÏ4HEÏ
COURSEÏISÏAÏMIXÏOFÏ0OWER0OINTÏSLIDESÏANDÏ
INDIVIDUALÏHANDSONÏEXERCISESÏTOÏTEACHÏTHEÏ
attendees how to use the software. At
the end of the course, the attendees will
be able to enter the required well data
ANDÏRUNÏSIMULATIONSÏUSINGÏTHEÏSOFTWARE
4HISÏDAYÏCOURSEÏINTRODUCESÏATTENDEESÏ
to the principles and concepts related to
blowout control operations and the use
OFÏTHEÏ/,'!Ï!"#ÏSIMULATORÏSOFTWAREÏ
4HISÏCOURSEÏPROVIDESÏANÏOVERVIEWÏOFÏ
SOCALLEDÏTERTIARYÏWELLÏCONTROLÏOPTIONSÏANDÏ
the engineering calculations required to
ENSUREÏTHATÏAÏWELLÏKILLÏCANÏBEÏACHIEVEDÏ
This course also deals with the basics of
RELIEFÏWELLÏPLANNINGÏANDÏDYNAMICÏWELLÏKILLÏ
operations for blowout wells.
COURSE CONTENT
Q
7ELLÏDESIGNÏMODELINGÏ
Q
"LOWOUTÏDYNAMICSÏANDÏCHALLENGES
Q
Relief well planning
Q
$YNAMICÏWELLÏKILLÏOPERATIONSÏ
COURSE CONTENT
Q
Q
)NTRODUCTIONÏTOÏAIRFOAMÏANDÏ
UNDERBALANCEDÏHYDRAULICSÏANDÏ
MULTIPHASEÏmOWÏMODELING
!DVANCEDÏFEATURESÏOFÏTHEÏSOFTWARE
AUDIENCE
$RILLINGÏANDÏmUIDÏMUDÏENGINEERSÏPLANNINGÏ
UNDERBALANCEDÏORÏAIRÏORÏFOAMÏDRILLINGÏ
operations.
PREREQUISITE
#OMPREHENSIVEÏUNDERSTANDINGÏOFÏWELLÏ
DESIGNÏANDÏHYDRAULICSÏISÏREQUIREDÏINÏ
ADDITIONÏTOÏHAVINGÏANÏUNDERSTANDINGÏOFÏ
the basics of underbalanced drilling or air
ANDÏFOAMÏDRILLING
Software
AUDIENCE
$RILLINGÏENGINEERSÏWELLSITEÏSUPERVISORSÏ
ANDÏSERVICEÏPROVIDERSÏWHOÏDESIGNÏPLANÏ
ANDÏMANAGEÏDRILLINGÏOPERATIONS
PREREQUISITE
-INIMUMÏOFÏÏYEARSÏOFÏDRILLINGÏRELATEDÏ
EXPERIENCEÏANDÏAÏSOLIDÏUNDERSTANDINGÏ
OFÏCONVENTIONALÏWELLÏCONTROLÏANDÏmUIDÏ
HYDRAULICSÏPRINCIPLES
Technical courses that use software
NExT Catalog-2014(21.5x27.5).indd 107
NEW
Includes practical sessions
Field trips
Uses simulation
| 107
12/22/13 2:49 AM
RESERVOIR ENGINEERING
COMPETENCY
LEVEL
ADVANCED
Reservoir Characterization
Full Life Cycle Fluid Evaluation:
Downhole to Laboratory
Reservoir Analysis
Reservoir Management
Data Room Management and Rapid Asset Evaluation
Analysis of Production Performance Curves
Production Data Analysis: Shale Gas, Tight Gas, and Coal-Bed Methane
Characterization, Evaluation, and Enhanced Oil Recovery in Naturally Fractured Reservoirs
New Advances in Well Test Interpretation
Resources and Reserves Evaluation
History Matching and Reservoir Optimization
Assuring Flow from Pore to Process
Analysis and Development of
Tight Gas Reservoirs
Forecasting Production and Estimating Reserves
in Low-Permeability Oil and Gas Reservoirs
SKILL
Well Testing Operations
Advanced Natural Gas Engineering
Waterflooding and Applied Reservoir Simulation
Formation Testing: Wireline and LWD
Oil and Gas Reserves and Evaluation II
Waterflood Management
Applied Geostatistics for Petroleum Engineers and Geoscientists
Horizontal Wells, Applications, Drilling, Completion, Productivity, and Surveillance
108 |
NExT Catalog-2014(21.5x27.5).indd 108
Visit NExTtraining.net/classes for the latest calendar or to register for a course.
12/22/13 2:49 AM
RESERVOIR ENGINEERING
Reservoir Characterization
Reservoir Analysis
Reservoir Management
Applied Reservoir Simulation
COMPETENCY
LEVEL
Reservoir Management and Monitoring
Reservoir Simulation: Heriott-Watt University
Program
Conducting an Integrated Reservoir Study
Advanced Well Test Analysis
Applied Core Analysis: How to Interpret Core Data
Applied Reservoir Engineering
FOUNDATION
Enhanced Oil Recovery Processes: Chemical, Miscible, and Thermal
Well Test Design and Analysis
Fundamentals of Field Development Planning
Basic Core Analysis
Natural Gas Reservoir Engineering
PVT Properties of Reservoir Fluids
Reservoir Optimization using Applied Oilfield
Manager (OFM) Software
Oil and Gas Reserves and Evaluation I
Integrated Reservoir Management
Principles of Reservoir Engineering: Heriot-Watt University Program
Fundamentals of Reservoir Engineering
AWARENESS
Introduction to Reservoir Engineering
Software
Technical courses that use software
NExT Catalog-2014(21.5x27.5).indd 109
Includes practical sessions
Field trips
Uses simulation
| 109
12/22/13 2:49 AM
RESERVOIR ENGINEERING
SOFTWARE
COMPETENCY
LEVEL
ADVANCED
ECLIPSE
Petrel
OFM
MEPO
ECLIPSE Simulation of Naturally
Fractured Reservoirs
Petrel Proxy Modeling and
Optimization
OFM Advanced Topics
MEPO Advanced
ECLIPSE Equation of State and
Pressure-Temperature-Volume
Petrel Advanced Wells
OFM Waterflood Analysis
ECLIPSE Advanced Topics
Petrel Assisted History Matching
and Uncertainty Analysis
OFM Using Oil and Waterflood
Examples (Intermediate)
ECLIPSE Compositional Simulation
Petrel Geological Workflows and
Uncertainty Analysis
Diagnosis and Analysis of Shale Gas
Wells using OFM
ECLIPSE Thermal Reservoir
Simulation
SKILL
Petrel Reservoir Geomechanics
FOUNDATION
ECLIPSE Applied Reservoir
Simulation Fundamentals
Petrel Well Design
OFM Administration
FrontSim Streamline Reservoir
Simulation
Petrel Reservoir Engineering
OFM Fundamentals Using Gas
Operations Examples
ECLIPSE Blackoil Reservoir
Simulation
110 |
NExT Catalog-2014(21.5x27.5).indd 110
MEPO Introduction
OFM Fundamentals Using Oil and
Waterflood Production Examples
Visit NExTtraining.net/classes for the latest calendar or to register for a course.
12/22/13 2:49 AM
RESERVOIR ENGINEERING
Avocet
PIPESIM
INTERSECT
ADVANCED
Techlog Formation Evaluation
SOFTWARE
Techlog
COMPETENCY
LEVEL
SKILL
Introduction to INTERSECT
FOUNDATION
Avocet Integrated Asset Modeler
Fundamentals
PIPESIM Fundamentals
AWARENESS
Techlog Fundamentals
Software
Technical courses that use software
NExT Catalog-2014(21.5x27.5).indd 111
Includes practical sessions
Field trips
Uses simulation
| 111
12/22/13 2:49 AM
RESERVOIR ENGINEERING
Basic Core Analysis
Fundamentals of Reservoir
Engineering
Enhanced Oil Recovery
Processes: Chemical,
Miscible, and Thermal
Awareness – 3 Days
Foundation – 5 Days
Foundation – 5 Days
Foundation – 5 Days
4HISÏCOURSEÏONÏRESERVOIRÏENGINEERINGÏ
introduces attendees to the classic
and current techniques used to obtain
RESERVOIRÏmUIDÏPROPERTIESÏFROMÏLABORATORYÏ
data and correlations. The attendees will
LEARNÏTHEÏFUNDAMENTALÏCONCEPTSÏOFÏmUIDÏ
mOWÏINCLUDINGÏLAMINARÏANDÏNON$ARCYÏ
mOWÏINÏMULTIPHASEÏSITUATIONSÏ"ASICÏ
THEORYÏANDÏPRACTICEÏOFÏWELLÏTESTÏANALYSISÏ
AREÏPRESENTEDÏASÏAÏMEANSÏFORÏPREPARINGÏ
INPUTÏDATAÏFORÏRESERVOIRÏSIMULATIONÏ
MODELINGÏ%XERCISESÏANDÏEXAMPLESÏ
DEMONSTRATEÏAPPLICATIONSÏTOÏACTUALÏ
situations.
#OREÏANALYSISÏISÏINTEGRALÏTOÏESTIMATINGÏ
mUIDÏmOWÏULTIMATEÏRECOVERYÏANDÏ
DISPLACEMENTÏEFlCIENCIESÏ4HISÏCOURSEÏ
teaches the attendees the basics of
COREÏANALYSISÏMETHODSÏASÏTHEÏFOUNDATIONÏ
OFÏCOMPLETEÏRESERVOIRÏCHARACTERIZATIONÏ
!TTENDEESÏWILLÏLEARNÏHOWÏCOMPREHENSIVEÏ
core data acquisition is designed using
AÏMULTIDISCIPLINARYÏAPPROACHÏCONSIDERINGÏ
MANAGERIALÏDRILLINGÏGEOLOGICÏANDÏ
ENGINEERINGÏREQUIREMENTSÏINÏADDITIONÏ
TOÏUNDERSTANDINGÏHOWÏCOREÏANALYSISÏ
ISÏAFFECTEDÏBYÏTHEÏCORINGÏMETHODÏTHEÏ
CORINGÏmUIDÏSYSTEMSÏCOREÏHANDLINGÏATÏ
THEÏWELLSITEÏANDÏTHEÏCOREÏPRESERVATIONÏ
TECHNIQUESÏ4HISÏCOURSEÏDEVOTESÏ
SIGNIlCANTÏTIMEÏTOÏWORKSHOPSÏCASESÏ
STUDIESÏANDÏREALWORLDÏEXAMPLESÏ7ITHÏ
PRACTICALÏHANDSONÏEXERCISESÏATTENDEESÏ
gain a better understanding of how rocks,
PORESÏANDÏmUIDSÏINTERACTÏWITHINÏTHEÏ
RESERVOIR
#OURSEÏMATERIALÏFOCUSESÏONÏTHEÏCLASSICALÏ
METHODSÏOFÏRESERVOIRÏENGINEERINGÏ
!TTENDEESÏWILLÏLEARNÏTHEÏFUNDAMENTALÏ
PRINCIPLESÏOFÏMULTIPHASEÏmUIDÏmOWÏANDÏ
STUDYÏmUIDÏANDÏROCKÏCHARACTERISTICSÏ
#ASEÏHISTORIESÏDEMONSTRATEÏENGINEERINGÏ
concepts and actual situations.
&ORÏAÏBETTERÏUNDERSTANDINGÏOFÏMISCIBLEÏ
POLYMERÏANDÏTHERMALÏENHANCEDÏOILÏ
RECOVERYÏ%/2ÏPROCESSESÏTHISÏCOURSEÏ
presents attendees with the theoretical
and practical aspects of each process.
#ASEÏSTUDIESÏANDÏlELDÏEXAMPLESÏWILLÏALSOÏ
be presented.
COURSE CONTENT
COURSE CONTENT
Introduction to Reservoir
Engineering
COURSE CONTENT
Q
)NTRODUCTIONÏTOÏRESERVOIRÏENGINEERING
Q
2ESERVOIRÏTYPESÏANDÏLITHOLOGIES
Q
2ESERVOIRÏmUIDÏPROPERTIESÏ0RESSURE
VOLUMETEMPERATUREÏDATAÏSPECIlCÏ
GRAVITYÏBUBBLEPOINTÏPRESSUREÏGAS
OILÏRATIOÏVISCOSITYÏANDÏFORMULATIONÏ
VOLUMEÏFACTOR
Q
Q
Q
0OROSITYÏPERMEABILITYÏRESIDUALÏmUIDSÏ
ANDÏLITHOLOGYÏATÏAÏMICROSCALE
Q
&UNDAMENTALSÏOFÏmUIDÏmOWÏINÏPOROUSÏ
MEDIA
$EPOSITIONALÏLITHOLOGICÏANDÏTEXTURALÏ
INFORMATION
Q
2ESERVOIRÏCONNATEÏWATERÏSATURATION
$ARCYSÏLAW
Q
$IRECTIONALÏPERMEABILITYÏSTUDIESÏ
REVIEW
Q
2ESERVOIRÏCLASSIlCATIONÏANDÏDRIVEÏ
MECHANISMS
Q
Q
/ILÏANDÏGASÏINmOWÏANDÏOUTmOWÏ
PERFORMANCE
Q
Q
0RESSUREÏBUILDUPÏANALYSIS
Q
Q
Understanding of areal changes in
POROSITYÏPERMEABILITYÏANDÏLITHOLOGY
#ALIBRATINGÏANDÏIMPROVINGÏLOGÏ
interpretations
/ILÏDISPLACEMENTÏANDÏENHANCEDÏ
RECOVERY
Q
0OREÏGEOMETRYÏANDÏMINERALOGYÏ
INFORMATION
"ASICÏCONCEPTÏOFÏRESERVOIRÏSIMULATIONÏ
MODULES
Q
0OREÏGEOMETRYÏANDÏPETROPHYSICALÏROCKÏ
TYPESÏUSINGÏHIGHPRESSUREÏMERCURYÏ
POROSIMETRY
Q
#OREBASEDÏ.-2ÏOVERVIEW
AUDIENCE
*UNIORLEVELÏRESERVOIRÏENGINEERSÏ
PRODUCTIONÏENGINEERSÏANDÏDEVELOPMENTÏ
GEOLOGISTSÏWANTINGÏTOÏLEARNÏRESERVOIRÏ
FUNDAMENTALSÏMONITORINGÏANDÏPRODUCTIONÏ
ENHANCEMENTÏTECHNIQUES
PREREQUISITE
None
&UNDAMENTALSÏOFÏRESERVOIRÏ
engineering
Q
2ESERVOIRÏENVIRONMENTÏANDÏFORMATIONÏ
properties
Q
2ESERVOIRÏPRESSUREÏDETERMINATIONÏOFÏ
PRESSUREÏGRADIENTSÏANDÏIDENTIlCATIONÏ
of contacts
Q
-EASUREMENTÏOFÏRELATIVEÏ
PERMEABILITY
Q
Q
COURSE CONTENT
Q
2ESERVOIRÏROCKÏPROPERTIESÏ0OROSITYÏ
PERMEABILITYÏFORMATIONÏCAPACITYÏANDÏ
NETÏPAYÏTHICKNESS
Q
Q
)NTRODUCTIONÏTOÏ%/2ÏMETHODSÏ
Screening criteria and technical
constraints
Q
$ISPLACEMENTÏFUNDAMENTALS
Q
-ISCIBLEÏmOODINGÏ&UNDAMENTALSÏANDÏ
APPLICATIONSÏANDÏMISCIBLEÏSIMULATOR
Q
0OLYMERÏmOODINGÏ!PPLICATIONSÏ
RHEOLOGYÏOFÏPOLYMERÏSOLUTIONSÏANDÏ
POLYMERÏADSORPTIONÏANDÏRETENTIONÏ
2ESERVOIRÏmUIDSÏPROPERTIESÏmUIDÏmOWÏ
ANDÏ$ARCYSÏLAW
Q
-ICELLARPOLYMERÏORÏMICROEMULSIONÏ
mOODING
0RINCIPLESÏOFÏWELLÏTESTINGÏINÏRESERVOIRÏ
CHARACTERIZATION
Q
4HERMALÏPROCESSES
Q
Ï3IMULATIONÏMODELSÏASÏRESERVOIRÏ
MANAGEMENTÏTOOLS
Q
%/2ÏPERFORMANCEÏEVALUATIONÏ&IELDÏ
CASESÏANDÏEXERCISES
Q
2ESERVOIRÏDRIVEÏMECHANISMSÏ
Q
7ATERÏINmUX
Q
$ECLINEÏCURVEÏANALYSISÏ
Q
$ETERMINATIONÏOFÏHYDROCARBONÏ
RESERVESÏ6OLUMETRICÏMETHODÏ
Q
Q
Material balance applications
AUDIENCE
2ESERVOIRÏENGINEERSÏGEOLOGISTSÏANDÏ
GEOPHYSICISTS
PREREQUISITE
AUDIENCE
2ESERVOIRÏENGINEERSÏPRODUCTIONÏ
engineers, and geoscientists interested
INÏ%/2ÏORÏINVOLVEDÏINÏ%/2ÏPROJECTSÏFROMÏAÏ
PLANNINGÏORÏOPERATIONALÏPERSPECTIVE
PREREQUISITE
"ASICÏKNOWLEDGEÏOFÏRESERVOIRÏENGINEERING
"ASICÏKNOWLEDGEÏOFÏPETROLEUMÏ
ENGINEERINGÏANDÏGEOLOGY
AUDIENCE
0ETROPHYSICISTSÏGEOSCIENTISTSÏANDÏ
engineers wanting a better understanding
OFÏTHEÏUSEÏOFÏCOREÏANALYSISÏINÏRESERVOIRÏ
description.
PREREQUISITE
"ASICÏUNDERSTANDINGÏOFÏRESERVOIRÏ
CHARACTERIZATIONÏANDÏPETROPHYSICSÏANDÏAÏ
WORKINGÏKNOWLEDGEÏOFÏ-ICROSOFTÏ%XCEL®
software.
112 |
NExT Catalog-2014(21.5x27.5).indd 112
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12/22/13 2:49 AM
RESERVOIR ENGINEERING
Integrated Reservoir
Management
Fundamentals of Field
Development Planning
Foundation – 5 Days
Foundation – 5 Days
Course attendees will learn the basic
RESERVOIRÏMANAGEMENTÏTECHNIQUESÏUSEDÏ
BYÏASSETÏMANAGEMENTÏTEAMS
4HISÏlELDÏDEVELOPMENTÏPLANNINGÏCOURSEÏ
PROVIDESÏATTENDEESÏWITHÏTHEÏFUNDAMENTALÏ
approach to working with and writing an
&$0Ï4HEÏDOCUMENTÏWHICHÏISÏTHEÏOUTPUTÏOFÏ
AÏSEQUENCEÏOFÏDECISIONÏANDÏDISCIPLINE
based tasks, is designed to create a
DEVELOPMENTÏPLANÏ4HISÏPLANÏISÏTHEÏBASISÏ
FORÏAÏMETHODÏOFÏDEVELOPINGÏPRODUCINGÏ
ANDÏMAINTAININGÏHYDROCARBONÏRESOURCESÏ
INCLUDINGÏSURFACEÏDESIGNÏANDÏFORMSÏANÏ
input for designing associated surface
FACILITIESÏ#OMBINEDÏDOCUMENTSÏBOTHÏ
SUBSURFACEÏANDÏSURFACEÏFORMÏTHEÏBASISÏFORÏ
lNANCIALÏDECISIONÏ4HEÏATTENDEESÏWILLÏBEÏ
INTRODUCEDÏTOÏALLÏTHESEÏCONCEPTSÏASÏTHEYÏ
are applied in the process of creating
AÏDEVELOPMENTÏPLANÏINÏRELATIONÏTOÏTHEÏ
RESERVOIRÏLIFEÏCYCLE
COURSE CONTENT
Q
2ESERVOIRÏMANAGEMENTÏPROCESSÏ
Q
Data acquisition
Q
!NALYSISÏANDÏMODELING
Q
2ESERVOIRÏMODEL
Q
0RODUCTIONÏOPERATIONS
Q
2ESERVOIRÏMANAGEMENTÏECONOMICS
Q
$ESKTOPÏSIMULATIONÏ
Q
#ASEÏSTUDIESÏNEWÏlELDSÏMATUREÏ
lELDSÏWATERmOODSÏANDÏENHANCEDÏOILÏ
RECOVERYÏPROJECTS
AUDIENCE
%NGINEERSÏGEOSCIENTISTSÏOPERATINGÏ
PERSONNELÏANDÏOTHERÏASSETÏTEAMÏ
MEMBERS
COURSE CONTENT
Oil and Gas Reserves and
Evaluation I
Foundation – 5 Days
Foundation – 5 Days
4HISÏCOURSEÏCOVERSÏVARIOUSÏASPECTSÏOFÏ
GASÏRESERVOIRÏENGINEERINGÏINCLUDINGÏ
WELLÏTESTÏANALYSISÏ#OURSEÏATTENDEESÏ
will increase their understanding of
natural gas properties, and learn how to
DETERMINEÏGASÏRESERVESÏUSINGÏMATERIALÏ
BALANCEÏCALCULATIONSÏANDÏPERFORMÏGASÏ
DELIVERABILITYÏANDÏNODALÏANALYSES
#OURSEÏEMPHASISÏISÏONÏDETERMINISTICÏ
METHODSÏOFÏRESERVESÏESTIMATIONÏANDÏ
EVALUATIONÏ!TTENDEESÏWILLÏGAINÏAÏ
WORKINGÏKNOWLEDGEÏOFÏCLASSIlCATIONSÏANDÏ
DElNITIONSÏFORÏRESERVESÏANDÏRESOURCESÏ
ANDÏGUIDELINESÏFORÏTHEIRÏAPPLICATIONÏFROMÏ
VARIOUSÏAUTHORITIESÏINCLUDINGÏ30%Ï70#Ï
!!0'ÏANDÏTHEÏ53Ï3%#Ï!TTENDEESÏWILLÏ
LEARNÏESTIMATIONÏMETHODSÏANDÏHOWÏTOÏ
PERFORMÏCASHÏmOWÏANALYSISÏBOTHÏBEFOREÏ
ANDÏAFTERÏTAXÏASÏAÏBASISÏFORÏESTABLISHINGÏ
VALUEÏANDÏREPORTINGÏTOÏREGULATORYÏ
authorities. Discussions include
INTERNATIONALÏCONTRACTSÏANDÏRESERVESÏ
recognition and booking.
COURSE CONTENT
Q
&UNDAMENTALSÏOFÏGASÏRESERVOIRÏ
engineering
Q
0ROPERTIESÏOFÏNATURALÏGASÏ
Q
$ETERMINATIONÏOFÏGASÏRESERVES
Q
'ASÏDELIVERABILITY
Q
.ODALÏANALYSIS
Q
Gas well testing
COURSE CONTENT
Q
$ElNITIONSÏANDÏCLASSIlCATIONÏOFÏ
PETROLEUMÏRESOURCESÏANDÏRESERVES
AUDIENCE
Q
)NDUSTRYÏANDÏREGULATORYÏAUTHORITYÏ
CLASSIlCATIONSÏANDÏDElNITIONS
Q
3%#ÏDElNITIONS
Q
7ORLDWIDEÏDElNITIONSÏANDÏ
CLASSIlCATIONS
Q
2ESERVESÏESTIMATIONÏMETHODSÏ
INCLUDINGÏMATERIALÏBALANCEÏDECLINEÏ
CURVEÏTECHNIQUESÏPRODUCTIONÏDATAÏ
ANALYSISÏANDÏSIMULATION
Q
2ESERVESÏEVALUATIONÏ4IMEÏVALUEÏOFÏ
MONEYÏCASHÏmOWÏANALYSISÏBEFOREÏ
ANDÏAFTERÏTAXÏCASHÏmOWÏANALYSIS
Q
&INANCIALÏYARDSTICKSÏANDÏRESERVESÏ
REPORTINGÏREQUIREMENTSÏFORÏPUBLICLYÏ
TRADEDÏCOMPANIESÏRESERVESÏANDÏ
international contracts
Q
2ESERVOIRÏMANAGEMENTÏPROCESS
Q
2ESERVOIRÏMANAGEMENTÏCONCEPTSÏANDÏ
EXPERTISEÏSOURCESÏ
2ESERVOIRÏENGINEERSÏPRODUCTIONÏ
ENGINEERSÏLABORATORYÏRESEARCHERSÏANDÏ
GASÏlELDÏOPERATORS
Q
4HEÏRESERVOIRÏMODEL
PREREQUISITE
Q
Data acquisition and data use
Q
Data integration
"ASICÏKNOWLEDGEÏOFÏPETROLEUMÏ
engineering.
PREREQUISITE
%XPERIENCEÏINÏOILlELDÏANDÏGASÏlELDÏ
operations.
NEW
Natural Gas Reservoir
Engineering
Q
2ESERVOIRÏMONITORINGÏSURVEILLANCEÏ
ANDÏCHARACTERIZATIONÏ
Q
0RESSUREÏPROlLINGÏINÏDEVELOPEDÏ
RESERVOIRS
Q
&IELDÏDEVELOPMENTÏPLAN
Q
&$0ÏCONCEPTSÏRESERVOIRÏAPPRAISALÏ
ANDÏDEVELOPMENTÏPLANNING
Q
#ASEÏSTUDY
AUDIENCE
AUDIENCE
-ULTIDISCIPLINARYÏASSETÏTEAMSÏCOMPRISEDÏ
of engineers, geoscientists, and
MANAGERSÏINVOLVEDÏINÏORÏWILLÏBEÏINVOLVEDÏ
INÏDEVELOPINGÏHYDROCARBONÏRESOURCESÏ
OTHERÏACTUALÏORÏPOTENTIALÏASSETÏTEAMÏ
MEMBERS
0ETROLEUMÏENGINEERSÏGEOLOGISTSÏRESERVESÏ
ANALYSTSÏANDÏANYONEÏRESPONSIBLEÏFORÏ
ESTIMATIONÏOFÏRESERVES
PREREQUISITE
"ASICÏUNDERSTANDINGÏOFÏGEOLOGYÏANDÏ
RESERVOIRÏENGINEERING
PREREQUISITE
%NGINEERINGÏORÏGEOSCIENCEÏBACKGROUND
Software
Technical courses that use software
NExT Catalog-2014(21.5x27.5).indd 113
Includes practical sessions
Field trips
Uses simulation
| 113
12/22/13 2:49 AM
RESERVOIR ENGINEERING
Principles of Reservoir
Engineering: Heriot-Watt
University Program
PVT Properties of Reservoir
Fluids
Reservoir Optimization
using Applied Oilfield
Manager (OFM) Software
Well Test Design and
Analysis
Foundation – 5 Days
Foundation – 5 Days
Foundation – 5 Days
Foundation – 5 Days
This course teaches attendees the
PRINCIPLESÏANDÏBASICÏPRACTICEÏOFÏRESERVOIRÏ
ENGINEERINGÏ4HEÏCOURSEÏFORMSÏPARTÏ
OFÏTHEÏ(ERIOT7ATTÏ-3CÏINÏPETROLEUMÏ
ENGINEERINGÏ4HEÏCLASSESÏAREÏAVAILABLEÏ
TOÏINDIVIDUALSÏWHOÏSEEKÏTOÏHAVEÏAÏBETTERÏ
UNDERSTANDINGÏOFÏTHEÏSUBJECTÏBUTÏWHOÏ
are not registered for the degree course.
4OÏLEARNÏMOREÏABOUTÏTHEÏ-3CÏ0ETROLEUMÏ
%NGINEERINGÏVISITÏWWWNEXTTRAININGNET
MASTERSCFM
This course presents the newest
ANDÏMOSTÏACCURATEÏMETHODSÏFORÏ
OBTAININGÏVALUESÏOFÏRESERVOIRÏmUIDÏ
PROPERTIESÏFROMÏLABORATORYÏDATAÏANDÏ
correlations. Attendees will gain a
better understanding of the relationships
BETWEENÏTHEÏlVEÏRESERVOIRÏmUIDSÏINÏ
ADDITIONÏTOÏLEARNINGÏHOWÏTOÏMANAGEÏ
PROBLEMSÏCONCERNINGÏRESERVOIRÏmUIDÏ
PROPERTIESÏWITHÏINCREASEDÏCONlDENCE
)NÏTHISÏHANDSONÏWORKSHOPÏATTENDEESÏ
APPLYÏENGINEERINGÏPRINCIPLESÏINÏAÏ
REALWORLDÏSCENARIOÏANDÏPERFORMÏ
RESERVOIRÏDEVELOPMENTÏEXERCISESÏTHROUGHÏ
MULTIPLEÏPHASESÏ4HISÏWORKSHOPÏWILLÏHELPÏ
ATTENDEESÏDEVELOPÏTHEIRÏCAPACITYÏTOÏMAKEÏ
UNIQUEÏRESERVOIRÏENGINEERINGÏDECISIONSÏ
INVOLVINGÏlELDÏDEVELOPMENTÏANDÏIMPROVEÏ
THEIRÏSKILLSÏINÏDAYTODAYÏUSEÏOFÏ/IL&IELDÏ
-ANAGER
ÏWELLÏANDÏRESERVOIRÏANALYSISÏ
software.
Gain a solid understanding of the
THEORIESÏUNDERLYINGÏWELLÏTESTÏANALYSISÏ
and interpretation and of how to design
AÏWELLÏTESTÏTOÏACHIEVEÏSPECIlCÏOBJECTIVESÏ
!TTENDEESÏWILLÏLEARNÏTHEÏDIFFERENTÏTYPESÏ
OFÏTESTSÏANDÏTECHNIQUESÏBOTHÏANALYTICALÏ
and graphical, for data representation
ANDÏANALYSISÏINÏADDITIONÏTOÏHOWÏTOÏ
INTERPRETÏCOMPLEXÏDATAÏSUCHÏASÏTHOSEÏ
FROMÏWELLÏTESTSÏINÏNATURALLYÏFRACTUREDÏ
RESERVOIRSÏHYDRAULICALLYÏFRACTUREDÏWELLSÏ
HORIZONTALÏWELLSÏANDÏGASÏANDÏGAS
CONDENSATEÏRESERVOIRS
COURSE CONTENT
COURSE CONTENT
Q
!NALYSISÏOFÏRESERVOIRÏmUIDÏPROPERTIES
Q
)NTERACTIONÏOFÏROCKÏANDÏmUIDSÏ
Q
Q
-EASUREMENTÏOFÏANDÏCORRELATIONÏOFÏ
RELATIVEÏPERMEABILITYÏ
)DENTIlCATIONÏOFÏTHEÏlVEÏRESERVOIRÏ
mUIDS
Q
#OMPOSITIONALÏGRADIENTSÏINÏRESERVOIRS
Q
#OMPOSITIONÏOFÏRESERVOIRÏmUIDSÏ
Q
Q
)NTRODUCTIONÏTOÏmUIDÏmOWÏ
Q
$EVELOPMENTÏOFÏDIFFUSIVITYÏEQUATIONÏ
Q
/VERVIEWÏOFÏWELLÏTESTINGÏTECHNIQUESÏ
0ROPERTIESÏOFÏBLACKÏOILSÏFROMÏ
LABORATORYÏREPORTSÏANDÏCORRELATIONSÏ
FEATURINGÏRECENTÏCALCULATIONÏ
PROCEDURESÏANDÏCORRELATIONS
Q
Use of Horner equation
Q
5NDERSTANDINGÏRESERVOIRÏENERGYÏ
Q
$OWNHOLEÏANDÏSURFACEÏmUIDÏSAMPLINGÏ
Q
-EASUREMENTÏOFÏ064ÏPARAMETERSÏ
Q
#ONCEPTÏOFÏRESERVOIRÏASÏAÏSINGLEÏTANK
Q
Q
Q
Field data required for use of
RESERVOIRÏmUIDÏPROPERTYÏCORRELATIONS
Q
0ROPERTIESÏOFÏDRYÏGASESÏFEATURINGÏ
SEVERALÏRECENTÏCORRELATIONS
Q
0ROPERTIESÏOFÏWETÏGASESÏANDÏ
APPLICATIONSÏANDÏCOMPUTATIONS
Concept of transient and
instantaneous pressure changes at
oil water contact
Q
0ROPERTIESÏOFÏRETROGRADEÏGASÏANDÏ
CONDENSATESÏRECENTÏCORRELATIONS
Q
#ONDENSATESÏFROMÏLABORATORYÏREPORTS
#ONCEPTÏOFÏRESERVOIRÏSIMULATIONÏ
Q
AUDIENCE
7IDEÏRANGEÏOFÏTECHNICALÏPERSONNELÏANDÏ
THOSEÏSTARTINGÏINÏRESERVOIRÏENGINEERING
PREREQUISITE
.OÏBASICÏKNOWLEDGEÏOFÏTHEÏSUBJECT
Suggestions for obtaining water
properties
AUDIENCE
2ESERVOIRÏENGINEERSÏPRODUCTIONÏ
ENGINEERSÏANDÏOTHERSÏINVOLVEDÏINÏ
RESERVOIRÏmUIDÏSAMPLINGÏTESTINGÏANDÏ
MODELING
PREREQUISITE
Degree in engineering or science and
EXPERIENCEÏINÏTHEÏPETROLEUMÏINDUSTRY
COURSE CONTENT
Q
2ESERVOIRÏFAMILIARIZATIONÏANDÏ
EVALUATIONÏ
COURSE CONTENT
Q
0RODUCTIONÏPHASEÏANDÏWORKOVERÏ
candidate recognition
Q
"ASICÏCONCEPTSÏOFÏRESERVOIRÏ
PERFORMANCE
Q
7ELLÏVOLUMETRICÏDRAINAGEÏRADIUSÏ
HORIZONTALÏWELLÏANALYSISÏANDÏ
WORKOVERÏFOLLOWUP
Q
&UNDAMENTALÏCONCEPTSÏOFÏWELLÏTESTÏ
ANALYSIS
Q
Q
7ORKOVERÏCANDIDATEÏRECOGNITIONÏANDÏ
WATERmOODINGÏPILOTÏANALYSIS
Q
7ATERmOODÏEVALUATIONÏANDÏ
SURVEILLANCE
$IMENSIONLESSÏVARIABLESÏDERIVATIVEÏ
ANALYSISÏANDÏDIAGNOSTICÏPLOTÏTYPE
CURVEÏMATCHINGÏWELLBOREÏSTORAGEÏ
RADIALÏmOWÏLATETIMEÏBOUNDARYÏANDÏ
depletion effects
Q
7ELLÏTESTÏINTERPRETATIONÏINÏNATURALLYÏ
FRACTUREDÏRESERVOIRSÏFRACTUREDÏWELLSÏ
ANDÏHORIZONTALÏWELLS
Q
6ARIABLEÏRATEÏANALYSISÏMETHODSÏANDÏ
MULTIWELLÏTESTING
Q
7ELLÏTESTÏANALYSISÏINÏGASÏRESERVOIRSÏ
MODIlCATIONSÏFORÏGASÏANDÏMULTIPHASEÏ
mOWÏANDÏPHASEÏREDISTRIBUTION
Q
$RILLSTEMÏTESTINGÏDESIGNÏANDÏ
ANALYSIS
Q
7ELLÏTESTÏDESIGN
AUDIENCE
0ETROLEUMÏENGINEERSÏRESERVOIRÏENGINEERSÏ
PRODUCTIONÏENHANCEMENTÏENGINEERSÏ
geologists, and operations and business
DEVELOPMENTÏMANAGERSÏINTERESTEDÏINÏ
ANALYZINGÏOILÏANDÏGASÏPERFORMANCEÏDATA
PREREQUISITE
+NOWLEDGEÏOFÏOILÏANDÏGASÏPRODUCTIONÏ
-ICROSOFTÏ%XCEL® spreadsheets, and basic
algebra.
AUDIENCE
2ESERVOIRÏENGINEERSÏPRODUCTIONÏ
ENGINEERSÏANDÏlELDÏPERSONNELÏINVOLVEDÏ
with the design and interpretation of well
tests.
PREREQUISITE
Degree in engineering and prior
EXPERIENCEÏWITHÏWELLÏTESTING
114 |
NExT Catalog-2014(21.5x27.5).indd 114
Visit NExTtraining.net/classes for the latest calendar or to register for a course.
12/22/13 2:49 AM
RESERVOIR ENGINEERING
Advanced Well Test
Analysis
Advanced Natural Gas
Engineering
Applied Core Analysis: How
to Interpret Core Data
Applied Geostatistics for
Petroleum Engineers and
Geoscientists
Skill – 5 Days
Skill – 5 Days
Skill – 5 Days
Skill – 5 Days
)NÏTHISÏADVANCEDÏCOURSEÏATTENDEESÏLEARNÏ
HOWÏTOÏANALYZEÏVARIOUSÏTYPESÏOFÏPRESSUREÏ
TESTSÏINCLUDINGÏmOWÏTESTSÏBUILDUPÏTESTSÏ
ANDÏINTERFERENCEÏTESTSÏUSINGÏTHEÏ4IABSÏ
DIRECTÏSYNTHESISÏ4$3ÏTECHNIQUEÏnÏANÏ
ALTERNATIVEÏTOÏTYPECURVEÏMATCHINGÏANDÏ
REGRESSIONÏANALYSISÏ4HEÏATTENDEESÏ
will also gain an understanding of the
COMPLEXITIESÏOFÏINTERPRETINGÏPRESSUREÏ
TESTSÏINÏHYDRAULICALLYÏFRACTUREDÏWELLSÏ
NATURALLYÏFRACTUREDÏRESERVOIRSÏANDÏ
HORIZONTALÏWELLSÏ"RINGÏYOURÏACTUALÏlELDÏ
data to class for interpretation using the
TDS and other techniques.
4HISÏCOURSEÏEXPLORESÏTHEÏUNIQUEÏISSUESÏ
ANDÏCHALLENGESÏRELATEDÏTOÏEXPLOITATIONÏ
OFÏNATURALÏGASÏFROMÏUPSTREAMÏTOÏ
DOWNSTREAMÏ!TTENDEESÏWILLÏLEARNÏABOUTÏ
NATURALÏGASÏEXPLORATIONÏPROCESSINGÏ
TRANSMISSIONÏANDÏSTORAGEÏANDÏTHEÏ
NEWÏGENERATIONÏOFÏGASTOLIQUIDÏ'4,Ï
technologies.
)NCREASEÏYOURÏUNDERSTANDINGÏOFÏ
PETROPHYSICALÏPROPERTIESÏASÏAPPLIEDÏ
TOÏTHEÏINTERPRETATIONÏOFÏRESERVOIRSÏ
FROMÏAÏCOREÏANALYSISÏPERSPECTIVEÏ
4HISÏCOMPREHENSIVEÏCOURSEÏPROVIDESÏ
attendees with detailed instruction
ONÏBASICÏPETROPHYSICSÏMEASUREMENTÏ
METHODSÏANDÏTHEÏCONTROLSÏOVERÏPOROSITYÏ
PERMEABILITYÏmUIDSÏWETTABILITYÏANDÏ
RELATIVEÏPERMEABILITYÏDATAÏANALYSISÏ4HEÏ
ATTENDEESÏINVESTIGATEÏANDÏUNDERSTANDÏ
THEÏSOURCEÏOFÏPETROPHYSICALÏDATAÏERRORSÏ
THROUGHÏHANDSONÏCORRELATIONÏOFÏAÏSAMPLEÏ
LOGÏAÏCOREÏDATASETÏISÏANALYZEDÏANDÏTHEÏ
SATURATIONHEIGHTÏMODELÏISÏCREATED
9OURÏGOALÏINÏTHISÏCOURSEÏISÏTOÏPRODUCEÏ
AÏCONSISTENTÏRESERVOIRÏDESCRIPTIONÏ
through integration of core, well log,
ANDÏSEISMICÏDATAÏANDÏAPPLICATIONÏOFÏ
geostatistical techniques. Attendees
WILLÏLEARNÏTHEÏRESERVOIRÏMODELINGÏ
WORKmOWÏFROMÏCONSTRUCTIONÏOFÏTHEÏ$Ï
STATICÏRESERVOIRÏMODELÏTHROUGHÏUPSCALINGÏ
FORÏDYNAMICÏRESERVOIRÏSIMULATIONÏINÏ
ADDITIONÏTOÏINCREASINGÏYOURÏAWARENESSÏOFÏ
geostatistics and the situations that can
BENElTÏFROMÏAPPLICATIONÏOFÏGEOSTATISTICALÏ
techniques. Instruction includes guidance
THROUGHÏASSEMBLYÏANDÏANALYSISÏOFÏ
the required data for geostatistical
TECHNIQUESÏANDÏTHEÏRESULTINGÏNUMERICALÏ
MODELS
COURSE CONTENT
Q
Q
Q
Q
Q
Q
COURSE CONTENT
Q
Q
Q
4HEORYÏANDÏAPPLICATIONSÏOFÏTHEÏ
PRESSUREÏDERIVATIVE
Q
Natural gas basics
Unique issues in natural gas
EXPLORATIONÏDRILLINGÏANDÏWELLÏ
COMPLETION
.ATURALÏGASÏPRODUCTIONÏFROMÏVERTICALÏ
ANDÏHORIZONTALÏWELLS
Q
2ESERVOIRÏGEOLOGY
.ATURALÏGASÏTRANSPORTATIONÏ0IPELINEÏ
ANDÏCOMPRESSEDÏNATURALÏGAS
Q
Upscaling
4$3ÏTECHNIQUEÏFORÏANALYSISÏOFÏ
drawdown and buildup tests,
ESTIMATINGÏAVERAGEÏDRAINAGEÏAREAÏ
PRESSUREÏANDÏANALYSISÏOFÏHORIZONTALÏ
well tests
Q
)DENTIlCATIONÏOFÏmOWÏREGIMESÏUSINGÏ
THEÏPRESSUREÏDERIVATIVE
Q
.ATURALÏGASÏSUPPLYÏALTERNATIVEÏ
ENERGYÏSOURCESÏANDÏTHEÏENVIRONMENT
#HARACTERISTICÏPRESSUREÏBEHAVIORÏFORÏ
WELLSÏNEARÏONEÏORÏMULTIPLEÏOPENÏANDÏ
closed boundaries
Q
4HEÏGREATÏENERGYÏDILEMMAÏANDÏ
geopolitics
%FFECTSÏOFÏVARIOUSÏWELLBOREÏANDÏ
NEARWELLBOREÏPHENOMENAÏONÏTESTÏ
data
0RESSUREÏTESTSÏINÏWELLSÏWITHÏVERTICALÏ
ORÏINCLINEDÏHYDRAULICÏFRACTURES
Q
GTL technologies
Q
Underground natural gas storage
Q
Q
Q
COURSE CONTENT
Natural gas processing
Q
%NERGYÏINTERCHANGEABILITYÏVERSUSÏ
INmEXIBILITY
!LTERNATIVESÏTOÏNATURALÏGASlREDÏ
ELECTRICITYÏCOALÏNUCLEARÏWINDÏANDÏ
solar
COURSE CONTENT
Q
0RELIMINARYÏCHARACTERIZATIONÏUSINGÏ
COREÏANALYSISÏCORINGÏMETHODSÏANDÏ
mUIDSÏDATA
Q
,ITHOLOGYÏFROMÏAÏFACIESÏSEDIMENTARYÏ
structure, and core description
Q
&RACTUREDÏSYSTEMS
Q
#HARACTERIZATIONÏOFÏPOREÏGEOMETRYÏ
using diagenesis interpretation
Q
#LAYSÏANDÏTHEIRÏIMPACTÏONÏWATERÏ
saturation
Q
4OTALÏVERSUSÏEFFECTIVEÏPOROSITY
Q
0ETROPHYSICALÏROCKÏTYPESÏANDÏ
DIFFERENCESÏBETWEENÏmUIDÏCONTACTSÏ
ANDÏFREEÏWATERÏLEVEL
%NVIRONMENTALÏIMPACTÏOFÏFOSSILÏFUELSÏ
ANDÏRENEWABLEÏENERGYÏSOURCES
Q
7ELLÏTESTSÏINÏNATURALLYÏFRACTUREDÏ
RESERVOIRS
Q
#ONVENTIONALÏANDÏADVANCEDÏ
interpretation techniques for
PRESSUREÏTESTSÏINÏMULTILAYEREDÏ
RESERVOIRS
'EOLOGISTSÏENGINEERSÏMANAGERSÏANDÏ
technical personnel.
PREREQUISITE
AUDIENCE
Application of TDS technique to
MULTIPHASEmOWÏTESTSÏANDÏMULTIRATE
mOWÏTESTS
%NGINEERINGÏKNOWLEDGE
0ETROPHYSICISTSÏGEOSCIENTISTSÏANDÏ
ENGINEERSÏRESPONSIBLEÏFORÏRESERVOIRÏ
CHARACTERIZATIONÏWHOÏRELYÏONÏCOREÏ
interpretation and other integrated
PETROPHYSICALÏDATAÏFORÏDECISIONSÏANDÏ
ANALYSES
Q
Q
AUDIENCE
AUDIENCE
%NGINEERSÏANDÏGEOSCIENTISTSÏWANTINGÏ
a better understanding of well testing
PRINCIPLESÏANDÏADVANCEDÏINTERPRETATIONÏ
techniques for pressure transient tests.
Q
Rock electrical properties and their
use in water saturation equations
2ELATIVEÏPERMEABILITYÏANDÏWETTABILITY
Q
"ASICÏPROBABILITYÏTHEORYÏANDÏ
UNIVARIATEÏANDÏBIVARIATEÏSTATISTICSÏ
Geologic content of data and spatial
CONTINUITYÏOFÏROCKÏPROPERTIESÏUSINGÏ
VARIOGRAMÏANALYSIS
Q
%STIMATIONÏMETHODSÏINCLUDINGÏ
VARIOUSÏTYPESÏOFÏKRIGING
Q
3IMULATIONÏMETHODSÏINCLUDINGÏ
SEQUENTIALÏ'AUSSIANÏSIMULATIONÏANDÏ
INDICATORÏSIMULATION
Q
!DVANCEDÏGEOSTATISTICALÏTECHNIQUESÏ
INCLUDINGÏOBJECTÏMODELINGÏANDÏ
SIMULATEDÏANNEALING
Q
Techniques for upscaling and
DATAÏINTEGRATIONÏ$ÏSEISMICÏANDÏ
PRODUCTIONÏDATA
AUDIENCE
0RACTICINGÏRESERVOIRÏENGINEERSÏPRODUCTIONÏ
engineers, and geoscientists working
ASÏAÏPARTÏOFÏANÏINTEGRATEDÏRESERVOIRÏ
MANAGEMENTÏTEAM
PREREQUISITE
+NOWLEDGEÏOFÏBASICÏMATHEMATICS
PREREQUISITE
Basic understanding of geological
CONCEPTSÏANDÏRESERVOIRÏCHARACTERIZATION
PREREQUISITE
2ESERVOIRÏ%NGINEERINGÏCOURSE
Software
Technical courses that use software
NExT Catalog-2014(21.5x27.5).indd 115
Includes practical sessions
Field trips
Uses simulation
| 115
12/22/13 2:49 AM
RESERVOIR ENGINEERING
Applied Reservoir
Engineering
Applied Reservoir
Simulation
Conducting an Integrated Reservoir Study
Skill – 5 Days
Skill – 5 Days
Skill – 5 Days
The focus of this course is on practical
RESERVOIRÏENGINEERINGÏMETHODSÏ
!TTENDEESÏWILLÏSTUDYÏREALWORLDÏ
TECHNIQUESÏFORÏUNDERSTANDINGÏRESERVOIRÏ
BEHAVIORÏSIZINGÏANALYZINGÏmUIDSÏINÏPLACEÏ
OPTIMIZINGÏRECOVERYÏANDÏFORECASTINGÏWELLÏ
ANDÏRESERVOIRÏPRODUCTION
$EVELOPMENTÏOFÏRESERVOIRÏSIMULATIONÏ
PROGRAMSÏISÏTHEÏFOCUSÏOFÏTHISÏ
COMPREHENSIVEÏCOURSEÏ!TTENDEESÏ
WILLÏLEARNÏABOUTÏMODELÏSELECTIONÏDATAÏ
preparation, and grid design, as well
ASÏTECHNIQUESÏFORÏMODELÏCALIBRATIONÏ
$ISCUSSIONÏINCLUDESÏADVANCEDÏCONCEPTSÏ
SUCHÏASÏhPSEUDOvÏRELATIVEÏPERMEABILITYÏ
ANDÏCAPILLARYÏPRESSUREÏ4HISÏCOURSEÏWILLÏ
INCREASEÏYOURÏUNDERSTANDINGÏOFÏTHEÏROLEÏ
OFÏSIMULATIONÏINÏRESERVOIRÏMANAGEMENTÏ
BYÏSTUDYINGÏTHEÏLIMITATIONSÏANDÏSTRUCTURALÏ
ASPECTSÏOFÏTHEÏMODELSÏASÏWELLÏASÏ
UPSCALINGÏANDÏSIMULATIONÏTECHNIQUESÏ
4UTORIALSÏINCLUDEÏUSEÏOFÏ%#,)03%
Ï
SIMULATORÏSOFTWAREÏBUTÏPRIORÏEXPERIENCEÏ
WITHÏTHISÏSIMULATORÏISÏNOTÏREQUIRED
In this course, attendees conduct an
INTEGRATEDÏRESERVOIRÏSTUDYÏFORÏTHEÏPURPOSEÏ
OFÏOPTIMIZINGÏAÏRESERVOIRÏDEPLETIONÏPLANÏ
ORÏINSTITUTINGÏ%/2ÏOPERATIONSÏ!TTENDEESÏ
will understand the data that are required
ANDÏTHEÏWORKmOWÏTHATÏSHOULDÏBEÏFOLLOWEDÏ
TOÏENSUREÏAÏSUCCESSFULÏEVALUATIONÏINÏ
addition to learning techniques to
CHARACTERIZEÏHYDROCARBONÏRESERVOIRSÏ
BUILDÏAÏSTATICÏRESERVOIRÏMODELÏANDÏ
IMPORTÏTHEÏSTATICÏMODELÏINTOÏAÏRESERVOIRÏ
SIMULATORÏ$ISCUSSIONÏINCLUDESÏPROCEDURESÏ
FORÏINTEGRATEDÏRESERVOIRÏEVALUATIONÏ
ANDÏHOWÏTOÏIMPROVEÏPRODUCTIONÏRATESÏ
ULTIMATEÏRECOVERYÏANDÏlELDÏECONOMICSÏ
BYÏIDENTIFYINGÏPOTENTIALÏFORÏINlLLÏDRILLINGÏ
RECOGNIZINGÏBYPASSEDÏHYDROCARBONSÏANDÏ
IMPROVINGÏ%/2ÏPROCESSÏEFlCIENCY
COURSE CONTENT
Q
0ETROLEUMÏGEOLOGYÏANDÏFORMATIONÏ
EVALUATION
Q
6OLUMETRICÏRESERVESÏESTIMATES
Q
2OCKÏANDÏmUIDÏPROPERTIES
Q
Geostatistics
Q
7ELLÏPERFORMANCEÏDELIVERABILITYÏANDÏ
testing
Q
0RESSUREÏTRANSIENTÏTESTINGÏOFÏOILÏANDÏ
gas wells
Q
0RODUCTIVITYÏOFÏHORIZONTALÏWELLS
Q
'ASÏANDÏWATERÏCONINGÏINÏVERTICALÏANDÏ
HORIZONTALÏWELLS
Q
$ECLINEÏCURVEÏANALYSIS
Q
2ESERVOIRÏDRIVEÏMECHANISMSÏANDÏ
producing characteristics
Q
Q
COURSE CONTENT
Q
Q
4YPESÏOFÏMODELSÏ"LACKÏOILÏ
COMPOSITIONALÏTHERMALÏMISCIBLEÏDUALÏ
POROSITY
Q
2OLEÏOFÏGEOSTATISTICSÏINÏRESERVOIRÏ
MODELINGÏ
Q
064ÏCAPILLARYÏPRESSUREÏANDÏ
VOLUMETRICÏRESERVESÏESTIMATES
Q
2ESERVOIRÏDRIVEÏMECHANISMSÏANDÏ
producing characteristics
Q
#ONVENTIONALÏDATAÏANALYSISÏPRESSUREÏ
transient test, production data
ANALYSISÏMATERIALÏBALANCEÏANALYSISÏ
ANDÏMOVINGÏDOMAINÏANALYSIS
Q
5PSCALINGÏINTERACTIVEÏPROCESSÏ
INVOLVINGÏGEOSCIENTISTSÏANDÏENGINEERSÏ
Q
)NITIALIZINGÏTHEÏRESERVOIRÏMODEL
Q
)NTEGRATEDÏTEAMÏAPPROACHÏFORÏHISTORYÏ
MATCHING
Q
0ERFORMANCEÏFORECASTINGÏRESERVOIRÏ
OPTIMIZATIONÏANALYSISÏANDÏPARAMETRICÏ
studies
Q
%CONOMICÏMODELINGÏANDÏOPTIMIZINGÏ
THEÏRESERVOIRÏDEVELOPMENTÏPLAN
Flow scale considerations for data
MANAGEMENT
0RACTICALÏGUIDELINESÏFORÏUSEÏOFÏ
RESERVOIRÏSIMULATORSÏ
2ESERVOIRÏCHARACTERIZATIONÏANDÏ
BUILDINGÏBLOCKSÏOFÏTHEÏSTATICÏMODEL
Q
3EISMICÏDATAÏANDÏWELLÏLOGSÏ
AUDIENCE
Q
!PPLICATIONSÏOFÏRESERVOIRÏSIMULATION
Q
3TRUCTURALÏCOMPARTMENTSÏ
Q
)DENTIlCATIONÏOFÏMODELSÏNEEDED
Q
&RACTUREDÏRESERVOIRÏINÏSITUÏSTRESSÏ
'EOSCIENTISTSÏANDÏPETROLEUMÏ
engineers responsible for conducting
COMPREHENSIVEÏRESERVOIRÏSTUDIES
5SESÏANDÏMISUSESÏOFÏSIMULATIONÏ
Q
&LUIDÏCONTACTÏDETERMINATIONÏ7ELLÏ
LOGSÏCAPILLARYÏPRESSUREÏANDÏSEISMICÏ
attributes
Q
$ISPLACEMENTÏOFÏOILÏANDÏGAS
Q
)NTRODUCTIONÏTOÏWATERmOODINGÏANDÏ
ENHANCEDÏOILÏRECOVERY
Q
%FFECTÏOFÏTIMEÏANDÏSPACEÏ
DISCRETIZATION
Q
3MALLSCALEÏANDÏlELDSCALEÏMODELSÏ
%NGINEERSÏRESPONSIBLEÏFORÏROUTINEÏ
RESERVOIRÏCHARACTERIZATIONÏANDÏ
MANAGEMENT
Q
/BJECTIVESÏOFÏINTEGRATEDÏRESERVOIRÏ
studies
$ATAÏINTEGRATIONÏANDÏ$ÏPROPERTYÏ
MODELING
Q
Q
Q
AUDIENCE
Q
&LOWÏANDÏNONmOWÏUNITS
Q
$ATAÏUSEDÏINÏAÏRESERVOIRÏSIMULATIONÏ
STUDYÏ
Q
Material balance calculations
(ISTORYÏMATCHINGÏANDÏUNCERTAINTYÏ
ASSESSMENT
&UNDAMENTALSÏOFÏRESERVOIRÏSIMULATIONÏ
COURSE CONTENT
Q
Q
Q
Modeling faults and aquifers
Q
2ESERVOIRÏHETEROGENEITYÏ
Q
3EDIMENTARYÏFACIESÏANALYSISÏ
PREREQUISITE
"ACKGROUNDÏINÏPETROLEUMÏENGINEERINGÏORÏ
GEOSCIENCESÏANDÏEXPERIENCEÏINÏRESERVOIRÏ
studies.
7ORKSHOPÏ0ROBLEMÏSOLVINGÏUSINGÏ
related software applications
PREREQUISITE
AUDIENCE
-INIMUMÏYEARÏDEGREEÏINÏENGINEERING
%NGINEERSÏGEOLOGISTSÏGEOPHYSICISTSÏ
MANAGERSÏANDÏOTHERÏOILlELDÏTECHNICALÏ
staff.
PREREQUISITE
"ASICÏUNDERSTANDINGÏOFÏPETROLEUMÏ
engineering and geologic concepts.
116 |
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Visit NExTtraining.net/classes for the latest calendar or to register for a course.
12/22/13 2:49 AM
RESERVOIR ENGINEERING
Formation Testing: Wireline
and LWD
NEW
Skill – 5 Days
4HISÏDAYÏCOURSEÏCONSISTSÏOFÏTHEORETICALÏ
ANDÏPRACTICALÏCLASSROOMÏSESSIONSÏWITHÏ
THEÏLASTÏDAYÏDEVOTEDÏTOÏWIRELINEÏ,7$Ï
ANDÏ064ÏLABORATORYÏVISITSÏTOÏOBSERVEÏ
FORMATIONÏTESTINGÏ&4ÏTOOLSÏANDÏ064Ï
LABORATORYÏFACILITIESÏANDÏEXPERIMENTSÏ
0RESENTATIONSÏONÏTHEÏTOOLSÏOPERATIONSÏ
ANDÏTHEÏLATESTÏINTERPRETATIONÏMETHODSÏ
are also a part of this course. The
ATTENDEESÏWILLÏALSOÏHAVEÏVARIOUSÏPRACTICALÏ
EXPOSUREÏSESSIONSÏWITHÏREALÏDATAÏANDÏ
)N3ITUÏ0RO
ÏREALTIMEÏQUALITYÏCONTROLÏANDÏ
INTERPRETATIONÏSOFTWAREÏEACHÏPARTICIPANTÏ
SHOULDÏBRINGÏHISÏOWNÏ7INDOWSÏBASEDÏ0#Ï
4HISÏCOURSEÏCONSISTSÏOFÏÏCLASSROOMÏ
ANDÏÏPRACTICALÏWITHÏEXERCISESÏANDÏ
LABORATORYÏVISITS
Horizontal Wells, Applications, Drilling, Completion,
Productivity, and Surveillance
Oil and Gas Reserves and
Evaluation II
Skill – 5 Days
Skill – 5 Days
This course is structured to increase the
ATTENDEESÏUNDERSTANDINGÏOFÏALLÏASPECTSÏ
OFÏHORIZONTALÏWELLSÏANDÏTHEIRÏAPPLICATIONSÏ
!TTENDEESÏWILLÏLEARNÏMULTIDISCIPLINARYÏ
APPLICATIONSÏANDÏPRINCIPLESÏOFÏHORIZONTALÏ
WELLSÏASÏYOUÏSTUDYÏRELATEDÏRESERVOIRÏ
ENGINEERINGÏDRILLINGÏANDÏCOMPLETIONÏ
topics.
COURSE CONTENT
Q
(ORIZONTALÏWELLÏAPPLICATIONSÏ
DRILLINGÏANDÏCOMPLETIONÏDRILLINGÏRISKÏ
geosteering, and logging while
drilling
Q
(ORIZONTALÏWELLÏPRODUCTIVITYÏSTEADY
STATEÏAPPROXIMATIONSÏPRODUCTIVITYÏ
INDEXÏmOWÏREGIMESÏANISOTROPYÏ
FORMATIONÏDAMAGEÏSKINÏFACTORÏ
SLANTEDÏWELLSÏVERSUSÏHORIZONTALÏWELLS
Q
!PPLICATIONSÏOFÏHORIZONTALÏWELLSÏ
ANDÏMODELSÏCONINGÏPROBLEMSÏGASÏ
RESERVOIRSÏFRACTUREDÏWELLSÏFRACTUREDÏ
RESERVOIRS
COURSE CONTENT
Q
Q
FT applications
0RESSUREÏSURVEYSÏANDÏGRADIENTÏ
ANALYSIS
Q
3AMPLINGÏANDÏDOWNHOLEÏmUIDÏANALYSIS
Q
&4ÏPRESSUREÏTRANSIENTSÏINSITUÏSTRESSÏ
testing
AUDIENCE
2ESERVOIRÏENGINEERSÏANDÏPRODUCTIONÏ
engineers responsible for
RECOMMENDATIONSÏANDÏEVALUATIONSÏOFÏ
HORIZONTALÏWELLS
PREREQUISITE
"ASICÏUNDERSTANDINGÏOFÏRESERVOIRÏ
engineering and pressure transient
ANALYSIS
COURSE CONTENT
AUDIENCE
2ESERVOIRÏENGINEERSÏGEOSCIENTISTSÏ
operations geologists, and well log
witnesses with little or no prior
KNOWLEDGEÏOFÏFORMATIONÏTESTINGÏSERVICES
NExT Catalog-2014(21.5x27.5).indd 117
2ESERVESÏANDÏRESOURCESÏ
CLASSIlCATIONSÏANDÏDElNITIONSÏ
PROBABILISTICÏRESERVESÏTECHNIQUESÏ
Q
3TATISTICSÏANDÏPROBABILITY
Q
%XPECTEDÏVALUEÏANDÏPROBABILITYÏTREES
Q
-ONTEÏ#ARLOÏSIMULATIONÏAPPLICATIONÏ
TOÏRESERVEÏESTIMATIONÏANDÏEVALUATION
0ETROLEUMÏENGINEERSÏGEOLOGISTSÏRESERVESÏ
ANALYSTSÏANDÏOTHERSÏRESPONSIBLEÏFORÏ
ESTIMATIONÏOFÏRESERVES
&AMILIARÏWITHÏBASICSÏOFÏRESERVOIRÏ
ENGINEERINGÏANDÏFORMATIONÏEVALUATIONÏ
concepts.
Technical courses that use software
Q
AUDIENCE
PREREQUISITE
Software
4HISÏCOURSEÏWILLÏINCREASEÏTHEÏATTENDEESÏ
UNDERSTANDINGÏOFÏPROBABILISTICÏMETHODSÏ
FORÏRESERVESÏESTIMATIONÏANDÏTHEÏRISKÏANDÏ
UNCERTAINTIESÏINÏEVALUATIONÏECONOMICSÏ
-ATERIALÏINCLUDESÏANÏOVERVIEWÏONÏ
RESERVESÏANDÏRESOURCESÏWITHÏDElNITIONSÏ
ANDÏCLASSIlCATIONSÏ!TTENDEESÏWILLÏ
GAINÏEXPOSUREÏTOÏIMPORTANTÏBACKGROUNDÏ
MATERIALÏFROMÏSTATISTICSÏANDÏPROBABILITYÏ
techniques with applications to
EXPECTEDÏVALUEÏPROBABILITYÏTREESÏANDÏ
SIMULATIONÏ)NSTRUCTIONÏINCLUDESÏANÏ
INTRODUCTIONÏTOÏECONOMICÏEVALUATIONÏOFÏ
RESERVESÏEVALUATIONÏANDÏTHEÏPROBABILISTICÏ
ESTIMATIONÏPROCEDURESÏCOMMONLYÏUSEDÏINÏ
VARIOUSÏCOUNTRIESÏ4HROUGHÏSPREADSHEETÏ
EXERCISESÏATTENDEESÏGAINÏAÏDEEPERÏ
UNDERSTANDINGÏOFÏIMPORTANTÏCONCEPTSÏANDÏ
LEARNÏTOÏHANDLEÏCOMPLEXÏSCENARIOS
PREREQUISITE
"ASICÏUNDERSTANDINGÏOFÏGEOLOGYÏRESERVOIRÏ
ENGINEERINGÏANDÏPETROLEUMÏECONOMICS
Includes practical sessions
Field trips
Uses simulation
| 117
12/22/13 2:49 AM
RESERVOIR ENGINEERING
Reservoir Management and
Monitoring
Reservoir Simulation:
Heriott-Watt University
Program
Waterflood Management
Waterflooding and Applied
Reservoir Simulation
Skill – 5 Days
Skill – 5 Days
Skill – 5 Days
Skill – 5 Days
4HISÏCOURSEÏCOVERSÏTHEÏBASICÏTECHNIQUESÏ
USEDÏINÏMODERNÏRESERVOIRÏMANAGEMENTÏ
ANDÏRELATEDÏRESERVOIRÏMONITORINGÏ4HEÏ
RESERVOIRÏMANAGEMENTÏPROCESSÏINCLUDESÏ
DATAÏANALYSISÏRESERVOIRÏDYNAMICÏ
MODELINGÏPRODUCTIONÏOPERATIONSÏSURFACEÏ
FACILITIESÏANDÏRELATEDÏPROJECTÏEVALUATIONÏ
ANDÏECONOMICSÏ4HEÏGENERALÏASPECTSÏOFÏ
RESERVOIRÏMONITORINGÏANDÏPLANNINGÏAREÏ
ALSOÏCOVERED
4HISÏCOURSEÏPROVIDESÏAÏRECAPÏOFÏSOMEÏOFÏ
THEÏBASICÏCONCEPTSÏINÏRESERVOIRÏENGINEERINGÏ
REQUIREDÏTOÏPERFORMÏRESERVOIRÏmUIDÏmOWÏ
CALCULATIONSÏANDÏINCLUDESÏEXAMPLESÏOFÏTHEÏ
TYPESÏOFÏCALCULATIONÏTHATÏMAYÏBEÏPERFORMEDÏ
and when these calculations are required.
4HEÏPRINCIPLESÏOFÏHOWÏTOÏDElNEÏTHEÏ
MATERIALÏBALANCEÏANDÏmOWÏCALCULATIONSÏ
ISÏESTABLISHEDÏINÏADDITIONÏTOÏMETHODSÏFORÏ
SOLVINGÏTHEÏPRESSUREÏEQUATIONSÏ0RACTICALÏ
ISSUESÏINCLUDINGÏGRIDDINGÏDElNINGÏANDÏ
controlling wells and upscaling, are also
INTRODUCEDÏ4HISÏCOURSEÏFORMSÏPARTÏOFÏ
THEÏ(ERIOT7ATTÏ$ISTANCEÏ,EARNINGÏ-3CÏ
0ETROLEUMÏ%NGINEERINGÏ!TTENDEESÏWHOÏ
SEEKÏTOÏBETTERÏUNDERSTANDÏTHEÏSUBJECTÏ
but who are not registered for the degree
COURSEÏAREÏINVITEDÏTOÏATTENDÏ4OÏLEARNÏMOREÏ
ABOUTÏTHEÏ-3CÏ0ETROLEUMÏ%NGINEERINGÏ
VISITÏWWWNEXTTRAININGNETMASTERSCFM
&ORÏEFlCIENTÏASSETÏMANAGEMENTÏ
attendees will gain a better
UNDERSTANDINGÏOFÏWATERmOODINGÏANDÏ
THEÏDISTRIBUTIONÏOFÏIMMISCIBLEÏmUIDSÏINÏAÏ
RESERVOIRÏTHEÏPROCESSÏOFÏIMMISCIBLEÏmUIDÏ
DISPLACEMENTÏINÏAÏRESERVOIRÏWATERmOODÏ
patterns, and the effect of pattern
SELECTIONÏANDÏORIENTATIONÏONÏmOODÏ
PERFORMANCEÏ!TTENDEESÏWILLÏLEARNÏTOÏ
PREDICTÏWATERmOODÏPERFORMANCEÏUSINGÏ
CLASSICALÏPREDICTIONÏMETHODS
4HISÏCOURSEÏWILLÏHELPÏATTENDEESÏIMPROVEÏ
THEIRÏUNDERSTANDINGÏOFÏWATERmOODINGÏ
ANDÏIMMISCIBLEÏmUIDSÏDISTRIBUTIONÏINÏAÏ
RESERVOIRÏTHEÏPROCESSÏOFÏIMMISCIBLEÏ
DISPLACEMENTÏINÏAÏRESERVOIRÏWATERmOODÏ
pattern options and the selection effect,
ANDÏANÏINTRODUCTIONÏTOÏmOODÏPERFORMANCEÏ
ANDÏTHEÏATTENDEESÏWILLÏGAINÏTHEÏABILITYÏ
TOÏPREDICTÏWATERmOODÏPERFORMANCEÏBYÏ
APPLYINGÏCLASSICALÏWATERmOODÏPREDICTIONÏ
METHODS
COURSE CONTENT
COURSE CONTENT
COURSE CONTENT
Q
Q
2ESERVOIRÏMANAGEMENTÏPROCESS
2ESERVOIRÏMODELÏ
Q
0RODUCTIONÏOPERATIONSÏ
Q
Surface facilities
Q
0ROJECTÏEVALUATIONÏ
Q
%CONOMICS
Q
0ROJECTÏSELECTIONÏANDÏREVISION
Q
/VERVIEWÏOFÏRESERVOIRÏMONITORING
Q
Q
3ATURATIONÏMONITORING
Q
Q
1UICKÏDATAÏANALYSISÏMETHODS
COURSE CONTENT
Q
'ENERALÏWATERmOODING
Q
%FFECTSÏOFÏDRIVEÏMECHANISMSÏONÏ
WATERmOODING
Q
2OCKÏPROPERTIESÏANDÏWATERmOODINGÏ
Q
Drainage process
Q
#APILLARYÏPRESSUREÏ
Q
7ATERmOODINGÏGOALSÏANDÏ
PERFORMANCEÏMEASUREMENTSÏ
Q
$ISPLACEMENTÏPROCESSES
Q
7ELGESÏMETHODÏFORÏANALYZINGÏ
WATERmOODÏPATTERNS
Q
7ATERmOODÏPERFORMANCEÏEFlCIENCIESÏ
Q
0REDICTINGÏWATERmOODÏPERFORMANCEÏ
USINGÏVARIOUSÏMETHODS
Q
!PPLICATIONSÏOFÏRESERVOIRÏSIMULATIONÏ
Q
%FFECTÏOFÏTIMEÏANDÏSPACEÏ
DISCRETIZATIONÏ
Q
$ISPLACEMENTÏPROCESSESÏANDÏLINEARÏ
FRACTIONALÏmOWÏTHEORY
"ASICÏCONCEPTSÏINÏRESERVOIRÏ
engineering
Q
"UCKLEY,EVERETTÏFRONTALÏADVANCEÏ
MODELÏ7ELGEÏPREDICTIONÏMETHOD
AUDIENCE
Q
2ESERVOIRÏSIMULATIONÏMODELÏSETUPÏ
Q
%NGINEERSÏGEOSCIENTISTSÏOPERATINGÏ
personnel, other actual or potential asset
TEAMÏMEMBERS
'RIDDINGÏANDÏWELLÏMODELINGÏ
Q
Q
!NALYSISÏOFÏWATERmOODÏPATTERNÏ
MOBILITYÏRATIO
(OWÏTOÏRECOGNIZEÏPROBLEMSÏ
Q
0ATTERNÏCONlGURATIONS
Q
0REPROCESSINGÏANDÏPOSTPROCESSINGÏ
Q
7ATERmOODÏPERFORMANCEÏEFlCIENCIESÏ
and predictions
Q
3MALLÏANDÏLARGESCALEÏMODELSÏ
Q
#ALIBRATIONÏHISTORYÏMATCHINGÏ
Q
3ELECINGÏVARIABLESÏHISTORYÏMATCHINGÏ
Q
3ENSITIVITYÏANALYSISÏ
Q
2ESERVOIRÏSIMULATIONÏPROCEDURESÏ
Q
7ATERmOODÏlELDÏEXAMPLES
Q
Q
PREREQUISITE
4HEÏCOURSEÏISÏMEANTÏFORÏENGINEERSÏ
geoscientists and operating personnel,
BASICÏKNOWLEDGEÏANDÏEXPERIENCEÏINÏTHEÏ
RELATEDÏlELDÏISÏREQUIREDÏ
Introduction and case studies
Flow equations
2ESERVOIRÏSIMULATIONÏNUMERICALÏ
METHODSÏ
Q
0ERMEABILITYÏUPSCALINGÏ
Q
0ETROPHYSICALÏINPUT
Q
Q
AUDIENCE
4ECHNICALÏSTAFFÏMEMBERS
PREREQUISITE
Q
None
Q
0REDICTIONÏMETHODSÏ3TILESÏ#RAIG
'EFFEN-ORSEÏANDÏ$YKSTRA0ARSONS
3IMULATIONÏOFÏWATERmOODINGÏANDÏ
PRACTICALÏGUIDELINESÏFORÏRESERVOIRÏ
SIMULATORS
3IMULATIONÏOFÏWATERmOODINGÏUSINGÏ
SMALLÏANDÏLARGESCALEÏMODELSÏFORÏ
calibration
7ATERmOODÏlELDÏEXAMPLESÏANDÏ
PROJECTÏPRESENTATIONS
AUDIENCE
%NGINEERSÏRESPONSIBLEÏFORÏEVALUATIONÏOFÏ
THEÏECONOMICSÏPRODUCTIONÏPOTENTIALÏANDÏ
WATERmOODÏDESIGNÏFORÏRESERVOIRSÏUNDERÏ
WATERmOODÏORÏCANDIDATESÏFORÏWATERmOOD
AUDIENCE
%NGINEERSÏWHOÏAREÏREQUESTEDÏTOÏEVALUATEÏ
THEÏECONOMICSÏPRODUCTIONÏPOTENTIALÏANDÏ
WATERmOODÏDESIGNÏFORÏRESERVOIRSÏBEINGÏ
WATERmOODEDÏORÏAREÏPOTENTIALÏWATERmOODÏ
candidates.
PREREQUISITE
2ESERVOIRÏENGINEERINGÏBACKGROUND
PREREQUISITE
'ENERALÏKNOWLEDGEÏOFÏmUIDÏANDÏROCKÏ
PROPERTIESÏANDÏmUIDÏmOWÏINÏPOROUSÏMEDIA
118 |
NExT Catalog-2014(21.5x27.5).indd 118
Visit NExTtraining.net/classes for the latest calendar or to register for a course.
12/22/13 2:49 AM
RESERVOIR ENGINEERING
Well Testing Operations
Analysis and Development
of Tight Gas Reservoirs
Analysis of Production
Performance Curves
Assuring Flow from Pore to
Process
Skill – 5 Days
Advanced – 5 Days
Advanced – 4 Days
Advanced – 3 Days
4HISÏCOURSEÏCONSISTSÏOFÏSEVERALÏTHEORETICALÏ
SESSIONSÏWITHÏEXPERIENCEDÏPROFESSIONALSÏ
PROVIDINGÏPRESENTATIONSÏONÏTESTINGÏTOOLSÏ
and operations. The attendees will also
HAVEÏVARIOUSÏPRACTICALÏEXPOSUREÏSESSIONSÏ
ONÏTHEÏmOWÏLOOPÏANDÏHANDSONÏSESSIONSÏ
using the tools in the workshops,
including the subsea tower for practical
DEMONSTRATIONÏOFÏTHEÏSUBSEAÏEQUIPMENTÏ
!NÏINTRODUCTIONÏTOÏWELLÏTESTINGÏEQUIPMENTÏ
ANDÏINSTRUMENTATIONÏCONTROLÏCONDITIONÏ
MONITORÏMEASUREÏANDÏSAMPLEÏTHEÏmUIDSÏ
THATÏAREÏPRODUCEDÏFROMÏTHEÏRESERVOIRÏ
during the production testing process
are included in the course. The course
WILLÏPROVIDEÏAÏCLEARÏUNDERSTANDINGÏOFÏ
THEÏPRIMARYÏOBJECTIVESÏOFÏSURFACEÏANDÏ
DOWNHOLEÏWELLÏTESTINGÏIEÏTOÏASSESSÏ
WELLÏPRODUCTIVITYÏBYÏMEASURINGÏTHEÏGASÏ
OILÏANDÏWATERÏmOWÏRATESÏFROMÏTHEÏWELLÏ
under controlled production conditions.
!LSOÏATTENDEESÏWILLÏRECEIVEÏINSTRUCTIONÏ
on the safe handling of the produced
EFmUENTSÏSOLIDSÏLIQUIDSÏANDÏGASESÏ
ATÏHIGHÏPRESSURESÏANDÏTEMPERATURESÏ
WHICHÏISÏAÏKEYÏOBJECTIVEÏANDÏCONCERNÏ
within the well testing operations. This
SAFEÏHANDLINGÏISÏACHIEVEDÏBYÏDESIGNÏOFÏ
EQUIPMENTÏANDÏOPERATIONSÏINCLUDINGÏ
SAFETYÏMARGINSÏANDÏPROTECTIVEÏEQUIPMENTÏ
TOÏGUARANTEEÏTHEÏSAFETYÏOFÏTHEÏEMPLOYEESÏ
ANDÏINTEGRITYÏOFÏTHEÏINVOLVEDÏFACILITIESÏANDÏ
THEÏENVIRONMENT
4HISÏOVERVIEWÏOFÏTIGHTÏGASÏRESERVOIRSÏ
COVERSÏTHEIRÏEVALUATIONÏCOMPLETIONÏ
STIMULATIONÏANDÏDEVELOPMENTÏ-ATERIALÏ
ENCOMPASSESÏGEOLOGICÏCHARACTERISTICSÏ
FORMATIONÏEVALUATIONÏESTIMATIONÏOFÏ
RESERVESÏANDÏWELLÏPERFORMANCEÏHYDRAULICÏ
FRACTUREÏTREATMENTÏDESIGNÏANDÏEXECUTIONÏ
ANDÏlELDÏDEVELOPMENTÏCONSIDERATIONS
In this workshop on classic and current
DECLINEÏCURVEÏANALYSISÏMETHODSÏ
ATTENDEESÏLEARNÏBOTHÏTHEORYÏANDÏ
APPLICATIONSÏTOÏSINGLEÏANDÏDUALmUIDÏ
PRODUCTIONÏSYSTEMSÏ4HEÏATTENDEESÏ
WILLÏEXPLOREÏMETHODSÏTOÏAMENDÏAÏ
NONCONVERGINGÏPRODUCTIONÏCURVEÏFORCINGÏ
ITÏTOÏTHEÏECONOMICÏLIMITÏANDÏLEARNÏHOWÏTOÏ
REINITIALIZEÏDECLINEÏCURVESÏINÏADDITIONÏTOÏ
STUDYINGÏMETHODSÏFORÏMATERIALÏBALANCEÏ
TIMEÏANDÏREALTIMEÏRELATIONSHIPSÏANALYSISÏ
OFÏPERFORMANCEÏHISTORIESÏGENERATIONÏOFÏ
RELATIVEÏPERMEABILITYÏRATIOSÏFROMÏlELDÏ
DATAÏANDÏTHEÏDERIVATIVEÏAPPROACHÏTOÏ
DETERMINEÏWHETHERÏWATERÏBREAKTHROUGHÏISÏ
FROMÏCONINGÏORÏBEHINDÏPIPE
&ROMÏTHISÏCOURSEÏONÏmOWÏASSURANCEÏ
ATTENDEESÏWILLÏGAINÏANÏADVANCEDÏ
UNDERSTANDINGÏOFÏmUIDÏmOWÏTHROUGHÏAÏ
SERIESÏOFÏINTERCONNECTEDÏSYSTEMSÏFROMÏ
THEÏRESERVOIRÏTOÏSURFACEÏFACILITIESÏANDÏ
THEÏPREVENTIONÏANDÏMITIGATIONÏOFÏCOMMONÏ
mOWÏIMPEDIMENTSÏ4HEÏATTENDEESÏWILLÏ
LEARNÏBESTÏPRACTICESÏFROMÏWORLDWIDEÏ
lELDÏEXAMPLESÏASÏWELLÏASÏHOWÏTOÏDESIGNÏ
lTFORPURPOSEÏmOWÏASSURANCEÏSOLUTIONS
COURSE CONTENT
COURSE CONTENT
Q
)NTRODUCTIONÏTOÏTIGHTÏGASÏRESERVOIRS
Q
&ORMATIONÏEVALUATION
Q
Statistical correlations
Q
7ELLÏTESTING
Q
%STIMATIONÏOFÏRESERVESÏANDÏPREDICTIONÏ
OFÏPERFORMANCE
Q
7ELLÏCOMPLETIONSÏANDÏWORKOVERS
Q
(YDRAULICÏFRACTUREÏTREATMENTÏDESIGNÏ
ANDÏEXECUTION
Q
&IELDÏDEVELOPMENTÏCONSIDERATIONSÏ
STRATEGIESÏANDÏECONOMICS
Q
#RITICALÏPARAMETERS
Q
)NlLLÏPOTENTIAL
Q
Q
2ESERVOIRÏENGINEERSÏANDÏPRODUCTIONÏ
ENGINEERSÏRESPONSIBLEÏFORÏOPTIMIZINGÏ
RECOVERYÏFROMÏTIGHTÏGASÏRESERVOIRS
PREREQUISITE
Q
$ECLINEÏCURVEÏANALYSIS
Q
!RPSÏCURVESÏNOMINALÏANDÏCONTINUOUSÏ
EXPONENTIALÏDECLINES
Q
0ERFORMANCEÏCURVESÏEXPONENTIALÏ
HYPERBOLICÏANDÏHARMONICÏDECLINES
Q
&ETKOVICHÏ!RPSÏANDÏTRANSIENTÏTYPEÏ
CURVES
Q
)NTERPRETATIONÏOFÏlELDÏCURVESÏFORÏ
RESERVOIRÏCHARACTERIZATION
Q
0SEUDOSTEADYSTATEÏmOWÏEQUATION
Q
"LASINGAME,EEÏSOLUTIONÏ
Q
0RODUCTIONÏPERFORMANCEÏPLOTS
AUDIENCE
%NGINEERSÏGEOSCIENTISTSÏANDÏINDUSTRYÏ
PROFESSIONALSÏINTERESTEDÏINÏANALYZINGÏOILÏ
ANDÏGASÏPERFORMANCEÏDATA
Q
7ELLÏTESTINGÏOBJECTIVES
Q
Surface well testing
Q
Testing data acquisition
PREREQUISITE
Q
&LUIDÏSAMPLINGÏANDÏANALYSIS
Q
$RILLSTEMÏTESTING
Q
3UBSEAÏLANDINGÏSTRINGÏSYSTEMS
3OMEÏKNOWLEDGEÏOFÏOILÏANDÏGASÏ
PRODUCTIONÏ%XCELÏSPREADSHEETSÏANDÏBASICÏ
algebra.
Q
Basics of well testing interpretation
+EYÏmOWÏASSURANCEÏISSUES
Technologies for capture and
CHARACTERIZATIONÏOFÏmUIDÏSAMPLES
Q
-ETHODOLOGIESÏFORÏMEASUREMENTÏ
MODELINGÏANDÏMANAGEMENTÏOFÏ
inorganic and organic solids
Q
&LUIDÏmOWÏANDÏHEATTRANSFERÏ
CHARACTERISTICSÏANDÏTHEIRÏIMPORTANCEÏ
in design of subsea architecture,
MODELÏSELECTIONÏANDÏLIQUIDSÏ
MANAGEMENT
Q
0ROCESSESÏOFÏmUIDÏmOWÏINTEGRATIONÏ
heat transfer, and solids
COURSE CONTENT
AUDIENCE
5NDERSTANDINGÏOFÏPETROLEUMÏENGINEERINGÏ
and a strong background in production or
operations.
COURSE CONTENT
AUDIENCE
%NGINEERSÏANDÏTECHNICALÏSTAFFÏRESPONSIBLEÏ
FORÏWELLÏSURVEILLANCEÏPRODUCTIONÏ
OPTIMIZATIONÏORÏCOMPLETIONÏDESIGN
PREREQUISITE
7ORKINGÏKNOWLEDGEÏOFÏWELLÏPRODUCTIONÏ
BEHAVIORSÏBASICÏRESERVOIRÏENGINEERINGÏ
PRINCIPLESÏANDÏSURFACEÏFACILITIESÏ
EXPOSUREÏTOÏWELLÏCOMPLETIONÏDESIGNÏNODALÏ
ANALYSISÏANDÏSTIMULATIONÏPROCESSES
AUDIENCE
3ENIORÏRESERVOIRÏENGINEERS
PREREQUISITE
0RIORÏKNOWLEDGEÏOFÏBASICÏWELLÏ
testing operations and well testing
interpretation.
Software
Technical courses that use software
NExT Catalog-2014(21.5x27.5).indd 119
Includes practical sessions
Field trips
Uses simulation
| 119
12/22/13 2:49 AM
RESERVOIR ENGINEERING
Characterization, Evaluation, and Enhanced Oil Recovery in
Naturally Fractured Reservoirs
Data Room Management
and Rapid Asset Evaluation
History Matching and
Reservoir Optimization
Advanced – 5 Days
Advanced – 3 Days
Advanced – 5 Days
4HISÏCOURSEÏPROVIDESÏ%0ÏPROFESSIONALSÏ
and stakeholders in the oil and gas
INVESTMENTÏSECTORÏWITHÏANÏUNDERSTANDINGÏ
OFÏHOWÏTOÏOBTAINÏTHEÏMOSTÏOUTÏOFÏDATAÏ
ROOMSÏTOÏPRESENTÏAÏREASONABLEÏEVALUATIONÏ
TOÏTHEÏDECISIONÏMAKERSÏINÏTHEÏSHORTESTÏ
TIMEÏFRAMEÏPOSSIBLEÏ,EARNINGÏOBJECTIVESÏ
INCLUDEÏKNOWLEDGEÏANDÏAPPLICATIONÏLEVELSÏ
ANDÏATTENDEESÏWILLÏTAKEÏAWAYÏWORKmOWSÏ
FROMÏTHISÏCOURSEÏTOÏSTREAMLINEÏTHEIRÏ
DATAÏROOMÏPROCESSESÏENSUREÏESSENTIALÏ
DATAÏAREÏGATHEREDÏANDÏQUICKLYÏEVALUATEÏ
OPPORTUNITIESÏWHILEÏAVOIDINGÏSOMEÏOFÏTHEÏ
PITFALLSÏTHATÏEXISTÏINÏTHEÏASSESSMENTSÏOFÏ
oil and gas opportunities.
0RODUCTIONÏDATAÏAREÏINCORPORATEDÏINTOÏ
HIGHRESOLUTIONÏRESERVOIRÏMODELSÏTHROUGHÏ
CONVENTIONALÏANDÏFASTÏmOWÏSIMULATIONÏ
TECHNIQUESÏSUCHÏASÏSTREAMLINEÏMODELSÏ
In this course, attendees will learn
DIFFERENTÏHISTORYMATCHINGÏWORKmOWSÏ
ANDÏTHEIRÏMERITSÏINCLUDINGÏASSISTEDÏANDÏ
AUTOMATICÏHISTORYÏMATCHINGÏINÏADDITIONÏTOÏ
EXPLORINGÏTHEÏMANYÏFORMSÏOFÏPRODUCTIONÏ
data, pressure transient test, tracer
TESTÏMULTIPHASEÏPRODUCTIONÏHISTORYÏANDÏ
INTERPRETEDÏ$ÏSEISMICÏINFORMATIONÏ&IELDÏ
EXAMPLESÏILLUSTRATEÏTHEÏADVANTAGESÏANDÏ
LIMITATIONSÏOFÏTHESEÏTECHNIQUES
This course will update attendee
knowledge on techniques for an
INTEGRATEDÏSTUDYÏOFÏNATURALLYÏFRACTUREDÏ
RESERVOIRSÏINCLUDINGÏCHARACTERIZATIONÏ
EXPERIMENTATIONÏANDÏINTEGRATIONÏOFÏ
INFORMATIONÏTOÏDETERMINEÏTHEÏBESTÏ
PROCESSÏOPTIONSÏ!TTENDEESÏWILLÏEXAMINEÏ
EXAMPLESÏFROMÏONGOINGÏ#/ pilots to
REINFORCEÏTHEIRÏUNDERSTANDINGÏOFÏNATURALLYÏ
FRACTUREDÏRESERVOIRSÏ4HEÏATTENDEESÏ
WILLÏALSOÏLEARNÏTOÏUSEÏCOREÏLABORATORYÏ
MEASUREMENTSÏOFÏIMBIBITIONÏCAPILLARYÏ
PRESSUREÏANDÏWETTABILITYÏATÏRESERVOIRÏ
CONDITIONSÏHISTORYMATCHEDÏLABORATORYÏ
MEASUREMENTSÏFORÏUPSCALINGÏTOÏRESERVOIRÏ
GEOMETRYÏANDÏWETTABILITYÏDATAÏFORÏ
PREDICTIONÏOFÏWATERmOODÏPERFORMANCEÏ
INÏADDITIONÏTOÏANALYZINGÏRESERVOIRÏ
PERFORMANCEÏDURINGÏWATERÏINJECTIONÏFROMÏ
LABORATORYÏEXPERIMENTSÏOFÏFORCEDÏANDÏ
FREEFALLÏGRAVITYÏDRAINAGEÏWITHÏ#/, and
USEÏCOMMERCIALÏSIMULATORSÏTOÏMATCHÏ
RESERVOIRÏPERFORMANCEÏUSINGÏPRECISELYÏ
MEASUREDÏLABÏANDÏlELDÏDATA
COURSE CONTENT
Q
Q
Q
#HARACTERIZATIONÏOFÏNATURALLYÏ
FRACTUREDÏRESERVOIRS
'EOLOGICÏANDÏPETROPHYSICALÏANALYSISÏ
OFÏRESERVOIRÏCORES
3CREENINGÏRESERVOIRÏDATAÏFORÏ
WATERmOODÏANDÏGASÏINJECTIONWELLÏ
candidates
Q
#ORELOGÏINTEGRATIONÏANDÏRESERVOIRÏ
CHARACTERIZATION
Q
$EVELOPMENTÏOFÏSPECIlCÏALGORITHMSÏ
FORÏLOGÏEVALUATIONÏIDENTIlCATIONÏOFÏ
PAYÏZONESÏANDÏWATERÏSATURATIONÏINÏTHEÏ
PAY
Q
&RACTUREÏIDENTIlCATIONÏNATURALÏORÏ
CORINGINDUCEDÏANDÏCHARACTERIZATION
Q
7ELLÏTESTÏANALYSISÏANDÏANALYSISÏOFÏ
INmOWÏPERFORMANCEÏINÏHORIZONTALÏ
wells
Q
)MBIBITIONÏCAPILLARYÏPRESSUREÏ
INTERFACIALÏTENSIONÏANDÏWETTABILITYÏ
DETERMINATION
Q
3CALINGÏLABORATORYÏRESULTSÏTOÏPREDICTÏ
WATERmOODÏRESPONSE
Q
.UMERICALÏSIMULATIONÏOFÏ
WATERmOODING
Q
0HASEÏBEHAVIORÏANDÏMINIMUMÏ
MISCIBILITYÏPRESSUREÏDETERMINATION
Q
'ASÏINJECTIONÏEXPERIMENTSÏINÏ
FRACTUREDÏSYSTEMS
Q
Q
%VALUATIONÏSCALINGÏANDÏDESIGNÏOFÏGASÏ
INJECTIONÏRESULTSÏ
#ASEÏHISTORIESÏ-IDALEÏ#/ pilot and
7ELLMANÏ5NITÏ#/ÏmOOD
AUDIENCE
2ESERVOIRÏENGINEERSÏGEOSCIENTISTSÏ
operating personnel, and other asset
TEAMÏMEMBERSÏINVOLVEDÏINÏRESERVOIRÏ
MANAGEMENT
PREREQUISITE
%XPERIENCEÏINÏOILlELDÏANDÏGASÏlELDÏ
OPERATIONSÏANDÏKNOWLEDGEÏOFÏNATURALLYÏ
FRACTUREDÏRESERVOIRS
COURSE CONTENT
Q
(ISTORYÏMATCHINGÏBROADÏPERSPECTIVESÏ
and current status
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0RODUCTIONÏDATAÏINTEGRATIONÏ
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INVERSEÏMODELINGÏWITHÏlNITE
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Q
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#OMPANYÏNEEDSÏFROMÏITSÏDATAÏROOMÏ
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Q
3ELECTINGÏTHEÏAPPROPRIATEÏTEAMÏ
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Due diligence
Q
Q
1UICKÏECONOMICÏEVALUATIONÏ
%XPERIMENTALÏDESIGNÏBACKGROUNDÏANDÏ
applications
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OURÏEVALUATIONÏWORKmOW
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2ECENTÏDEVELOPMENTSÏINÏHISTORYÏ
MATCHINGÏENSEMBLEÏ+ALMANÏlLTERÏANDÏ
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%0ÏEXECUTIVESÏANDÏMANAGERSÏ
GEOSCIENTISTSÏRESERVOIRÏENGINEERSÏ
INVESTORSÏAUDITORSÏBANKERSÏANDÏ
GOVERNMENTÏOFlCIALSÏINVOLVEDÏINÏTHEÏ
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INTERNATIONALÏOILÏANDÏGASÏEXPLORATIONÏANDÏ
production opportunities.
PREREQUISITE
+NOWLEDGEÏOFÏPETROLEUMÏ%0ÏRESERVESÏ
ANDÏEVALUATION
120 |
NExT Catalog-2014(21.5x27.5).indd 120
COURSE CONTENT
AUDIENCE
0RACTICINGÏGEOSCIENTISTSÏANDÏENGINEERSÏ
ESPECIALLYÏTHOSEÏINVOLVEDÏINÏRESERVOIRÏ
SIMULATION
PREREQUISITE
+NOWLEDGEÏOFÏBASICÏMATHEMATICSÏ
PETROLEUMÏGEOLOGYÏRESERVOIRÏENGINEERINGÏ
ANDÏPETROPHYSICSÏPLUSÏELEMENTALÏ
software skills.
Visit NExTtraining.net/classes for the latest calendar or to register for a course.
12/22/13 2:49 AM
RESERVOIR ENGINEERING
Forecasting Production and Estimating Reserves in
Low-Permeability Oil and Gas Reservoirs
Full Life Cycle Fluid Evaluation: Downhole to Laboratory
NEW
Advanced – 1 Day
4HISÏDAYÏWORKSHOPÏPROVIDESÏAÏBRIEFÏ
OVERVIEWÏOFÏSYSTEMATICÏPROCEDURESÏFORÏ
FORECASTINGÏPRODUCTIONÏANDÏESTIMATINGÏ
RESERVESÏINÏINDIVIDUALÏWELLSÏINÏLOW
PERMEABILITYÏOILÏANDÏGASÏRESERVOIRSÏ
INCLUDINGÏSHALEÏPLAYSÏ4HEÏWORKSHOPÏWILLÏ
PROVIDEÏBACKGROUNDÏMATERIALÏLEADINGÏTOÏ
UNDERSTANDINGÏOFÏFORECASTINGÏMETHODSÏ
ANDÏWILLÏCONCENTRATEÏONÏTRADITIONALÏ!RPSÏ
DECLINEÏMODELSÏANDÏMOREÏRECENTÏMODELSÏ
DESIGNEDÏTOÏPROVIDEÏIMPROVEDÏFORECASTÏ
ACCURACYÏDURINGÏTHEÏLONGDURATIONÏ
TRANSIENTÏmOWÏPERIODSÏUSUALLYÏLINEARÏ
mOWÏASSOCIATEDÏWITHÏLOWPERMEABILITYÏ
HYDRAULICALLYÏFRACTUREDÏHORIZONTALÏWELLSÏ
!PPLICATIONSÏOFÏTHEÏTHEORYÏWILLÏBEÏ
ILLUSTRATEDÏWITHÏINCLASSÏEXERCISES
COURSE CONTENT
Q
2ESERVESÏREPORTINGÏREQUIREMENTSÏ
Q
0RODUCTIONÏFORECASTINGÏANDÏRESERVESÏ
ESTIMATESÏINÏUNCONVENTIONALÏ
RESERVOIRSÏ
AUDIENCE
0ETROLEUMÏENGINEERSÏGEOLOGISTSÏRESERVESÏ
ANALYSTSÏANDÏANYÏOTHERSÏWHOSEÏJOBÏ
responsibilities or professional interest
INCLUDEÏTHEÏESTIMATIONÏOFÏRESERVES
PREREQUISITE
%NGINEERINGÏANDÏSCIENCESÏPRINCIPLESÏINÏ
addition to a basic understanding of
GEOLOGYÏANDÏRESERVOIRÏENGINEERING
Advanced – 5 Days
!DVANCEDLEVELÏINSTRUCTIONÏFOCUSESÏONÏ
TECHNOLOGIESÏFORÏCHARACTERIZATIONÏOFÏ
RESERVOIRÏmUIDSÏINÏSITUÏANDÏMETHODSÏFORÏ
CAPTUREÏOFÏAÏREPRESENTATIVEÏSAMPLEÏ
!TTENDEESÏWILLÏLEARNÏTHEÏIMPORTANCEÏ
OFÏPROPERÏSAMPLEÏHANDLINGÏANDÏTHEÏ
PROCEDURESÏTHATÏDElNEÏmUIDÏPROPERTIESÏ
VAPORLIQUIDÏEQUILIBRIUMÏPHASEÏ
ENVELOPESÏGRAVIMETRICÏmUIDÏPROPERTIESÏ
ANDÏHYDROCARBONÏSOLIDSÏANDÏRHEOLOGICALÏ
TRANSPORTÏCHARACTERISTICSÏ(ANDSONÏ
DEMONSTRATIONSÏINCLUDEÏDEVELOPINGÏ
MATHEMATICALÏMODELSÏUSINGÏEQUATIONSÏ
OFÏSTATEÏ%/3ÏFORÏmUIDÏ064ÏANALYSISÏANDÏ
HYDROCARBONÏSOLIDSÏPHASEÏBOUNDARIESÏ
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PRODUCTIONÏMODELINGÏANDÏSURFACEÏ
processing.
COURSE CONTENT
Software
Technical courses that use software
NExT Catalog-2014(21.5x27.5).indd 121
Includes practical sessions
INCLUDINGÏ-$4
ÏMODULARÏFORMATIONÏ
DYNAMICSÏTESTER
Q
6ISITÏTOÏAÏTECHNOLOGYÏORÏOPERATIONSÏ
CENTERÏFORÏPHYSICALÏDEMONSTRATIONÏ
OFÏDOWNHOLEÏSAMPLINGÏANDÏANALYSISÏ
TOOLSÏLOCATIONÏDEPENDENT
Q
#ASEDÏHOLEÏSAMPLINGÏDURINGÏWELLÏORÏ
PRODUCTIONÏTESTINGÏANDÏLABORATORYÏ
mUIDÏCHARACTERIZATIONÏTECHNOLOGIES
Q
7ORKmOWSÏTOÏDEVELOPÏ
THERMODYNAMICÏANDÏTRANSPORTÏ
CHARACTERISTICÏMODELSÏ
Q
&UNDAMENTALSÏOFÏLABÏCHARACTERIZATIONÏ
OFÏHYDROCARBONÏSOLIDSÏASPHALTENEÏ
WAXÏHYDRATEÏ
Q
6ISITÏTOÏmUIDSÏANDÏmOWÏASSURANCEÏ
ANALYSISÏCENTERÏFORÏPHYSICALÏ
DEMONSTRATIONÏOFÏEQUIPMENTÏANDÏ
MEASUREMENTÏMETHODSÏLOCATIONÏ
DEPENDENT
Q
0HYSICSÏOFÏRESERVOIRÏmUIDSÏINCLUDINGÏ
ORIGINÏOFÏmUIDÏGRADIENTSÏANDÏRESERVOIRÏ
COMPARTMENTALIZATION
AUDIENCE
Q
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TECHNOLOGYÏMONITORINGÏMUDlLTRATEÏ
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COMPONENTÏANALYSISÏANDÏINÏSITUÏ
ANALYSIS
-EMBERSÏOFÏMULTIDISCIPLINARYÏTEAMSÏ
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mUIDÏPROPERTIESÏFROMÏSAMPLEÏACQUISITIONÏ
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CHARACTERIZATIONÏWORKmOWÏEXAMPLES
Q
.EWÏDEVELOPMENTSÏINÏ%/3ÏFORÏINÏSITUÏ
crude oil
Q
-ETHODSÏFORÏDETERMININGÏRESERVOIRÏ
CONNECTIVITY
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/PENHOLEÏSAMPLINGÏTECHNOLOGIESÏ
Field trips
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PREREQUISITE
3TRONGÏUNDERSTANDINGÏOFÏmUIDÏPROPERTYÏ
PRINCIPLESÏANDÏMODELING
| 121
12/22/13 2:49 AM
RESERVOIR ENGINEERING
New Advances in Well Test
Interpretation
Production Data Analysis:
Shale Gas, Tight Gas, and
Coal-Bed Methane
Resources and Reserves
Evaluation
Techlog Fundamentals
Advanced – 5 Days
Advanced – 3 Days
Advanced – 5 Days
Awareness – 5 Days
Structured for an understanding of well
TESTÏANALYSISÏFUNDAMENTALSÏTHISÏCOURSEÏ
also introduces attendees to recent
ADVANCESÏINÏWELLÏTESTÏINTERPRETATIONÏ
4HEÏATTENDEESÏWILLÏSTUDYÏMETHODOLOGIESÏ
FORÏSYSTEMATICÏINTERPRETATIONÏANDÏLEARNÏ
THROUGHÏHANDSONÏEXERCISESÏANDÏPRACTICALÏ
PROBLEMSOLVINGÏSESSIONS
4HISÏCOURSEÏISÏDESIGNEDÏTOÏIMPLEMENTÏ
AÏCOMPREHENSIVEÏLEARNINGÏMODULEÏOFÏ
production data interpretation and
ANALYSISÏINCLUDINGÏTHEÏPRINCIPLESÏOFÏ
PRODUCTIONÏFUNDAMENTALSÏTECHNOLOGIESÏ
ANDÏWORKmOWSÏWITHÏAPPLICATIONSÏANDÏlELDÏ
EXAMPLESÏFORÏUNCONVENTIONALÏRECOURSESÏ
0RODUCTIONÏANALYSISÏREQUIRESÏHANDLINGÏ
ANDÏCONDITIONINGÏLARGEÏVOLUMESÏOFÏ
MULTIPLEÏSOURCEÏMULTIPLEÏFREQUENCYÏDATAÏ
IDENTIFYINGÏANDÏSYNCHRONIZINGÏEVENTSÏANDÏ
assigning the appropriate production rate
TOÏEACHÏEVENTÏ4HESEÏCRITICALÏSTEPSÏENABLEÏ
PRODUCTIONÏENGINEERSÏTOÏMAKEÏEFlCIENTÏ
INTERPRETATIONÏANDÏANALYSISÏOFÏTHEÏDATAÏ
ANDÏTOÏOPTIMIZEÏWELLÏPRODUCTIVITYÏUSINGÏ
ADVANCEDÏMETHODOLOGIES
4HISÏCOURSEÏPRESENTSÏADVANCEDÏ
TECHNIQUESÏFORÏRESERVESÏESTIMATIONÏANDÏ
ADDRESSESÏTHEÏDIFFERENCEÏINÏCLASSIlCATIONÏ
OFÏRESOURCESÏANDÏRESERVESÏ!TTENDEESÏ
WILLÏLEARNÏDElNITIONSÏOFÏRESERVESÏANDÏ
resources and guidelines for their
APPLICATIONÏFROMÏVARIOUSÏREGULATORYÏANDÏ
INDUSTRYÏAUTHORITIESÏINCLUDINGÏ30%Ï70#Ï
!!0'ÏANDÏTHEÏ53Ï3%#Ï!TTENDEESÏWILLÏ
DISCOVERÏTHEÏLATESTÏANDÏMOSTÏACCURATEÏ
METHODSÏFORÏESTIMATINGÏRESERVESÏBOTHÏ
DETERMINISTICÏANDÏPROBABILISTICÏANDÏGAINÏ
AÏTHOROUGHÏUNDERSTANDINGÏOFÏVARIOUSÏ
RESERVESÏLEVELSÏANDÏTHEIRÏEQUIVALENCEÏINÏ
BOTHÏSYSTEMSÏINCLUDINGÏPROVEDÏPROVEDÏ
PLUSÏPROBABLEÏANDÏPROVEDÏPLUSÏPROBABLEÏ
plus possible.
4HEÏ4ECHLOGÏPLATFORMÏINTERACTIVEÏSUITEÏ
BRINGSÏALLÏOFÏTHEÏPETROPHYSICALÏANDÏ
geological data together. Attendees will
LEARNÏTHEÏFUNDAMENTALSÏOFÏTHISÏAPPLICATIONÏ
ANDÏITSÏ4ECHPLOTÏ4ECHDATAÏANDÏ1UANTIÏ
BASEÏMODULESÏ)NÏADDITIONÏTHEÏUSEÏOFÏTHEÏ
DATAÏMODELÏWITHINÏTHEÏ4ECHLOGÏAPPLICATIONÏ
and the foundation utilities for loading,
UNLOADINGÏMANIPULATINGÏANDÏDISPLAYINGÏ
DATAÏINÏTHEÏSYSTEMÏINCLUDINGÏCOREÏANDÏ
IMAGESÏWILLÏBEÏEXPLAINEDÏ4HEÏCOURSEÏ
TOPICSÏINCLUDEÏDETERMINISTICÏCALCULATIONSÏ
and the principles behind the application
WORKmOWÏINTERFACEÏFORÏSINGLEÏANDÏ
MULTIWELLÏUSE
COURSE CONTENT
COURSE CONTENT
COURSE CONTENT
Q
7ELLÏTESTÏANALYSISÏANDÏINTERPRETATIONÏ
FUNDAMENTALS
Q
7ELLÏTESTINGÏINÏCOMPLEXÏSYSTEMS
Q
7ELLÏTESTINGÏINÏDIFFERENTÏDEPOSITIONALÏ
ANDÏTECTONICÏENVIRONMENTSÏ
Q
7ELLÏTESTINGÏINÏRESERVOIRSÏFORMEDÏBYÏ
DEPOSITIONÏINÏmUVIALÏENVIRONMENTS
AUDIENCE
2ESERVOIRÏENGINEERSÏPRODUCTIONÏ
ENGINEERSÏANDÏlELDÏPERSONNELÏ
INVOLVEDÏWITHÏWELLÏTESTÏDESIGNÏ
and interpretation.
Q
4ECHLOGÏPLATFORMÏINTERFACEÏANDÏDATAÏ
structure
Q
"ASICÏDElNITIONSÏANDÏCLASSIlCATIONS
Q
Statistics and probabilities
$ATAÏMANAGEMENTÏANDÏ1#ÏTECHNIQUES
Q
Q
-ULTIWELLÏMANAGEMENT
Q
3IMULATIONÏ
Q
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Q
0ROBABILITYÏANDÏUNCERTAINTYÏ
Q
Q
%XPECTEDÏVALUEÏANDÏEXPECTEDÏVALUEÏ
and decision trees
7ORKmOWSÏFORÏDETERMINISTICÏ
EVALUATIONÏUSINGÏ1UANTIÏMODULE
Q
5SERDElNEDÏPROGRAMMINGÏLANGUAGE
Q
5TILITYÏTHEORYÏ
Q
!DVANCEDÏ4ECHLOGÏPLATFORMÏMODULES
Q
5NCONVENTIONALÏRESOURCES
Q
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RESERVES
Q
4IMEÏVALUEÏOFÏMONEY
Q
"EFORETAXÏANDÏAFTERTAXÏCASHÏmOWS
PREREQUISITE
Q
$ECLINEÏCURVES
$EVELOPMENTÏANDÏEXPLORATIONÏLOGÏ
ANALYSTSÏANDÏPETROPHYSICISTSÏGEOLOGISTSÏ
PETROLEUMÏENGINEERSÏMANAGERSÏANDÏ
technical personnel with no prior
EXPERIENCEÏUSINGÏ4ECHLOGÏPLATFORMÏ
software.
YEARÏGEOSCIENCEENGINEERINGÏDEGREE
Q
6OLUMETRICSÏ
PREREQUISITE
Q
Material balance
None
Q
%CONOMICÏYARDSTICKSÏ
Q
#HOOSINGÏINVESTMENTS
Q
International contracts
Q
&IELDÏEXAMPLES
Q
Q
PREREQUISITE
+NOWLEDGEÏOFÏTRANSIENTÏWELLÏTESTINGÏ
NOMENCLATURE
3CIENCEÏFOUNDATIONALÏUNDERSTANDINGÏ
OFÏPRINCIPLESÏANDÏGOVERNINGÏFACTORSÏOFÏ
production
COURSE CONTENT
Q
4ECHNOLOGIESÏEXPOSUREÏTOÏSENSORÏ
TECHNOLOGIESÏANDÏTOOLSÏNECESSARYÏFORÏ
data conditioning
7ORKmOWSÏSKILLSÏTOÏAPPLYÏ
METHODOLOGIESÏANDÏWORKmOWSÏTOÏ
enable data interpretation and
ANALYSISÏ
AUDIENCE
0RACTICINGÏRESERVOIRÏPRODUCTIONÏANDÏ
facilities engineers and engineering and
ASSETÏMANAGERS
AUDIENCE
AUDIENCE
0ETROLEUMÏENGINEERSÏGEOLOGISTSÏ
RESERVESÏANALYSTSÏANDÏOTHERSÏINVOLVEDÏINÏ
ESTIMATIONÏOFÏRESERVES
PREREQUISITE
Degree in engineering or geoscience, and
KNOWLEDGEÏOFÏRESERVOIRÏENGINEERINGÏANDÏ
PETROLEUMÏGEOLOGY
122 |
NExT Catalog-2014(21.5x27.5).indd 122
Visit NExTtraining.net/classes for the latest calendar or to register for a course.
12/22/13 2:49 AM
RESERVOIR ENGINEERING
Avocet Integrated Asset
Modeler Fundamentals
ECLIPSE Applied Reservoir
Simulation Fundamentals
ECLIPSE Blackoil Reservoir
Simulation
FrontSim Streamline
Reservoir Simulation
Foundation – 5 Days
Foundation – 5 Days
Foundation – 5 Days
Foundation – 3 Days
4HEÏCOURSEÏFOCUSESÏONÏUSEÏOFÏTHEÏ!VOCETÏ
PLATFORMÏTOÏINTEGRATEÏTHEÏRESERVOIRÏWITHÏ
THEÏSURFACEÏMODELSÏ)NSTRUCTIONÏINCLUDESÏ
software installation.
)NÏTHISÏOVERVIEWÏOFÏTHEÏHISTORYÏANDÏ
THEORYÏOFÏRESERVOIRÏSIMULATIONÏATTENDEESÏ
STUDYÏTHEÏCRITICALÏAPPRAISALÏOFÏINPUTÏ
DATAÏCOMPUTATIONALÏREQUIREMENTSÏDUALÏ
POROSITYÏGROUPÏCONTROLSÏCONDENSATEÏ
BEHAVIORÏHISTORYMATCHINGÏANDÏ
production forecasting. Other topics can
BEÏINCLUDEDÏBYÏPRIORÏARRANGEMENTÏ(ANDS
ONÏEXERCISESÏUSINGÏSMALLSCALEÏSIMULATIONÏ
MODELSÏIMPROVEÏYOURÏUNDERSTANDINGÏOFÏ
RESERVOIRÏMECHANICSÏANDÏAPPRAISALÏOFÏ
input data. The attendees are encouraged
TOÏPRESENTÏRESERVOIRÏMODELSÏFORÏANALYSISÏ
and discussion.
The focus of this course is on learning
THEÏ%#,)03%Ï"LACKOILÏRESERVOIRÏSIMULATORÏ
SOFTWAREÏRATHERÏTHANÏSIMULATIONÏ
METHODOLOGYÏ4HISÏFULLYÏIMPLICITÏTHREE
PHASEÏ$ÏGENERALPURPOSEÏBLACKOILÏ
SIMULATORÏINCLUDESÏSEVERALÏADVANCEDÏ
FEATURESÏOFÏ%#,)03%ÏSIMULATORÏSOFTWARE
4HEÏ%#,)03%Ï&RONT3IMÏSTREAMLINEÏ
BLACKÏOILÏSIMULATORÏISÏAÏTHREEPHASEÏ$Ï
SIMULATORÏTHATÏMODELSÏMULTIPHASEÏmUIDÏ
mOWÏALONGÏSTREAMLINESÏ!TTENDEESÏWILLÏ
LEARNÏHOWÏTOÏVISUALIZEÏTHEÏDOMINANTÏmOWÏ
PATHSÏANDÏDEPICTÏmUIDÏmOWÏBEHAVIORÏ
WITHINÏCOMPLEXÏGEOLOGYÏTHENÏTRANSFERÏ
THISÏKNOWLEDGEÏINTOÏ%#,)03%ÏSIMULATORÏ
APPLICATIONSÏ4HISÏCOURSEÏEMPHASIZESÏ
the use of the software rather than the
METHODOLOGYÏOFÏSIMULATIONÏSTUDIES
COURSE CONTENT
Q
/VERVIEWÏOFÏKEYÏRESERVOIRÏNETWORKÏ
COUPLINGÏFUNDAMENTALS
Q
#OUPLINGÏRESERVOIRSÏTOÏNETWORKS
Q
2UNNINGÏTIMEBASEDÏSIMULATIONS
Q
#ONNECTINGÏMODELS
Q
!DDINGÏAÏ-ICROSOFTÏ%XCELÏPLANNINGÏ
RISKÏANDÏRESERVESÏSOFTWAREÏMODELÏTOÏ
AÏmOWÏDIAGRAM
Q
Q
%VALUATINGÏECONOMICSÏWITHÏ-ERAKÏ
SOFTWAREÏMODELS
4RANSFERRINGÏCOMPOSITIONS
AUDIENCE
!NYONEÏWANTINGÏTOÏINTEGRATEÏRESERVOIRSÏ
WITHÏSURFACEÏMODELSÏUSINGÏTHEÏ!VOCETÏ
PLATFORM
PREREQUISITE
COURSE CONTENT
COURSE CONTENT
Q
/VERVIEWÏOFÏHOWÏAÏSIMULATORÏ
INITIALIZESÏANDÏEXECUTES
Q
"LOCKCENTEREDÏANDÏCORNERPOINTÏGRIDÏ
GEOMETRIES
Q
2OCKÏANDÏmUIDÏPROPERTIES
Q
3IMULATIONÏEQUATIONS
$ATAÏANALYSIS
Q
!QUIFERÏDElNITION
Q
&INEGRIDÏANDÏSMALLSCALEÏMODELS
Q
Q
#OARSEGRIDÏANDÏFULLlELDÏMODELS
#ONTROLÏWELLSÏUNDERÏHISTORYMATCHINGÏ
ANDÏPRODUCTIONÏREGIME
Q
3IMULATIONÏSTUDYÏPLANÏANDÏDESIGN
Q
Q
#OMPOSITIONALÏRESERVOIRÏASPECTS
%#,)03%Ï"LACKOILÏSIMULATORÏlLEÏ
structure
Q
&RACTUREDÏRESERVOIRÏCONCEPTS
Q
AUDIENCE
2ESERVOIRÏENGINEERSÏGEOSCIENTISTSÏANDÏ
OTHERÏTECHNICALLYÏTRAINEDÏINDIVIDUALSÏ
INTERESTEDÏINÏLEARNINGÏTHEÏFUNDAMENTALSÏ
OFÏ%#,)03%ÏSIMULATORÏSOFTWARE
Q
Q
PREREQUISITE
2ESERVOIRÏENGINEERINGÏBACKGROUND
Technical courses that use software
NExT Catalog-2014(21.5x27.5).indd 123
Allocation of initial pressure and
saturation distribution
Q
Q
0RODUCTIONÏRESERVOIRÏORÏPROCESSÏ
engineering background with knowledge
OFÏEITHERÏ%#,)03%ÏORÏ0)0%3)-
Software
Q
Input rules
3PECIFYINGÏANDÏEDITINGÏINPUTÏANDÏ
output data
"UILDINGÏANDÏEXECUTINGÏAÏSIMULATIONÏ
MODEL
!NALYSISÏOFÏRESULTSÏTHROUGHÏ
postprocessing
COURSE CONTENT
Q
%#,)03%Ï&RONT3IMÏSIMULATORÏ
FUNDAMENTALS
Q
&RONTTRACKINGÏANDÏTRACERÏSIMULATION
Q
#OMPRESSIBILITYÏANDÏCHANGINGÏ
STREAMLINES
Q
&INITEDIFFERENCEÏANDÏSATURATIONÏ
SOLVERS
Q
'RAVITYÏANDÏSEGREGATION
Q
0RESSURESÏGRIDSÏANDÏVELOCITYÏlELDS
Q
&LUIDSÏROCKSÏANDÏMODELÏINITIALIZATION
Q
%NDPOINTÏSCALING
Q
PHASEÏBLACKOILÏMODELS
Q
!QUIFERSÏWELLSÏANDÏHISTORYÏMATCHING
Q
&ORECASTSÏANDÏWATERmOODÏ
OPTIMIZATION
AUDIENCE
AUDIENCE
2ESERVOIRÏENGINEERSÏGEOSCIENTISTSÏANDÏ
OTHERÏTECHNICALLYÏTRAINEDÏINDIVIDUALSÏ
INTERESTEDÏINÏLEARNINGÏTHEÏ%#,)03%Ï
"LACKOILÏSIMULATOR
2ESERVOIRÏENGINEERSÏGEOSCIENTISTSÏANDÏ
TECHNICALLYÏTRAINEDÏINDIVIDUALSÏINTERESTEDÏ
INÏLEARNINGÏRESERVOIRÏSIMULATIONÏUSINGÏTHEÏ
%#,)03%Ï&RONT3IMÏSIMULATOR
PREREQUISITE
PREREQUISITE
%#,)03%Ï!PPLIEDÏ2ESERVOIRÏ3IMULATIONÏ
&UNDAMENTALSÏCOURSEÏANDÏBACKGROUNDÏINÏ
RESERVOIRÏENGINEERING
2ESERVOIRÏENGINEERINGÏBACKGROUNDÏANDÏ
%#,)03%Ï!PPLIEDÏ2ESERVOIRÏ3IMULATIONÏ
&UNDAMENTALSÏCOURSE
Includes practical sessions
Field trips
Uses simulation
| 123
12/22/13 2:49 AM
RESERVOIR ENGINEERING
MEPO Introduction
Foundation – 3 Days
OFM Administration
NEW
This course is designed to introduce
THEÏAPPLICATIONÏOFÏ-%0/ÏTOÏRESERVOIRÏ
ENGINEERSÏANDÏASSETÏTEAMSÏINVOLVEDÏ
with related disciplines. The course
WILLÏCOVERÏWORKmOWÏPROCESSESÏFORÏ
SEVERALÏCONCRETEÏAPPLICATIONÏSCENARIOSÏ
USINGÏINDUSTRYÏSTANDARDÏDESIGNÏANDÏ
OPTIMIZATIONÏTECHNIQUESÏINÏRESERVOIRÏ
SIMULATIONÏ&OLLOWINGÏANÏINTRODUCTIONÏTOÏ
THEÏBASICÏFUNCTIONALITYÏOFÏTHEÏTOOLÏANDÏ
PROJECTÏSTRUCTUREÏTHEÏCOURSEÏATTENDEESÏ
WILLÏBEÏGIVENÏAÏBRIEFÏSUMMARYÏOFÏ
TERMINOLOGYÏANDÏCONCEPTSÏINÏUNCERTAINTYÏ
MODELINGÏASSISTEDÏHISTORYMATCHINGÏ
ANDÏPRODUCTIONÏFORECASTINGÏFOLLOWEDÏBYÏ
PRESENTATIONÏANDÏHANDSONÏEXPERIENCEÏ
GAINEDÏBYÏWORKINGÏWITHÏTHEÏAPPLICATIONÏ
OFÏ-%0/Ï0RACTICALÏEXERCISESÏINCLUDEÏ
PERFORMINGÏUNCERTAINTYÏANALYSESÏASÏWELLÏ
ASÏINVESTIGATINGÏTHEÏINmUENCEÏOFÏVARIOUSÏ
PARAMETERSÏONÏRESERVOIRÏMODELINGÏANDÏ
ALTERNATIVEÏDEVELOPMENTÏSTRATEGIESÏ4HEÏ
REMAINDERÏOFÏTHEÏCOURSEÏISÏDEDICATEDÏ
TOÏPRINCIPLESÏANDÏPRACTICEÏOFÏ-%0/Ï
WITHÏAÏFOCUSÏONÏHISTORYÏnÏMATCHINGÏ
TASKSÏANDÏUNCERTAINTYÏQUANTIlCATIONÏ
3IGNIlCANTÏEMPHASISÏWILLÏBEÏPLACEDÏONÏ
DESIGNÏEXECUTIONÏANDÏPOSTPROCESSINGÏOFÏ
RESERVOIRÏSIMULATIONÏRUNSÏ5SINGÏCAREFULLYÏ
SELECTEDÏEXAMPLEÏCASESÏANDÏEXERCISESÏ
the attendees will gain an understanding
OFÏMETHODSÏANDÏMODELINGÏTECHNIQUESÏTHATÏ
WILLÏENABLEÏTHEMÏTOÏMAKEÏUSEÏOFÏ-%0/ÏINÏ
their routine tasks.
COURSE CONTENT
Q
)NTRODUCTIONÏTOÏ-%0/
Q
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QUANTIlCATION
Q
%XPERIMENTALÏDESIGNS
Q
!NALYZINGÏFEATURES
Q
)NTRODUCTIONÏTOÏOPTIMIZATIONÏMETHODSÏ
FORÏHISTORYÏMATCHINGÏANDÏRESERVOIRÏ
OPTIMIZATION
Q
Q
General understanding on the use of
-%0/Ï
7ORKmOWÏEXAMPLESÏANDÏBESTÏPRACTICE
AUDIENCE
Foundation – 3 Days
NEW
This course will take the attendees
THROUGHÏAÏSERIESÏOFÏHANDSONÏEXERCISESÏ
SPANNINGÏPROJECTÏCREATIONÏPROJECTÏ
CONlGURATIONÏANDÏWORKSPACEÏ
CUSTOMIZATIONÏ4HISÏCOURSEÏISÏDESIGNEDÏFORÏ
technical support personnel rather than
end users, and is therefore focused on
THEÏ/&-ÏSOFTWAREÏUNDERLYINGÏSTRUCTUREÏ
RATHERÏTHANÏITSÏANALYTICALÏFUNCTIONALITIESÏ
4HEÏ/&-ÏSOFTWAREÏPROVIDESÏAÏCOST
EFFECTIVEÏANDÏINTEGRATEDÏENVIRONMENTÏINÏ
WHICHÏTOÏACCOMPLISHÏCOMPLEXÏWORKmOWSÏ
INÏADDITIONÏTOÏFORECASTINGÏANALYSISÏANDÏ
VISUALIZATIONÏOFÏRESERVOIRÏANDÏPRODUCTIONÏ
DATAÏ/&-ÏSOFTWAREÏENABLESÏEARLYÏ
DETECTIONÏOFÏPRODUCTIONÏPROBLEMSÏANDÏ
their possible causes, allowing engineers
TOÏMANAGEÏAÏLARGERÏNUMBERÏOFÏWELLSÏINÏ
LESSÏTIMEÏANDÏUNLOCKINGÏTHEÏASSETÏTOÏ
produce at full potential.
COURSE CONTENT
Q
0ROJECTÏCREATIONÏ
Q
0ROJECTÏlLTERSÏ
Q
0ROJECTÏCONlGURATIONÏ/&-ÏSOFTWAREÏ
WORKSPACEÏCUSTOMIZATIONÏ
Q
"ASEÏMAPÏCUSTOMIZATIONÏ
Q
Shared workspaces
Q
OFM software tools and settings
Q
')3ÏMAPS
AUDIENCE
!NYONEÏWHOÏNEEDSÏTOÏCONlGUREÏORÏ
support OFM software for end users.
OFM Fundamentals Using
Gas Operations Examples
OFM Fundamentals
Using Oil and Waterflood
Production Examples
Foundation – 2 Days
Foundation – 2 Days
This course introduces attendees to
THEÏPRIMARYÏFUNCTIONALITIESÏOFÏTHEÏ/&-Ï
SOFTWAREÏBYÏALLOWINGÏTHEÏATTENDEESÏTOÏ
interact with a preprepared gas well
OPERATIONSÏPROJECTÏ4HEÏmOWÏOFÏTHEÏ
course centers on the attendee acting
ASÏAÏMEMBERÏOFÏAÏlCTIONALÏENGINEERINGÏ
TEAMÏCHARGEDÏWITHÏACCOMPLISHINGÏAÏ
NUMBERÏOFÏCOMMONÏTASKSÏUSINGÏTHEÏ/&-Ï
SOFTWAREÏSUITEÏ4HEÏCOURSEÏCOVERSÏEACHÏ
OFÏTHEÏREQUIREDÏTASKSÏ)NÏACCOMPLISHINGÏ
THEÏTASKSÏTHEÏATTENDEESÏAREÏEXPOSEDÏ
TOÏTHEÏRANGEÏOFÏCOMMONÏFEATURESÏOFÏTHEÏ
software application. During the course,
the attendees will learn how to use the
/&-ÏSOFTWAREÏASÏAÏQUALITYÏASSURANCEÏ
TOOLÏSEEKINGÏDElCIENCIESÏINÏTHEÏDATAÏ
BEFOREÏUSINGÏTHEÏPROJECTÏDATAÏTOÏILLUSTRATEÏ
PRIMARYÏANDÏDERIVEDÏPERFORMANCEÏ
PARAMETERSÏ4HEÏCOURSEÏALSOÏCOVERSÏ
GRAPHICALÏDISPLAYÏFEATURESÏRANGINGÏFROMÏ
tabular plots through line graphs to GIS
MAPBASEDÏREPRESENTATIONS
This course introduces the attendees to
THEÏPRIMARYÏFUNCTIONALITIESÏOFÏTHEÏ/&-Ï
SOFTWAREÏBYÏALLOWINGÏTHEÏATTENDEESÏ
to interact with a preprepared oil and
WATERmOODÏPRODUCTIONÏPROJECTÏ4HEÏCOURSEÏ
centers on the attendee acting as a
MEMBERÏOFÏAÏlCTIONALÏENGINEERINGÏTEAMÏ
CHARGEDÏWITHÏACCOMPLISHINGÏAÏNUMBERÏOFÏ
COMMONÏTASKSÏINÏTHEÏ/&-ÏSOFTWAREÏSUITEÏ
4HEÏCOURSEÏCOVERSÏEACHÏOFÏTHEÏREQUIREDÏ
TASKSÏ)NÏACCOMPLISHINGÏTHEÏATTENDEESÏAREÏ
EXPOSEDÏTOÏTHEÏRANGEÏOFÏCOMMONÏFEATURESÏ
of the software application. During the
course, the attendees will learn how
TOÏUSEÏTHEÏ/&-ÏSOFTWAREÏASÏAÏQUALITYÏ
ASSURANCEÏTOOLÏSEEKINGÏDElCIENCIESÏ
INÏTHEÏDATAÏBEFOREÏUSINGÏTHEÏPROJECTÏ
DATAÏTOÏILLUSTRATEÏPRIMARYÏANDÏDERIVEDÏ
PERFORMANCEÏPARAMETERSÏ4HEÏCOURSEÏALSOÏ
COVERSÏGRAPHICALÏDISPLAYÏFEATURESÏRANGINGÏ
FROMÏTABULARÏPLOTSÏTHROUGHÏLINEÏGRAPHSÏTOÏ
')3ÏMAPBASEDÏREPRESENTATIONS
COURSE CONTENT
Q
"RIEFÏWALKTHROUGHÏOFÏAÏFULLYÏ
FUNCTIONINGÏPROJECTÏTOÏPROVIDEÏQUICKÏ
set of reference points
Q
2EVIEWÏPROJECTÏDATAÏANDÏCHECKÏFORÏ
MISSINGÏVALUES
Q
5SEÏlLTERSÏTOÏSCREENÏOUTÏUNWANTEDÏ
ENTITIESÏFORÏANALYSIS
Q
'ROUPÏPROJECTÏDATAÏATÏMULTIPLEÏLEVELSÏ
Q
#REATEÏCALCULATEDÏlELDSÏANDÏ
CALCULATEDÏVARIABLES
PREREQUISITE
Q
#REATEÏSINGLEÏANDÏMULTIPLEWELLÏPLOTS
None
Q
#REATEÏANDÏFORMATÏWELLÏANDÏlELDÏ
SUMMARYÏREPORTS
Q
%XPORTÏREPORTSÏANDÏTABLEÏDATAÏTOÏ
other applications
AUDIENCE
!NYONEÏRESPONSIBLEÏFORÏSETTINGÏUPÏ
ANDÏMAINTAININGÏAÏPROJECTÏUSINGÏ/&-Ï
software.
COURSE CONTENT
Q
!ÏBRIEFÏWALKTHROUGHÏOFÏAÏFULLYÏ
FUNCTIONINGÏPROJECT
Q
2EVIEWÏPROJECTÏDATAÏANDÏCHECKÏFORÏ
MISSINGÏVALUES
Q
5SEÏlLTERSÏTOÏSCREENÏOUTÏUNWANTEDÏ
ENTITIESÏFORÏANALYSIS
Q
'ROUPÏPROJECTÏDATAÏATÏMULTIPLEÏLEVELSÏ
Q
#REATEÏCALCULATEDÏlELDSÏANDÏ
CALCULATEDÏVARIABLES
Q
#REATEÏSINGLEÏANDÏMULTIPLEWELLÏPLOTS
Q
#REATEÏANDÏFORMATÏWELLÏANDÏlELDÏ
SUMMARYÏREPORTS
Q
%XPORTÏREPORTSÏANDÏTABLEÏDATAÏTOÏ
other applications
AUDIENCE
!NYONEÏRESPONSIBLEÏFORÏSETTINGÏUPÏ
ANDÏMAINTAININGÏAÏPROJECTÏUSINGÏ/&-Ï
software.
PREREQUISITE
None
PREREQUISITE
None
2ESERVOIRÏENGINEERS
PREREQUISITE
None
124 |
NExT Catalog-2014(21.5x27.5).indd 124
Visit NExTtraining.net/classes for the latest calendar or to register for a course.
12/22/13 2:49 AM
RESERVOIR ENGINEERING
Petrel Reservoir Engineering
Petrel Well Design
PIPESIM Fundamentals
Diagnosis and Analysis of
Shale Gas Wells using OFM
Foundation – 3 Days
Foundation – 1 Day
Foundation – 2 Days
Skill – 2 Days
This course enables attendees to prepare
ANDÏRUNÏAÏ0ETRELÏPLATFORMÏMODELÏFORÏ
RESERVOIRÏSIMULATIONÏINÏ%#,)03%Ï%#,)03%Ï
&RONT3IMÏANDÏ).4%23%#4ÏSIMULATORÏ
software. In this course, attendees will
BUILDÏAÏ$ÏSIMULATIONÏMODELÏINSIDEÏTHEÏ
0ETRELÏPLATFORMÏBASEDÏONÏAÏGEOLOGICALÏ
input data, add wells and well control
RULESÏCREATEÏBLACKÏOILÏmUIDÏMODELSÏANDÏ
ROCKÏPHYSICSÏFUNCTIONSÏANDÏSUBMITÏTHEÏ
MODELÏTOÏTHEÏSIMULATORSÏ)NÏADDITIONÏ
PRACTICALÏAPPLICATIONÏOFÏMOSTÏ0ETRELÏ
PLATFORMÏSIMULATIONÏPROCESSESÏWILLÏ
be discussed and illustrated in the
EXERCISESÏ/VERALLÏPREPROCESSINGÏANDÏ
POSTPROCESSINGÏOFÏSIMULATIONÏDATAÏ
WILLÏBEÏDONEÏWITHINÏTHEÏ0ETRELÏPLATFORMÏ
ENVIRONMENT
The purpose of this course is to introduce
THEÏWELLÏDESIGNÏMODULEÏANDÏTHEÏDRILLINGÏ
FUNCTIONALITIESÏINÏTHEÏ0ETRELÏPLATFORMÏ
The attendees are guided through the
preparation stage for data used in offset
WELLÏANALYSISÏWHICHÏINCLUDESÏLOADINGÏOFÏ
DRILLINGÏEVENTSÏDRILLINGÏLOGSÏANDÏUSINGÏENDÏ
OFÏWELLÏREPORTSÏTOÏlLTERÏTHEÏKNOWLEDGEÏ
DATABASEÏBYÏFORÏEXAMPLEÏDATAÏTYPEÏ
CATEGORYÏORÏEVENTÏSEVERITYÏ!TTENDEESÏ
WILLÏBECOMEÏFAMILIARÏWITHÏTHEÏAVAILABLEÏ
well design approaches, including an
ENHANCEDÏMETHODÏALSOÏUSEDÏBYÏDRILLINGÏ
ENGINEERSÏ(OWÏTOÏIMPORTÏTRAJECTORYÏANDÏ
TARGETSÏFROMÏTHIRDPARTYÏAPPLICATIONSÏ
SUCHÏASÏTHEÏ,ANDMARKÏ%$-ÏWILLÏALSOÏBEÏ
introduced. After the planning phase,
ATTENDEESÏWILLÏLEARNÏHOWÏREALTIMEÏDATAÏ
ACQUISITIONSÏAREÏHANDLEDÏINÏTHEÏ0ETRELÏ
PLATFORM
)NÏTHISÏCOURSEÏATTENDEESÏEXPLOREÏTHEÏ
0)0%3)-ÏmOWÏSIMULATORÏWHICHÏPROVIDESÏ
STEADYSTATEÏMULTIPHASEÏmOWÏSIMULATIONÏ
FORÏOILÏANDÏGASÏPRODUCTIONÏSYSTEMSÏ
)NDIVIDUALÏ0)0%3)-ÏMODULESÏAREÏUSEDÏFORÏ
AÏWIDEÏRANGEÏOFÏANALYSESÏINCLUDINGÏWELLÏ
MODELINGÏNODALÏANALYSISÏlELDÏPLANNINGÏ
ARTIlCIALÏLIFTÏOPTIMIZATIONÏANDÏPIPELINEÏ
ANDÏPROCESSÏFACILITIESÏMODELINGÏ!ÏMAJORÏ
FEATUREÏOFÏ0)0%3)-ÏSIMULATORÏSOFTWAREÏ
ISÏTHEÏSYSTEMÏINTEGRATIONÏANDÏOPENNESSÏ
THATÏALLOWSÏUSERSÏTOÏDEVELOPÏAÏ4OTALÏ
0RODUCTIONÏ3YSTEMÏ-ODELÏ4HEÏATTENDEESÏ
will gain a general understanding of how
0)0%3)-ÏSIMULATORÏSOFTWAREÏISÏUSEDÏTOÏ
DESIGNÏANDÏOPTIMIZEÏTOTALÏPRODUCTIONÏ
SYSTEMSÏFROMÏTHEÏRESERVOIRÏTOÏTHEÏlNALÏ
PROCESSINGÏDELIVERYÏPOINT
4HISÏCOURSEÏPROVIDESÏTOOLSÏANDÏPROCEDURESÏ
FORÏANALYZINGÏPRODUCTIONÏDATAÏFROMÏ
shale gas wells. The attendees will
learn to use diagnostic plots and
SPECIALÏANALYSISÏTECHNIQUESÏTOÏFORECASTÏ
production. Attendees will also learn
SCREENINGÏMETHODSÏFORÏSELECTINGÏWORKOVERÏ
candidates.
COURSE CONTENT
Q
Q
3IMULATIONÏCASEÏSETUPÏ
)NITIALIZATIONÏANDÏVOLUMEÏCALCULATION
Q
$RILLINGÏEVENTÏCLASSIlCATIONÏANDÏ
VISUALIZATIONÏ
3IMULATIONÏRUNÏANDÏRESULTSÏVIEWINGÏ
Q
(ISTORYÏMATCHINGÏANDÏPREDICTIONÏ
Q
7EBMAPÏSERVICESÏ
Q
7ELLÏENGINEERINGÏ
Q
7ELLÏDESIGNÏ
Q
5PSCALINGÏANDÏADVANCEDÏCORNERÏPOINTÏ
gridding
Q
Q
$EVELOPMENTÏANDÏEXPLORATIONÏGEOLOGISTSÏ
GEOPHYSICISTSÏPETROLEUMÏENGINEERSÏ
MANAGERSÏRESERVOIRÏENGINEERSÏANDÏ
TECHNICALÏPERSONNELÏWITHÏPRIORÏEXPERIENCEÏ
INÏ0ETRELÏPLATFORMÏSOFTWARE
PREREQUISITE
0ETRELÏ&UNDAMENTALSÏCOURSEÏORÏEQUIVALENTÏ
0ETRELÏEXPERIENCEÏANDÏGENERALÏKNOWLEDGEÏ
OFÏRESERVOIRÏENGINEERINGÏORÏPETROLEUMÏ
GEOLOGYÏANDÏGEOPHYSICS
Software
!NALYZEÏWELLÏPERFORMANCE
Q
$ESIGNÏOFÏMODELSÏFORÏPIPELINEÏANDÏ
process facilities
Q
0ERFORMÏNODALÏANALYSIS
Q
$EVELOPÏBLACKOILÏANDÏCOMPOSITIONALÏ
mUIDÏMODELS
7ELLÏPATHÏDESIGN
Q
3ELECTÏMULTIPHASEÏmOWÏCORRELATIONS
2EALTIMEÏDATAÏACQUISITION
Q
3URFACEÏNETWORKÏMODELS
AUDIENCE
AUDIENCE
Drilling engineers, geologists, and
petrotechnical personnel with
FUNDAMENTALÏKNOWLEDGEÏINÏ0ETRELÏ
PLATFORMÏSOFTWAREÏANDÏWHOÏNEEDÏ
to understand well path design and
OPTIMIZATIONÏWITHINÏTHEÏ0ETRELÏPLATFORM
!NYONEÏWANTINGÏTOÏLEARNÏSTEADYSTATEÏ
MULTIPHASEÏmOWÏSIMULATIONÏFORÏOILÏANDÏ
GASÏPRODUCTIONÏSYSTEMSÏTOÏANALYZEÏ
WELLÏPERFORMANCEÏMODELÏPIPELINESÏANDÏ
FACILITIESÏANDÏPERFORMÏNODALÏANALYSISÏ
USINGÏ0)0%3)-ÏSIMULATORÏSOFTWARE
PREREQUISITE
Q
&LOWÏREGIMESÏINÏUNCONVENTIONALÏ
RESERVOIRSÏ
Q
"ASICSÏOFÏHYDRAULICÏFRACTURINGÏ
Q
'RAPHICALÏANALYSISÏTOOLS
Q
"ETAÏVALUEÏPLOT
Q
2ATEÏCUMULATIVEÏRATIOÏPLOTÏ
Q
2ATEÏINVERSEÏPLOTÏ
Q
2ATEÏTIMEÏPLOTÏ
Q
0RODUCTIONÏFORECASTINGÏ
Q
%STIMATIONÏOFÏRECOVERYÏ
Q
2ESTIMULATIONÏCANDIDATEÏSCREENING
AUDIENCE
!NYONEÏWHOÏNEEDSÏTOÏANALYZEÏPRODUCTIONÏ
DATAÏFROMÏSHALEÏGASÏWELLS
PREREQUISITE
/&-ÏSOFTWAREÏPROlCIENCYÏORÏ/&-Ï
&UNDAMENTALSÏCOURSE
PREREQUISITE
0ETRELÏ&UNDAMENTALSÏCOURSE
Technical courses that use software
NExT Catalog-2014(21.5x27.5).indd 125
Q
COURSE CONTENT
Q
AUDIENCE
COURSE CONTENT
COURSE CONTENT
None
Includes practical sessions
Field trips
Uses simulation
| 125
12/22/13 2:49 AM
RESERVOIR ENGINEERING
ECLIPSE Advanced Topics
ECLIPSE Compositional
Simulation
ECLIPSE Equation of State
and Pressure-TemperatureVolume
Introduction to INTERSECT
Skill – 5 Days
Skill – 5 Days
Skill – 5 Days
Skill – 2 Days
4HEÏ%#,)03%ÏSIMULATORÏSOFTWAREÏ
SUITEÏPROVIDESÏSOLUTIONSÏFORÏTHEÏENTIREÏ
SPECTRUMÏOFÏRESERVOIRÏSIMULATIONÏOFFERINGÏ
NUMERICALÏSIMULATIONÏTECHNIQUESÏFORÏALLÏ
TYPESÏOFÏRESERVOIRSÏANDÏALLÏDEGREESÏOFÏ
COMPLEXITYÏ)FÏYOUÏAREÏANÏEXPERIENCEDÏ
SIMULATIONÏENGINEERÏREADYÏTOÏADVANCEÏ
YOURÏKNOWLEDGEÏOFÏ%#,)03%ÏSIMULATORÏ
software, this course is structured for
YOUÏ"ECAUSEÏOFÏTHEÏWIDEÏRANGEÏOFÏTOPICSÏ
AVAILABLEÏPLEASEÏSPECIFYÏTHEÏSUBJECTSÏOFÏ
particular interest when registering.
)NÏTHISÏCOURSEÏONÏTHEÏ%#,)03%Ï#OMPOSITIONALÏ
lNITEDIFFERENCEÏSIMULATORÏATTENDEESÏWILLÏ
LEARNÏHOWÏTOÏSTUDYÏCOMPLEXÏHYDROCARBONÏ
BEHAVIORÏPROBLEMSÏANDÏCOMPOSITIONALÏ
CHANGESÏTHATÏOCCURÏINÏGEOLOGICALLYÏCOMPLEXÏ
RESERVOIRSÏWHENÏTHEÏHYDROCARBONÏISÏ
CONDENSATEÏORÏWHENÏCRUDEÏOILÏISÏVOLATILE
4HEÏ).4%23%#4Ï2ESERVOIRÏ3IMULATIONÏ
COURSEÏINTRODUCESÏRESERVOIRÏENGINEERSÏ
TOÏMETHODSÏOFÏCONSTRUCTINGÏSIMULATIONÏ
MODELSÏUSINGÏ).4%23%#4ÏSIMULATORÏ
SOFTWAREÏ4HEÏTRAININGÏDISCUSSESÏTHEÏMAINÏ
FEATURESÏOFÏTHEÏ).4%23%#4ÏSIMULATORÏ
RELATIVEÏTOÏWORKINGÏWITHÏINPUTÏDATAÏ
FROMÏTHEÏ0ETRELÏPLATFORMÏORÏ%#,)03%Ï
SIMULATORÏ!LONGÏTHEÏWAYÏATTENDEESÏWILLÏ
ALSOÏBEÏEXPOSEDÏTOÏTHEÏBASICÏFEATURESÏOFÏ
THEÏ).4%23%#4ÏSIMULATORÏ4HEÏCOURSEÏ
INCORPORATESÏINFORMATIONÏABOUTÏUSINGÏ
0ETRELÏPREÏANDÏPOSTÏPROCESSORSÏASÏTHEÏ
PRIMARYÏFRONTENDÏFORÏTHEÏ).4%23%#4Ï
SIMULATOR
Q
"LACKOILÏANDÏCOMPOSITIONALÏMODELSÏ
$ElNITIONSÏEQUATIONSÏASSUMPTIONSÏ
APPROXIMATIONSÏANDÏUNKNOWNS
4HEÏ%#,)03%Ï064IÏRESERVOIRÏSIMULATIONÏ
SOFTWAREÏISÏANÏ%/3ÏPROGRAMÏFORÏ
GENERATINGÏANDÏANALYZINGÏ064ÏDATAÏ
BASEDÏONÏMEASUREMENTSÏOFÏPETROLEUMÏ
MIXTURESÏ!TTENDEESÏWILLÏUSEÏTHEÏ
SOFTWAREÏTOÏANALYZEÏLABORATORYDERIVEDÏ
064ÏINFORMATIONÏANDÏGENERATEÏINPUTÏDATAÏ
FORÏ%#,)03%ÏSIMULATORSÏ4HISÏCOURSEÏWILLÏ
INCREASEÏTHEÏATTENDEESÏUNDERSTANDINGÏ
OFÏTHEÏWIDEÏRANGEÏOFÏ%/3ÏMODELSÏANDÏ
FACILITIESÏAVAILABLEÏTOÏGROUPÏORÏPSEUDOIZEÏ
mUIDÏCOMPONENTSÏAUTOMATICALLY
Q
064ÏPRACTICESÏANDÏPHASEÏBEHAVIORS
COURSE CONTENT
)NITIALIZATIONÏANDÏENDPOINTÏSCALING
Q
3TRUCTUREÏANDÏKEYWORDS
Q
-ODELINGÏHORIZONTALÏWELLS
Q
Q
-ODELINGÏDOWNHOLEÏINmOWÏCONTROLÏ
DEVICESÏUSINGÏMULTISEGMENTEDÏWELLS
-ISCIBLEÏIMMISCIBLEÏANDÏWATER
ALTERNATINGGASÏ7!'ÏDISPLACEMENTÏ
OFÏANÏOILÏANDÏGASÏINJECTIONÏINTOÏ
condensates
COURSE CONTENT
Q
Q
7ELLÏANDÏGROUPÏCONTROLS
Q
'ASÏLIFTÏOPTIMIZATION
Q
!MALGAMATIONÏOFÏSURFACEÏFACILITIESÏ
USINGÏRESERVOIRÏCOUPLING
COURSE CONTENT
Q
5SEÏOFÏ%#,)03%Ï064IÏANDÏ%#,)03%Ï
#OMPOSITIONALÏSIMULATORÏTOÏMODELÏ
SLIMTUBEÏDISPLACEMENTS
Q
&ULLlELDÏCOMPOSITIONALÏMODELS
Q
0ROPERTIESÏOFÏPUREÏSUBSTANCESÏANDÏ
MIXTURES
Q
0ETROLEUMÏmUIDÏPHASEÏBEHAVIOR
Q
064ÏREPORTS
Q
1UALITYCHECKÏOFÏLABORATORYÏ
MEASUREMENTS
Q
Q
Q
3IMULATEÏEXPERIMENTSÏWITHÏ%#,)03%Ï
064I
Q
/VERVIEWÏOFÏRESERVOIRÏSIMULATIONÏ
USINGÏTHEÏ).4%23%#4ÏSIMULATORÏ
Q
$ATAÏCREATIONÏTHROUGHÏTHEÏ0ETRELÏ
2ESERVOIRÏ%NGINEERINGÏAPPLICATIONÏ
%/3ÏMODELS
Q
0SEUDOÏCOMPONENTÏSPLITTINGÏANDÏ
grouping
$ATAÏEDITINGÏUSINGÏTHEÏ%#,)03%Ï
).4%23%#4Ï-IGRATORÏ
Q
&IELDÏMANAGEMENTÏ
Q
)MPROVINGÏSIMULATORÏPERFORMANCEÏ
Q
)MPORTANTÏBEHAVIORALÏDIFFERENCESÏINÏ
%#,)03%ÏANDÏ).4%23%#4ÏSIMULATORÏ
software
Q
.ETWORKÏMODELING
Q
&IRSTÏCONTACTÏMISCIBILITY
Q
&LUXÏBOUNDARYÏANDÏPRESSUREÏBOUNDARYÏ
conditions
Q
#ONDENSINGÏGASÏDRIVEÏANDÏVAPORIZINGÏ
GASÏDRIVE
Q
#ONVERGENCEÏISSUES
Q
4HERMODYNAMICS
Q
!CTIONSÏANDÏUSERDElNEDÏPARAMETERS
Q
3OLUTIONÏSCHEME
Q
'ASÏSUPPLYÏCONTRACTÏMODELINGÏ
OPTIONAL
Q
Flash calculation
Q
%/3
Q
2ElNEMENTÏANDÏCOARSENINGÏOFÏLOCALÏ
GRIDSÏOPTIONAL
Q
6ISCOSITYÏCORRELATIONS
AUDIENCE
Q
#HARACTERIZATIONÏANDÏCOMPONENTÏ
LUMPING
2ESERVOIRÏENGINEERSÏINTERESTEDÏINÏ
GENERATINGÏANDÏANALYZINGÏ064ÏDATA
AUDIENCE
2ESERVOIRÏENGINEERSÏEXPERIENCEDÏINÏ
WORKINGÏWITHÏ%#,)03%ÏSIMULATORÏSOFTWAREÏ
ANDÏWANTINGÏTOÏLEARNÏADVANCEDÏSIMULATIONÏ
techniques.
Q
4UNINGÏ%/3ÏPARAMETERSÏUSINGÏ
regression techniques
Q
064ÏTABLESÏASÏINPUTÏTOÏ%#,)03%Ï
SIMULATORS
Q
0RINCIPLESÏOFÏMISCIBLEÏmOODING
Surface tension effects
PREREQUISITE
Q
.EARCRITICALÏOILÏANDÏGASÏRELATIVEÏ
PERMEABILITY
2ESERVOIRÏENGINEERINGÏBACKGROUNDÏANDÏ
FAMILIARITYÏWITHÏRESERVOIRÏSIMULATION
PREREQUISITE
Q
3TANDARDÏLABORATORYÏEXPERIMENTS
%#,)03%Ï"LACKOILÏ2ESERVOIRÏ3IMULATIONÏ
COURSEÏORÏEXPERIENCEÏASÏAÏSIMULATIONÏ
ENGINEERÏANDÏ%#,)03%Ï!PPLIEDÏ2ESERVOIRÏ
3IMULATIONÏ&UNDAMENTALSÏCOURSE
Q
$IFFUSIONÏPROCESSESÏINÏCOMPOSITIONALÏ
SIMULATION
Q
.UMERICALÏDISPERSIONÏANDÏGRIDÏ
ORIENTATIONÏNINEPOINTÏSCHEME
Q
Q
Q
COURSE CONTENT
AUDIENCE
2ESERVOIRÏENGINEERSÏWORKINGÏONÏ
SIMULATIONÏSTUDIES
PREREQUISITE
"ACKGROUNDÏINÏRESERVOIRÏENGINEERING
0ERFORMÏGASWATERÏANDÏ#/ water
SOLUBILITYÏMODELING
4RACERÏTRACKINGÏOFÏCOMPOSITIONALÏ
COMPONENTS
AUDIENCE
2ESERVOIRÏENGINEERSÏWANTINGÏTOÏLEARNÏ
COMPOSITIONALÏSIMULATIONÏUSINGÏTHEÏ
%#,)03%Ï#OMPOSITIONALÏSIMULATOR
PREREQUISITE
+NOWLEDGEÏOFÏ064ÏORÏ%/3ÏMODELINGÏ
RESERVOIRÏENGINEERINGÏBACKGROUNDÏORÏ
FAMILIARITYÏWITHÏ%#,)03%Ï"LACKOILÏSIMULATOR
126 |
NExT Catalog-2014(21.5x27.5).indd 126
Visit NExTtraining.net/classes for the latest calendar or to register for a course.
12/22/13 2:49 AM
RESERVOIR ENGINEERING
OFM Waterflood Analysis
OFM Using Oil & Waterflood
Examples (Intermediate)
Petrel Advanced Wells
Petrel Assisted History
Matching and Uncertainty
Analysis
Skill – 1 Day
Skill – 3 Days
Skill – 2 Days
Skill – 2 Days
)NÏTHISÏCOURSEÏATTENDEESÏLEARNÏTOÏEMPLOYÏ
THEÏ/&-ÏSOFTWAREÏTOÏAUTOMATICALLYÏORÏ
GRAPHICALLYÏDElNEÏWATERmOODÏPATTERNSÏ
USINGÏPRODUCTIONÏANDÏRESERVOIRÏDATAÏ
4HEÏATTENDEESÏWILLÏLEARNÏTOÏCOMBINEÏ
THISÏINFORMATIONÏWITHÏPRESSUREÏDATAÏANDÏ
064ÏALGORITHMSÏTOÏDETERMINEÏRESERVOIRÏ
VOLUMESÏANDÏVOIDAGEÏINÏADDITIONÏTOÏ
GAININGÏEXPERIENCEÏINÏSETTINGÏUPÏPATTERNSÏ
ANDÏPERFORMINGÏANALYSESÏONÏAÏWATER
mOODÏPROJECT
4HISÏCOURSEÏEXTENDSÏTHEÏMATERIALSÏ
COVEREDÏINÏTHEÏ/&-ÏSOFTWAREÏ
FUNDAMENTALSÏCOURSEÏANDÏINTRODUCESÏTWOÏ
KEYÏAREASÏOFÏFUNCTIONALITYÏFORECASTINGÏ
ANDÏMAPPINGÏ4HEÏCOURSEÏINTRODUCESÏ
THEÏATTENDEESÏTOÏAÏWIDEÏVARIETYÏOFÏ
MAPBASEDÏVISUALIZATIONSˆBUBBLEÏGRIDÏ
CONTOURÏSCATTERÏANDÏSURFACEÏMAPSÏ)NÏ
forecasting the OFM software offers a
HIGHLYÏINTERACTIVEÏMODULEÏFORÏTHEÏUSERÏ
TOÏHISTORYÏMATCHÏANDÏSUBSEQUENTLYÏ
FORECASTÏPRODUCTIONÏ4HEÏWIDELYÏUSEDÏ
!RPSÏTECHNIQUEÏISÏCOVEREDÏANDÏATTENDEESÏ
CREATEÏFORECASTSÏUSINGÏAÏVARIETYÏOFÏ
ASSUMPTIONSÏ4HISÏCOURSEÏINTRODUCESÏ064Ï
ASÏAÏWAYÏOFÏACHIEVINGÏTHISÏGOALÏ0ATTERNÏ
CREATIONÏANDÏMANAGEMENTÏTECHNIQUESÏ
are now possible. A range of diagnostic
TECHNIQUESÏISÏINTRODUCEDÏASÏAÏMEANSÏOFÏ
ILLUSTRATINGÏTHEÏUNDERLYINGÏCAPABILITIESÏOFÏ
the application.
4HISÏCOURSEÏBUILDSÏONÏTHEÏ0ETRELÏ2ESERVOIRÏ
%NGINEERINGÏCOURSEÏANDÏGOESÏMOREÏINTOÏ
DEPTHÏONÏMODELINGÏOFÏDEVIATEDÏWELLSÏ
4HEÏSTANDARDÏWELLÏMODELINGÏWITHÏTHEÏ
%#,)03%ÏSIMULATORÏANDÏTHEÏ&RONT3IMÏ
MODULEÏTREATSÏTHEÏENTIREÏWELLBOREÏASÏAÏ
SINGLEÏENTITYÏTHEREFOREÏTHEÏMODELÏCANNOTÏ
take into account pressure changes along
THEÏWELLBOREÏDUEÏTOÏFRICTIONÏVALVESÏORÏ
PUMPSÏ3UCHÏDEVICESÏAREÏOFTENÏUSEDÏWITHÏ
HORIZONTALÏWELLSÏTOÏCONTROLÏTHEÏINmOWÏ
PROlLEÏALONGÏTHEÏWELLÏTRACE
4HISÏCOURSEÏBUILDSÏONÏTHEÏ0ETREL
Ï
2ESERVOIRÏ%NGINEERINGÏCOURSEÏANDÏFOCUSESÏ
ONÏHOWÏTOÏUSEÏTHEÏ0ETRELÏPLATFORMÏFORÏ
SENSITIVITYÏANDÏUNCERTAINTYÏSTUDIESÏ4HESEÏ
STUDIESÏINVOLVEÏHOWÏTOÏRUNÏTHEÏSIMULATIONSÏ
as well as how to use the tools that the
0ETRELÏPLATFORMÏOFFERSÏFORÏRESULTSÏVIEWINGÏ
INCLUDINGÏHISTOGRAMSÏTORNADOÏPLOTSÏ
SPREADSHEETSÏANDÏLINEÏVECTORS
COURSE CONTENT
Q
#ONlGURATIONÏOFÏSTATICÏANDÏDYNAMICÏ
patterns
Q
5SEÏOFÏPRESSUREÏANDÏ064ÏDATA
Q
,OADINGÏOFÏRESERVOIRÏPROPERTYÏDATA
Q
2EVIEWÏOFÏOVERALLÏWATERmOODÏ
PERFORMANCE
Q
!NALYSISÏOFÏWATERmOODÏBYÏPATTERN
Q
#ALCULATIONÏOFÏVOIDAGEÏREPLACEMENTÏ
RATIOSÏCOMPARISONÏBYÏPATTERN
Q
#REATIONÏOFÏGRIDÏMAPSÏBYÏWELLÏANDÏ
pattern
Q
#REATIONÏOFÏWATERmOODÏCONTROLÏ
diagnostic and Hall plots
Q
%STIMATINGÏPATTERNÏCONlGURATIONSÏANDÏ
pattern outlines
AUDIENCE
!NYONEÏWANTINGÏEXPERIENCEÏINÏSETTINGÏUPÏ
PATTERNSÏANDÏPERFORMINGÏANALYSESÏONÏAÏ
WATERmOODÏPROJECTÏINÏ/&-ÏSOFTWARE
PREREQUISITE
COURSE CONTENT
Q
)NTRODUCINGÏ064ÏBYÏVARIOUSÏMETHODSÏ
Q
#REATINGÏWATERmOODÏPATTERNSÏ
Q
#ONlGURINGÏ/&-ÏSOFTWAREÏFORÏ
PATTERNBASEDÏCALCULATIONSÏ
Q
0ATTERNÏDIAGNOSTICSÏ
Q
Mapper applications
Q
"UBBLEÏGRIDÏANDÏCONTOURÏMAPÏ
4HISÏCOURSEÏSHOWSÏHOWÏTOÏDElNEÏSECTORSÏ
SELECTÏBOUNDARYÏCONDITIONSÏANDÏRUNÏ
SECTORÏMODELS
COURSE CONTENT
Q
3TANDARDÏWELLÏMODELÏVERSUSÏTHEÏ
MULTISEGMENTEDÏWELLÏMODELÏ
Q
0RESSUREÏDROPÏALONGÏHORIZONTALÏWELLSÏ
Q
$ESIGNINGÏHORIZONTALÏWELLSÏANDÏWELLSÏ
with laterals
Q
3CATTERÏANDÏMAPÏ89ÏPLOTSÏ
Q
Forecasting and forecast scenarios
Q
3ETTINGÏUPÏMULTISEGMENTEDÏWELLSÏ
Q
(ISTORYÏMATCHÏTECHNIQUESÏ
Q
#OMPLETIONÏDESIGNÏFORÏ
MULTISEGMENTEDÏWELLSÏ
Q
/&-ÏSOFTWAREÏPROlCIENCYÏORÏ/&-Ï
&UNDAMENTALSÏCOURSE
4OÏMODELÏTHESEÏEFFECTSÏAÏMULTISEGMENTEDÏ
WELLÏMODELÏMUSTÏBEÏUSEDÏ4HISÏCOURSEÏ
EXPLAINSÏTHEÏCAPABILITIESÏOFÏTHISÏWELLÏ
MODELÏANDÏHOWÏTOÏUSEÏTHEÏ0ETRELÏPLATFORMÏ
TOÏSETÏUPÏTHEÏMODELÏ-ETHODSÏFORÏADDINGÏ
COMPLETIONSÏSUCHÏASÏVALVESÏANDÏPUMPSÏ
ANDÏMAKINGÏDEVELOPMENTÏSTRATEGIESÏUSINGÏ
THEÏEQUIPMENTÏAREÏALSOÏCOVEREDÏINÏTHISÏ
COURSEÏ3ECTORÏMODELSÏCANÏBEÏUSEFULÏTOÏ
STUDYÏPORTIONSÏOFÏAÏRESERVOIR
Ratio and calculated forecasts and
reports
PREREQUISITE
OFM software knowledge and/or the
/&-Ï&UNDAMENTALSÏCOURSE
Technical courses that use software
NExT Catalog-2014(21.5x27.5).indd 127
Q
4HEÏUNCERTAINTYÏANDÏOPTIMIZATIONÏ
process
Q
4HEÏWORKmOWÏEDITORÏ
Q
Basic concepts in statistics
Q
6ISUALIZEÏRESULTSÏFROMÏAÏSENSITIVITYÏORÏ
UNCERTAINTYÏSTUDYÏ
Q
3ECTORÏMODELS
Q
#USTOMIZEÏPREPAREDÏWORKmOWSÏINÏ
0ETRELÏSOFTWAREÏTOÏMEETÏUSERÏNEEDS
AUDIENCE
2ESERVOIRÏENGINEERSÏORÏGEOSCIENTISTSÏ
WITHABOVEÏAVERAGEÏEXPERIENCEÏINÏTHEÏ
DOMAIN
PREREQUISITE
Includes practical sessions
COURSE CONTENT
$EVELOPMENTÏSTRATEGIESÏWITHÏGROUPÏ
control
0ETRELÏ&UNDAMENTALSÏANDÏ0ETRELÏ2ESERVOIRÏ
%NGINEERINGÏORÏEQUIVALENTÏEXPERIENCE
Software
4HEÏCOURSEÏBEGINSÏWITHÏSOMEÏBASICÏ
CONCEPTSÏOFÏUNCERTAINTYÏANDÏHOWÏ
THEYÏAREÏINTERPRETEDÏINÏTHEÏ0ETRELÏ
PLATFORMÏSOFTWAREÏ.EXTÏPERFORMINGÏ
AÏSENSITIVITYÏSTUDYÏONCEÏTHEÏUNCERTAINÏ
INPUTÏPARAMETERSÏAREÏIDENTIlEDÏWILLÏ
BEÏPRESENTEDÏIEÏTHEÏCOURSEÏGUIDESÏ
the attendees through setting input
DISTRIBUTIONSÏSAMPLINGÏINPUTÏFROMÏ
those distributions, and running the
RESULTINGÏSIMULATIONÏCASESÏ)NÏTHEÏ
SIMPLESTÏCONTEXTÏTHEÏ0ETRELÏPLATFORMÏ
ESTABLISHESÏAÏWORKmOWÏTHATÏALLOWSÏ
FORÏRUNNINGÏAÏSENSITIVITYÏORÏUNCERTAINTYÏ
STUDYÏINÏAÏFEWÏCLICKSÏ/CCASIONALLYÏTHEÏ
DEFAULTÏWORKmOWSÏMIGHTÏREQUIREÏBEINGÏ
CUSTOMIZEDÏTOÏMEETÏTHEÏUSERSÏNEEDSÏ4HEÏ
COURSEÏWILLÏINTRODUCEÏAÏNUMBERÏOFÏWAYSÏTOÏ
ADDÏFUNCTIONALITYÏTOÏTHEÏBASICÏWORKmOWSÏ
TOÏMEETÏTHEÏUSERSÏSPECIlCÏNEEDSÏFORÏ
DElNINGÏINPUTÏORÏREPORTINGÏRESULTS
Q
AUDIENCE
$EVELOPMENTÏGEOSCIENTISTSÏDEVELOPMENTÏ
RESERVOIRÏENGINEERSÏPRODUCTIONÏ
engineers.
NEW
Field trips
Uses simulation
AUDIENCE
2ESERVOIRÏENGINEERSÏGEOLOGISTSÏ
GEOPHYSICISTSÏWITHÏPREVIOUSÏRESERVOIRÏ
engineering knowledge.
PREREQUISITE
0ETRELÏ2ESERVOIRÏ%NGINEERINGÏCOURSEÏORÏ
EQUIVALENTÏ0ETRELÏEXPERIENCE
| 127
12/22/13 2:49 AM
RESERVOIR ENGINEERING
Petrel Geological
Workflows and Uncertainty
Analysis
Skill – 2 Days
NEW
Petrel Reservoir
Geomechanics
Skill – 2 Days
NEW
4HISÏTWOFOLDÏCOURSEÏAIMSÏTOÏGIVEÏ
the attendees insight into the
7ORKmOWÏEDITORÏANDÏTHEÏ5NCERTAINTYÏ
ANDÏ/PTIMIZATIONÏPROCESSÏINÏ0ETRELÏ
PLATFORMÏSOFTWAREÏWITHÏAÏFOCUSÏONÏ
GEOLOGICALÏMODELINGÏ$URINGÏTHEÏlRSTÏ
DAYÏTHEÏCOURSEÏWILLÏFOCUSÏONÏHOWÏTOÏ
USEÏPREDElNEDÏWORKmOWSÏANDÏHOWÏTOÏ
CREATEÏYOURÏOWNÏWORKmOWSÏFORÏBATCHÏ
processing and operations, in addition
to setting up, editing, and repeating
PROCESSESÏWITHÏNEWÏDATAÏFORÏAÏCOMPLETEÏ
ANDÏSTANDARDIZEDÏRESERVOIRÏMODELINGÏ
WORKmOWÏ4OÏTAKEÏFULLÏADVANTAGEÏOFÏ
THEÏUNCERTAINTYÏHANDLINGÏINÏTHEÏ0ETRELÏ
PLATFORMÏTHEÏATTENDEEÏWILLÏNEEDÏTOÏ
HAVEÏANÏUNDERSTANDINGÏOFÏTHEÏ7ORKmOWÏ
EDITORÏMODULEÏWHICHÏISÏTHEÏCORNERSTONEÏ
OFÏTHEÏ5NCERTAINTYÏANDÏ/PTIMIZATIONÏ
process. The attendee will be also
GIVENÏSOMEÏEXAMPLESÏONÏGEOLOGICALÏ
WORKmOWSÏ/NÏDAYÏTWOÏTHISÏCOURSEÏWILLÏ
FOCUSÏONÏUNDERSTANDINGÏSENSITIVITIESÏANDÏ
UNCERTAINTIESÏOFÏAÏBASEÏCASEÏVOLUMETRICÏ
RESERVOIRÏMODELÏ3TRUCTURALÏUNCERTAINTIESÏ
RELATEDÏTOÏSURFACESÏWILLÏBEÏEXPLOREDÏASÏ
WELLÏASÏSTOCHASTICÏPARAMETERSÏRELATEDÏTOÏ
THEÏPROPERTYÏMODELÏ!LSOÏTHEÏUNCERTAINTYÏ
RELATEDÏTOÏTHEÏCONTACTSÏDElNINGÏTHEÏ
VOLUMEÏCASEÏWILLÏBEÏEXAMINED
4HISÏCOURSEÏINTRODUCESÏRESERVOIRÏ
ENGINEERSÏANDÏCONSULTANTSÏTOÏSOMEÏ
BASICÏCONCEPTSÏINÏGEOMECHANICSÏANDÏ
THEÏ0ETRELÏPLATFORMÏPRODUCTÏ!TTENDEESÏ
will learn how to incorporate data about
GEOMECHANICALÏEFFECTSÏINTOÏRESERVOIRÏ
MODELSÏOFÏWELLÏPRODUCTIONÏBEHAVIOR
COURSE CONTENT
AUDIENCE
)NÏADDITIONÏTOÏINTRODUCINGÏGEOMECHANICSÏ
concepts, this course presents the
TYPESÏOFÏDATAÏUSEDÏFORÏGEOMECHANICALÏ
MODELINGÏINÏTHEÏPETROLEUMÏINDUSTRYÏ
ANDÏSOMEÏOFÏTHEÏGEOMECHANICALÏEFFECTSÏ
OBSERVEDÏINÏOILÏANDÏGASÏRESERVOIRSÏANDÏ
THEÏSUBSURFACEÏDURINGÏHYDROCARBONÏ
production. The course also includes
HOWÏTOÏBUILDÏRESERVOIRÏMODELSÏTHATÏSHOWÏ
GEOMECHANICALÏEFFECTSÏSUCHÏASÏPRESSUREÏ
stress, and strain, as well as data on
RESERVOIRÏmOWÏILLUSTRATINGÏTHEÏEFFECTSÏ
OVERÏTIMEÏANDÏHOWÏTOÏBUILDÏRESERVOIRÏ
GEOMECHANICALÏMODELSÏUSINGÏTHEÏ0ETRELÏ
PLATFORM
COURSE CONTENT
Q
&UNDAMENTALSÏOFÏGEOMECHANICSÏ
Q
0ETROLEUMÏGEOMECHANICSÏANDÏ
RESERVOIRÏGEOMECHANICSÏ
Q
4HEÏUSEÏOFÏ0ETRELÏPLATFORMÏ
GEOMECHANICSÏSOFTWARE
Q
7ORKmOWÏ%DITORÏINTERFACEÏANDÏLOGICÏ
Q
2UNNINGÏPREDElNEDÏWORKmOWSÏ
2ESERVOIRÏENGINEERSÏANDÏGEOTECHNICALÏ
consultants.
#REATINGÏUSERDElNEDÏWORKmOWSÏ
PREREQUISITE
5PDATINGÏ$ÏMODELSÏWITHÏNEWÏINPUTÏ
data
0ETRELÏPLATFORMÏANDÏ%#,)03%ÏSIMULATORÏ
software.
Q
Q
Q
Q
"ECOMINGÏFAMILIARÏWITHÏTHEÏ
5NCERTAINTYÏANDÏ/PTIMIZATIONÏPROCESSÏ
3ENSITIVITYÏANDÏUNCERTAINTYÏANALYSISÏ
setup
Q
7ELLÏLOGÏINTERPRETATIONÏUNCERTAINTYÏ
Q
3TRUCTURALÏUNCERTAINTYÏ
Q
&LUIDÏCONTACTÏUNCERTAINTYÏ
Q
0ROPERTYÏUNCERTAINTY
AUDIENCE
ECLIPSE Simulation
of Naturally Fractured
Reservoirs
ECLIPSE Thermal Reservoir
Simulation
Advanced – 5 Days
Advanced – 5 Days
4HISÏWORKSHOPÏCOURSEÏCOVERSÏOILÏ
RECOVERYÏMECHANISMSÏANDÏNUMERICALÏ
SIMULATIONÏISSUESÏINÏFRACTUREDÏRESERVOIRSÏ
!TTENDEESÏWILLÏHAVEÏANÏOVERVIEWÏOFÏ
FRACTUREDÏRESERVOIRSÏANDÏHOWÏTOÏBUILDÏ
ANDÏRUNÏSIMULATIONSÏWITHÏAÏCOMPOSITIONALÏ
SIMULATORÏ#ONVERSIONÏOFÏSINGLEÏPOROSITYÏ
DATASETÏTOÏDUALÏPOROSITYÏWILLÏBEÏCOVEREDÏ
!PPROXIMATELYÏHALFÏTHEÏCOURSEÏISÏDEVOTEDÏ
TOÏPROBLEMÏSOLVINGÏINÏAÏWORKSHOPÏFORMATÏ
using related software applications.
4HERMALÏRECOVERYÏMETHODSÏAREÏTYPICALLYÏ
USEDÏINÏHEAVYÏOILÏRESERVOIRSÏWHEREÏTHEÏOILÏ
VISCOSITYÏISÏHIGHÏATÏRESERVOIRÏTEMPERATURESÏ
BUTÏREDUCESÏASÏTHEÏTEMPERATUREÏ
increases. Attendees will learn how to
USEÏTHEÏ%#,)03%Ï4HERMALÏSIMULATORÏTOÏ
EXTENDÏTHEÏ%#,)03%Ï"LACKOILÏSIMULATORÏTOÏ
STUDYÏPROBLEMSÏSUCHÏASÏSTEAMÏINJECTIONÏ
HOTÏmUIDÏORÏGASÏINJECTIONÏWELLBOREÏ
HEATERSÏANDÏSIMPLEÏCOMBUSTION
COURSE CONTENT
COURSE CONTENT
Q
064ÏPRACTICESÏANDÏPHASEÏBEHAVIORÏ
CONCEPTSÏOFÏHEAVYÏOILS
&RACTURENETWORKÏDEVELOPMENTÏANDÏ
3IMULATIONÏOFÏFRACTUREDÏRESERVOIRS
Q
7ORLDWIDEÏTHERMALÏRECOVERYÏ
processes and screening criteria
Q
7ELLÏTESTINGÏINÏFRACTUREDÏRESERVOIRS
Q
Q
#OMPARISONÏOFÏSINGLEÏANDÏDUAL
POROSITYÏWELLÏTESTS
+EYÏFEATURESÏOFÏTHERMALÏRESERVOIRÏ
SIMULATION
Q
%QUATIONSÏINÏ%#,)03%Ï4HERMALÏ
SIMULATORÏSOFTWARE
Q
3TEAMASSISTEDÏGRAVITYÏDRAINAGEÏ
RECOVERYÏANDÏTHEÏMULTISEGMENTEDÏ
WELLÏMODEL
Q
3IMULATIONÏOFÏFOAMYÏOIL
Q
3TRUCTUREÏREQUIREMENTSÏANDÏKEYWORDSÏ
FORÏ%#,)03%Ï4HERMALÏSIMULATORÏ
software
Q
&UNDAMENTALSÏOFÏFRACTUREDÏRESERVOIRS
Q
Q
/ILÏRECOVERYÏMECHANISMSÏINÏFRACTUREDÏ
RESERVOIRS
Q
#ALCULATIONÏOFÏGRAVITYÏIMBIBITIONSÏANDÏ
drainage
Q
$UALPOROSITYÏANDÏDUALPERMEABILITYÏ
SYSTEMS
Q
6ISCOUSÏDISPLACEMENTÏOPTION
Q
-ATRIXÏRELATIVEÏPERMEABILITYÏ
MODIlCATIONS
AUDIENCE
Q
$IFFUSIONÏINÏBLACKÏOILÏSIMULATION
Q
$ISCRETIZEDÏMATRIXÏMODEL
2ESERVOIRÏENGINEERSÏINTERESTEDÏINÏLEARNINGÏ
SIMULATIONÏOFÏTHERMALÏPROCESSESÏUSINGÏ
%#,)03%Ï4HERMALÏSIMULATOR
Q
!LTERNATEÏGRAVITYÏDRAINAGEÏMODEL
PREREQUISITE
Q
#ONDUCTIVEÏFAULTS
%XPERIENCEÏWITHÏTHEÏ%#,)03%Ï"LACKOILÏ
SIMULATOR
Q
Grid generation in fractured
RESERVOIRS
Q
$IFFUSIONÏINÏCOMPOSITIONALÏSIMULATION
Q
3IMULATIONÏOFÏTRIPLEPOROSITYÏSYSTEMS
AUDIENCE
2ESERVOIRÏENGINEERSÏINTERESTEDÏINÏLEARNINGÏ
NUMERICALÏSIMULATIONÏOFÏFRACTUREDÏ
RESERVOIRSÏUSINGÏ%#,)03%ÏSIMULATORS
PREREQUISITE
%XPERIENCEÏWITHÏ%#,)03%ÏSINGLEPOROSITYÏ
SIMULATIONS
2ESERVOIRÏDEVELOPMENTÏANDÏEXPLORATIONÏ
GEOLOGISTSÏPETROPHYSICISTSÏANDÏTECHNICALÏ
PERSONNELÏEXPERIENCEDÏWITHÏTHEÏ0ETRELÏ
PLATFORM
PREREQUISITE
0ETRELÏ&UNDAMENTALSÏCOURSEÏANDÏTHEÏ
0ETRELÏ'EOLOGYÏCOURSE
128 |
NExT Catalog-2014(21.5x27.5).indd 128
Visit NExTtraining.net/classes for the latest calendar or to register for a course.
12/22/13 2:49 AM
RESERVOIR ENGINEERING
MEPO Advanced
NEW
Advanced – 2 Days
This course has been designed to
INTRODUCEÏSOMEÏADVANCEDÏCAPABILITIESÏ
OFÏTHEÏ-%0/ÏOPTIMIZERÏSOFTWAREÏTOÏ
RESERVOIRÏENGINEERSÏANDÏASSETÏTEAMSÏ
INVOLVEDÏWITHÏRELATEDÏDISCIPLINESÏ4HEÏ
UNCERTAINTYÏPARAMETERÏISÏVERYÏIMPORTANTÏ
WITHÏRESPECTÏTOÏDElNINGÏDISTRIBUTIONSÏ
ANDÏALSOÏMAINTAININGÏCORRELATIONÏ
AMONGÏTHEMÏWHENÏTHEYÏAREÏCHANGINGÏ
INDIVIDUALLYÏ$URINGÏTHEÏHISTORYÏMATCHÏ
SESSIONÏDATAÏQUALITYÏCONTROLÏRANKINGÏ
PARAMETERSÏFORÏHISTORYÏMATCHINGÏANDÏ
AÏSTRUCTUREDÏWORKmOWÏEXAMPLEÏWILLÏBEÏ
PRESENTEDÏ0ROXYÏMODELINGÏTECHNIQUESÏ
WILLÏBEÏDISCUSSEDÏ0RODUCTIONÏOPTIMIZATIONÏ
WILLÏALSOÏBEÏCOVEREDÏINÏADDITIONÏTOÏ
SPREADSHEETÏMAPPINGÏ.06ÏCALCULATIONÏ
DYNAMICÏSCHEDULINGÏOFÏINlLLÏWELLSÏ
and constraint handling. All of these
SUBSECTIONSÏWILLÏBEÏPRACTICEDÏBYÏRUNNINGÏ
AÏTUTORIALÏ4HEÏREMAINDERÏOFÏTHEÏCOURSEÏ
ISÏDEDICATEDÏTOÏREVIEWINGÏNEWÏ-%0/Ï
OPTIMIZERÏOPTIONSÏPRACTICEÏONÏMOREÏ
APPLIEDÏTASKSÏANDÏEMPHASISÏONÏTHEÏUSEÏ
OFÏSEVERALÏ-%0/ÏOPTIMIZERÏAPPLICATIONSÏ
5SINGÏAÏCAREFULLYÏSELECTEDÏEXAMPLEÏCASESÏ
ANDÏEXERCISESÏTHEÏATTENDEESÏWILLÏGAINÏANÏ
UNDERSTANDINGÏOFÏMETHODSÏANDÏMODELINGÏ
TECHNIQUESÏTHATÏWILLÏENABLEÏTHEMÏTOÏMAKEÏ
USEÏOFÏTHEÏ-%0/ÏOPTIMIZERÏINÏTHEIRÏROUTINEÏ
tasks.
Q
,ARGEÏlELDÏHISTORYÏMATCHINGÏ
)NTEGRATEDÏMODELING
Q
/PTIMIZATIONÏOFÏWELLÏPLACEMENT
Q
3PREADSHEETÏTOOLSÏFORÏ.06Ï
OPTIMIZATIONÏ
Q
Q
Petrel Proxy Modeling and
Optimization
Advanced – 1 Day
Advanced – 2 Days
This course focuses on topics outside the
RANGEÏOFÏFEATURESÏCOMMONÏTOÏDAYTODAYÏ
USEÏOFÏTHEÏ/&-ÏWELLÏANDÏRESERVOIRÏ
ANALYSISÏSOFTWAREÏBUTÏTHATÏAREÏVALUABLEÏ
to the end user. Attendees will learn
SIGNIlCANTLYÏMOREÏEFFECTIVEÏWAYSÏTOÏWORKÏ
WITHÏANÏ/&-ÏPROJECTÏINCLUDINGÏEXAMININGÏ
COMMONÏWORKmOWSÏUSINGÏ/&-ÏSOFTWARE
4HISÏCOURSEÏCOVERSÏHOWÏTOÏBEGINÏUSINGÏ
EXPERIMENTALÏDESIGNSÏWITHÏTHEÏ0ETRELÏ
PLATFORMÏ"ECAUSEÏRUNNINGÏSIMULATIONSÏISÏ
COMPUTERÏPROCESSINGÏUNITÏ#05ÏINTENSIVEÏ
there is a long tradition for designing
COMPUTERÏEXPERIMENTSÏTOÏREDUCEÏTHEÏ
NUMBERÏOFÏRUNSÏNECESSARYÏINÏASSESSINGÏ
THEÏPRIMARYÏRELATIONSÏBETWEENÏINPUTÏ
PARAMETERSÏANDÏCOMPUTEDÏRESPONSEÏ
)NÏTHEÏ0ETRELÏPLATFORMÏSEVERALÏTOOLSÏ
AREÏAVAILABLEÏTHATÏASSISTÏTHEÏUSERÏINÏ
MAKINGÏSURROGATEÏMODELSÏnÏPROXYÏ
MODELSÏnÏTHATÏCANÏMIMICÏTHEÏSIMULATIONÏ
MODELÏANDÏTHATÏAREÏINEXPENSIVEÏTOÏ
EVALUATEÏ4HESEÏMODELSÏCANÏBEÏUSEFULÏINÏ
SENSITIVITYÏSTUDIESÏDEVELOPMENTÏSCENARIOÏ
ASSESSMENTSÏANDÏINÏOPTIMIZATIONÏ
OPERATIONSÏEGÏCOMPLETIONÏATTRIBUTEÏ
DESIGNÏ4HISÏCOURSEÏISÏWORKmOWÏBASEDÏ
INÏWHICHÏPREVIOUSÏ0ETRELÏPLATFORMÏ
KNOWLEDGEÏISÏUSEDÏTOÏSOLVEÏTHEÏTASKSÏ
described.
!TTENDEESÏWILLÏEXPLOREÏTHEÏUSEÏOFÏ
THEÏ4ECHLOGÏPLATFORMÏBASEÏMODULESÏ
4ECHPLOTÏ4ECHDATAÏ1UANTIÏANDÏ1UANTI
MINÏ)NÏTHISÏCLASSÏATTENDEESÏWILLÏACQUIREÏ
AÏSOLIDÏFOUNDATIONÏINÏTHEÏDATAÏMODELÏ
within the Techlog application and
the foundation utilities for loading,
UNLOADINGÏMANIPULATINGÏANDÏDISPLAYINGÏ
DATAÏINÏTHEÏSYSTEMÏINCLUDINGÏCOREÏANDÏ
IMAGESÏ$ETERMINISTICÏCALCULATIONSÏANDÏ
the principles behind the application
WORKmOWÏINTERFACEÏFORÏSINGLEÏANDÏ
MULTIWELLÏUSEÏAREÏCOVEREDÏINÏTHISÏCOURSEÏ
INÏADDITIONÏTOÏSTUDYINGÏMULTIPLEÏLOGÏ
ANDÏCOMPONENTÏINVERSIONÏTECHNIQUESÏ
THINBEDÏANALYSISÏANDÏINTEGRATIONÏOFÏ
DIFFERENTÏTYPESÏOFÏDATAÏTOÏENHANCEÏTHEÏ
interpretation process. Attendees will
ALSOÏLEARNÏHOWÏTOÏPERFORMÏDAYTODAYÏ
TASKSÏWITHINÏTHEÏ4ECHLOGÏPLATFORMÏSUITEÏ
ANDÏLEARNÏADVANCEDÏTECHNIQUESÏFORÏ
IMPROVINGÏTHEÏANALYSISÏRESULTS
COURSE CONTENT
COURSE CONTENT
COURSE CONTENT
Q
3TUDYÏOFÏWORKSPACES
Q
,INKSÏTOÏEXTERNALÏAPPLICATIONS
Q
2EVIEWSÏOFÏFORECASTÏRESULTS
Q
!DVANCEDÏTABLEÏTYPESÏINCLUDINGÏ
FOREIGNÏKEYÏANDÏLOOKUP
Q
)NTRODUCTIONÏTOÏ064ÏFUNCTIONALITY
Q
Creation of user functions
Q
-AKINGÏTHEÏBASEÏMAPÏAÏDYNAMICÏTOOL
Q
Q
Q
Q
Techniques for creating continuous
PRESSUREÏDATAÏSTREAMS
#REATIONÏANDÏANALYSISÏOFÏWATERmOODÏ
patterns
Scripts
NEW
Techlog Formation
Evaluation
Advanced – 5 Days
Q
Q
'ENERATIONÏOFÏWATERmOODSPECIlCÏ
ANALYSESÏEGÏVOIDAGEÏREPLACEMENTÏ
RATIO
4HEÏ5NCERTAINTYÏANDÏOPTIMIZATIONÏ
process
4ECHLOGÏPLATFORMÏINTERFACEÏANDÏDATAÏ
structure
Q
0ROXYÏMODELSÏANDÏTHEIRÏCREATION
Q
$ATAÏMANAGEMENTÏANDÏ1#
Q
!NALYSISÏOFÏINPUTÏDATA
Q
-ULTIWELLÏMANAGEMENT
)NJECTIONWELLÏSPECIlCÏANALYSISÏ(ALLÏ
PLOT
Q
5SINGÏPROXYÏMODELSÏFORÏSENSITIVITYÏ
ANDÏUNCERTAINTYÏWORKmOWS
Q
Basic plotting tools
AUDIENCE
COURSE CONTENT
Q
OFM Advanced Topics
!NYONEÏINTERESTEDÏINÏLEARNINGÏMOREÏ
ADVANCEDÏANDÏEFFECTIVEÏWAYSÏTOÏWORKÏ
WITHÏANÏ/&-ÏPROJECTÏUSINGÏCOMMONÏ
WORKmOWS
PREREQUISITE
/&-ÏPROlCIENCYÏORÏ/&-Ï&UNDAMENTALSÏ
course.
#ONSTRAINTÏHANDLINGÏINÏTHEÏ-%0/Ï
OPTIMIZER
AUDIENCE
2ESERVOIRÏENGINEERS
Q
7ORKmOWSÏFORÏDETERMINISTICÏ
EVALUATIONÏUSINGÏ1UANTIÏMODULES
Q
/PTIMIZATIONÏOPERATIONSÏSETÏUPÏANDÏ
run
Q
5SERDElNEDÏPROGRAMMINGÏLANGUAGE
Q
/PTIMIZATIONÏUSINGÏAÏPROXY
Q
4HINBEDÏANALYSISÏTECHNIQUES
Q
-ULTIPLECOMPONENTÏINVERSION
AUDIENCE
%XPERIENCEDÏRESERVOIRÏENGINEERSÏ
RESERVOIRÏGEOLOGISTSÏANDÏGEOPHYSICISTSÏ
WITHÏSOLIDÏRESERVOIRÏENGINEERINGÏ
knowledge.
PREREQUISITE
0ETRELÏ!SSISTEDÏ(ISTORYÏ-ATCHINGÏANDÏ
5NCERTAINTYÏ!NALYSISÏCOURSEÏORÏEQUIVALENTÏ
0ETRELÏEXPERIENCE
AUDIENCE
$EVELOPMENTÏANDÏEXPLORATIONÏLOGÏANALYSTSÏ
ANDÏPETROPHYSICISTSÏWITHÏLIMITEDÏORÏ
NOÏEXPERIENCEÏUSINGÏ4ECHLOGÏPLATFORMÏ
software.
PREREQUISITE
4ECHLOGÏ&UNDAMENTALSÏCOURSE
PREREQUISITE
None
Software
Technical courses that use software
NExT Catalog-2014(21.5x27.5).indd 129
Includes practical sessions
Field trips
Uses simulation
| 129
12/22/13 2:49 AM
PRODUCTION ENGINEERING
COMPETENCY
LEVEL
Artificial Lift
ADVANCED
Well Intervention
Well Performance and Completions
Production Data Analysis:
Shale Gas, Tight Gas and Coal-Bed Methane
Electric Submersible Pumps - Advanced
Assuring Flow from Pore to Process
Full Life-Cycle Fluid Evaluation:
Downhole to Laboratory
Advanced Production Data Analysis
and Nodal Analysis
Applied Production Logging
and Reservoir Monitoring
SKILL
Advanced Gas Lift Design and Troubleshooting
Hydraulic Fracture Treatment Design
and Quality Control
Advanced Nodal Analysis for
Production Engineers
High Gas-Oil Ratio Well Liquid UnLoading
Acid Stimulation Techniques
Subsurface Surface
Production Optimization
Introduction to High-Temperature ESP
Applications
Fishing, Perforating and
other Slickline Applications
Electric Submersible Pumps:
Applications Engineering
Sand Control
Design, Diagnosis and Optimization of Gas Lift
Systems
Formation Damage and Mitigation
Oilfield Water Management
Sucker Rod Pumps - Application Engineering
Advanced Slickline Operations
Production Technology:
Heriot-Watt University Program
Artificial Lift Technology
Hydraulic Fracturing
Basic Production Logging
FOUNDATION
Integrated Production and Well Operations Modeling Using a Physical Simulator
Workovers and Completions
Slickline Operations
Nodal Analysis:
Subsurface Operations
General Production Engineering
Introduction to Flow Assurance
Completion and Production Engineering
AWARENESS
130 |
NExT Catalog-2014(21.5x27.5).indd 130
Introduction to Production Engineering
Visit NExTtraining.net/classes for the latest calendar or to register for a course.
12/22/13 2:49 AM
PRODUCTION ENGINEERING
OLGA
OFM Advanced Topics
OLGA Advanced Flow
Assurance
Diagnosis and Analysis of
Shale Gas Wells using OFM
PIPESIM
Avocet
Petrel
COMPETENCY
LEVEL
ADVANCED
SOFTWARE
OFM
PIPESIM Artificial Lift
Design and Optimization
Petrel Well Deliverability
SKILL
OFM Waterflood Analysis
OFM Using Oil and
Waterflood Examples
(Intermediate)
OFM Administration
OLGA Flow Assurance
PIPESIM Gas Field
Production Operations
OFM Fundamentals Using
Gas Operations Examples
OLGA Well Dynamics
PIPESIM Fundamentals
Avocet Integrated Asset
Modeler Fundamentals
FOUNDATION
OFM Fundamentals
Using Oil and Waterflood
Production Examples
Software
Technical courses that use software
NExT Catalog-2014(21.5x27.5).indd 131
Includes practical sessions
Field trips
Uses simulation
| 131
12/22/13 2:49 AM
PRODUCTION ENGINEERING
Introduction to Production
Engineering
Artificial Lift Technology
Basic Production Logging
Completion and Production
Engineering
Awareness – 5 Days
Foundation – 5 Days
Foundation – 5 Days
Foundation – 5 Days
This course focuses on the basics on
production engineering that attendees
need to improve their asset team
interactions. The attendees will learn
about the role of production engineering
in building capacity and maximizing
production performance using tools
including well testing, nodal analysis, and
artificial lift. This engineering overview
covers the equipment and techniques
that production engineers employ both
downhole and on the surface.
This introductory course will increase
the attendee’s knowledge of artificial
lift methods and the factors that affect
optimal designs and operations, including
fluid properties and multiphase flow
regimes. An overview of lift techniques,
technologies, and equipment also covers
alternate deployment scenarios and
multisensor applications for surveillance
and optimization. Attendees will learn
strategies and best practices for field
production optimization and when and
how nodal systems analysis can be
applied to lift performance optimization.
Production logging tools have specific
uses as well as limitations. Attendees
will learn the various applications
for these tools, the interpretation
assumptions that are integral to their
designs, and how log quality is affected
by the acquisition process. Hands-on
demonstrations teach the fundamentals
of production log interpretation, and
an in-class workshop focuses on the
interpretation of single- and two-phase
flow. Discussion includes use of these
logs for measurement of three-phase
flow.
This course covers the role of the
well, how its production performance
can impact the larger integrated
production system, and considerations
for completion design. Attendees will
learn the selection criteria for the main
completion components, including the
field operational and ongoing production
management concerns. Hands-on
exercises demonstrate the factors
that affect well flow behavior and
productivity.
COURSE CONTENT
COURSE CONTENT
COURSE CONTENT
Q
Q
Overview of production engineering
Reservoir fundamentals and nodal
analysis
Q
Fluid flow fundamentals
Blackoil PVT
Inflow performance
Q
Well testing
Q
Q
Lower and upper completions,
perforations, and sand control
Q
Q
Nodal analysis
Q
Completion fluids
Q
Comparison of artificial lift methods
Q
Multilaterals
Q
Progressive cavity pump systems
Q
Well completion equipment
Q
Beam pump systems
Q
Production logging
Q
Electrical submersible pump systems
Q
Artificial lift
Q
Gas lift systems
Q
Stimulation
Q
Q
Surface facilities
Inflow and outflow performance and
productivity index for oil wells and
gas wells
Q
Tool conveyance using tractors and
coiled tubing
Q
Depth control in cased wells using
gamma ray and casing collar locator
data
Q
AUDIENCE
Anyone involved with well surveillance,
maximizing recovery, or identifying
production problems in artificially lifted
wells.
PREREQUISITE
PREREQUISITE
None
None
Completions for vertical, deviated,
horizontal, and multilateral wells
Q
Pressure-control system for rigless
operation
Q
Reservoir fluids properties, including
gas/oil ratio, bubblepoint pressure,
three-phase diagrams
Artificial lift selection
Anyone wanting a better understanding
of basic production processes and
operations.
AUDIENCE
Q
COURSE CONTENT
Q
Integrated production systems:
Completion methods, engineering,
exploitation, and reservoir
classification based on the fluid types
Q
Flow behavior: Flow in porous media,
well deliverability, completion
effects, flow in pipes, choke
performance, and systems analysis
Q
Design considerations: Tubing,
tubing loads and movement, tubular
connections, and casing
Q
Equipment selection: Completion
equipment, casing and casing
suspension, wellheads, tubing and
connections, packers, and wellsite
operations
Q
Subsea completions: Current
systems, applications, design
requirements, controls, flowline
connections, and remotely operated
vehicles
Q
Reservoir drive mechanisms and
associated production problems
Q
Justification of production log
acquisition
Q
Standard production logging tools
Q
Techniques for measuring oil, water,
and gas rates
Geoscientists, engineers, and managers
seeking a greater understanding of well
completions and production performance.
Q
Interpretation of logs for single-,
two-, and three-phase production
PREREQUISITE
AUDIENCE
Geoscientists or engineers responsible
for interpreting production logs.
AUDIENCE
Minimum of 2 years of E&P experience
in subsurface engineering, operations, or
management.
PREREQUISITE
Engineering or geosciences degree
recommended as this course deals with
the production logging physics.
132 |
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12/22/13 2:49 AM
PRODUCTION ENGINEERING
General Production
Engineering
Hydraulic Fracturing
Integrated Production and
Well Operations Modeling
Using a Physical Simulator
Foundation – 5 Days
Foundation – 5 Days
Foundation – 5 Days
This course introduces the attendees
to production technology, reservoir
fundamentals, formation damage
mechanisms, and nodal analysis.
Attendees will learn about types of
completions—and optimal selection
based on producing scenarios—and
types of perforation systems and their
selection. Reviews cover lower and upper
completion components and associated
accessories, plus acidizing, fracturing,
slickline, coiled tubing, and surface
facilities.
Designed to increase your understanding
of hydraulic fracturing, the course
material covers factors that contribute
to successful fracturing operations,
including rock properties and treatment
design and parameters. Attendees will
learn how to plan and execute the job,
and then evaluate the results.
In this course, an oil well simulator is
used to detail many of the operations
that take place in a well. This course/
workshop consists of theoretical (50%)
and practical (50%) sessions with
experienced professionals. The attendees
will si mulate the operation of different
artificial lift systems used to produce oil
(electric submersible pumps [ESP], gas
lift, progressive cavity pumps) under
several operating conditions and their
effects on the production system. Water
and air are used to simulate two-phase
flow (oil and gas). The standard
configuration of the oilwell simulator
uses an ESP with a variable speed
drive, allowing for variation of the pump
speed. This feature is used to optimize
production and well performance. A
workover operation can be performed by
changing the artificial lift system from
ESP to gas lift. The configuration of the
oilwell laboratory allows for visualization
of the reservoir, wellbore, flow lines,
choke performance, and most common
artificial lift systems. Additionally, the
effects of damage removal, pump speed,
gas injection rates, and down hole
pressure can be analyzed to generate
optimization opportunities.
COURSE CONTENT
Q
Candidate selection
Q
Principles of rock mechanics
Q
Fracture mapping, microfracturing
testing, minifracturing testing
COURSE CONTENT
Q
Fluid and rock properties
Q
Designing hydraulic fractures
Q
Reservoir drive mechanisms
Q
Fracturing fluids
Q
Nodal analysis
Q
Proppant
Q
Completion design
Q
Q
Perforating
Fracturing high-permeability
formations
Q
Q
Sand control
Q
Hydraulic fracturing
Q
Wireline well operations
Q
Scale cleanout with coiled tubing
Q
Surface facilities engineering
considerations
AUDIENCE
Anyone looking for an overview of the
practical aspects of field development
planning.
PREREQUISITE
Basic understanding of field operations.
Planning and executing fracturing
operations
Q
Evaluating hydraulic fracture
treatments
Q
New developments in hydraulic
fracturing
AUDIENCE
Engineers and field personnel responsible
for the design and execution of hydraulic
fracture treatments.
NEW
COURSE CONTENT
PREREQUISITE
Basic understanding of production,
intervention operations, and reservoir
engineering.
Q
Flow assurance principles and
fundamentals
Q
Inorganic scale: Deposition
principles, prediction, modeling,
management program design, and
scale prevention
Q
Hydrates: Deposition principle,
impact, hydrate detection, control,
and remediation
Q
Paraffins (wax): Deposition principle,
properties, factors affecting
deposition, operational problems,
control, and remediation
Q
Asphaltenes: Dey properties,
deposition mechanism, modeling,
effect of variables, operational
problems, prevention, and
remediation
Q
Emulsions: Crude oil natural
surfactants, characteristics, and
treatments
Q
Corrosion: Factors influencing oilfield
corrosion and their control
Inflow performance relationships
Q
Permeability
Q
Nodal analysis
Q
Well completions
Q
Choke
Q
Artificial and gas lift
Q
ESPs
Q
Hydraulic pumps
Q
Fluid flow
Q
Formation damage
AUDIENCE
Q
Fluid mechanics
Engineers responsible for assessing,
diagnosing, or troubleshooting flow
assurance problems in an operational or
design capacity.
Field trips
PREREQUISITE
General knowledge of production systems
and surface operations.
None
NExT Catalog-2014(21.5x27.5).indd 133
COURSE CONTENT
Oilwell operations
PREREQUISITE
Includes practical sessions
This course introduces attendees to
the main types and causes of flow
impediments along with the methods and
technologies commonly applied for their
prevention, control, and remediation. The
course will increase your understanding
of the main problems associated with
flow assurance, including asphaltenes,
paraffins, emulsion, scales, sand,
slugging, corrosion, and hydrates. Learn
which technologies and techniques to
use for specific problem environments
and the advantages and disadvantages
of each. Attendees will identify the types
and causes of flow impediment and the
methods or technologies that should be
applied for the prevention, control, and
remediation of these flow impediments.
Q
Technicians, supervisors, or engineers
with little or no previous oilwell
operations knowledge.
Technical courses that use software
Foundation – 5 Days
Q
AUDIENCE
Software
Introduction to Flow
Assurance
Uses simulation
| 133
12/22/13 2:49 AM
PRODUCTION ENGINEERING
Nodal Analysis: Subsurface
Operations
Slickline Operations
Foundation – 3 Days
Foundation – 5 Days
This course covers predicting the rate
at which a well should be capable of
producing, given reservoir and fluid
properties, wellbore configuration, and
flowing wellhead pressure. Attendees
will learn how to identify which of the
components in the reservoir, completion,
and wellbore system are restricting
performances; analyze production
data to find permeability, skin factor,
and drainage area; forecast future
performance from historical production
trends and known reservoir properties.
Attendees will also develop skills
necessary for the design, operation,
and optimization of oil and gas surface
production facilities.
This course consists of a theoretical
sessions in the classroom with
experienced professionals who will
present slickline tool principles and
operations. The attendees will also have
various practical exposure sessions
using the slickline well/pad and have
hands-on sessions using the slickline
tools in the workshop. The course is
50% classroom and 50% practical in the
workshop and wellsite pad, including
access to an actual well. The course will
include a detailed introduction to slickline
equipment and instrumentation used to
control, condition, and monitor downhole
operations. This course will provide
a clear understanding of the primary
operations and need for a slickline in the
oil and gas industry.
COURSE CONTENT
Q
Fluid properties
Q
Permeability, skin factor, and
drainage area
Q
Production optimization
NEW
Workovers and Completions
Acid Stimulation
Techniques
Foundation – 5 Days
Skill – 5 Days
Learn the role of engineers and field
operators in planning and executing
workover operations. This course
provides in-depth information on the
impact of workovers and completion
design in maximizing field production
and increasing recoverable reserves. The
course also emphasizes the importance
of a team concept as a determining factor
in operations success. Attendees will
gain a greater understanding of how to
apply advanced technologies to designing
and executing workover jobs, and how
to select the best operations method
to perform the task in the safest, most
efficient manner.
This course covers the cause and
identification of formation damage
during drilling, cementing, perforating,
producing, and workover operations.
Attendees will learn about the impact of
formation damage on well performance
and how to gauge the effectiveness of
acid stimulation treatments, technically
and economically.
COURSE CONTENT
Q
COURSE CONTENT
Q
Q
Q
AUDIENCE
Slickline background
Q
Well completions
Slickline units and powerpacks
(zones)
Technologists and production engineers.
Q
Pressure-control equipment
PREREQUISITE
Q
Basic toolstring components
None
Q
Basic service and remedial tools
Q
Running and pulling tools
Q
Locks, standing valves, and landing
nipples
Q
Running, setting, equalizing, and
pulling process
Q
SSDs and shifting tools
Q
Changing gas lift mandrels
(demonstration)
Q
Running slickline equipment in a well
AUDIENCE
Technicians, supervisors, or engineers
with little or no previous slickline
knowledge.
Q
Workover and completion
methodology: Risk management, well
problems, and well control
Completion considerations: Cement
bond logs, perforations, and fracture
gradient
Sand control management, cement
squeeze jobs, and acid treatments
COURSE CONTENT
Q
Formation damage mechanisms and
their identification
Q
Skin
Q
Acids and additives used in matrix
stimulation
Q
Acid reactions in carbonates and
sandstones
Q
Acid treatment design
Q
Acid displacement
Q
Laboratory tests
Q
Acidizing gravel packs
Q
Acid fracturing design
Q
Quality assurance
Q
Rigless workovers, coiled tubing
operations, and fishing
AUDIENCE
Q
Completion management, operations
in open and cased holes, and artificial
lift systems
Technical staff responsible for assessing
underperforming wells or designing acid
treatments.
AUDIENCE
PREREQUISITE
Engineers, operations personnel, and
managers working with or directing
multidisciplinary teams responsible for
well workovers or interventions.
Basic understanding of petroleum
engineering.
PREREQUISITE
Minimum of 5 years of experience in oil
and gas engineering or operations in the
upstream industry.
PREREQUISITE
Familiar with basic well completions and
general well intervention operations.
134 |
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12/22/13 2:49 AM
PRODUCTION ENGINEERING
Advanced Slickline
Operations
Advanced Gas Lift Design &
Troubleshooting
NEW
Skill – 5 Days
The course consists of theoretical
sessions in the classroom delivered
by experienced professionals who will
present slickline tool principles and
operations. The attendees will also have
various practical exposure sessions using
the slickline well/pad and having hands
on sessions using the slickline tools in
the workshop. This course consists of
50% classroom and 50% practical in the
workshop and wellsite pad, including
access to an actual well.
COURSE CONTENT
Q
Pressure control equipment
Q
Gas lift equipment
Q
Fishing and other slickline
applications
NEW
Skill – 5 Days
This course will help the attendees
learn the best method for selecting the
proper type of artificial lift. The course
will provide the attendees with details
on gas lift systems and different design
methods, in addition designing the valve
spacings and basis for selecting different
valves. The course will also introduce
the optimum unloading procedures for
gas lift wells to minimize risk and save
operation time and how to optimize the
gas lift well production and combine
continuous and intermittent gas lift
systems. Troubleshooting new and old
gas lift wells will be covered in the course
through the use of case examples.
Advanced Nodal Analysis
for Production Engineers
Design, Diagnosis and
Optimization of Gas Lift
Systems
Skill – 5 Days
Skill – 5 Days
Based on data from a material balance
or the actual well production, this course
helps attendees learn how it is possible
to predict the future production behavior
of a well as a function of time. The course
will also help the attendees in the proper
selection of design variables such as
tubing sizes, or in making the decision
to install or not any particular artificial
lift system. Unlike conventional nodal
analysis, all decisions from a sensitivity
analysis are carried out and planned
in the future in consideration of the
reservoir pressure changes that occur
with time.
All facets of gas lift design and
optimization are presented, including
basic principles, equipment selection,
gas lift types, and monitoring. Attendees
will learn how to design and analyze
continuous or intermittent gas lift
systems for fast, safety-oriented
solutions to increase or optimize oil
production.
COURSE CONTENT
COURSE CONTENT
Q
Diffusivity equation
Q
System nodal analysis
Q
Diffusivity equation solutions
AUDIENCE
Q
Multiwell systems
Q
Production system analysis
Technicians, supervisors, or engineers
with previous slickline experience.
Q
Artificial lift methods, advantages,
and limitations
Q
Well performance equations for oil
and gas wells
PREREQUISITE
Familiarity with slickline applications,
equipment, and operations. Attendees
must have worked with Slickline
Operations, either as equipment
operators or as operations supervisors.
COURSE CONTENT
Q
Gas lift concepts, advantages, and
disadvantages
Q
Gas lift surface and downhole
equipment
Q
Valve mechanics: principles of
operation and classification of gas lift
valves
Q
Valve opening and closing forces and
shop calibration
Q
Design of a continuous gas lift
installation
Q
Nodal analysis, curve determination
of minimum gradient, and gas static
pressure gradient
Q
Gas lift technology and process
Q
Well completion effects
Q
Types of gas lift systems
Q
Multiphase flow analysis
Q
Gas lift equipment
Q
Q
Fundamentals of gas lift design
Sensitivity analysis using
conventional nodal technique
Q
Q
Troubleshooting gas lift wells
Q
Production optimization
Forecast well production
performance
Mandrel spacing and selection of
operating and discharge valves
Q
Overview of intermittent gas lift
methods
Q
Design of an intermittent gas lift
installation
Q
Conventional and unconventional
methods: principle applications and
advantages
Q
AUDIENCE
Production engineers, managers, and
production technicians (office and fields)
who have experience with artificial lift
and gas lift systems.
PREREQUISITE
None
Q
Decline curve analysis types
Q
Suitable production system design
AUDIENCE
Production engineers and reservoir
engineers with a basic knowledge in this
area who are involved in the monitoring
and performance of oil and gas wells.
AUDIENCE
Technical staff with basic knowledge of
gas lift who are involved in the design,
optimization, and monitoring of gas lift
installations.
PREREQUISITE
None
PREREQUISITE
Basic knowledge of well modeling and
nodal analysis, and basic computer skills
to complete in-class exercises.
Software
Technical courses that use software
NExT Catalog-2014(21.5x27.5).indd 135
Includes practical sessions
Field trips
Uses simulation
| 135
12/22/13 2:49 AM
PRODUCTION ENGINEERING
Electric Submersible Pumps:
Application Engineering
Fishing, Perforating and other
Slickline Applications
Skill – 5 Days
Skill – 5 Days
Designed for technical staffs who want
both theoretical and practical knowledge
about the advantages and limitations
of ESPs, this course includes design,
optimization, and diagnosis of wells
producing with ESPs. Attendees gain a
solid understanding of ESP technology
and its applications, as well as of the
pump components and their functions.
Specific instruction is given on the affinity
laws for centrifugal pumps, downhole gas
separators, and gas handlers. Reviews
include both standard and nonstandard
applications of ESP technology.
This course takes a practical approach to
special slickline applications and detailed
descriptions of downhole tools. Included
in the course are procedures and tools for
fishing and perforating, types of landing
nipples, shifting tools, plugs, circulating
devices, procedures, and kickover tools
for installing/retrieving GLM valves, and
subsurface safety valves.
COURSE CONTENT
Q
Review of basic slickline tools and
operations
Q
Shifting tools
Q
Circulation devices
Gas lifttools and valves
Subsurface safety valves
Review of artificial lift systems
Q
Q
Standard and nonstandard ESP
applications
Q
Reservoir dynamics: Inflow
performance relationship and total
dynamic head
Q
Slickline hardware review
Q
Running plugs and safety valves
Q
Fishing tools
Braided line and pressure equipment
Downhole measurements and new
developments
Description of downhole equipment
Q
Q
Pump selection and dimensioning
Q
Q
Physical limits
Q
Nodal analysis
AUDIENCE
Q
Surface equipment
Q
Alternatives to standard means of
deployment
Slickline operators and supervisors,
as well as other personnel involved in
slickline operations.
Q
AUDIENCE
Technical staff involved in production
optimization using ESP technology.
PREREQUISITE
High Gas/Oil Ratio Well
Liquid Unloading
Skill – 5 Days
Skill – 5 Days
This course covers formation damage
mechanisms and the methods used for
mitigation. Also included are the topics
of matrix treatments and hydraulic
fracturing. The damage mitigation in
carbonates is also presented with an
overview of acidizing.
The course provides attendees with a
basic understanding of gas well liquid
unloading, including the use of standard
artificial lift technology to assist in
unloading and in alternative foaming
agent methods. The attendees will use
practical examples to enhance your
understanding of the gas well liquid
unloading processes.
COURSE CONTENT
Q
Introduction
Q
Problem diagnosis and well
intervention
COURSE CONTENT
Q
Q
NEW
Formation Damage and
Mitigation
PREREQUISITE
Familiar with well interventions and
rigless interventions in general and in
particular, with slickline operations.
Q
Acidizing candidate selection
Q
Fracturing high-permeability
formations
Q
Acidizing carbonates
AUDIENCE
Production, drilling, reservoir engineers,
and other field personnel who require
an introduction to wellbore damage
mechanisms and mitigation methods.
PREREQUISITE
Bachelor degree in a technical discipline.
Oilfield operations experience is not
essential but would be beneficial.
COURSE CONTENT
Q
Hydrocarbon physical properties:
Two-phase flow basics
Q
Well inflow performance
Q
Nodal analysis
Q
Artificial lift selection
Q
Sucker rod pumps
Q
Progressive cavity pumps
Q
Electric submersible pumps
Q
Gas lift
Q
Gas well liquid unloading
applications: Intermittent gas lift,
plunger lift, velocity strings, and
injection of surfactants (foaming
agents)
AUDIENCE
Anyone involved in gas production
treatment, handling, or marketing who
wants to understand high gas/oil ratio
wells.
PREREQUISITE
Basic understanding of well completions
and operations.
Basic understanding of production
engineering, production field experience,
or experience with ESPs.
136 |
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12/22/13 2:49 AM
PRODUCTION ENGINEERING
Hydraulic Fracture
Treatment Design and
Quality Control
Introduction to HighTemperature ESP
Applications
Oilfield Water Management
Production Technology:
Heriot-Watt University
Program
Skill – 5 Days
Skill – 2 Days
Skill – 5 Days
Skill – 5 Days
This course presents the basic principles
of hydraulic fracture treatment design
and optimization, including application of
fracture models. Focus is on the use of a
pseudo-3D fracture simulator to design
the optimal treatment pumping schedule
for both low- and high-permeability wells.
Attendees will learn how to select the
appropriate fluid and proppant for specific
reservoir conditions and field operations,
and how to establish quality control for
treatment operations.
This course is designed to provide
an introduction to the ESP and its
applications in high-temperature
environments. The specific functions of
the ESP components are covered in this
course in addition to basic application
engineering principles, operating
practices, and troubleshooting. The
ESP is considered to be an effective
and economical means of lifting large
fluid volumes from significant depths
under a variety of well conditions.
Experience gained over many years
of ESP operation and the continuous
evolution of technology has expanded
the operational capabilities of ESPs. In
particular, ESPs are widely used for the
production of fluids from steam-assisted
gravity drainage (SAGD) well pairs and
other applications that requires a reliable
pumping system in high-temperature
wellbores. Knowledge gained in the
classroom is reinforced with practical
demonstrations of the technology and
components in the workshop by observing
actual equipment being assembled and
tested.
This course covers the entire oilfield
water cycle with an emphasis on
the subsurface aspects, including
producer performance with water
injector performance water sweep
in the reservoir. A review of surface
treatment of produced water, injection
water, or disposal fundamental concepts
are introduced so that attendees
are able to analyze water aspects of
field performance and select suitable
solutions. The course presentations are
intended to persuade the attendees to
think about the issues and contribute
with their own experience. Furthermore,
the attendees are encouraged to bring
their own water challenges for discussion
in class. A field case history of the
Aquarius field is used throughout the
course so that attendees gain experience
through hands-on analysis and design in
all aspects of the water cycle.
In this course, attendees will gain an
insight into the role of the production
engineer, well productivity fundamentals,
and basic operational issues. Course
material introduces production
technologies as an aid to the field
development process and explains
important concepts in reservoir and well
productivity optimization.
COURSE CONTENT
Q
Critical parameters in hydraulic
fracture treatment design
Q
Fracture modeling
Q
Fracture optimization
Q
Fracture fluids and proppants
Q
Minifrac analysis
Q
Fracture treatment execution
Q
Fracture treatment evaluation
Q
Supervision of fracturing operations
AUDIENCE
Engineers and field personnel responsible
for the design and execution of hydraulic
fracture treatments.
PREREQUISITE
Basic understanding of production,
intervention operations, and reservoir
engineering.
Q
Wireline services, perforation
systems, and completion practices
Q
Well intervention, well problems, and
well abandonment
Q
Advanced well systems
Water problem types
Q
Pumps
Q
Nodal analysis for water
Q
Intakes and gas separators
Q
Q
Motor, protector, and power cables
Producing wells diagnostic methods
and solutions
Electrical surface equipment
Q
Q
Injection mechanisms, problem types,
and solutions
Q
High-temperature technology
Q
Application Engineering and ESP
design
Q
Produced fluids
Q
Water quality for injection or disposal
Q
Facilities solutions
Q
Risk and economics for selecting
optimal solutions
AUDIENCE
Production engineers, petroleum
engineers and service company engineers
seeking a better understanding of applied
production technology.
PREREQUISITE
Experience with well operations and well
engineering.
AUDIENCE
Engineers, field supervisors, operators,
and electricians involved in the
application and operation of ESPs.
PREREQUISITE
Production and reservoir engineers
interested in improving the water
management of fields.
PREREQUISITE
Basic knowledge of production
engineering, operator experience, and/or
field electrical experience.
NExT Catalog-2014(21.5x27.5).indd 137
Wellbore completion concepts,
multiple-zone completions, and
completion equipment
Aquarius reservoir, producing
and injection wells, and facilities
exercises
Q
Technical courses that use software
Q
Reservoir issues
Component review
AUDIENCE
Inflow performance relationship,
tubing performance relationship, and
flow through chokes
Q
Q
Dismantle inspection failure analysis
Q
Q
ESP overview
Q
Introduction to production
technology, reservoir production
concepts, reservoir-drive
mechanisms, and composite
production systems
Introduction to the water cycle
Q
Operation and troubleshooting
Q
Q
COURSE CONTENT
Q
Software
COURSE CONTENT
COURSE CONTENT
Basic geological and reservoir concepts
and proficient in the use of Microsoft
Excel program.
Includes practical sessions
Field trips
Uses simulation
| 137
12/22/13 2:49 AM
PRODUCTION ENGINEERING
Sand Control
Sucker Rod Pumps—
Application Engineering
Subsurface-Surface
Production Optimization
Advanced Production
Data Analysis and Nodal
Analysis
Skill – 5 Days
Skill – 5 Days
Skill – 5 Days
Advanced – 5 Days
To increase your understanding of sand
control, this course encompasses sand
control concepts and design as well as
methodologies for selection of optimal
techniques. Attendees will learn best
practices for sand control in horizontal
drainholes and water injectors, sand
management, quality control procedures
for job execution, and postjob evaluation.
This course will allow the attendants
to acquire a solid knowledge of sucker
rod pumps (SRP), their applications,
and a detailed description and function
of each SRP component. The basics of
reservoir inflow performance, artificial
lift systems, standard and special
applications, system components,
design, diagnosis, troubleshooting, and
optimization are also presented. A set
of practical examples and problems are
solved in class. The SRP is considered to
be the most popular artificial lift method
worldwide. Its applications include
low-downhole pressure wells, slim holes,
multiple completions, high-temperature,
and viscous oil. The SRP companies have
improved the operation of the entire
system, including pumpoff controllers,
improved gas separation, gas and
solids handling pumps, and optimization
using surface and bottomhole cards.
Because of its wide operation range
and adaptability to other wells with
minimum cost make the SRP become
an economically attractive solution for
oilfield development.
From this overview of the production
system from reservoir to separator,
attendees learn to optimize the process
using an integrated approach, including
nodal analysis and identification of
major pressure losses. In hands-on
in-class exercises, the attendees
will use specialized software to
identify constraints and propose
recommendations for production
optimization.
In this course, attendees will learn how
to predict theoretical well production
rates using well measurements and
how to identify constraints that impact
performance in the reservoir, completion,
and wellbore system. The attendees will
also learn how to analyze production
data to find permeability, skin factor,
and drainage area and to forecast
future performance based on historical
production trends and known reservoir
properties.
COURSE CONTENT
Q
Basic rock mechanics
Q
Sand prediction
Q
Methods for sand control
Q
Sand management
Q
Gravel-pack design
Q
Screenless methods
Q
High-rate water pack
Q
Frac pack
Q
Sand control job execution and
evaluation
AUDIENCE
Engineers responsible for sand control
design and execution.
Q
Q
Q
COURSE CONTENT
Q
PREREQUISITE
Engineering degree or equivalent
experience with sand control operations.
COURSE CONTENT
Oil production introduction, basic
definitions, concepts, and role of
artificial lift systems
Q
Artificial lift systems overview
Q
Well inflow performance
Q
Advantages and limitations of the
SRP method
Q
Descriptions and functions of surface
equipment
Q
Descriptions and functions of
subsurface equipment
Q
Calculation and sizing using
recommended practices API RP 11L
method.
Q
Description and analysis of the rod
string behavior
Q
Comprehensive design and
selection of subsurface and surface
components
Q
Q
Overview of production system
from reservoir to surface:
Production system and process, well
completions, lift methods, gathering
systems, and separation systems
Nodal analysis: Main pressure-drop
components, inflow performance
relationship, completion, tubing
system graph, and gas well
production behavior
Subsurface-surface production
operation: Integrated vision,
procedures, best practices,
identification of restrictions and
corrective actions, production
optimization using automation
technology, and performance
management
Integrated production systems,
software and tools focusing on
performance modeling, technology
trends, and integrated information
management for control, monitoring,
and automation
COURSE CONTENT
Q
Inflow performance in oil wells
Q
Transient inflow performance
relationship curves
Q
Pressure drop across the completion
Q
Systems analysis graph
Q
Production data analysis
Q
Transient flow
Q
Material balance for various
reservoirs
Q
Transient versus steady-state flow
Q
Estimates of skin factor and
permeability from transient flow
Q
Estimates of drainage area from
pseudosteady-state flow
AUDIENCE
Reservoir and production engineers
involved in improving field performance
through identification and remediation of
underperforming wells.
PREREQUISITE
AUDIENCE
Engineers responsible for production
optimization and tasked with evaluating a
subsurface network and surface system
as one integrated system.
PREREQUISITE
Solid understanding of steady-state and
pseudosteady-state forms of Darcy’s law;
basic understanding of well test analysis,
including ability to identify the early and
middle time regions on a log-log plot;
Horner graph analysis (for permeability
and skin factor).
Knowledge of the production system from
subsurface to surface.
Comprehensive discussion and
analysis of dynamometer cards
AUDIENCE
Production engineers, technologists,
and others involved in production
optimization; specifically, individuals who
want to gain more SRP knowledge.
PREREQUISITE
None
138 |
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12/22/13 2:49 AM
PRODUCTION ENGINEERING
Applied Production Logging and Reservoir Monitoring
Assuring Flow from Pore to
Process
Electric Submersible Pumps
– Advanced
Advanced – 5 Days
Advanced – 3 Days
Advanced – 5 Days
From this course on flow assurance,
attendees will gain an advanced
understanding of fluid flow through a
series of interconnected systems from
the reservoir to surface facilities, and
the prevention and mitigation of common
flow impediments. The attendees will
learn best practices from worldwide
field examples, as well as how to design
fit-for-purpose flow assurance solutions.
In-depth instruction focuses on the
benefits and limitations of ESPs in
challenging production environments.
Attendees will learn design of ESP
systems for special applications,
including production of viscous oil,
production of oil with high gas content
or solids, and production from dual
completions. Hands-on exercises include
generation of pump curves (head versus
flow rate) for several pump speeds.
Encompassing advanced techniques
for production logging and reservoir
monitoring, this course teaches attendees
the design of a data-acquisition program
for evaluation of wellbore or reservoir
behavior based on field development
objectives. Hands-on examples
demonstrate in-depth log interpretation
techniques for resistivity measurements
acquired behind casing, three-phase flow
in horizontal wells, and fluid saturations.
The attendees will learn quicklook
techniques for log quality control as well
as how to plan and integrate multisource
data for a more complete evaluation.
Q
Pulsed neutron logging in capture
mode
Q
Pulsed neutron logging in carbon/
oxygen ratio mode: Development
of database charts to obtain water
saturation and water holdup
Slimhole induction logging in plastic
(nonconductive) casings
Q
Acquisition of pressure data and
formation fluid samples behind casing
Q
Workshop on use of capture and
modes for evaluating water and gas
saturations
Q
COURSE CONTENT
Q
Q
Q
Q
Q
Q
Inflow performance and productivity
index for oil wells and gas wells
Outflow performance: Matching
inflow with outflow to optimize well
productivity
Flow regimes in vertical, deviated,
and horizontal wells
Slippage velocities in vertical and
deviated wells
Various techniques of measuring
of oil, water, and gas velocities:
Spinners, oxygen activation, phase
velocity logging, and gas bubble
velocity
Measurement of three-phase holdups
using electrical and optical sensors
Q
Spinner calibrations in vertical,
deviated, and horizontal wells to
obtain fluid velocities and hence
production rates
Q
Three-phase production logging in
horizontal wells
Q
Physics of pulsed neutron logging:
Principle of the minitron for neutron
generation
Software
Q
Workshop on interpreting resistivity
logging measurements acquired
behind casing
Q
Key flow assurance issues
Q
Technologies for capture and
characterization of fluid samples
Q
Workshop on production logging in
horizontal wells with three-phase
flow
Q
AUDIENCE
Professionals with geoscience
background and minimum of 2 years of
exposure to field production.
PREREQUISITE
More than 2 years of experience
interpreting reservoir monitoring logs
(attendees are encouraged to bring
difficult log examples for in-class
discussion and interpretation).
Technical courses that use software
NExT Catalog-2014(21.5x27.5).indd 139
COURSE CONTENT
Q
Methodologies for measurement,
modeling, and management of
inorganic and organic solids
Fluid flow and heat-transfer
characteristics and their importance
in design of subsea architecture,
model selection, and liquids
management
Processes of fluid flow integration,
heat transfer, and solids
AUDIENCE
Engineers and technical staff responsible
for well surveillance, production
optimization, or completion design.
PREREQUISITE
Working knowledge of well production
behaviors, basic reservoir engineering
principles, and surface facilities;
exposure to well completion design, nodal
analysis, and stimulation processes.
Includes practical sessions
Field trips
Uses simulation
COURSE CONTENT
Q
Study of reservoir performance
Q
Generation of centrifugal pump
curves
Q
Standard and nonstandard
applications
Q
Affinity laws and nodal analysis
Q
ESP design for highly deviated wells
and wells with high-gas content
Q
Review of viscous fluids and emulsion
applications
Q
ESP troubleshooting
Q
Techniques for production through
annular space and fluids recirculation
AUDIENCE
Production professionals involved
in production optimization with ESP
technology.
PREREQUISITE
ESP Applications Engineering course or
field ESP experience.
| 139
12/22/13 2:49 AM
PRODUCTION ENGINEERING
Full Life Cycle Fluid Evaluation: Downhole to Laboratory
Production Data Analysis:
Shale Gas, Tight Gas, and
Coal-Bed Methane
Avocet Integrated Asset
Modeler Fundamentals
Advanced – 5 Days
Advanced – 3 Days
Foundation – 5 Days
This course is designed to implement
a comprehensive learning module of
production data interpretation and
analysis, including the principles of
production fundamentals, technologies,
and workflows with applications and field
examples for unconventional recourses.
Production analysis requires handling
and conditioning large volumes of
multiple source, multiple frequency data,
identifying and synchronizing events, and
assigning the appropriate production rate
to each event. These critical steps enable
production engineers to make efficient
interpretation and analysis of the data
and to optimize well productivity using
advanced methodologies.
The course focuses on use of Avocet
platform to integrate the reservoir with
the surface models. Instruction includes
software installation.
Advanced-level instruction focuses on
technologies for characterization of
reservoir fluids in situ and methods for
capture of a representative sample.
Attendees will learn the importance
of proper sample handling and the
procedures that define fluid properties
(vapor-liquid equilibrium phase
envelopes, gravimetric fluid properties,
and hydrocarbon solids) and rheological
transport characteristics. Hands-on
demonstrations include developing
mathematical models using EOS for
fluid PVT analysis, and hydrocarbon
solids phase boundaries for applications
in reservoir simulations, production
modeling, and surface processing.
COURSE CONTENT
Q
Q
Physics of reservoir fluids, including
origin of fluid gradients, and reservoir
compartmentalization
Downhole fluid-analysis
technology: Monitoring mud-filtrate
contamination, live fluid analysis,
component analysis, and in situ
analysis
Q
Sample quality control and reservoir
characterization workflow examples
Q
New developments in EOS for in situ
crude oil
Q
Methods for determining reservoir
connectivity
Q
Openhole sampling technologies,
including MDT tester
Q
Visit to a technology or operations
center for physical demonstration
of downhole sampling and analysis
tools (location dependent)
Q
Cased hole sampling during well or
production testing and laboratory
fluid characterization technologies
Q
Q
Q
Workflows to develop
thermodynamic and transport
characteristic models
Fundamentals of lab characterization
of hydrocarbon solids (asphaltene,
wax, hydrate)
Visit to fluids and flow assurance
analysis center for physical
demonstration of equipment and
measurement methods (location
dependent)
COURSE CONTENT
Q
AUDIENCE
Members of multidisciplinary teams,
including petrophysicists and engineers,
who need an advanced understanding of
fluid properties from sample acquisition
to modeling.
PREREQUISITE
Strong understanding of fluid property
principles and modeling.
Science: Foundational understanding
of principles and governing factors of
production
Q
Technologies: Exposure to sensor
technologies and tools necessary for
data conditioning
Q
Workflows: Skills to apply
methodologies and workflows to
enable data interpretation and
analysis
COURSE CONTENT
Q
Overview of key reservoir network
coupling fundamentals
Q
Coupling reservoirs to networks
Q
Running time-based simulations
Q
Connecting models
Q
Adding a Microsoft Excel planning,
risk, and reserves software model to
a flow diagram
Q
Evaluating economics with Merak*
software models
Q
Transferring compositions
AUDIENCE
Anyone wanting to integrate reservoirs
with surface models using Avocet
software platform.
PREREQUISITE
Production, reservoir, or process engineer
with a knowledge of either ECLIPSE or
PIPESIM simulator software.
AUDIENCE
Practicing reservoir, production, and
facilities engineers and engineering and
asset managers.
PREREQUISITE
4-year geoscience/engineering degree.
140 |
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12/22/13 2:49 AM
PRODUCTION ENGINEERING
OFM Fundamentals Using
Gas Operations Examples
OFM Administration
Foundation – 2 Days
Foundation – 3 Days
This course introduces attendees to
the primary functionalities of the OFM
software by allowing the attendees to
interact with a preprepared gas well
operations project. The flow of the
course centers on the attendee acting
as a member of a fictional engineering
team, charged with accomplishing a
number of common tasks using the OFM
software suite. The course covers each
of the required tasks. In accomplishing
the tasks, the attendees are exposed
to the range of common features of the
software application. During the course,
the attendees will learn how to use the
OFM software as a quality assurance
tool, seeking deficiencies in the data
before using the project data to illustrate
primary and derived performance
parameters. The course also covers
graphical display features, ranging from
tabular plots through line graphs to GIS
map-based representations.
This course will take the attendees
through a series of hands-on exercises
spanning project creation, project
configuration, and workspace
customization. This course is designed for
technical support personnel rather than
end users, and is therefore focused on the
OFM software underlying structure rather
than its analytical functionalities.
COURSE CONTENT
Q
Brief walkthrough of a fully
functioning project to provide quick
set of reference points
Q
Review project data and check for
missing values
Q
Use filters to screen out unwanted
entities for analysis
NEW
The OFM software provides a costeffective and integrated environment in
which to accomplish complex workflows,
in addition to forecasting analysis and
visualization of reservoir and production
data. OFM software enables early
detection of production problems and
their possible causes, allowing engineers
to manage a larger number of wells in
less time and unlocking the asset to
produce at full potential.
COURSE CONTENT
This 3-day course is intended to turn a
beginner into an OLGA simulator software
user, capable of running realistic flow
assurance tasks. A mixture of lectures
and hands-on exercises helps attendees
understand flow assurance challenges,
the fundamentals of multiphase pipeline
thermo-hydraulics, and how to apply the
OLGA simulator in realistic flow assurance
issues. The exercises are conducted using
the OLGA simulator graphical user interface
(GUI). All major features of the GUI are
covered, including model building, case
runs, parametric studies, and effective post
processing. Fluid property tables for the
OLGA simulator software are generated
with the PVTsim third-party compositional
PVT analysis and characterization software.
Our experienced instructors focus on
teaching the attendees how to turn data
into an acceptable and effective OLGA
simulation.
COURSE CONTENT
COURSE CONTENT
Q
Project configuration: OFM
workspace customization
A brief walkthrough of a fully
functioning project
Q
Q
Basic multiphase production
hydraulics and thermal issues
Q
Base map customization
Review project data and check for
missing values
Q
Q
Introduction to OLGA simulator
topology and basic assumptions
Q
Shared workspaces
Q
Q
Introduction to PVTsim analysis
Q
OFM tools and settings
Use filters to screen out unwanted
entities for analysis
Q
Q
Group project data at multiple levels
Flow assurance issues for oil and
gas-condensate production
Q
Create calculated fields and
calculated variables
Q
Q
Create single- and multiple-well plots
Terrain slugging mitigation,
hydrodynamic slugging, and OLGA
simulator slug tracking
Q
Create and format well and field
summary reports
Q
Q
Export reports and table data to
other applications
Shut-in, cool-down, start-up and
depressurization of a well-flowlineriser configuration
Q
Building a simulation model with
minimum information
Q
Gas condensate pipeline-modeling:
Characteristic steady-state behavior,
pigging, turndown, ramp-up,
three-phase flow, separator with
level control
Q
GIS maps
Create calculated fields and
calculated variables
Anyone who needs to configure or
support OFM software for end users.
Q
This course introduces the attendees to
the primary functionalities of the OFM
software by allowing the attendees
to interact with a preprepared oil and
waterflood production project. The course
centers on the attendee acting as a
member of a fictional engineering team,
charged with accomplishing a number of
common tasks in the OFM software suite.
The course covers each of the required
tasks. In accomplishing the attendees are
exposed to the range of common features
of the software application. During the
course, the attendees will learn how
to use the OFM software as a quality
assurance tool, seeking deficiencies
in the data before using the project
data to illustrate primary and derived
performance parameters. The course also
covers graphical display features ranging
from tabular plots through line graphs to
GIS map-based representations.
Project filters
Q
Create and format well and field
summary reports
Foundation – 3 Days
Project creation
AUDIENCE
Q
Foundation – 2 Days
Q
Group project data at multiple levels
Create single- and multiple-well plots
OLGA Flow Assurance
Q
Q
Q
OFM Fundamentals
Using Oil and Waterflood
Production Examples
PREREQUISITE
None
Export reports and table data to
other applications
AUDIENCE
Anyone responsible for setting up
and maintaining a project using OFM
software.
AUDIENCE
Anyone responsible for setting up
and maintaining a project using OFM
software.
PREREQUISITE
AUDIENCE
None
PREREQUISITE
Beginner to intermediate OLGA simulator
user, prospective OLGA simulator
licensee, and the design or operations
professional interested in exploring
the uses and capabilities of multiphase
transient simulations.
None
PREREQUISITE
No previous experience with the
OLGA simulator is necessary, but a
general knowledge of pipe flow and
thermodynamics would be advantageous.
Software
Technical courses that use software
NExT Catalog-2014(21.5x27.5).indd 141
Includes practical sessions
Field trips
Uses simulation
| 141
12/22/13 2:49 AM
PRODUCTION ENGINEERING
OLGA Well Dynamics
PIPESIM Fundamentals
PIPESIM Gas Field
Production Operations
Diagnosis and Analysis of
Shale Gas Wells using OFM
Foundation – 5 Days
Foundation – 2 Days
Foundation – 2 Days
Skill – 2 Days
This 5-day course is intended to train
the attendees who work with production
and well performance to use the OLGA
software to simulate the flow transients
in the wells and production systems.
This course is very suitable for engineers
who would like to simulate the offshore
well operation scenarios. The course has
a good balance in content between the
well flow dynamics and the hands-on
OLGA simulator skill learning. This course
also helps the OLGA simulator beginners
to quickly grasp the “dynamic” concept,
gain basic skills to use OLGA simulator
software independently, and lay a solid
foundation for building up advanced
modeling capabilities.
In this course, attendees explore the
PIPESIM simulator, which provides
steady-state, multiphase flow simulation
for oil and gas production systems.
Individual PIPESIM modules are used for
a wide range of analyses, including well
modeling, nodal analysis, field planning,
artificial lift optimization, and pipeline
and process facilities modeling. A major
feature of the PIPESIM simulator is
the system integration and openness
that allows users to develop a Total
Production System Model. The attendees
will gain a general understanding of how
PIPESIM simulator software is used to
design and optimize total production
systems from the reservoir to the final
processing delivery point.
This course covers the use of the
PIPESIM steady-state multiphase
simulator for designing and modeling gas
production systems operations. Practical
and comprehensive problems will be
presented, discussed, and analyzed
throughout the course.
This course provides tools and procedures
for analyzing production data from
shale gas wells. The attendees will
learn to use diagnostic plots and
special analysis techniques to forecast
production. Attendees will also learn
screening methods for selecting workover
candidates.
COURSE CONTENT
Q
Q
OLGA simulator well modeling
capability
OLGA simulator well modeling
capability
Q
The OLGA simulator model and its
execution
Q
Numerical solution scheme and
sectioning principles
Q
PVT aspects in OLGA simulation and
PVTsim OLGA interface
COURSE CONTENT
Q
Analyze well performance
Q
Design of models for pipeline and
process facilities
Q
Perform nodal analysis
Q
Develop black oil and compositional
fluid models
Q
Select multiphase flow correlations
Q
Surface network models
COURSE CONTENT
Q
Q
Q
Q
Q
Navigate the PIPESIM simulator user
interface
Troubleshoot and debottleneck
network models
Model gas wells, including various
completion models
Match inflow performance to test
data
Model water separation, injection
into a salt water disposal well, and
wellhead or manifold production
sources
Q
Construct a compositional fluid model
Q
Predict gas hydrate formation,
erosion, corrosion, and liquid loading
in gas wells
Q
Model centrifugal and reciprocating
gas compressors
Q
Compare the relative benefits of push
versus pull compression
Q
Estimate the required slug catcher
size
Q
Model a transmission network
AUDIENCE
Q
Well model building in the OLGA
simulator
Q
Artificial lift modeling with the OLGA
simulator
Q
Mud and well engineering fluid
modeling and applications
Anyone wanting to learn steady-state,
multiphase flow simulation for oil and
gas production systems to analyze
well performance, model pipelines and
facilities, and perform nodal analysis
using PIPESIM simulator software.
Steady-state simulation and
parametric study
PREREQUISITE
Q
Shut-in and start-up
None
Q
Simple gas-lift modeling
PREREQUISITE
Q
Electric submersible pump modeling
Q
Wellbore cleanup
General petroleum engineering
knowledge as well as elemental software
skills.
Q
Blowout and well kill (optional)
Q
COURSE CONTENT
Q
Flow regimes in unconventional
reservoirs
Q
Basics of hydraulic fracturing
Q
Graphical analysis tools
Q
Beta value plot
Q
Rate cumulative ratio plot
Q
Rate inverse plot
Q
Rate time plot
Q
Production forecasting
Q
Estimation of recovery
Q
Restimulation candidate screening
AUDIENCE
Anyone who needs to analyze production
data from shale gas wells.
PREREQUISITE
OFM software proficiency or OFM
Fundamentals course.
AUDIENCE
Production engineers, facilities engineers,
and field production operations
engineers.
AUDIENCE
Production and well performance
engineers involved with offshore well
operations.
PREREQUISITE
No previous OLGA simulator experience
is necessary, but knowledge of well
performance and multiphase flow
modeling would be advantageous.
142 |
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12/22/13 2:49 AM
PRODUCTION ENGINEERING
OFM Using Oil and Waterflood Examples (Intermediate)
Petrel Well Deliverability
Skill – 3 Days
Skill – 1 Day
This course extends the materials
covered in the OFM software
fundamentals course and introduces two
key areas of functionality: forecasting
and mapping. The course introduces
the attendees to a wide variety of
map-based visualizations—bubble, grid,
contour, scatter, and surface maps. In
forecasting the OFM software offers a
highly interactive module for the user
to history match and subsequently
forecast production. The widely used
Arps technique is covered, and attendees
create forecasts using a variety of
assumptions. In addition to single-phase
(oil, gas) forecasts, the course covers
ratio forecasts. Additional techniques
such as calculated forecasts, together
with how to generate effective use of the
results are explained. Although plots and
reports are valid utilities for monitoring
and surveillance, presenting data and
calculation results in the form of a map
is infinitely more effective. Vast amounts
of information can be absorbed very
quickly. Waterflooding is a universally
popular method of secondary recovery.
For waterflood operations, all calculations
need to be made on a reservoir volume
basis. This course introduces PVT as
a way of achieving this goal. Pattern
creation and management techniques
are now possible. A range of diagnostic
techniques is introduced as a means of
illustrating the underlying capabilities of
the application.
Software
COURSE CONTENT
Q
Introducing PVT by various methods
Q
Creating waterflood patterns
Q
Configuring OFM software for
pattern-based calculations
Q
Pattern diagnostics
Q
Mapper applications
Q
Bubble, grid, and contour map
Q
Scatter and map XY plots
Q
Forecasting and forecast scenarios
Q
History-match techniques
Q
Ratio and calculated forecasts and
reports
AUDIENCE
Development geoscientists, development
reservoir engineers, and production
engineers.
PREREQUISITE
OFM software knowledge or the OFM
Fundamentals course.
Technical courses that use software
NExT Catalog-2014(21.5x27.5).indd 143
This course builds on the Petrel platform
reservoir engineering course and is
an extension of the well modeling
environment within the Petrel platform
software suite. The course provides
support for existing reservoir engineering
workflows such as development strategy
and field management. Two main
production workflows are discussed in
the course: performance table collection
and nodal analysis simulation. Attendees
will learn how to use reservoir simulated
variables as input data for creating
performance tables and running a
nodal analysis case. The integration of
production simulated variables to support
reservoir engineering workflows will be
demonstrated by creating performance
(VFP) tables within the Petrel suite
and associating the results with the
development strategy process. In this
way, an integrated reservoir-production
engineering cycle is completed without
leaving the Petrel platform environment.
The attendees will also learn how to use
nodal analysis simulation to introduce
several inflow performance relationship
models for pressure and temperature
traverse. When running the nodal
analysis case, attendees will learn how to
create profile plots, such as liquid holdup,
erosional velocity ratio, fluid mean
velocity, and so forth.
Includes practical sessions
Field trips
Uses simulation
COURSE CONTENT
Q
Well deliverability module
Q
IPR model manager and supported
flow correlations.
Q
Petrel platform well model
optimization by creating a single-flow
path model
Q
IPR model manager
Q
Fluid properties for better
understanding of input data
Q
Hydraulic (VFP) tables
Q
VFP tables association with a
development strategy
Q
Nodal analysis case and display
nodal charts
Q
Profile spreadsheets and derived
logs generated from nodal analysis
through Petrel platform software
Q
Well models importing from PIP
AUDIENCE
Development and exploration geologists,
geophysicists, geochemists, petroleum
engineers, managers, reservoir engineers,
and other technical staff.
PREREQUISITE
Petrel Fundamentals course in addition
to Petrel Reservoir Engineering course or
equivalent experience.
| 143
12/22/13 2:49 AM
PRODUCTION ENGINEERING
OFM Waterflood Analysis
PIPESIM Artificial Lift
Design and Optimization
OFM Advanced Topics
OLGA Advanced Flow
Assurance
Skill – 1 Day
Skill – 2 Days
Advanced – 1 Day
Advanced – 3 Days
In this course, attendees learn to
employ the OFM well and reservoir
analysis software to automatically or
graphically define waterflood patterns
using production and reservoir data.
The attendees will learn to combine
this information with pressure data and
PVT algorithms to determine reservoir
volumes and voidage in addition to
gaining experience in setting up patterns
and performing analyses on a waterflood
project.
Using the PIPESIM simulator software,
attendees will learn to evaluate artificial
lift options for the conceptual design
of a deepwater field development. The
attendees will also learn how to optimize
gas lift allocation for a field on the basis
of current operating conditions and
constraints.
This course focuses on topics outside the
range of features common to day-to-day
use of the OFM software but that are
valuable to the end user. Attendees will
learn significantly more effective ways
to work with an OFM software project,
including examining common workflows
using OFM software.
COURSE CONTENT
COURSE CONTENT
This course mixes lectures and
hands-on exercises to help the attendees
understand the software background
and widen the scope of applications
of transient multiphase simulations
for flow assurance. The exercises are
conducted within the frame of the OLGA
simulator GUI. All major features of
the GUI are covered, including model
building, case runs, parametric studies,
and postprocessing. PVTsim analysis is
used to generate hydrate curves and wax
tables.
Q
Conceptual design for deepwater
development
Q
Study of workspaces
Q
Links to external applications
Q
Subsea tieback design
Q
Reviews of forecast results
Configuration of static and dynamic
patterns
Q
Inflow performance evaluation
Q
Q
Analysis of gas lift design
Advanced table types, including
foreign key and lookup
Q
Use of pressure and PVT data
Q
Q
Loading of reservoir property data
Q
Q
Review of overall waterflood
performance
Q
COURSE CONTENT
Q
Q
Q
Q
Q
Q
Analysis of waterflood by pattern
Calculation of voidage replacement
ratios, comparison by pattern
Creation of grid maps by well and
pattern
Q
Q
Fluids and compositional tracking
with OLGA simulator GUI and PVTsim
analysis
Q
Pipeline profile modeling
Q
Techniques for creating continuous
pressure data streams
Liquid surges and controller basics
Q
Creation and analysis of waterflood
patterns
General guide to separator modeling
and sizing
Q
Hydrates and MEG tracking
Q
Slug mitigation by control
Q
Gas lifting
Q
Well-flowline-riser shut-in and
cool-down with hydrate inhibition
Q
Wax deposition, pigging, and dead-oil
circulation
Q
Overpressure protection
Q
Water hammer
ESP design
Q
Introduction to PVT functionality
Multiphase booster performance
Q
Creation of user functions
Field performance forecast
Q
Making the base map a dynamic tool
Optimization of gas lift allocation
Q
AUDIENCE
Anyone involved in evaluating artificial
lift options, optimize gas lift allocation,
and perform ESP design using PIPESIM
simulator software.
Creation of waterflood control
diagnostic and Hall plots
PREREQUISITE
Estimating pattern configurations and
pattern outlines
PIPESIM Fundamentals course or a
working knowledge of PIPESIM simulator
software.
Q
Q
Q
Generation of waterflood-specific
analyses (e.g., voidage replacement
ratio)
Injection-well specific analysis (Hall
plot)
AUDIENCE
Anyone wanting experience in setting up
patterns and performing analyses on a
waterflood project in OFM software.
Anyone interested in learning more
advanced and effective ways to work
with an OFM software project using
common workflows.
PREREQUISITE
PREREQUISITE
OFM proficiency or OFM Fundamentals
course.
OFM software proficiency or OFM
Fundamentals course.
AUDIENCE
COURSE CONTENT
AUDIENCE
Experienced OLGA simulator users who
are interested in learning about advanced
applications of the OLGA simulator to
flow assurance and modeling of more
complex systems within the software.
PREREQUISITE
OLGA Flow Assurance course and
preferably previous project experience
with OLGA software.
144 |
NExT Catalog-2014(21.5x27.5).indd 144
Visit NExTtraining.net/classes for the latest calendar or to register for a course.
12/22/13 2:49 AM
PRODUCTION
ENGINEERING
ENHANCED OIL
RECOVERY
The EOR program from NExT is fast-track training for experienced reservoir and simulation engineers who have
limited expertise on EOR processes, including EOR mechanisms, experimental analyses, and field implementations.
This training focuses on miscible, immiscible, chemical, and thermal processes for clastics and nonfractured
carbonates and can include applications of the Petrel platform and ECLIPSE software to those processes.
Software
Technical courses that use software
NExT Catalog-2014(21.5x27.5).indd 145
Includes practical sessions
Field trips
Uses simulation
| 145
12/22/13 2:49 AM
INFORMATION MANAGEMENT
SOFTWARE
COMPETENCY
LEVEL
Corporate Data Management
and Integration
Project Data Management
Data Quality Management
Unstructured Information
Management
ADVANCED
eSearch Administration
Administration
ProSource Framework
Advanced
ProSource Logs Advanced
ProSource Enterprise
Advanced
ProSource Seismic
Advanced
SKILL
Fundamentals
InnerLogix DQM
Intermediate
Studio Manager
eSearch Intermediate
ProSource Logs
Fundamentals
ProSource Seismic
Fundamentals
ProSource Enterprise
Fundamentals
FOUNDATION
ProSource Framework
Fundamentals
GeoFrame IESX Seismic
Data Loading and Data
Management
eSearch Fundamentals
GeoFrame Charisma Seismic
Data Loading and Data
Management
GeoFrame Administration
AWARENESS
146 |
NExT Catalog-2014(21.5x27.5).indd 146
InnerLogix DQM Solution
Workshop
Visit NExTtraining.net/classes for the latest calendar or to register for a course.
12/22/13 2:49 AM
INFORMATION MANAGEMENT
InnerLogix DQM Solution
Workshop
NEW
Awareness – 1 Day
This course teaches the attendees
THEÏFUNDAMENTALSÏOFÏDATAÏQUALITYÏ
MANAGEMENTÏUSINGÏ)NNER,OGIXÏDATAÏ
QUALITYÏMANAGEMENTÏ$1-ÏSOLUTIONÏ
Through a series of software
DEMONSTRATIONSÏATTENDEESÏWILLÏLEARNÏHOWÏ
THEÏSOFTWAREÏCANÏAUTOMATEÏANDÏMANUALLYÏ
CONTROLÏDATAÏQUALITYÏCONTROLÏPROCESSESÏTOÏ
ADDRESSÏDATAÏMANAGEMENTÏCHALLENGES
4HEÏ$1-Ï3OLUTIONÏ7ORKSHOPÏPROVIDESÏANÏ
OPPORTUNITYÏFORÏATTENDEESÏTOÏLEARNÏABOUTÏ
THEÏRELEVANCEÏANDÏIMPACTÏOFÏ$1-ÏINÏTHEÏ
PETROLEUMÏINDUSTRYÏANDÏHOWÏ$1-ÏCANÏBEÏ
IMPLEMENTEDÏWITHINÏTHEIRÏORGANIZATIONÏ
TOÏGENERATEÏAÏPOSITIVEÏIMPACTÏINÏ
PRODUCTIVITY
During this workshop, attendees will
ALSOÏHAVEÏTHEÏOPPORTUNITYÏTOÏLEARNÏ
ABOUTÏ)NNER,OGIXÏMANAGEMENTÏSOLUTIONÏ
AÏSPECIALIZEDÏSOFTWAREÏTECHNOLOGYÏ
DESIGNEDÏFORÏTHEÏPETROLEUMÏINDUSTRYSÏ
%0ÏDATAÏ4HISÏISÏAÏSTRATEGICÏANDÏ
NECESSARYÏTOOLÏFORÏSUPPORTINGÏTHEÏ$1-Ï
IMPLEMENTATIONÏPROCESSÏ0ARTICIPANTSÏ
WILLÏSEEÏ)NNER,OGIXÏ$1-ÏSOLUTIONÏINÏ
ACTIONÏBYÏWORKINGÏTHROUGHÏAÏVARIETYÏOFÏ
DEMONSTRATIONÏSCENARIOSÏ4HEÏCOURSEÏ
ILLUSTRATESÏAUTOMATEDÏANDÏMANUALÏDATAÏ
QUALITYÏCONTROLÏPROCESSESÏINÏTHEÏCONTEXTÏ
OFÏRELEVANTÏPETROLEUMÏINDUSTRYÏDATAÏ
MANAGEMENTÏCHALLENGES
COURSE CONTENT
Q
$1-ÏMETHODOLOGY
Q
)NNER,OGIXÏMANAGEMENTÏSOLUTIONÏ
TOOLSÏANDÏTECHNOLOGYÏ
Q
)NNER,OGIXÏMANAGEMENTÏSOLUTIONÏ
$1-ÏSOLUTIONÏWORKSHOP
Q
$1-ÏIMPLEMENTATIONÏSITUATIONS
Q
2EFERENCESÏANDÏ$1-ÏPILOTS
eSearch Fundamentals
GeoFrame Administration
GeoFrame Charisma
Seismic Data Loading
and Data Management
Foundation – 1 Day
Foundation – 5 Days
Foundation – 2 Days
This course teaches the attendees how
TOÏUSEÏE3EARCHÏ!SSETÏ-ANAGEMENTÏ
software for browsing and ordering
COVERINGÏBOTHÏPHYSICALÏANDÏDIGITALÏASSETSÏ
!TTENDEESÏAREÏINTRODUCEDÏTOÏTHEÏSYSTEMÏ
ARCHITECTUREÏCOMPONENTSÏDATAÏMODELÏ
ORGANIZATIONALÏSTRUCTUREÏANDÏTHEÏGRAPHICÏ
USERÏINTERFACEÏANDÏTOOLSÏAVAILABLEÏINÏ
eSearch. Attendees are also guided
THROUGHÏTHEÏDIFFERENTÏTECHNIQUESÏTOÏlNDÏ
cataloged assets, including generation of
reports, ordering and borrowing assets.
!DMINISTRATIONÏFUNDAMENTALSÏFORÏ
'EO&RAMEÏSOFTWAREÏINCLUDINGÏINSTALLATIONÏ
CONlGURATIONÏANDÏMAINTENANCEÏ
!TTENDEESÏWILLÏALSOÏRECEIVEÏANÏ
introduction to the Oracle ® database
MANAGEMENTÏSYSTEMÏANDÏITSÏRELATIONSHIPÏ
TOÏTHEÏ'EO&RAMEÏSOFTWAREÏSYSTEM
In this course, attendees will learn the
FUNDAMENTALSÏOFÏLOADINGÏ$ÏANDÏ$Ï
SEISMICÏDATAÏINTOÏTHEÏ#HARISMAÏSEISMICÏ
INTERPRETATIONÏMODULEÏOFÏTHEÏ'EO&RAMEÏ
software application.
COURSE CONTENT
Q
COURSE CONTENT
)NSTALLATIONÏANDÏADMINISTRATIONÏOFÏ
'EO&RAMEÏSOFTWARE
Q
#ONlGURATIONÏOFÏPRINTERSÏANDÏPLOTTERS
Q
-ANAGEMENTÏOFÏLICENSES
Q
Interfaces
Q
Addition of users and disks
Q
Ordering
Q
!RCHIVALÏANDÏDELETIONÏOFÏPROJECTS
Q
#ENTRALÏMANAGEMENTÏOFÏLOCALÏASSETS
Q
"ASICÏ/RACLEÏADMINISTRATION
Q
Barcode scans
Q
Starting and stopping the database
Q
Bulk edits
Q
"ACKUPÏANDÏRECOVERY
31,ÏSTATEMENTSÏRELATEDÏTOÏ'EO&RAMEÏ
SOFTWAREÏPROJECTS
Q
"ROWSINGÏOFÏDOCUMENTSÏANDÏ
ATTACHMENTS
Q
Q
#USTODYÏACTIVITYÏREPORTS
Q
AUDIENCE
$ATAÏANDÏINFORMATIONÏMANAGEMENTÏ
professionals, data loaders,
DATAÏMANAGERSÏDATABASEÏANDÏ)4Ï
ADMINISTRATORSÏANDÏPETROTECHNICALÏSTAFF
Relational database basics, design of
MODELSÏANDÏTERMINOLOGY
Q
31,ÏLANGUAGEÏELEMENTS
Q
31,Ï0LUSÏENVIRONMENTALÏANDÏBASICÏ
COMMANDS
Q
/RACLEÏSERVERÏARCHITECTURE
PREREQUISITE
AUDIENCE
None
'EO&RAMEÏSOFTWAREÏDATABASEÏ
ADMINISTRATORSÏANDÏAPPLICATIONÏSUPPORTÏ
staff.
COURSE CONTENT
Q
#REATINGÏNEWÏPROJECTS
Q
#REATINGÏSURVEYSÏWITHINÏTHEÏPROJECT
Q
,OADINGÏNAVIGATIONÏDATAÏFROMÏ!3#))Ï
lLESÏANDÏDIRECTLYÏFROMÏ3%'Ï9ÏTRACEÏ
headers
Q
,OADINGÏ$ÏANDÏ$ÏSEISMICÏDATAÏFROMÏ
3%'Ï9ÏTAPES
Q
#REATINGÏSUBPROJECTSÏFORÏSHARINGÏ
SEISMICÏDATA
Q
'ENERATINGÏTIMEÏSLICESÏANDÏCROSSLINESÏ
FROMÏAÏ$ÏVOLUME
Q
"ACKINGÏUPÏANDÏRESTORINGÏSEISMICÏANDÏ
HORIZONÏDATA
AUDIENCE
'EO&RAMEÏANDÏ#HARISMAÏINTERPRETATIONÏ
software users and support staff.
PREREQUISITE
'EO&RAMEÏ&UNDAMENTALSÏCOURSE
PREREQUISITE
0ROlCIENCYÏINÏ,INUX ® and UNIX
applications.
AUDIENCE
#ORPORATEÏMANAGERSÏDATAÏMANAGEMENTÏ
professionals, DBAs, IT professionals,
ANDÏDOMAINÏEXPERTSÏ'EOTECHNICIANSÏ
'EOSCIENTISTSÏANDÏ0ETROLEUMÏ%NGINEERS
PREREQUISITE
"ASICÏUNDERSTANDINGÏOFÏTHEÏ%0ÏINDUSTRYÏ
ANDÏITSÏINFORMATIONÏMANAGEMENTÏ
challenges.
Software
Technical courses that use software
NExT Catalog-2014(21.5x27.5).indd 147
Includes practical sessions
Field trips
Uses simulation
| 147
12/22/13 2:49 AM
INFORMATION MANAGEMENT
GeoFrame IESX Seismic
Data Loading and Data
Management
ProSource Framework
Fundamentals
InnerLogix DQM
Intermediate
ProSource Enterprise
Fundamentals
Foundation – 2 Days
Foundation – 2 Days
Skill – 3 Days
Skill – 3 Days
In this course, attendees will learn to load
$ÏANDÏ$ÏSEISMICÏDATAÏFORÏUSEÏINÏTHEÏ
)%38
Ï$$$ÏSEISMICÏINTERPRETATIONÏ
software. The attendees will learn how
TOÏMANAGEÏANDÏQUALITYÏCONTROLÏ)%38ÏDATAÏ
ANDÏHOWÏTOÏTROUBLESHOOTÏDATAÏPROBLEMS
4HEÏ0RO3OURCEÏDATAÏMANAGEMENTÏANDÏ
DELIVERYÏSYSTEMÏPROVIDESÏAÏSINGLEÏTOOLÏFORÏ
BROWSINGÏEDITINGÏCREATINGÏANDÏMANAGINGÏ
INFORMATIONÏFROMÏMULTIPLEÏDISTRIBUTEDÏ
REPOSITORIESÏ4HISÏCOURSEÏISÏRECOMMENDEDÏ
ASÏTHEÏlRSTÏSTEPÏINÏLEARNINGÏTHEÏ0RO3OURCEÏ
INFORMATIONÏMANAGEMENTÏSYSTEMÏANDÏ
ASSOCIATEDÏPRODUCTSÏ)NSTRUCTIONÏCOVERSÏ
THEÏFUNDAMENTALÏWORKmOWSÏSUPPORTEDÏ
BYÏTHEÏ0RO3OURCEÏSYSTEMÏ4HEÏ0RO3OURCEÏ
SYSTEMÏINTERFACEÏANDÏTHEÏWORKmOWSÏ
COVEREDÏAREÏCOMMONÏTOÏTHEÏSUITEÏOFÏ
0RO3OURCEÏSYSTEMÏPRODUCTSÏ4HEÏTRAININGÏ
guides the attendees through the
USEÏOFÏTHISÏSOFTWAREÏSOÏTHATÏTHEYÏCANÏ
QUICKLYÏANDÏEFlCIENTLYÏMANAGEÏDATAÏANDÏ
understand the architecture supporting
the application.
)NNER,OGIXÏ$1-Ï)NTERMEDIATEÏCOURSEÏ
PROVIDESÏAÏPRACTICALÏAPPROACHÏTOÏTHEÏ
IMPLEMENTATIONÏOFÏAUTOMATEDÏANDÏ
MANUALÏQUALITYÏCONTROLÏWORKmOWSÏUSINGÏ
)NNER,OGIXÏSOFTWAREÏTECHNOLOGYÏANDÏ
FOLLOWINGÏTHEÏ$1-ÏMETHODOLOGY
This course teaches attendees the
FUNDAMENTALSÏOFÏANDÏWORKmOWSÏFORÏTHEÏ
0RO3OURCEÏDATAÏMANAGEMENTÏANDÏDELIVERYÏ
SYSTEMÏWHICHÏLEVERAGESÏTHEÏ3EABED
Ï
%0ÏOPENÏDATAÏMODELÏANDÏDATABASEÏ
SYSTEMÏTOÏEXTENDÏTHEÏFUNCTIONALITIESÏ
OFÏTHEÏ0RO3OURCEÏDATAÏMANAGEMENTÏ
APPLICATIONÏ4HEÏATTENDEESÏWILLÏRECEIVEÏ
ANÏOVERVIEWÏOFÏTHEÏFUNCTIONALITIESÏANDÏTHEÏ
PROCEDURESÏNEEDEDÏTOÏEXECUTEÏSPECIlCÏ
WORKmOWSÏOFÏDATAÏLOADINGÏVALIDATIONÏANDÏ
1#ÏEXPORTINGÏDATAÏANDÏUSINGÏUTILITIESÏ
An introduction to the Seabed data
MODELÏEXPLAINSÏITSÏUSEÏINÏTHEÏ0RO3OURCEÏ
%NTERPRISEÏAPPLICATIONÏ!TTENDEESÏ
WILLÏLEARNÏHOWÏTOÏUSEÏTHEÏ0RO3OURCEÏ
APPLICATIONÏTOÏMANAGEÏDATAÏANDÏ
understand the architecture supporting
THEÏAPPLICATIONÏ,ESSONSÏANDÏEXERCISESÏ
AREÏDESIGNEDÏINÏAÏWORKmOWÏFASHIONÏ
focusing on practical user needs that let
YOUÏAPPLYÏYOURÏNEWÏSKILLSÏIMMEDIATELY
COURSE CONTENT
Q
#REATEÏNEWÏPROJECTS
Q
0REVIEWÏ$ÏANDÏ$ÏSEISMICÏHEADERSÏ
and data
Q
,OADÏ$ÏSEISMICÏDATAÏANDÏSTATIONÏ
locations
Q
,OADÏ$ÏSEISMICÏDATAÏANDÏGENERATEÏ
TIMEÏSLICESÏANDÏSURFACEÏSLICES
Q
Q
Load cartographic data with Tobin
FORMAT
-ANAGEÏDATAÏWITHÏ)%38Ï
$ATA-ANAGERÏSYSTEM
COURSE CONTENT
Q
AUDIENCE
Q
'EO&RAMEÏSOFTWAREÏANDÏ)%38Ï
interpretation application users and
support staff.
PREREQUISITE
Q
Q
'EO&RAMEÏ&UNDAMENTALSÏCOURSE
Q
Q
Q
Attendees will learn techniques and
TOOLSÏTOÏMANAGEÏTHEÏMOSTÏCOMMONÏDATAÏ
QUALITYÏISSUESÏINÏTHEÏPETROLEUMÏUPSTREAMÏ
INDUSTRYÏÏHOWÏTOÏCONTROLÏTHEÏQUALITYÏOFÏ
DATAÏINÏOPERATIONSÏANDÏHOWÏTOÏIMPROVEÏ
THEÏBASISÏFORÏANALYSISÏANDÏDECISION
MAKINGÏ4HEÏ)NNER,OGIXÏSOLUTIONÏSUITEÏOFÏ
TOOLSÏFEATUREDÏINÏTHISÏCOURSEÏINCLUDESÏ
$ATA,OGIXÏ1#0ROÏ1#,OGIXÏANDÏ1#3YNCÏ
1#!NALYSTÏ1#Ï2ULESÏ%DITORÏ),8!DMINÏ
ANDÏ1#3UMMARY
COURSE CONTENT
Q
5SEÏANDÏVALUEÏOFÏQUALITYÏDATAÏFORÏ
TRUSTEDÏANALYSESÏANDÏDECISIONSÏINÏTHEÏ
INDUSTRY
Q
5SEÏOFÏ$ATA,OGIXÏTOOLSETÏTOÏMANUALLYÏ
ANALYZEÏASSESSÏANDÏCORRECTÏ%0Ï
data
0RO3OURCEÏSYSTEMÏARCHITECTUREÏANDÏ
INTEGRATIONÏSTRATEGY
Using the tree folder structure to
access data using queries
3EARCHINGÏFORÏSPECIlCÏDATAÏUSINGÏ
constraints
Q
Accessing spatial data and related
INFORMATIONÏWITHÏTHEÏMAP
!CCESSINGÏUNDERLYINGÏDATAÏSOURCESÏTOÏ
VIEWÏANDÏEDITÏDATA
!NALYZINGÏRESULTSÏWITHÏTHEÏDATAÏ
VIEWERS
0ERFORMINGÏANDÏMANAGINGÏDATAÏ
transfers using the Data Transfer
Manager
AUDIENCE
$ATAÏMANAGEMENTÏPROFESSIONALSÏWITHÏ
LIMITEDÏORÏNOÏEXPERIENCEÏUSINGÏ0RO3OURCEÏ
SYSTEMÏSOFTWAREÏWHOÏREQUIREÏAÏBASICÏ
understanding of the interface and
WORKmOWS
PREREQUISITE
None
Q
Q
Q
Q
5SEÏOFÏ1#,OGIXÏANDÏ1#3YNCÏ1#0ROÏ
TOOLSETÏTOÏAUTOMATEÏTHEÏASSESSMENTÏ
CORRECTIONÏANDÏSYNCHRONIZATIONÏOFÏ
%0ÏDATA
2ULEÏSETSÏFORÏDATAÏQUALITYÏASSESSMENTÏ
ANDÏCORRECTIONÏUSINGÏ1#2ULES%DITOR
5SEÏOFÏ),8!DMINÏTOÏPERFORMÏ
ADMINISTRATIONÏTASKSÏCREATEÏ
1#0ROJECTSÏDATAÏLINKSÏANDÏRUNÏJOBS
!NALYSISÏOFÏDATAÏQUALITYÏRESULTSÏANDÏ
DEFECTSÏUSINGÏ1#!NALYST
AUDIENCE
#ORPORATEÏDATAÏMANAGERSÏDATAÏ
MANAGEMENTÏPROFESSIONALSÏ$"!SÏ)4Ï
PROFESSIONALSÏANDÏDOMAINÏEXPERTSÏ
Geotechnicians, Geoscientists, and
0ETROLEUMÏ%NGINEERS
PREREQUISITE
NExT Catalog-2014(21.5x27.5).indd 148
Q
0RO3OURCEÏ%NTERPRISEÏARCHITECTUREÏ
ANDÏINTEGRATIONÏSTRATEGY
Q
)NTEGRATINGÏDIFFERENTÏDATAÏTYPESÏ
VISUALLYÏUSINGÏDIFFERENTÏDATAÏVIEWERS
Q
Access and browse the Seabed data
MODELÏANDÏOTHERÏDATAÏSOURCES
Q
,OADINGÏDATAÏUSINGÏAÏVARIETYÏOFÏLOADERÏ
functions
Q
"ROWSINGÏANDÏVALIDATINGÏDATA
Q
%XPORTINGÏDATAÏFROMÏTHEÏ3EABEDÏDATAÏ
MODELÏTOÏDIFFERENTÏFORMATS
Q
0ERFORMÏDATAÏTRANSFERSÏBETWEENÏ
0RO3OURCEÏ%NTERPRISEÏANDÏ'EO&RAME
/PEN7ORKS © software
Q
5SINGÏTHEÏTOOLSÏTOÏMANIPULATEÏANDÏ
ENSUREÏDATAÏQUALITY
7EBBASEDÏREPORTSÏOFÏQUALITYÏSCORESÏ
USINGÏ1#3UMMARY
"ASICÏUNDERSTANDINGÏOFÏTHEÏ%0ÏINDUSTRYÏ
ANDÏITSÏINFORMATIONÏMANAGEMENTÏ
challenges.
148 |
COURSE CONTENT
AUDIENCE
$ATAÏANDÏINFORMATIONÏMANAGEMENTÏ
professionals, data loaders, data
MANAGERSÏANDÏDATABASEÏANDÏ)4Ï
ADMINISTRATORS
PREREQUISITE
0RO3OURCEÏ&RAMEWORKÏ&UNDAMENTALSÏ
course or working knowledge of
0RO3OURCEÏSOFTWARE
Visit NExTtraining.net/classes for the latest calendar or to register for a course.
12/22/13 2:49 AM
INFORMATION MANAGEMENT
ProSource Front Office
Fundamentals
ProSource Logs
Fundamentals
ProSource Seismic
Fundamentals
Studio Manager
Skill – 2 Days
Skill – 2 Days
Skill – 3 Days
Skill – 3 Days
This course introduces attendees to
0RO3OURCEÏDATAÏMANAGEMENTÏANDÏDELIVERYÏ
SYSTEMÏ&RONTÏ/FlCEÏANÏEASYTOUSEÏ
WEBBASEDÏAPPLICATIONÏTHATÏPROVIDESÏ
WORKmOWBASEDÏDATAÏDELIVERYÏINÏTWOÏ
IMPORTANTÏMETHODSÏ4HESEÏMETHODSÏAREÏ
EFlCIENTLYÏDELIVERINGÏLOGÏDATAÏDIRECTLYÏ
INTOÏTHEÏ0ETRELÏPLATFORMÏANDÏ4ECHLOGÏ
PLATFORMÏPROJECTSÏBYÏMEANSÏOFÏPLUGINSÏ
ALLOWINGÏUSERSÏTOÏSEARCHÏANDÏVISUALIZEÏ
EXPORTINGÏDATAÏFROMÏTHEÏ0RO3OURCEÏ
SYSTEMÏTHROUGHÏAÏLIGHTWEIGHTÏWEBÏ
INTERFACEÏ4HEÏ0RO3OURCEÏ&RONTÏ/FlCEÏ
PACKAGEÏINTERFACESÏWITHÏ0RO3OURCEÏ,OGSÏ
0RO3OURCEÏ%NTERPRISEÏANDÏ0RO3OURCEÏ
3EISMICÏSOFTWAREÏSYSTEMS
This course teaches attendees the
FUNDAMENTALÏCONCEPTSÏANDÏWORKmOWSÏ
REQUIREDÏTOÏMANAGEÏTHEÏFULLÏLIFECYCLEÏOFÏ
well logs data using the functionalities of
0RO3OURCEÏ,OGSÏTECHNOLOGYÏANDÏ3EABEDÏ
%0ÏOPENÏDATAÏMODELÏ!TTENDEESÏWILLÏGETÏ
ANÏOVERVIEWÏOFÏTHEÏFUNCTIONALITIESÏANDÏTHEÏ
PROCEDURESÏNEEDEDÏTOÏEXECUTEÏSPECIlCÏ
WORKmOWSÏOFÏBROWSINGÏDATAÏLOADINGÏ
VALIDATIONÏQUALITYÏCONTROLÏANDÏEXPORTINGÏ
OFÏWELLÏLOGSÏDATAÏINÏVARIOUSÏINDUSTRYÏ
STANDARDÏFORMATS
4HISÏCOURSEÏPRESENTSÏTHEÏFUNDAMENTALÏ
CONCEPTSÏANDÏWORKmOWSÏFORÏ0RO3OURCEÏ
3EISMICÏWHICHÏISÏAÏPARTÏOFÏ0RO3OURCEÏ
%0ÏDATAÏMANAGEMENTÏANDÏDELIVERYÏ
SYSTEMÏ!TTENDEESÏWILLÏLEARNÏHOWÏ
TOÏMANAGEÏSEISMICÏANDÏNAVIGATIONÏ
DATAÏALONGÏWITHÏRELATEDÏDOCUMENTSÏINÏ
SEISMICÏARCHIVEÏANDÏINÏTHEÏINTERPRETATIONÏ
PROJECTSÏUSINGÏTHEÏCOMMONÏ0RO3OURCEÏ
INTERFACEÏFORÏACCESSINGÏANDÏMANAGINGÏ
THEÏARCHIVEÏ4HEÏCOURSEÏISÏANÏOVERVIEWÏ
of the functionalities and the procedures
NEEDEDÏWHENÏEXECUTINGÏTHEÏWORKmOWSÏ
OFÏSEISMICÏDATAÏLOADINGÏVALIDATIONSÏ
QUALITYÏCONTROLÏVIEWINGÏANDÏEXPORTINGÏ
,ESSONSÏANDÏEXERCISESÏFOCUSÏONÏPRACTICALÏ
APPLICATIONSÏANDÏHELPÏPARTICIPANTSÏAPPLYÏ
NEWÏSKILLSÏIMMEDIATELY
This course introduces attendees to
3TUDIOÏ%0ÏKNOWLEDGEÏENVIRONMENTÏ
WHICHÏALLOWSÏDATAÏMANAGERSÏTOÏ
EFFECTIVELYÏSUPPORTÏANDÏMANAGEÏ0ETRELÏ
PLATFORMÏUSERSÏANDÏPROJECTSÏ4HEÏ3TUDIOÏ
-ANAGERÏPROVIDESÏAPPLICATIONSÏTHATÏALLOWÏ
FORÏADMINISTERINGÏBROWSINGÏCORRECTINGÏ
ANDÏORGANIZINGÏ%0ÏDATAÏ$ATAÏMANAGERSÏ
CANÏQUICKLYÏEVALUATEÏTHEÏSTATEÏOFÏTHEIRÏ
3TUDIOÏENVIRONMENTˆTOÏDETERMINEÏTHEÏ
STATUSÏOFÏVARIOUSÏREPOSITORIESÏREVIEWÏ
RECENTÏUSERÏACTIVITYÏANDÏIDENTIFYÏANDÏ
COMPLETEÏCRITICALÏDATAMANAGEMENTÏ
TASKSÏ(IGHLEVELÏINFORMATIONÏENABLESÏ
QUICKÏACCESSÏTOÏKEYÏINDICATORSÏANDÏ
INTELLIGENCEÏONÏTHEÏREPOSITORYÏTOÏWHICHÏ
the user is connected. In this course,
attendees will learn how to use Studio
Manager as the single application to
MANAGEÏDATAÏINÏTHEÏ3TUDIOÏDATABASEÏFORÏ
0ETRELÏUSERSÏIMPLEMENTÏANDÏMANAGEÏ
COLLABORATIONÏWORKmOWSÏACROSSÏTEAMSÏ
ANDÏAPPLYÏDATAÏMANAGEMENTÏBESTÏ
practices.
COURSE CONTENT
Q
Q
)NITIATEÏTHEÏ0RO3OURCEÏ&RONTÏ/FlCEÏ
SYSTEMÏANDÏNAVIGATEÏTHEÏINTERFACE
Search for and browse well
INFORMATIONÏDEVIATIONÏSURVEYSÏ
MARKERSÏPERFORATIONSÏCHECKSHOTÏ
SURVEYSÏCOREÏINTERVALSÏ630ÏSURVEYSÏ
ANDÏSEISMICÏDATA
COURSE CONTENT
Q
0RO3OURCEÏ,OGSÏARCHITECTUREÏANDÏ
application interface
Q
0RO3OURCEÏ,OGSÏlLEÏFORMATSÏ
Q
,OADÏQUALITYÏCONTROLÏANDÏVALIDATEÏ
VARIOUSÏWELLÏLOGÏDATA
Q
Q
Q
)NTERRELATIONSHIPÏOFÏ0RO3OURCEÏ&RONTÏ
/FlCEÏWINDOWSÏSOFTWARE
Q
Q
5SEÏAÏVARIETYÏOFÏFEATURESÏINÏDIFFERENTÏ
WINDOWSÏINCLUDINGÏMAPÏLOGÏVIEWERÏ
LOGÏPASSÏVIEWERÏ%"#$)#ÏHEADERÏANDÏ
THEÏVISUALIZATIONÏANDÏROTATIONÏOFÏ$Ï
DEVIATIONÏGRAPHICS
Q
Q
Q
%XPORTÏLOGÏDATAÏINTOÏSTANDARDÏFORMATÏ
,!3,)3$,)3
$OWNLOADÏWELLÏ630ÏANDÏSEISMICÏ
DATAÏlLESÏANDÏASSOCIATEDÏDOCUMENTS
Q
4RANSFERÏDATAÏTOÏ0ETRELÏPLATFORMÏ
suite and Techlog software using the
ASSOCIATEDÏ0RO3OURCEÏ&RONTÏ/FlCEÏ
PLUGIN
Q
,OGÏDATAÏANDÏASSOCIATEDÏDOCUMENTSÏ
DATAÏSUBMISSIONÏFROMÏ0RO3OURCEÏ
&RONTÏ/FlCEÏSOFTWAREÏTOÏ0RO3OURCEÏ
,OGSÏSYSTEMS
Q
%NDUSERÏWORKmOWS
Q
!UTOMATEDÏBATCHÏLOADINGÏ
CONlGURATION
#REATEÏVARIOUSÏREPORTSÏINÏUSERDElNEDÏ
TEMPLATES
%XPORTÏDATAÏINÏSTANDARDÏFORMATSÏANDÏ
MANAGEÏTEMPORARYÏlLES
Manage and search for electronic
DOCUMENTS
/VERVIEWÏOFÏGEODETICSÏCONCEPTSÏ
NAVIGATIONÏANDÏSEISMICÏDATAÏFORMATSÏ
NUMBERINGÏSYSTEMSÏANDÏBASICSÏOFÏ$Ï
ANDÏ$ÏSEISMICÏSURVEYS
Q
#OMMONÏWORKmOWSÏOFÏ0RO3OURCEÏ
3EISMICÏFORÏDATAÏLOADINGÏSEARCHINGÏ
BROWSINGÏVIEWINGÏSELECTINGÏANDÏ
EXPORTING
Q
3CANÏEDITÏANDÏQUALITYÏCONTROLÏ
SEISMICÏTRACEÏHEADERÏDATA
Q
,OADÏNAVIGATIONÏDATAÏSEISMICÏ
DATAÏTAPEÏINDEXÏDATAÏANDÏ
SCANNINGÏSEISMICÏDATAÏAVAILABLEÏINÏ
INTERPRETATIONÏPROJECTS
AUDIENCE
4HISÏCOURSEÏISÏINTENDEDÏFORÏPETRO
TECHNICALÏDATAÏADMINISTRATORSÏDATAÏ
LOADERSÏDATAÏMANAGERSÏANDÏGEOSCIENTISTSÏ
INVOLVEDÏWITHÏCORPORATEÏWELLÏLOGSÏDATAÏ
who require understanding about the
FUNCTIONALITIESÏANDÏWORKmOWSÏSUPPORTEDÏ
BYÏ0RO3OURCEÏ,OGS
PREREQUISITE
0RO3OURCEÏ&RAMEWORKÏ&UNDAMENTALSÏ
course or working knowledge of
0RO3OURCEÏSOFTWARE
'EOSCIENTISTSÏPETROLEUMÏENGINEERSÏDATAÏ
MANAGERSÏANDÏTECHNICALÏ)4ÏPERSONNELÏ
WITHÏDATAÏMANAGEMENTÏDELIVERYÏ
responsibilities.
PREREQUISITE
'ENERALÏUNDERSTANDINGÏOFÏDATAÏDELIVERYÏ
ANDÏDATAÏmOWÏPROCESSESÏREQUIREDÏ
TOÏPERFORMÏPETROLEUMÏSUBSURFACEÏ
interpretation studies.
Technical courses that use software
NExT Catalog-2014(21.5x27.5).indd 149
Q
Browse data using tabular or
GRAPHICALÏVIEWERS
AUDIENCE
Software
COURSE CONTENT
Q
6ARIOUSÏDATAÏEXPORTÏWORKmOWSÏ
INCLUSIVEÏDATAÏEXPORTÏFROMÏSEISMICÏ
ARCHIVEÏTOÏINTERPRETATIONÏPROJECTSÏ
ANDÏDATAÏTRANSFERÏFROMÏPROJECTÏTOÏ
PROJECT
Q
5SEÏ0RO3OURCEÏ3EISMICÏUTILITIESÏANDÏ
SETÏUPÏUSERÏACCOUNTSÏFORÏVARIOUSÏ
TYPESÏOFÏWORKmOWS
COURSE CONTENT
Q
Q
PREREQUISITE
0RO3OURCEÏ&RAMEWORKÏ&UNDAMENTALSÏ
course or a working knowledge of
0RO3OURCEÏSOFTWARE
Includes practical sessions
Field trips
Uses simulation
Introduction to Studio knowledge
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| 149
12/22/13 2:49 AM
INFORMATION MANAGEMENT
eSearch Intermediate
Skill – 2 Days
eSearch Administration
NEW
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ProSource Enterprise
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ProSource Framework
Advanced
Advanced – 3 Days
Advanced – 3 Days
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OVERVIEWÏANDÏUNDERSTANDINGÏOFÏTHEÏTASKSÏ
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architecture and application interface
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Create and assign user roles
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CAPABILITIESÏANDÏLEARNÏTHEÏ6IEWLOADER
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NOTIlCATIONSÏUSEDÏDURINGÏLOADING
EXPORTINGÏANDÏLICENSEÏPARAMETERS
4HISÏCOURSEÏISÏINTENDEDÏFORÏPETRO
TECHNICALÏDATAÏADMINISTRATORSÏDATAÏ
LOADERSÏDATAÏMANAGERSÏANDÏANYÏOTHERÏ
DATAÏMANAGEMENTÏPROFESSIONALSÏINVOLVEDÏ
WITHÏCORPORATEÏDATAÏMANAGEMENTÏWHOÏ
need a deeper understanding of the
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ADMINISTRATIONÏANDÏADVANCEDÏWORKmOWS
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COURSEÏORÏAÏBASICÏWORKINGÏEXPERIENCEÏOFÏ
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NExT Catalog-2014(21.5x27.5).indd 150
5SEÏTHEÏ)-Ï!DMINISTRATIONÏ#ONSOLE
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#OORDINATEÏSYSTEMÏCONSIDERATIONSÏ
during data loading
AUDIENCE
150 |
Q
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PREREQUISITE
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GENERALÏKNOWLEDGEÏOFÏPHYSICALÏASSETÏ
MANAGEMENT
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SYSTEMÏRUNTIMEÏENVIRONMENT
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CUSTOMIZEDÏDATAÏLOADINGÏSCENARIOS
PREREQUISITE
E3EARCHÏ&UNDAMENTALSÏCOURSE
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0ROFESSIONALSÏWHOÏPARTICIPATEÏINÏ)4Ï
Software Application and Database
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Data Managers.
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interfaces, and staging areas
TEMPORARYÏAREASÏUSEDÏDURINGÏDATAÏ
LOADING
COURSE CONTENT
Set up related data and pick lists
DROPÏLISTS
Q
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COORDINATEÏDATAÏANDÏVIRTUALÏSHAPES
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#ONlGUREÏANDÏLAUNCHÏEXTERNALÏ
APPLICATIONSÏINÏCONTEXT
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0ETROTECHNICALÏDATAÏADMINISTRATORSÏ
DATAÏLOADERSÏDATAÏMANAGERSÏANDÏANYÏ
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course or working knowledge of
0RO3OURCEÏSYSTEMÏSOFTWAREÏANDÏ
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applications.
Visit NExTtraining.net/classes for the latest calendar or to register for a course.
12/22/13 2:49 AM
INFORMATION MANAGEMENT
ProSource Front Office
Administration
ProSource Logs Advanced
ProSource Seismic Advanced
Advanced – 3 Days
Advanced – 3 Days
Advanced – 3 Days
4HISÏCOURSEÏPROVIDESÏATTENDEESÏWITHÏ
details and an understanding of the tasks
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0RO3OURCEÏ&RONTÏ/FlCEÏDATAÏMANAGEMENTÏ
ANDÏDELIVERYÏSYSTEMÏ4HEÏCOURSEÏCOVERSÏ
details of the procedures needed to
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reports.
4HISÏCOURSEÏPROVIDESÏATTENDEESÏWITHÏ
details and an understanding of the tasks
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0RO3OURCEÏ,OGSÏ4HEÏCOURSEÏDETAILSÏTHEÏ
PROCEDURESÏNEEDEDÏTOÏADMINISTERÏANDÏ
CREATEÏVARIOUSÏ3EABEDÏ%0ÏOPENÏDATAÏ
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DATAÏACCESSÏENTITLEMENTSÏTOÏDIFFERENTÏ
GROUPSÏOFÏUSERSÏSYNCHRONIZEÏEXISTINGÏ
PROJECTSÏCONlGUREÏDEFAULTÏVALUESÏFORÏDATAÏ
LOADERÏANDÏEXPORTERÏCONlGUREÏMULTIPLEÏ
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space issues during data loading, and
CONlGUREÏMISCELLANEOUSÏPARAMETERSÏLIKEÏ
REPORTSÏJOBÏSCHEDULERÏETCÏ4HISÏCOURSEÏ
WILLÏHELPÏATTENDEESÏDESIGNÏADVANCEDÏDATAÏ
LOADINGÏANDÏVALIDATIONÏWORKmOWSÏFORÏWELLÏ
LOGÏDATAÏMANIPULATIONÏNEEDS
This course presents attendees with
THEÏADVANCEDÏCONCEPTSÏANDÏWORKmOWSÏ
FORÏ0RO3OURCE
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ISÏAÏMODULEÏOFÏTHEÏ0RO3OURCEÏ%0ÏDATAÏ
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WILLÏBEÏSHOWNÏHOWÏTOÏEFlCIENTLYÏUSEÏ
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SEISMICÏDATAÏ,ESSONSÏANDÏEXERCISESÏ
focus on practical applications and help
ATTENDEESÏAPPLYÏNEWÏSKILLSÏIMMEDIATELY
COURSE CONTENT
Q
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architecture and application interface
to access data
Q
#REATEÏANDÏCONlGUREÏUSERÏANDÏPROJECT
Q
#ONlGUREÏMAP
Q
3UMMARIZEÏTHEÏCONCEPTÏANDÏCONlGUREÏ
the data scope restriction
Q
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Q
#REATEÏANDÏCONlGUREÏAÏNEWÏFORM
window
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COURSE CONTENT
Q Outline Seabed database
ADMINISTRATIONÏINCLUDINGÏCREATIONÏOFÏ
PROJECTSÏDICTIONARIESÏINTERFACESÏANDÏ
STAGINGÏAREASÏTEMPORARYÏAREASÏUSEDÏ
DURINGÏDATAÏLOADING
Q
0ETROTECHNICALÏDATAÏADMINISTRATORSÏDATAÏ
LOADERSÏDATAÏMANAGERSÏANDÏTECHNICALÏ
)4ÏPERSONNELÏWITHÏ$ATAÏ-ANAGEMENTÏ
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0RO3OURCEÏ&RONTÏ/FlCEÏSOFTWARE
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DATAÏACCESSÏANDÏVALIDATION
Q
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required to control data access to
VARIOUSÏUSERÏGROUPSÏENTITLEMENTSÏ
ANDÏTOÏSYNCHRONIZEÏPROJECTSÏ$ATAÏ
#OPY5PDATE
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COREÏIMAGESÏSURVEYÏREPORTSÏWITHÏ
ADDITIONALÏNODESÏINÏTHEÏ0RO3OURCEÏ
TREEÏEGÏ630ÏSURVEYÏDATAÏlLES
Q
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DATABASEÏINTEGRITYÏDURINGÏLOADING
Q
Q
0ERFORMÏADMINISTRATIVEÏTASKSÏ
INCLUDINGÏBUTÏNOTÏLIMITEDÏTOÏSETTINGÏ
UPÏEMAILÏNOTIlCATIONSÏCONlGURINGÏ
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REFERENCEÏSYSTEMÏ#23ÏALIASESÏANDÏ
EXPORTÏJOBS
Q
%XPLOREÏTHEÏ0RO3OURCEÏ3EISMICÏDATAÏ
MODELÏANDÏUSEÏITÏFORÏQUALITYÏCONTROLÏ
and troubleshooting
Q
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MODULEÏUSINGÏTHEÏ)NFORMATIONÏ
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0ETROTECHNICALÏDATAÏADMINISTRATORSÏDATAÏ
LOADERSÏDATAÏMANAGERSÏANDÏANYÏOTHERÏ
DATAÏMANAGEMENTÏPROFESSIONALSÏINVOLVEDÏ
WITHÏCORPORATEÏSEISMICÏDATAÏTHATÏNEEDÏAÏ
DEEPERÏUNDERSTANDINGÏOFÏTHEÏ0RO3OURCEÏ
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#ONlGUREÏACCESSÏTOÏDISTRIBUTEDÏ
INSTALLATIONSÏ0RO3OURCEÏSYSTEM
3EABEDÏDATABASEÏBYÏMEANSÏOFÏ
AÏSINGLEÏ0RO3OURCEÏAPPLICATIONÏ
interface
Q
Q
Q
#REATEÏ0RO3OURCEÏUSERSÏANDÏASSIGNÏ
application roles to users
Q
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application users using the Business
!SSOCIATESÏSUBMODEL
Q
%XPORTÏDATAÏUSINGÏSPATIALÏ
ENTITLEMENTSÏANDÏVARIOUSÏTECHNIQUESÏ
FORÏSPATIALÏDATAÏCUTTINGÏWORKmOWS
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0RO3OURCEÏ3EISMICÏ&UNDAMENTALSÏCOURSEÏ
ORÏWORKINGÏEXPERIENCEÏINÏ0RO3OURCEÏ
3EISMICÏSOFTWAREÏINÏADDITIONÏTOÏAÏ
general knowledge and understanding of
CONCEPTSÏRELATEDÏTOÏTHEÏ,INUXÏOPERATINGÏ
SYSTEMÏANDÏ/RACLEÏDATABASES
Manage default properties for
LOADINGÏANDÏEXPORTINGÏINDUSTRYÏ
STANDARDÏWELLÏLOGÏFORMATSÏ$,)3Ï,)3Ï
,!3
/UTLINEÏADMINISTRATIONÏPROCEDURESÏTOÏ
CREATEÏCUSTOMÏ%XCELÏREPORTSÏMANAGEÏ
TEMPORARYÏlLESÏCREATEDÏDURINGÏ
LOADINGEXPORTINGÏCONlGUREÏJOBÏ
SCHEDULERÏEMAILÏNOTIlCATIONSÏANDÏ
LICENSEÏPARAMETERS
AUDIENCE
This course is intended for petrotechnical
DATAÏADMINISTRATORSÏDATAÏLOADERSÏ
DATAÏMANAGERSÏANDÏANYÏOTHERÏDATAÏ
MANAGEMENTÏPROFESSIONALS
PREREQUISITE
0RO3OURCEÏ,OGSÏ&UNDAMENTALSÏCOURSEÏORÏWORKINGÏ
EXPERIENCEÏWITHÏ0RO3OURCEÏ,OGSÏ3YSTEM
Software
Technical courses that use software
NExT Catalog-2014(21.5x27.5).indd 151
Includes practical sessions
Field trips
Uses simulation
| 151
12/22/13 2:49 AM
OPEN TECHNOLOGY
Creating advantage
Enabling innovation
„
Faster development
„
Immediate deployment of new science
„
Seamless integration of your intellectual property
into the Petrel platform workflows
152 |
NExT Catalog-2014(21.5x27.5).indd 152
Visit NExTtraining.net/classes for the latest calendar or to register for a course.
12/22/13 2:49 AM
Ocean Software
Development Framework
Fundamentals for Petrel
Techlog Python
Open Inventor .NET: 3D
Visualization for Ocean
Foundation – 5 Days
Foundation – 2 Days
Skill – 3 Days
)NÏTHISÏCOURSEÏTHROUGHÏAÏSERIESÏOFÏMODULESÏ
ANDÏLABSÏATTENDEESÏWILLÏLEARNÏTOÏEXTENDÏ
THEÏFEATURESÏOFÏTHEÏ0ETRELÏPLATFORMÏANDÏ
build software using the Ocean software
DEVELOPMENTÏFRAMEWORKÏTHROUGHÏAÏSETÏOFÏ
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3$+ÏENABLESÏUSERSÏTOÏADDÏFUNCTIONALITYÏ
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written in the C# language, the language
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This course is designed to introduce
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The attendees will learn how to create,
edit, open, and run scripts in a Techlog
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SYNTAXÏANDÏPROGRAMMINGÏSKILLSÏ0YTHONÏANDÏ
4ECHLOGÏPLATFORMÏMODULESÏLIBRARIESÏANDÏ
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'ROUPÏ63'ÏISÏSTRUCTUREDÏFORÏPROGRAMMERSÏ
writing. It introduces the attendees to
ADVANCEDÏTECHNIQUESÏFORÏRENDERINGÏCUSTOMÏ
DOMAINÏOBJECTSÏUSINGÏTHEÏ/CEANÏSOFTWAREÏ
DEVELOPMENTÏKITÏ$EMONSTRATIONSÏOFÏ63'Ï
TOOLSÏHELPÏATTENDEESÏDEVELOPÏ$ÏSCENEÏ
graphs.
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COURSE CONTENT
Scene creation and interaction
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Q
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nÏÏ(ISTORYÏANDÏCONCEPTÏ
Q
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nÏÏ0YTHONÏPROGRAMMINGÏINSIDEÏ
Techlog software
Q
COURSE CONTENT
Debugging a 3D scene
Actions
Sensors
Q
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Q
)NTRODUCTIONÏTOÏTHEÏ0YTHONÏEDITOR
Q
/CEANÏOVERVIEWÏARCHITECTUREÏANDÏ
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PLATFORMÏUNITÏ
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attributes, shapes, pillar grid, and
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WINDOWSÏTREESÏSETTINGSÏANDÏDOMAINÏ
OBJECTÏCUSTOMIZATIONÏ
Q
6ISUALIZATIONÏCUSTOMÏRENDERERSÏANDÏ
interaction
Q
$EPLOYMENT
Q
#USTOMÏVISUALIZATIONÏ
Q
– Opening and running scripts
%XTENSIONS
Q
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nÏÏ0ROGRAMMINGÏBASICSÏ
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nÏÏ0YTHONÏSYNTAXÏANDÏCODINGÏRULESÏ
AUDIENCE
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SOFTWAREÏDEVELOPMENTÏKITÏWHOÏAREÏWRITINGÏ
PLUGINSÏFORÏTHEÏ0ETRELÏPLATFORM
Q
Q
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SOFTWARE
OPEN TECHNOLOGY
nÏÏ2UNNINGÏYOURÏOWNÏEQUATIONSÏ
INÏAÏMULTIWELLÏANDÏMULTIZONEÏ
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&UNDAMENTALSÏCOURSEÏMANDATORY
!DVANCEDÏSCRIPTING
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3OFTWAREÏDEVELOPERSÏENGINEERSÏORÏ
GEOSCIENTISTSÏWITHÏBASICÏPROGRAMMINGÏ
skills interested in gaining a general
UNDERSTANDINGÏOFÏTHEÏ/CEANÏFRAMEWORKÏFORÏ
THEÏ0ETRELÏPLATFORM
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nÏÏ)NTRODUCTIONÏTOÏADVANCEDÏBASICSÏ
SUCHÏASÏMULTIDIMENSIONALÏLISTSÏANDÏ
dictionaries
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nÏÏ)NTRODUCTIONÏTOÏORIENTEDÏOBJECTÏ
PROGRAMMINGÏ
2EADINGÏANDÏWRITINGÏlLES
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!TTENDEESÏSHOULDÏBEÏFAMILIARÏANDÏ
COMFORTABLEÏWITHÏ7INDOWSÏENVIRONMENTÏ
ANDÏ-ICROSOFTÏ6ISUALÏ3TUDIOÏDEVELOPMENTÏ
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EXPERIENCEÏWITHÏ.%4ÏANDÏ#Ï+NOWLEDGEÏ
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BASICÏPROGRAMMINGÏSKILLSÏINTERESTEDÏINÏAÏ
GENERALÏUNDERSTANDINGÏOFÏ0YTHONÏSCRIPTINGÏ
INÏTHEÏ4ECHLOGÏPLATFORMÏSOFTWARE
PREREQUISITE
4ECHLOGÏ&UNDAMENTALSÏCOURSE
Software
Technical courses that use software
NExT Catalog-2014(21.5x27.5).indd 153
Includes practical sessions
Field trips
Uses simulation
| 153
12/22/13 2:49 AM
SURFACE FACILITIES DESIGN AND ENGINEERING
COMPETENCY
LEVEL
Maintenance and Reliability
Surface Facilities Engineer
ADVANCED
Assuring Flow from Pore to Process
SKILL
Plant Turnaround Management (Programmed Plant Shutdown)
Subsea Production Systems (SPS) and Subsea Technologies
Condition-Based Maintenance for Static and Rotating Equipments
Subsurface-Surface Production Optimization
Maintenance Management and Control Indicators
Heavy Oil Transportation and Processing
Oilfield Corrosion Management
Failure Mode Effect Analysis Applied to Production Operations
Multiphase Flow
Automation, Instrumentation, Measurements, and Process Control
FOUNDATION
Maintenance Cost Control
Utilities: Design and Operations
Reliability Methodologies Applied to Maintenance
Introduction to HYSYS Software in Oil and Gas Processing
Risk and Reliability Engineering
Gas Processing and Conditioning
Maintenance Integrated Planning
Crude Oil and Water Treatment
Selection, Operation, and Maintenance of Pumps,
Compressors, and Prime Movers
Introduction to Flow Assurance
Maintenance and Reliability
Surface Facility Production Operations
Health, Safety, and Environment in Exploration and Production
HAZOP/HAZID and SIL
AWARENESS
Offshore Facilities
Introduction to Surface Facilities
154 |
NExT Catalog-2014(21.5x27.5).indd 154
Visit NExTtraining.net/classes for the latest calendar or to register for a course.
12/22/13 2:49 AM
SURFACE FACILITIES DESIGN AND ENGINEERING
OLGA
Avocet Workflow Manager - Level 2
OLGA Advanced Flow Assurance
PIPESIM
COMPETENCY
LEVEL
ADVANCED
SKILL
Avocet Workflow Manager - Level 1
SOFTWARE
Avocet
FOUNDATION
Avocet for Administrators
OLGA Flow Assurance
PIPESIM Gas Field Production Operations
Avocet Integrated Asset Modular Fundamentals
OLGA Well Dynamics
PIPESIM Fundamentals
Avocet Volumes Manager for End Users
Software
Technical courses that use software
NExT Catalog-2014(21.5x27.5).indd 155
Includes practical sessions
Field trips
Uses simulation
| 155
12/22/13 2:49 AM
SURFACE FACILITIES DESIGN AND ENGINEERING
Introduction to Surface
Facilities
Offshore Facilities
Crude Oil and Water
Treatment
Gas Processing and
Conditioning
Awareness – 5 Days
Awareness – 5 Days
Foundation – 5 Days
Foundation – 5 Days
3TRUCTUREDÏTOÏPROVIDEÏATTENDEESÏWITHÏTHEÏ
FUNDAMENTALSÏOFÏSURFACEÏFACILITIESÏTHISÏ
COURSEÏCOVERSÏTHEÏPRODUCTIONÏPROCESSÏ
FROMÏTHEÏWELLHEADÏTOÏCUSTODYÏTRANSFERÏ
Topics include production surface
FACILITIESÏSYSTEMSÏINCLUDINGÏGATHERINGÏ
SEPARATIONÏPRODUCTIONÏTREATMENTÏ
METERINGÏSYSTEMSÏANDÏPROCESSÏ
EQUIPMENTÏ4HEÏATTENDEESÏWILLÏLEARNÏ
ABOUTÏAPPLIEDÏmOWÏASSURANCEÏANDÏHOWÏ
PRODUCEDÏmUIDSÏAREÏCONVERTEDÏTOÏSALEABLEÏ
products.
4HISÏCOURSEÏPROVIDESÏATTENDEESÏWITHÏ
ANÏOVERVIEWÏOFÏTHEÏTOPSIDEÏANDÏSUBSEAÏ
facilities used in offshore oil and gas
lELDSÏ4HEÏATTENDEESÏWILLÏLEARNÏHOWÏ
offshore production facilities are
designed and operated and how recent
technologies are applied in addition
learning how the production facilities
change with water depth and the
PRODUCINGÏCONSTRAINTSÏTHATÏDRIVEÏTHOSEÏ
changes. Course discussion includes
THEÏEVOLUTIONÏOFÏSUBSEAÏFACILITIESÏWITHÏ
THEÏINCREASINGÏNUMBERÏOFÏDEEPWATERÏ
DEVELOPMENTS
4HISÏCOURSEÏCOVERSÏOILÏANDÏWATERTREATINGÏ
EQUIPMENTÏDESIGNÏANDÏOPERATIONSÏ
ENCOMPASSINGÏTHEÏTHEORIESÏTECHNOLOGIESÏ
ANDÏEXAMPLESÏ!TTENDEESÏWILLÏLEARNÏTHEÏ
PRIMARYÏCHALLENGESÏFACEDÏINÏCRUDEÏOILÏ
HANDLINGÏINCLUDINGÏEMULSIONÏFORMATIONÏ
BOTHÏTHEORETICALÏANDÏACTUALÏEXAMPLESÏ
STABILIZATIONÏANDÏTHEÏMECHANISMÏANDÏ
TECHNOLOGYÏUSEDÏTOÏDESTABILIZEÏANDÏ
SEPARATEÏWATERÏFROMÏOILÏINÏADDITIONÏTOÏ
the use of desalting technologies and
PROCESSESÏTOÏBRINGÏPRODUCEDÏmUIDSÏTOÏ
REQUIREDÏOILÏSPECIlCATIONSÏ4HEÏATTENDEESÏ
will learn about the technologies,
processes, and operational conditions
EMPLOYEDÏTOÏTREATÏPRODUCEDÏWATERÏTOÏ
REQUIREDÏSPECIlCATIONS
4HISÏCOURSEÏCOVERSÏTHEÏMAJORÏTECHNICALÏ
aspects of gas processing and
conditioning. Attendees will obtain an
OVERVIEWÏOFÏTHEÏFUNDAMENTALSÏANDÏTOOLSÏ
USEDÏTOÏDETERMINEÏTHEÏMAINÏPROPERTIESÏ
OFÏNATURALÏGASÏASÏTHEYÏRELATEÏTOÏGASÏ
SEPARATIONÏDEHYDRATIONÏSWEETENINGÏ
MEASUREMENTÏANDÏTRANSPORTATIONÏ4HEÏ
COURSEÏFOCUSESÏONÏPLANTÏANDÏEQUIPMENTÏ
design and operations and includes
INCLASSÏEXERCISESÏFORÏTHEÏIDENTIlCATIONÏ
OFÏKEYÏVARIABLESÏFORÏOPTIMALÏDESIGNSÏANDÏ
operations.
COURSE CONTENT
Q
Q
Q
&IELDÏDEVELOPMENTÏOVERVIEW
7ELLÏmOWÏCONTROLÏANDÏSAFETYÏSYSTEM
&LUIDÏSEPARATIONÏSYSTEM
Q
/ILÏTREATMENT
Q
7ATERÏTREATMENT
Q
Q
'ATHERINGÏSYSTEM
Q
Q
COURSE CONTENT
'ASÏTREATMENT
&LOWÏASSURANCEÏOVERVIEW
Q
#USTODYÏTRANSFERÏANDÏMEASUREMENTS
Q
0ROCESSÏEQUIPMEN
Q
Q
Q
Q
Q
AUDIENCE
%NGINEERSÏANDÏGEOSCIENTISTSÏINVOLVEDÏINÏ
lELDÏDEVELOPMENTÏORÏPRODUCTIONÏOFÏOILÏ
and gas.
Q
/FFSHOREÏFACILITIESÏCLASSIlCATIONÏ
according to depth
3HALLOWWATERÏPRODUCTIONÏFACILITIESÏ
and deepwater facilities
&IXEDÏPLATFORMS
&LOATINGÏPRODUCTIONÏSYSTEMS
3UBSEAÏSYSTEMSÏ4ECHNOLOGICALÏ
DEVELOPMENTÏANDÏTRENDSÏANDÏ
PRODUCTIONÏSYSTEMS
Structural considerations in offshore
facilities
%NVIRONMENTALÏGEOGRAPHICALÏANDÏSOILÏ
considerations
Q
/FFSHOREÏFACILITYÏLAYOUTSÏANDÏ
construction engineering
Q
%VOLUTIONÏOFÏTHEÏ2ECOMMENDEDÏ
0RACTICEÏFORÏ0LANNINGÏ$ESIGNINGÏ
ANDÏ#ONSTRUCTINGÏ&IXEDÏ/FFSHOREÏ
0LATFORMSÏ!0)Ï20Ï!
PREREQUISITE
-INIMUMÏOFÏYEARÏTECHNICALÏDEGREEÏORÏ
EQUIVALENTÏEXPERIENCE
Q
$IGITALÏOILlELDÏPRODUCTIONÏ
MONITORINGÏCONTROLÏANDÏOPTIMIZATIONÏ
technologies
.ATURALÏGASÏPROPERTIESÏANDÏBEHAVIOR
Q
7ATERHYDROCARBONÏBEHAVIORÏANDÏTHEÏ
EFFECTÏOFÏCONTAMINANTSÏ(S, CO
Q
(YDRATESÏ0ROBLEMÏDEPOSITIONÏSITEÏ
IMPACTÏCOMPOSITIONÏANDÏSTRUCTUREÏ
CONDITIONSÏOFÏFORMATIONÏHYDRATEÏ
DETECTIONÏCONTROLÏANDÏREMEDIATION
Q
'ASÏSEPARATIONÏ0RINCIPLESÏTYPESÏ
MULTISTAGEÏPROCESSÏCONDENSATEÏ
STABILIZATIONÏANDÏMULTIPHASEÏ
separators
Surface facilities operation and design
ENGINEERSÏPRODUCTIONÏCHEMISTSÏmOWÏ
assurance engineers, and production
engineers wanting a better understanding
OFÏTHEÏTREATMENTÏFUNDAMENTALSÏFORÏOILÏANDÏ
water.
Q
'ASÏSWEETENINGÏ0ROCESSESÏDESIGNSÏ
and operating aspects
Q
'ASÏDEHYDRATIONÏ#OMMONÏ
OPERATIONALÏPROBLEMSÏANDÏPOSSIBLEÏ
solutions
Q
'ASÏMEASUREMENTS
PREREQUISITE
Q
'ASÏTRANSPORTATIONÏSYSTEM
Q
.EWÏDEVELOPMENTSÏANDÏEMERGINGÏ
technologies
Q
#OMMERCIALÏISSUES
COURSE CONTENT
Q
/ILÏTREATMENTÏFUNDAMENTALS
Q
%MULSIONÏTHEORY
Q
#RUDEÏOILÏDEHYDRATIONÏEQUIPMENT
Q
Crude oil desalting
Q
7ATERÏTREATMENT
AUDIENCE
Basic knowledge of oil and gas production
SYSTEMSÏANDÏCRUDEÏOILÏPROPERTIES
Q
Technological challenges for natural
gas production
AUDIENCE
%NGINEERSÏRESPONSIBLEÏFORÏORÏINVOLVEDÏ
with offshore production operations or
SURVEILLANCEÏLOOKINGÏFORÏANÏINTRODUCTIONÏTOÏ
offshore facilities.
%NGINEERSÏGASÏPLANTÏMANAGERSÏ
ANDÏSUPERVISORSÏRESPONSIBLEÏFORÏGASÏ
processing operations or design.
"ASICÏKNOWLEDGEÏOFÏPRODUCTIONÏSYSTEMS
NExT Catalog-2014(21.5x27.5).indd 156
Q
AUDIENCE
PREREQUISITE
156 |
COURSE CONTENT
PREREQUISITE
General knowledge of oil and gas
PRODUCTIONÏSYSTEMS
Visit NExTtraining.net/classes for the latest calendar or to register for a course.
12/22/13 2:49 AM
SURFACE FACILITIES DESIGN AND ENGINEERING
HAZOP/HAZID and SIL
Health, Safety, and
Environment in Exploration
and Production
Introduction to HYSYS
Software in Oil and Gas
Processing
Introduction to Flow
Assurance
Foundation – 5 Days
Foundation – 3 Days
Foundation – 5 Days
Foundation – 5 Days
4HISÏCOURSEÏPROVIDESÏATTENDEESÏWITHÏAÏ
WORKINGÏAPPROACHÏTOÏ(AZARDÏ/PERABILITYÏ
(!:/0ÏPRACTICESÏANDÏPROCEDURESÏ)NÏ
this course, attendees will learn how
TOÏAPPLYÏTHEÏTECHNIQUESÏOFÏ(!:/0Ï
ANALYSISÏINCLUDINGÏTHEÏTIPSÏTRICKSÏANDÏ
SECRETSÏANALYSTSÏUSEÏTOÏIMPLEMENTÏANDÏ
MAINTAINÏEFlCIENTÏOPERATIONÏPROCEDURESÏ
4HEÏCOURSEÏMATERIALÏALSOÏCOVERSÏTHEÏ
TOOLSÏNEEDEDÏFORÏHAZARDÏIDENTIlCATIONÏ
INCLUDINGÏROOTÏCAUSEÏIDENTIlCATIONÏANDÏTHEÏ
APPLICATIONÏOFÏREDUNDANTÏSYSTEMÏLAYERSÏ
FORÏPROTECTIONÏPREVENTIONÏANDÏMITIGATIONÏ
The attendees will learn how conduct
HAZARDÏANALYSISÏTOÏQUALIFYÏANDÏQUANTIFYÏ
RISKÏANDÏTHEÏPROBABILITYÏOFÏASSOCIATEDÏ
failures.
4HISÏCOURSEÏPRESENTSÏCOMPREHENSIVEÏ(3%Ï
METHODSÏANDÏTOOLSÏUSEDÏFORÏDEVELOPMENTÏ
OFÏRISKÏMANAGEMENTÏPROCESSESÏ
!TTENDEESÏWILLÏLEARNÏHOWÏTOÏIMPROVEÏ
THEÏSAFETYÏOFÏOPERATINGÏCONDITIONSÏATÏ
PRODUCTIONÏFACILITIESÏMINIMIZEÏTHEÏRISKÏ
INÏEMERGENCYÏSITUATIONSÏANDÏESTABLISHÏ
PROACTIVEÏMITIGATIONÏSTRATEGIES
)NÏTHISÏCOURSEÏYOUÏWILLÏLEARNÏHOWÏTOÏUSEÏ
(9393®Ï!SPENÏ4ECHNOLOGYÏSOFTWAREÏTOÏ
MODELÏDIFFERENTÏOILÏANDÏGASÏPROCESSESÏ
FORÏTHEÏDESIGNÏANALYSISÏANDÏTOÏEVALUATEÏ
THEÏPERFORMANCEÏOFÏEXISTINGÏOILÏANDÏGASÏ
FACILITIESÏPROCESSÏEQUIPMENTÏANDÏPLANTS
!TTENDEESÏWILLÏCOMPLETEÏTHEÏPRELIMINARYÏ
PROCESSÏmOWÏDIAGRAMSÏMASSÏANDÏENERGYÏ
BALANCEÏANDÏEQUIPMENTÏSIZINGÏBASEDÏONÏ
(9393ÏOPERATIONSÏANDÏEXTENSIONÏOBJECTSÏ
THATÏALLOWÏCUSTOMÏUNITÏOPERATIONSÏKINETICÏ
REACTIONSÏANDÏPROPERTYÏPACKAGESÏTOÏBEÏ
INCORPORATEDÏINTOÏ(9393Ï3IMULATION
The attendees will also learn how to
BUILDÏNAVIGATEÏANDÏOPTIMIZEÏPROCESSÏ
SIMULATIONSÏUSINGÏ(9393ÏSOFTWARE
This course introduces attendees to
THEÏMAINÏTYPESÏANDÏCAUSESÏOFÏmOWÏ
IMPEDIMENTSÏALONGÏWITHÏTHEÏMETHODSÏANDÏ
TECHNOLOGIESÏCOMMONLYÏAPPLIEDÏFORÏTHEIRÏ
PREVENTIONÏCONTROLÏANDÏREMEDIATIONÏ
)NCREASEÏYOURÏUNDERSTANDINGÏOFÏTHEÏMAINÏ
PROBLEMSÏASSOCIATEDÏWITHÏmOWÏASSURANCEÏ
INCLUDINGÏASPHALTENESÏPARAFlNSÏ
EMULSIONÏSCALESÏSANDÏSLUGGINGÏ
CORROSIONÏANDÏHYDRATESÏ4HEÏATTENDEESÏ
will learn which technologies and
TECHNIQUESÏTOÏUSEÏFORÏSPECIlCÏPROBLEMÏ
ENVIRONMENTSÏANDÏTHEÏADVANTAGESÏANDÏ
DISADVANTAGESÏOFÏEACHÏINÏADDITIONÏTOÏ
LEARNINGÏHOWÏTOÏIDENTIFYÏTHEÏTYPESÏANDÏ
CAUSESÏOFÏmOWÏIMPEDIMENTÏANDÏTHEÏ
METHODSÏORÏTECHNOLOGIESÏTHATÏSHOULDÏBEÏ
APPLIEDÏFORÏTHEÏPREVENTIONÏCONTROLÏANDÏ
REMEDIATIONÏOFÏTHESEÏmOWÏIMPEDIMENTS
COURSE CONTENT
Q
2ISKÏMANAGEMENTÏ"ASICÏDElNITIONSÏ
occupational health plan, risk
recognition, unsafe act, and
RISKGENERATINGÏSOURCE
Q
2ISKÏEVALUATIONÏOBJECTIVES
Q
2ISKÏMAGNITUDEÏDETERMINATION
Q
%XPOSUREÏRESULTSÏWITHÏCLINICALÏ
INVESTIGATIONÏRELATION
COURSE CONTENT
Q
(!:/0ÏMETHODSÏANDÏAPPLICATIONS
Q
(AZARDÏ)DENTIlCATIONÏ(!:)$ÏANDÏ
MITIGATIONÏSTRATEGIES
Q
Q
Q
(AZARDÏANALYSISÏANDÏPROBABILITYÏ
DETERMINATION
Q
3AMPLINGÏSTRATEGYÏPLANÏANDÏMETHODS
Q
3AMPLEÏANALYSISÏ$IRECT
MEASUREMENTÏTOOLSÏANDÏCONTINUOUSÏ
SAMPLEÏANALYSISÏ
2ISKÏANALYSISÏANDÏFAILUREÏ
considerations
Q
Risk control
3AFETYÏINTEGRITYÏLEVELÏASSESSMENT
Q
2ISKSÏATÏWORKÏADMINISTRATION
AUDIENCE
%NGINEERSÏSAFETYÏANDÏENVIRONMENTALÏ
personnel, plant operators, area
MANAGERSÏANDÏMAINTENANCEÏPERSONNEL
Q
PREREQUISITE
3URFACEÏ&ACILITYÏ0RODUCTIONÏ/PERATIONSÏ
course.
Q
Q
2ISKCONTROLÏMETHODSÏANDÏTHEIRÏ
EFFECTIVENESS
Q
Q
COURSE CONTENT
Q
Q
(!:)$Ï(!:/0ÏANALYSISÏQUALITATIVEÏ
METHODSÏFORÏRISKÏANALYSISÏHUMANÏ
ERRORÏANALYSISÏACCIDENTÏSCENARIOSÏ
natural threats, and preparation for
EMERGENCIES
#ASEÏIDENTIlCATIONÏANDÏEVALUATIONÏ
ANDÏEMERGENCYÏCONTROLÏ
AUDIENCE
%NGINEERSÏANDÏ(3%ÏSPECIALISTSÏINTERESTEDÏ
INÏESTABLISHINGÏSYSTEMATICÏ(3%Ï
procedures.
Fluid package package and transport
properties
/ILÏANDÏGASÏPROPERTIESÏSIMULATIONÏ
USINGÏ(9393Ï
Q
0ROCESSÏmOWÏDIAGRAMSÏINÏ(9393Ï
software
Q
-ATERIALÏANDÏENERGYÏSTREAM
Q
!CCIDENTSÏ#AUSESÏRESULTSÏ
and occupational and disease
MANAGEMENT
(9393ÏSOFTWAREÏOVERVIEWÏANDÏ
applications
COURSE CONTENT
Q
Q
)NORGANICÏSCALEÏ$EPOSITIONÏ
PRINCIPLESÏPREDICTIONÏMODELINGÏ
MANAGEMENTÏPROGRAMÏDESIGNÏANDÏ
SCALEÏPREVENTION
Q
(YDRATESÏ$EPOSITIONÏPRINCIPLEÏ
IMPACTÏHYDRATEÏDETECTIONÏCONTROLÏ
ANDÏREMEDIATION
Q
0ARAFlNSÏWAXÏ$EPOSITIONÏPRINCIPLEÏ
properties, factors affecting
DEPOSITIONÏOPERATIONALÏPROBLEMSÏ
CONTROLÏANDÏREMEDIATION
Q
!SPHALTENESÏ+EYÏPROPERTIESÏ
DEPOSITIONÏMECHANISMÏMODELINGÏ
EFFECTÏOFÏVARIABLESÏOPERATIONALÏ
PROBLEMSÏPREVENTIONÏANDÏ
REMEDIATION
Q
%MULSIONSÏ#RUDEÏOILÏNATURALÏ
surfactants, characteristics, and
TREATMENTS
Q
#ORROSIONÏ&ACTORSÏINmUENCINGÏOILlELDÏ
corrosion and their control
Oil, gas, and water separators and
SYSTEMÏCOMPONENTÏSIMULATIONS
Q
/ILÏANDÏGASÏSEPARATIONÏSYSTEMSÏ
SIMULATIONSÏ
Q
0ROCESSÏOPTIMIZATIONÏCASEÏSTUDIES
AUDIENCE
0ROCESSÏENGINEERSÏMECHANICALÏ
ENGINEERSÏINSTRUMENTATIONÏANDÏCONTROLÏ
ENGINEERSÏSURFACEÏFACILITIESÏPROJECTÏ
ENGINEERSÏ3PECIALÏINSTRUCTIONSÏ#OMPANYÏ
REPRESENTEDÏBYÏTHEÏATTENDEESÏMUSTÏHAVEÏ
(9393ÏSOFTWAREÏLICENSES
PREREQUISITE
None
PREREQUISITE
Flow assurance principles and
FUNDAMENTALS
AUDIENCE
"ASICÏKNOWLEDGEÏOFÏEXPLORATIONÏ
DEVELOPMENTÏANDÏPRODUCTIONÏOPERATIONS
%NGINEERSÏRESPONSIBLEÏFORÏASSESSINGÏ
DIAGNOSINGÏORÏTROUBLESHOOTINGÏmOWÏ
ASSURANCEÏPROBLEMSÏINÏANÏOPERATIONALÏORÏ
DESIGNÏCAPACITY
PREREQUISITE
General knowledge of production
SYSTEMSÏANDÏSURFACEÏOPERATIONS
Software
Technical courses that use software
NExT Catalog-2014(21.5x27.5).indd 157
Includes practical sessions
Field trips
Uses simulation
| 157
12/22/13 2:49 AM
SURFACE FACILITIES DESIGN AND ENGINEERING
Maintenance and Reliability
Maintenance Cost Control
Maintenance Integrated
Planning
Maintenance
Foundation – 5 Days
Foundation – 5 Days
Foundation – 5 Days
Foundation – 5 Days
This course introduces classic and
CURRENTÏTECHNIQUESÏFORÏMAINTENANCEÏANDÏ
RELIABILITYÏDECISIONÏMAKINGÏ!TTENDEESÏWILLÏ
LEARNÏTOÏAPPLYÏAÏRELIABILITYÏPROBABILISTICÏ
APPROACHÏCONDUCTÏCOSTBENElTÏANALYSISÏ
ANDÏIMPLEMENTÏPREDICTIVEÏMAINTENANCEÏ
ACTIVITIESÏ4HEÏCOURSEÏFOCUSÏISÏONÏTHEÏ
INFORMATIONÏTYPICALLYÏAVAILABLEÏINÏMOSTÏ
operations and how it can be used to
CONDUCTÏFAILUREÏANALYSISÏ4HEÏATTENDEESÏ
WILLÏLEARNÏHOWÏTOÏAPPLYÏMAINTENANCEÏ
ANDÏRELIABILITYÏCONCEPTSÏTOÏGENERATEÏAÏ
WELLPLANNEDÏPREDICTIVEÏMAINTENANCEÏ
PROGRAMÏINÏADDITIONÏTOÏINCREASINGÏTHEIRÏ
KNOWLEDGEÏOFÏINFORMATIONÏANDÏRELIABILITYÏ
METHODSÏTHATÏCANÏBEÏUSEDÏTOÏCREATEÏAÏ
PROGNOSISÏOFÏEQUIPMENTÏCOMPONENTSÏ
EQUIPMENTÏPLANTSÏANDÏASSETSÏFORÏANYÏ
SUBSURFACESURFACEÏPRODUCTIONÏSYSTEMÏORÏ
SUBSYSTEM
In this course, attendees learn to
ESTABLISHÏSTRATEGICÏPLANSÏFORÏMAINTENANCEÏ
COSTÏCONTROLÏANDÏCREATEÏCOSTÏCLASSIlCATIONÏ
structures based on their asset or
COMPANYÏSTRATEGYÏ4HEÏATTENDEESÏWILLÏ
LEARNÏHOWÏTOÏIDENTIFYÏCOSTCONTROLÏWEAKÏ
spots in an asset or operation and
GENERATEÏTHEÏINFORMATIONÏREQUIREDÏTOÏ
SUPPORTÏCOSTBASEDÏDECISIONS
This course teaches an integrated
APPROACHÏTOÏTHEÏMAINTENANCEÏPLANNINGÏ
PROCESSÏ!TTENDEESÏLEARNÏHOWÏTOÏAPPLYÏ
TECHNIQUESÏANDÏTOOLSÏTOÏDEVELOPÏAÏ
STRATEGYÏFORRÏMAINTENANCEÏORGANIZATIONÏ
ANDÏUSEÏCOSTRISKBENElTÏANALYSESÏTOÏ
MAXIMIZEÏVALUEÏCREATIONÏANDÏQUANTIFYÏ
UNCERTAINTY
COURSE CONTENT
Q
Q
-AINTENANCEÏ0HILOSOPHYÏANDÏÏ TYPES
0REVENTIVEÏMAINTENANCEÏPLAN
Q
7ORKÏREQUESTÏWORKÏORDERÏ
MAINTENANCEÏFORMSÏANDÏREPORTS
Q
-AINTENANCEÏSYSTEMÏDESIGN
Q
2ELIABILITYÏ%NGINEERINGÏAVAILABILITYÏ
DURABILITYÏANDÏMAINTAINABILITY
COURSE CONTENT
Q
Maintenance cost causes
Q
-AINTENANCEÏCOSTÏCLASSIlCATION
Q
2ELIABILITYÏTOOLSÏFORÏMAINTENANCEÏCOSTÏ
control
Q
-AINTENANCEÏVALUEÏCHAIN
Q
-AINTENANCEÏCOSTÏCONTROLÏ"UDGETÏ
ANDÏESTIMATIONS
Q
7ORLDCLASSÏMAINTENANCE
Q
-AINTENANCEÏVALUEÏCHAINÏANDÏ
responsibilities
4HISÏCOURSEÏINTRODUCESÏRELIABILITYÏMETHODSÏ
ANDÏTECHNIQUESÏTOÏIMPROVEÏPRODUCTIONÏ
OPERATIONSÏANDÏMAINTENANCEÏ4HISÏCOURSEÏ
EMPHASIZESÏANALYSISÏOFÏTHEÏPRODUCTIONÏ
OPERATIONÏASÏAÏCOMPLETEÏSYSTEMÏ
!TTENDEESÏWILLÏLEARNÏTOÏAPPLYÏSYSTEMATICÏ
ANALYSISÏTECHNIQUESÏTOÏASSESSÏMODESÏANDÏ
ROOTÏCAUSEÏOFÏFAILURESÏDETERMINEÏTHEÏCOSTÏ
VERSUSÏBENElTSÏOFÏPOSSIBLEÏSOLUTIONSÏ
ANDÏSOLUTIONÏSPECIlCÏRISKSÏINÏADDITIONÏ
TOÏLEARNINGÏHOWÏTOÏINTEGRATEÏRELIABILITYÏ
ASSESSMENTÏRESULTSÏINTOÏOPERATIONALÏ
MAINTENANCEÏMONITORING
Maintenance engineering
COURSE CONTENT
COURSE CONTENT
Q
Maintenance planning and
PROGRAMMINGÏEXECUTION
Q
2ELIABILITYÏMETHODOLOGIESÏANDÏ
RELIABILITYCENTEREDÏMAINTENANCE
Q
2ISKÏINÏMAINTENANCEÏPLANNINGÏ
Q
#RITICALITYÏANALYSIS
Q
Maintenance control planning
Q
&AILUREÏMODEÏANDÏEFFECTSÏANALYSIS
3TRATEGICÏDIRECTIONÏOFÏMAINTENANCEÏ
tasks
Q
2ISKBASEDÏINSPECTIONS
Q
2OOTCAUSEÏANALYSIS
Q
2ISKCOSTBENElTÏANALYSIS
Q
2ISKÏANALYSISÏ$ETERMINISTICÏTOÏ
probabilistic
Q
2ISKÏMATRICESÏANDÏPROPAGATION
Q
)NTEGRATEDÏRELIABILITYÏSYSTEMÏSTRATEGY
Q
2ELIABILITYÏBASEDÏONÏCONDITIONSÏANDÏ
HISTORYÏDATA
Q
%XERCISESÏONÏACTUALÏCASES
Q
Q
&EASIBILITYÏSTUDIES
Q
0LANNINGÏTASKSÏANDÏTHEIRÏCOSTS
Q
!CTIVITYBASEDÏCOSTS
Q
2ISKÏDElNITION
Q
2EALWORLDÏCASEÏSTUDIES
Q
5NCERTAINTYÏQUANTIlCATIONÏANDÏ
propagation
Q
'ENERICÏSTRATEGY
Q
-AINTENANCEÏPLANNINGÏPORTFOLIOÏ
MATRICESÏDElNITION
AUDIENCE
Maintenance personnel responsible for
COSTCONTROLÏPROCEDURESÏMONITORINGÏORÏ
decisions.
Q
4YPESÏOFÏFAILUREÏ
PREREQUISITE
AUDIENCE
2ELIABILITYÏ"LOCKÏANALYSISÏSERIESÏ
PARALLELÏANDÏCOMBINATIONÏSYSTEMS
"ASICÏKNOWLEDGEÏOFÏMAINTENANCEÏANDÏ
RELIABILITYÏENGINEERING
%NGINEERSÏPLANNERSÏANDÏMANAGERSÏ
RESPONSIBLEÏFORÏMAINTENANCEÏPROGRAMÏ
PLANNINGÏORÏIMPLEMENTATION
Q
Q
Q
0RINCIPLESÏOFÏFAILUREÏMODEÏANDÏEFFECTSÏ
ANALYSIS
Q
2ISKBASEDÏINSPECTIONÏPRINCIPLES
Q
2ELIABILITYCENTEREDÏMAINTENANCEÏ
principlesn
Q
2ISKCOSTÏBENElTÏMODELÏDElNITIONSÏ
Q
2ELIABILITYÏSTRATEGYÏANDÏMETHODOLOGYÏ
selection
PREREQUISITE
Introduction to Maintenance and
2ELIABILITYÏCOURSEÏORÏEQUIVALENTÏ
EXPERIENCE
AUDIENCE
%NGINEERSÏANDÏPLANNERSÏRESPONSIBLEÏFORÏ
THEÏDESIGNÏORÏMONITORINGÏOFÏMAINTENANCEÏ
SYSTEMS
PREREQUISITE
'ENERALÏKNOWLEDGEÏOFÏRISKÏMAINTENANCEÏ
ANDÏRELIABILITYÏENGINEERING
AUDIENCE
-AINTENANCEÏMANAGERSÏOPERATIONSÏ
personnel, and engineers interested
INÏASSESSINGÏMAINTENANCEÏRELIABILITYÏORÏ
ESTABLISHINGÏPROCEDURESÏFORÏRELIABILITYÏ
assurance.
PREREQUISITE
Basic knowledge of production surface
facilities.
158 |
NExT Catalog-2014(21.5x27.5).indd 158
Visit NExTtraining.net/classes for the latest calendar or to register for a course.
12/22/13 2:49 AM
SURFACE FACILITIES DESIGN AND ENGINEERING
Risk and Reliability
Engineering
Selection, Operation and,
Maintenance of Pumps,
Compressor, and Prime Movers
Surface Facility Production
Operations
Utilities: Design and
Operations
Foundation – 5 Days
Foundation – 5 Days
Foundation – 5 Days
Foundation – 10 Days
2ELIABILITYÏANDÏRISKÏANALYSESÏCANÏBEÏ
applied to surface facilities production
SYSTEMSÏTOÏQUALIFYÏANDÏQUANTIFYÏRISKSÏATÏ
ALLÏLEVELSÏONEÏPIECEÏOFÏEQUIPMENTÏONEÏ
PROCESSÏORÏAÏCOMPLETEÏSYSTEMÏ!TTENDEESÏ
WILLÏLEARNÏTOÏAPPLYÏTHESEÏANALYSESÏTOÏ
forecast failures and calculate the
ASSOCIATEDÏECONOMICÏIMPACTÏ4HISÏCOURSEÏ
focuses on practical application of
THEORETICALÏTECHNIQUESÏTHROUGHÏREALWORLDÏ
INCLASSÏEXERCISES
3TRUCTUREDÏTOÏPROVIDEÏTHEÏBASICSÏOFÏ
EQUIPMENTÏSELECTIONÏOPERATIONÏANDÏ
MAINTENANCEÏTHISÏCOURSEÏALSOÏCOVERSÏTHEÏ
BASICÏTHEORYÏOFÏmUIDÏMECHANICSÏINCLUDINGÏ
CAVITATIONÏSURGEÏNETWORKINGÏOFÏPUMPSÏ
ANDÏCOMPRESSORSÏANDÏMAINTENANCEÏ
STRATEGY
&IELDÏDEVELOPMENTÏPROCESSESÏAREÏ
CLOSELYÏASSOCIATEDÏWITHÏSURFACEÏ
facilities engineering processes,
GATHERINGÏSYSTEMSÏANDÏmUIDÏTREATMENTÏ
TRANSPORTATIONÏMEASUREMENTÏANDÏ
storage. This course focuses on the
PHYSICALÏCHARACTERISTICSÏOFÏNATURALÏGASÏ
and oil and their effects on separation,
TREATMENTÏANDÏMEASUREMENTÏ%XERCISESÏ
include the design and operation of
SURFACEÏPRODUCTIONÏEQUIPMENTÏANDÏ
processes.
4HISÏCOMPREHENSIVEÏCOURSEÏENCOMPASSESÏ
AÏLARGEÏNUMBERÏOFÏDIFFERENTÏTYPESÏOFÏUTILITYÏ
SYSTEMSÏWATERÏSTEAMÏAIRÏNITROGENÏ
FUELÏELECTRICÏPOWERÏmAREÏANDÏVENTÏDRAINÏ
WATERÏTREATMENTÏSTORAGEÏANDÏLOADINGÏ
&ORÏEACHÏTYPEÏOFÏUTILITYÏTHEÏATTENDEESÏ
WILLÏLEARNÏABOUTSÏTHEÏRELEVANTÏSUPPORTÏ
SYSTEMSÏLAYOUTÏDESIGNÏRELIABILITYÏKEYÏ
SPECIlCATIONSÏANDÏAPPLICATIONS
COURSE CONTENT
Q
Q
2ISKÏANALYSISÏANDÏRELIABILITYÏ
engineering
5NCERTAINTYÏDETERMINATIONÏANDÏ
MANAGEMENTÏANDÏDETERMINISTICÏANDÏ
PROBABILISTICÏMODELS
Q
)NTEGRATEDÏRELIABILITYÏANALYSIS
Q
3TATISTICSÏFORÏRISKÏANDÏRELIABILITYÏ
ANALYSIS
Q
Q
Q
Q
Q
Q
5SEÏOFÏTOOLSÏ2!2%½ÏANDÏ#RYSTALÏ
"ALL½ÏFORÏGOODNESSOFlTÏTESTSÏANDÏ
-ONTEÏ#ARLOÏSIMULATION
2ELIABILITYÏAVAILABILITYÏANDÏ
MAINTAINABILITYÏANALYSISÏFORÏREPAIRABLEÏ
EQUIPMENT
COURSE CONTENT
Q
0UMPÏCLASSIlCATIONSÏOPERATIONSÏANDÏ
troubleshooting
Q
$YNAMICÏPUMPÏCONSTRUCTIONÏANDÏ
calculations
Q
#AVITATIONÏANDÏPERFORMANCEÏCURVES
Q
&UNDAMENTALSÏANDÏCLASSIlCATIONÏOFÏ
COMPRESSOR
Q
/PERATIONÏMAINTENANCEÏANDÏ
troubleshooting of reciprocal and
CENTRIFUGALÏCOMPRESSORS
Q
3EALÏSYSTEMS
Q
0RIMEÏMOVERÏEQUIPMENTÏ
Q
Gas turbines
Q
Q
&ORECASTINGÏFAILURESÏANDÏAVAILABILITYÏ
OFÏANÏ%30ÏINSTALLATIONÏ
PREREQUISITE
0RINCIPLESÏOFÏECONOMICÏANALYSISÏ
0ROJECTEDÏCASHÏmOWÏDISCOUNTÏRATEÏ
NETÏPRESENTÏVALUEÏDETERMINISTICÏ
MODELÏANDÏPROBABILISTICÏMODEL
Q
4YPESÏOFÏMAINTENANCEÏANDÏ
MAINTENANCEÏTOOLS
AUDIENCE
$ETERMININGÏRISKÏMITIGATIONÏACTIONS
Q
2ISKÏANDÏPROlTABILITYÏMATRIX
/ILÏGASÏANDÏPETROCHEMICALÏMAINTENANCEÏ
staff.
Basic understanding of surface facilities
EQUIPMENTÏANDÏOPERATIONS
AUDIENCE
%NGINEERSÏRESPONSIBLEÏFORÏASSESSINGÏ
QUANTIFYINGÏORÏPREDICTINGÏFAILURESÏINÏ
PRODUCTIONÏOPERATIONSÏEQUIPMENTÏORÏ
facilities.
3ERVICEÏCOOLINGÏFRESHÏPOTABLEÏANDÏ
DEMINERALIZEDÏWATER
!SSETÏDEVELOPMENTÏANDÏLIFEÏCYCLEÏ
Q
!IRÏSYSTEMSÏANDÏNITROGENÏSYSTEMS
Q
$ESIGNÏDRAWINGSÏ3AMPLEÏPROCESSÏ
ANDÏINSTRUMENTATIONÏUTILITYÏmOWÏANDÏ
PROCESSÏLAYOUT
Q
3PECIlCATIONSÏ-ECHANICALÏDRAWINGSÏ
and datasheets
Q
0ROPERTIESÏOFÏPRODUCTIONÏmUIDSÏ
Q
%FFECTSÏOFÏmUIDÏPROPERTIESÏONÏ
PRODUCTIONÏSYSTEMÏ
Q
0RINCIPLESÏOFÏOPERATION
Q
-ANIFOLDÏANDÏGATHERINGÏSYSTEMSÏANDÏ
mOWLINES
Q
&UELÏELECTRICÏPOWERÏANDÏEMERGENCYÏ
POWERÏSYSTEMS
Q
&LUIDÏmOWÏ3INGLEÏPHASEÏANDÏ
MULTIPHASEÏCORRELATIONSÏmOWÏ
PATTERNÏANDÏPRESSUREÏDROPS
Q
&LAREÏANDÏVENTÏSYSTEMS
Q
$RAINÏSYSTEMS
Q
7ATERÏTREATMENTÏSYSTEMS
Q
3UPPORTÏSYSTEMSÏANDÏCOMPONENTS
Q
$ESIGNSÏEQUIPMENTÏANDÏ
technologies
Q
/PERATIONÏMAINTENANCEÏANDÏSAFETY
Q
2ISKÏANALYSISÏ$IMENSIONINGÏRISKÏFORÏ
UNDESIRABLEÏEVENTSÏQUALITATIVEÏANDÏ
SEMIQUANTITATIVEÏMETHODSÏFORÏRISKÏ
ANALYSISÏQUANTITATIVEÏRISKÏANALYSISÏ
ANDÏ%30ÏINSTALLATIONÏEXAMPLE
Q
Q
COURSE CONTENT
%LECTRICALÏMOTORSÏANDÏDIESELÏENGINES
-ETHODSÏFORÏAVAILABILITYÏANDÏ
CALCULATIONÏOFÏEXPECTEDÏNUMBERÏ
OFÏFAILUREÏEVENTSÏFORÏREPAIRABLEÏ
EQUIPMENT
COURSE CONTENT
0IGGINGÏ$ESIGNÏOPERATIONSÏANDÏ
purposes
Q
3EPARATORSÏ4WOÏANDÏTHREEÏPHASESÏ
HORIZONTALÏORÏVERTICALÏANDÏSEPARATIONÏ
stages
Q
'ASÏCONDITIONINGÏ$EHYDRATIONÏANDÏ
sweetening
Q
/ILÏTREATMENTÏ&UNDAMENTALSÏ
DEHYDRATIONÏDESALTINGÏEMULSIONÏ
EQUIPMENTÏANDÏOPERATIONS
Q
7ATERÏTREATMENTÏ0ROPERTIESÏ
OFÏPRODUCEDÏWATERÏEQUIPMENTÏ
TECHNOLOGIESÏTREATMENTÏPROCESSESÏ
ANDÏCHEMICALS
Q
AUDIENCE
0ROCESSÏENGINEERSÏMECHANICALÏENGINEERSÏ
ELECTRICALÏENGINEERSÏINSTRUMENTATIONÏANDÏ
control engineers, and surface facilities
PROJECTÏENGINEERS
PREREQUISITE
Basic understanding of production
facilities and operations.
#ORROSIONÏCONSIDERATIONSÏ)NTERNALÏ
#/, H3ÏOXYGENÏMATERIALÏSELECTIONÏ
MITIGATIONÏANDÏEXTERNALÏMATERIALÏ
SELECTIONÏANDÏMITIGATION
AUDIENCE
%NGINEERSÏANDÏMANAGERSÏWANTINGÏTOÏ
understand production operations
FACILITIESÏFROMÏANÏENGINEERINGÏ
PERSPECTIVE
PREREQUISITE
"ASICÏKNOWLEDGEÏOFÏPRODUCTIONÏSYSTEMSÏ
ANDÏHYDROCARBONÏPROPERTIES
PREREQUISITE
'ENERALÏKNOWLEDGEÏOFÏMAINTENANCEÏANDÏ
RELIABILITYÏCONCEPTS
Software
Technical courses that use software
NExT Catalog-2014(21.5x27.5).indd 159
Includes practical sessions
Field trips
Uses simulation
| 159
12/22/13 2:49 AM
SURFACE FACILITIES DESIGN AND ENGINEERING
Automation, Instrumentation,
Measurements, and Process
Control
Condition-Based
Maintenance for Static and
Rotating Equipments
Failure Mode Effect
Analysis Applied to
Production Operations
Heavy Oil Transportation
and Processing
Skill – 5 Days
Skill – 5 Days
Skill – 5 Days
Skill – 5 Days
Attendees will gain theoretical and
practical knowledge on how to use
AUTOMATIONÏINSTRUMENTATIONÏCONTROLÏ
ANDÏMETERINGÏTECHNOLOGIESÏTOÏINCREASEÏ
EFlCIENCYÏANDÏSAFETYÏOFÏOPERATIONSÏANDÏ
PRODUCTIVITYÏOFÏTHEÏPRODUCTIONÏPROCESS
4HEÏCOURSEÏPROVIDESÏATTENDEESÏWITHÏ
AÏMETHODOLOGYÏTOÏESTABLISHÏREVISEÏ
ANDÏOPTIMIZEÏTHEÏSYSTEMSÏCONTROLLINGÏ
STATICÏANDÏROTATINGÏEQUIPMENTÏUSINGÏ
CONDITIONBASEDÏMAINTENANCEÏPREDICTIVEÏ
MAINTENANCEÏALGORITHMSÏANDÏPROCESSESÏ
#OURSEÏEMPHASISÏISÏONÏTHEÏUSEÏOFÏ
PROACTIVEÏMONITORINGÏCOMBINEDÏWITHÏ
TECHNICALÏANDÏlNANCIALÏCONSTRAINTSÏTOÏ
ENSUREÏTHEÏOPERATIONALÏRELIABILITYÏREQUIREDÏ
BYÏTHEÏPRODUCTIONÏSYSTEMÏ4HROUGHÏ
EXERCISESÏDERIVEDÏFROMÏREALWORLDÏ
PROJECTSÏATTENDEESÏWILLÏPRACTICEÏTHESEÏ
techniques.
&AILUREÏMODEÏANDÏEFFECTSÏANALYSISÏ
&-%!ÏISÏUSEDÏTOÏASSESSÏTHEÏPOTENTIALÏ
FORÏEQUIPMENTÏFAILURESÏANDÏPROBLEMATICÏ
EVENTSÏINÏAÏPROCESSÏANDÏTOÏQUALIFYÏTHEIRÏ
EFFECTSÏ#OURSEÏEMPHASISÏISÏONÏTHEÏ
practical aspects of the techniques for
OPTIMIZATIONÏOFÏPRODUCTIONÏOPERATIONSÏ
Attendees will learn the theoretical and
PRACTICALÏASPECTSÏOFÏ&-%!ÏCRITICALITYÏ
ANALYSISÏROOTCASEÏANALYSISÏRISKBASEDÏ
INSPECTIONÏANDÏDECISIONMAKINGÏANALYSISÏ
FORÏPRODUCTIONÏOPERATIONÏACTIVITIES
4HISÏHEAVYÏANDÏEXTRAHEAVYÏOILÏ
INTRODUCTORYÏCOURSEÏFOCUSESÏONÏTHEÏ
STORAGEÏTRANSPORTÏANDÏTREATMENTÏANDÏ
ENCOMPASSESÏTHEÏTECHNOLOGYÏANALYSISÏ
for transportation. Attendees will learn
HOWÏTOÏASSESSÏTHEÏmOWÏOFÏHEAVYÏOILÏINÏ
AÏGATHERINGÏSYSTEMÏANDÏTECHNIQUESÏFORÏ
MITIGATINGÏmOWÏPROBLEMSÏINHERENTÏTOÏ
HEAVYÏOILÏOPERATIONSÏBYÏUSINGÏMODELINGÏ
SOFTWAREÏDEVELOPÏGATHERINGÏSCENARIOSÏ
ANDÏMODELÏTRANSPORTATIONÏISSUES
COURSE CONTENT
Q
3UBSURFACESURFACEÏAUTOMATIONÏ
concept
Q
0ROCESSÏCONTROLÏ#ENTRALIZEDÏCONTROLÏ
OPTIMIZATIONÏINTEGRATION
Q
4ELECOMMUNICATION
Q
6ALUEÏCREATIONÏQUANTIlCATION
Q
)NLINEÏPRODUCTIONÏOPTIMIZATIOS
Q
Q
Q
Q
Q
Q
Q
)NLINEÏOPTIMIZERS
Q
Q
$IAGNOSISÏANDÏOPTIMIZATIONÏOFÏ
INTEGRATEDÏSYSTEM
Technological solutions and
AUTOMATIONÏPLATFORMS
Q
3TANDARDSÏANDÏRECOMMENDEDÏ
practices
Q
Q
AUDIENCE
0RODUCTIONÏENGINEERSÏFACILITIESÏENGINEERSÏ
or operations engineers looking for
PRACTICALÏEXPOSUREÏTOÏAUTOMATIONÏANDÏ
control concepts and techniques.
Q
"ENElTSÏOFÏCONDITIONBASEDÏ
MAINTENANCE
(ANDLINGÏINFORMATIONÏTOÏMODIFYÏ
MAINTENANCEÏPLANÏANDÏIMPROVEÏ
decisions
4ECHNIQUESÏFORÏCONDITIONMONITORINGÏ
MAINTENANCEÏINÏROTATIONÏEQUIPMENT
Monitoring techniques
$YNAMICÏMONITORINGÏONÏROTATINGÏ
EQUIPMENT
Integrating inspection techniques
Q
#ONDITIONÏMONITORINGÏINÏSTATICÏ
EQUIPMENT
Q
#OSTRISKBENElTÏPROCEDUREÏFORÏ
CONDITIONBASEDÏMAINTENANCEÏPLAN
Q
%CONOMICÏJUSTIlCATIONÏOFÏCONDITION
BASEDÏMAINTENANCEÏPLAN
PREREQUISITE
Basic knowledge of the production
SYSTEMÏPROCESSÏINSTRUMENTATIONÏANDÏ
CONTROLÏMETERINGÏPRINCIPLES
-AINTENANCEÏPRACTICESÏPARADIGMSÏ
VALUEÏCHAINÏANDÏEXPENSES
COURSE CONTENT
Q
&-%!Ï4YPESÏOFÏANALYSISÏFUNCTIONALÏ
approach, applications
(EAVYÏOILÏPRODUCTIONÏSYSTEMÏNODALÏ
ANALYSISÏmOWÏOFÏmUIDSÏANDÏSURFACEÏ
processing
Q
!PPLICATIONÏOFÏ&-%!ÏTOÏSUBSURFACE
SURFACEÏSYSTEMS
)SOTHERMALÏmOWÏINÏPIPELINESÏANDÏ
INCOMPRESSIBLEÏSINGLEPHASEÏmOWÏ
Q
4EMPERATUREÏPROlLESÏINÏPIPELINESÏ
Q
2OOTCAUSEÏANALYSIS
Q
Q
2ISKBASEDÏINSPECTION
Q
2ELIABILITYÏAVAILABILITYÏANDÏ
MAINTAINABILITYÏANALYSIS
#RUDEÏOILÏDILUENTSÏANDÏHYDRAULICÏ
ANALYSISÏTOÏDETERMINEÏOPTIMALÏ
VOLUMES
Q
$ILUENTSÏIMPACTÏONÏDENSITYÏVISCOSITYÏ
PRESSUREÏREQUIREMENT
AUDIENCE
Q
Surface facilities engineers, production
ENGINEERSÏANDÏMANAGERSÏANDÏ
MAINTENANCEÏANDÏRELIABILITYÏENGINEERS
4ERRAINÏTOPOGRAPHYÏEFFECTÏONÏHEAVYÏ
oil transport, including water as
CONVEYANCEÏMEDIUM
Q
'ASLIQUIDÏmOWÏINÏAÏGATHERINGÏSYSTEMÏ
correlations
Q
#RITICALITYÏANALYSIS
Q
COURSE CONTENT
!UTOMATEDÏWELLÏTESTS
"OTTOMHOLEÏSENSORSÏANDÏINTELLIGENTÏ
wells
COURSE CONTENT
Q
PREREQUISITE
"ASICÏKNOWLEDGEÏOFÏRELIABILITYÏENGINEERINGÏ
ANDÏOILÏANDÏGASÏPRODUCTIONÏSYSTEMS
Q
Structure of gathering network and
basic equations
AUDIENCE
%NGINEERSÏANDÏPRODUCTIONÏMANAGERSÏ
INTERESTEDÏINÏHEAVYÏOILÏGATHERINGÏANDÏ
transportation.
AUDIENCE
PREREQUISITE
-AINTENANCEÏANDÏRELIABILITYÏENGINEERSÏ
and surface production engineers
RESPONSIBLEÏFORÏMAINTAININGÏROTATINGÏORÏ
STATICÏEQUIPMENT
"ASICÏKNOWLEDGEÏOFÏHYDROCARBONÏ
PROPERTIESÏmUIDÏmOWÏPRODUCTIONÏSURFACEÏ
facilities design and operations.
PREREQUISITE
"ASICÏKNOWLEDGEÏOFÏMAINTENANCEÏANDÏ
RELIABILITYÏENGINEERING
160 |
NExT Catalog-2014(21.5x27.5).indd 160
Visit NExTtraining.net/classes for the latest calendar or to register for a course.
12/22/13 2:49 AM
SURFACE FACILITIES DESIGN AND ENGINEERING
Multiphase Flow
Oilfield Corrosion
Management
Plant Turnaround
Management (Programmed
Plant Shutdown)
Skill – 5 Days
Skill – 5 Days
Skill – 5 Days
Skill – 5 Days
,EARNÏTOÏIDENTIFYÏSELECTÏANDÏAPPLYÏ
MAINTENANCEÏINDICATORÏORÏ+0)SÏ
WHICHÏENSUREÏEFFECTIVEÏMAINTENANCEÏ
MANAGEMENTÏMAXIMIZEÏEQUIPMENTÏ
PERFORMANCEÏANDÏCLEARLYÏCOMMUNICATEÏ
THEÏCURRENTÏSTATUSÏTOÏALLÏDECISIONÏMAKERSÏ
Attendees will learn to understand the
COMMONÏINDICATORSÏWHATÏTHEYÏCANÏTELLÏTHEÏ
USERÏANDÏTHEÏVALUEÏTHEYÏBRINGÏ$ISCUSSIONÏ
INCLUDESÏTHEÏIMPORTANCEÏOFÏCOMPOSITEÏ
+0)SÏANDÏHOWÏTOÏSELECTÏTHEÏRIGHTÏMIXÏOFÏ
indicators.
In this course, the attendees will learn
THEÏTHEORYÏOFÏMULTIPHASEÏmOWÏANDÏ
how to calculate the pressure drops in
SINGLEPHASEÏDUALPHASEÏGASÏANDÏLIQUIDÏ
ANDÏMULTIPHASEÏmOWÏSYSTEMSÏ!TTENDEESÏ
WILLÏALSOÏLEARNÏHOWÏTOÏCONDUCTÏmOWÏ
PATTERNÏPREDICTIONSÏEVALUATEÏTHEÏEFFECTSÏ
OFÏSLUGGINGÏANDÏTRANSIENTÏmOWÏANDÏGAINÏ
EXPOSUREÏTOÏmUIDÏmOWÏMODELINGÏSOFTWARE
)NÏTHISÏCOURSEÏATTENDEESÏRECEIVEÏANÏ
INTRODUCTIONÏTOÏTHEÏMECHANISMSÏANDÏ
causes of corrosion in oil and gas
PRODUCTIONÏSYSTEMSÏANDÏTHEÏAPPROPRIATEÏ
METHODSÏFORÏMONITORINGÏANDÏCONTROLÏ
4HEÏATTENDEESÏWILLÏLEARNÏTOÏIDENTIFYÏTHEÏ
CORROSIONÏMECHANISMÏANDÏESTIMATEÏANDÏ
predict the corrosion rates in addition to
UNDERSTANDINGÏHOWÏTOÏSELECTÏMATERIALSÏ
BASEDÏONÏTHEÏCORROSIONÏENVIRONMENTÏ
EVALUATEÏANDÏSELECTÏCORROSIONÏ
inhibitors, and elaborate on a corrosion
MANAGEMENTÏPLANÏFORÏPIPELINES
#OURSEÏMATERIALÏISÏDESIGNEDÏTOÏGIVEÏ
attendees the tools and knowledge
REQUIREDÏTOÏOPTIMIZEÏPROGRAMMEDÏPLANTÏ
shutdowns or turnarounds. The attendees
WILLÏLEARNÏTOÏAPPLYÏPRINCIPLESÏANDÏMETHODSÏ
BASEDÏONÏEFFECTIVEÏEFlCIENTÏANDÏSAFEÏ
shutdown of actual plants. Instruction
FOCUSESÏONÏPLANNINGÏPROGRAMMINGÏ
MAINTENANCEÏACTIVITIESÏANDÏCONTROLSÏTOÏ
OBTAINÏTHEÏLOWESTÏCOSTÏWHILEÏMEETINGÏORÏ
EXCEEDINGÏQUALITYÏANDÏSAFETYÏSTANDARDS
Maintenance Management
and Control Indicators
COURSE CONTENT
Q
-AINTENANCEÏ$ElNITIONÏEVOLUTIONÏ
ANDÏCLASSIlCATIONÏOFÏSTANDARDIZEDÏ
INDICATORSÏTYPESÏANDÏAPPLICATION
Q
$ATAÏSELECTIONÏANDÏANALYSISÏFORÏ+0)S
Q
%FlCIENCYÏINDICATORSÏ-EANÏTIMEÏ
BETWEENÏFAILUREÏMEANÏTIMEÏTOÏREPAIRÏ
AVAILABILITYÏANDÏRELIABILITY
Q
Q
Q
0ERFORMANCEÏINDICATORSÏ
!BSENTEEISMÏOVERTIMEÏCONTRACTEDÏ
MANPOWERÏTRAININGÏANDÏTRAININGÏPLAN
#OSTSÏANDÏSAFETYÏINDICATORS
%CONOMICÏINDICATORSÏ.06ÏANDÏRETURNÏ
ONÏINVESTMENTÏ2/)
COURSE CONTENT
Q
3INGLEPHASEÏmUID
Q
0RESSUREÏDROPÏEQUATIONSÏANDÏ
CORRELATIONSÏFORÏSINGLEÏPHASEÏmOW
Q
-ULTIPHASEÏmOWÏ
Q
&LUIDÏmOWÏMODELINGÏSOFTWARE
Q
-ULTIPHASEÏmOWÏOPERATIONALÏ
considerations
Q
0ROGRAMMEDÏPLANTÏSHUTDOWNÏ
MANAGEMENTÏMAINTENANCEÏ
TURNAROUNDÏMANAGEMENT
Q
)MPACTÏOFÏCORROSIONÏINÏPRODUCTIONÏ
SYSTEMS
Q
4YPESÏOFÏPLANTÏSHUTDOWNS
Q
#ORROSIONÏPRINCIPLESÏANDÏCLASSIlCATION
Q
Q
CO and HS corrosion
4OPDOWNÏREVIEWÏOFÏTHEÏ
MACROFUNCTIONSÏINÏPLANTÏSHUTDOWNÏ
planning
Q
"ARRIERSÏTOÏANDÏKEYÏFACTORSÏFORÏTHEÏ
success of a plant shutdown
Q
-ETHODSÏTOÏMANAGEÏAÏPROGRAMMEDÏ
plant shutdown
Q
&IRSTÏSTAGEÏ)NTEGRATEDÏSTRATEGYÏ
ACTUALÏCASES
Q
3ECONDÏSTAGEÏ$EVELOPMENTÏOFÏSCOPEÏ
OFÏWORKÏACTUALÏCASES
Q
4HIRDÏSTAGEÏ%XECUTIONÏOFÏPLANTÏ
SHUTDOWNÏACTUALÏCASES
Q
&OURTHÏSTAGEÏ0LANTÏSHUTDOWNÏ
CLOSEOUTÏACTUALÏCASES
Q
AUDIENCE
Q
0RODUCTIONÏENGINEERSÏANDÏFACILITIESÏ
engineers.
PREREQUISITE
A basic understanding of surface
FACILITIESÏPRODUCTIONÏSYSTEMSÏANDÏmUIDÏ
HYDRODYNAMICS
#ORROSIONÏINHIBITORÏMECHANISMSÏ
guidelines, and selection
#ORROSIONÏPREDICTIONÏ!PPLICATIONÏTOÏ
actual cases
Q
#ORROSIONÏMONITORING
Q
'UIDELINESÏFORÏMATERIALÏSELECTION
Q
0IPELINEÏEXTERNALÏCORROSIONÏ%XTERNALÏ
protection and National Association
OFÏ#ORROSIONÏ%NGINEERSÏRECOMMENDEDÏ
practices
Q
-AINTENANCEÏINDICATORSÏ(OWÏTOÏ
MAKEÏITÏRUN
Q
!NALYSISÏOFÏACTUALÏCASES
Q
2ISKBASEDÏINSPECTIONS
Q
$EVIATIONÏANALYSIS
Q
!CTUALÏSTUDYÏCASES
AUDIENCE
%NGINEERSÏMANAGERSÏORÏPLANNERSÏ
RESPONSIBLEÏFORÏMAINTENANCEÏORÏ
production processes.
Q
COURSE CONTENT
-ULTIPHASEÏmOWÏMETERING
AUDIENCE
COURSE CONTENT
AUDIENCE
%NGINEERSÏWANTINGÏAÏBETTERÏUNDERSTANDINGÏ
OFÏCORROSIONÏANDÏITSÏMANAGEMENTÏINÏOILÏ
ANDÏGASÏPRODUCTIONÏSYSTEMS
PREREQUISITE
PREREQUISITE
+NOWLEDGEÏOFÏMAINTENANCEÏANDÏRELIABILITYÏ
engineering.
Basic knowledge of corrosion and
PRODUCTIONÏSYSTEMS
%NGINEERSÏPLANNERSÏSUPERVISORSÏ
ANDÏMANAGERSÏRESPONSIBLEÏFORÏPLANTÏ
TURNAROUNDÏPLANNINGÏORÏIMPLEMENTATIONÏ
WHOÏNEEDÏAÏSYSTEMATICÏMETHODOLOGYÏFORÏ
PLANTÏTURNAROUNDÏMANAGEMENT
PREREQUISITE
3TRONGÏKNOWLEDGEÏOFÏMAINTENANCEÏANDÏ
RELIABILITYÏENGINEERING
Software
Technical courses that use software
NExT Catalog-2014(21.5x27.5).indd 161
Includes practical sessions
Field trips
Uses simulation
| 161
12/22/13 2:49 AM
SURFACE FACILITIES DESIGN AND ENGINEERING
Subsea Production
Systems (SPS) and Subsea
Technologies
Subsurface-Surface
Production Optimization
Assuring Flow from Pore to
Process
Avocet for
Administrators
Skill – 5 Days
Skill – 5 Days
Advanced – 3 Days
Foundation – 3 Days
An introduction to subsea production
SYSTEMÏFACILITIESÏTHISÏCOURSEÏTAKESÏ
THEÏATTENDEEÏFROMÏCONCEPTUALÏDESIGNÏ
to operation. The attendees will learn
ABOUTÏTHEÏLATESTÏFACILITYÏDESIGNSÏANDÏ
IMPLEMENTATIONSÏTHEIRÏADVANTAGESÏANDÏ
DISADVANTAGESÏANDÏTHEÏRAPIDLYÏCHANGINGÏ
trends of future technologies.
&ROMÏTHISÏOVERVIEWÏOFÏTHEÏPRODUCTIONÏ
SYSTEMÏFROMÏRESERVOIRÏTOÏSEPARATORÏ
ATTENDEESÏLEARNÏTOÏOPTIMIZEÏTHEÏPROCESSÏ
using an integrated approach, including
NODALÏANALYSISÏANDÏIDENTIlCATIONÏOFÏ
MAJORÏPRESSUREÏLOSSESÏ)NÏHANDSONÏ
INCLASSÏEXERCISESÏTHEÏATTENDEESÏWILLÏ
USEÏSPECIALIZEDÏSOFTWAREÏTOÏIDENTIFYÏ
CONSTRAINTSÏANDÏPROPOSEÏRECOMMENDATIONSÏ
FORÏPRODUCTIONÏOPTIMIZATION
&ROMÏTHISÏCOURSEÏONÏmOWÏASSURANCEÏ
ATTENDEESÏGAINÏANÏADVANCEDÏ
UNDERSTANDINGÏOFÏmUIDÏmOWÏTHROUGHÏAÏ
SERIESÏOFÏINTERCONNECTEDÏSYSTEMSÏFROMÏ
THEÏRESERVOIRÏTOÏSURFACEÏFACILITIESÏANDÏ
THEÏPREVENTIONÏANDÏMITIGATIONÏOFÏCOMMONÏ
mOWÏIMPEDIMENTSÏ4HEÏATTENDEESÏWILLÏ
LEARNÏBESTÏPRACTICESÏFROMÏWORLDWIDEÏ
lELDÏEXAMPLESÏASÏWELLÏASÏHOWÏTOÏDESIGNÏ
lTFORPURPOSEÏmOWÏASSURANCEÏSOLUTIONS
COURSE CONTENT
COURSE CONTENT
Attendees will learn how to use the
mEXIBILITYÏOFÏTHEÏ!VOCETÏSOFTWAREÏ
PLATFORMÏ6OLUMESÏ-ANAGERÏMODULEÏTOÏ
BUILDÏCUSTOMÏSOLUTIONSÏFORÏMANAGINGÏ
PRODUCTIONÏINFORMATIONÏ4HEÏATTENDEESÏWILLÏ
UNDERSTANDÏHOWÏTOÏDEPLOYÏANDÏCONlGUREÏ
THEÏSOFTWAREÏFORÏALLÏTYPESÏOFÏOPERATIONALÏ
SETTINGSÏCONVENTIONALÏLANDÏOFFSHOREÏ
DEEPÏOFFSHOREÏmOATINGÏPRODUCTIONÏ
STORAGEÏANDÏOFmOADINGÏVESSELSÏCOALBEDÏ
METHANEÏ3!'$ÏANDÏHEAVYÏOILÏ4HISÏ
COURSEÏWILLÏINCREASEÏYOURÏUNDERSTANDINGÏ
OFÏFEATURESÏFORÏDATAÏENTRYÏVISUALIZATIONÏ
ANDÏCOMPUTATIONÏOFÏPRODUCTIONÏALLOCATIONÏ
OFÏmUIDSÏANDÏOPERATIONALÏANDÏREGULATORYÏ
reporting.
COURSE CONTENT
Q
Q
Q
303ÏCONCEPTSÏDElNITIONSÏANDÏ
COMMONLYÏUSEDÏARCHITECTURES
'ENERALÏDESIGNÏREQUIREMENTSÏANDÏ
DRIVERSÏ
303ÏEQUIPMENTÏSELECTIONÏANDÏ
operation
Q
Flow lines
Q
Flow assurance
Q
Maintenance and repair
Q
3UBSEAÏWELLÏINTERVENTION
Q
$IGITALÏOILÏlELD
Q
0RODUCTIONÏMONITORINGÏCONTROLÏANDÏ
OPTIMIZATIONÏTECHNOLOGY
Q
Q
Q
Q
Q
Data acquisition and data
MANAGEMENT
$ISCUSSIONÏOFÏINTEGRATEDÏSYSTEMSÏANDÏ
EXAMPLES
AUDIENCE
%NGINEERSÏINVOLVEDÏWITHÏSUBSEAÏFACILITIESÏ
design or operations who want to
LEARNÏABOUTÏEVOLVINGÏSUBSEAÏFACILITYÏ
technologies.
PREREQUISITE
General knowledge of oil and gas
PRODUCTIONÏSYSTEMSÏANDÏOFFSHOREÏ
PRODUCTIONÏSYSTEMS
Q
0RODUCTIONÏSYSTEMÏOVERVIEWÏFROMÏ
RESERVOIRÏTOÏSURFACEÏ0RODUCTIONÏ
SYSTEMÏANDÏPROCESSÏWELLÏ
COMPLETIONSÏLIFTÏMETHODSÏGATHERINGÏ
SYSTEMSÏANDÏSEPARATIONÏSYSTEMS
.ODALÏANALYSISÏ-AINÏPRESSUREDROPÏ
COMPONENTSÏINmOWÏPERFORMANCEÏ
RELATIONSHIPÏCOMPLETIONÏTUBINGÏ
SYSTEMÏGRAPHÏANDÏGASÏWELLÏ
PRODUCTIONÏBEHAVIOR
3UBSURFACESURFACEÏPRODUCTIONÏ
OPERATIONÏ)NTEGRATEDÏVISIONÏ
procedures, best practices,
IDENTIlCATIONÏOFÏRESTRICTIONSÏANDÏ
CORRECTIVEÏACTIONSÏPRODUCTIONÏ
OPTIMIZATIONÏUSINGÏAUTOMATIONÏ
TECHNOLOGYÏANDÏPERFORMANCEÏ
MANAGEMENT
)NTEGRATEDÏPRODUCTIONÏSYSTEMSÏ
3OFTWAREÏANDÏTOOLSÏFORÏPERFORMANCEÏ
MODELINGÏTECHNOLOGYÏTRENDSÏANDÏ
INTEGRATEDÏINFORMATIONÏMANAGEMENTÏ
FORÏCONTROLÏMONITORINGÏANDÏ
AUTOMATION
AUDIENCE
%NGINEERSÏRESPONSIBLEÏFORÏPRODUCTIONÏ
OPTIMIZATIONÏANDÏTASKEDÏWITHÏEVALUATINGÏAÏ
SUBSURFACEÏNETWORKÏANDÏSURFACEÏSYSTEMÏ
ASÏONEÏINTEGRATEDÏSYSTEM
PREREQUISITE
+NOWLEDGEÏOFÏTHEÏPRODUCTIONÏSYSTEMÏFROMÏ
subsurface to surface.
Q
Q
Q
Q
Q
+EYÏmOWÏASSURANCEÏISSUES
Technologies for capture and
CHARACTERIZATIONÏOFÏmUIDÏSAMPLES
-ETHODOLOGIESÏFORÏMEASUREMENTÏ
MODELINGÏANDÏMANAGEMENTÏOFÏ
inorganic and organic solids
&LUIDÏmOWÏANDÏHEATTRANSFERÏ
CHARACTERISTICSÏANDÏTHEIRÏIMPORTANCEÏ
in desig of subsea architecture,
MODELÏSELECTIONÏANDÏLIQUIDSÏ
MANAGEMENT
0ROCESSESÏOFÏmUIDÏmOWÏINTEGRATIONÏ
heat transfer, and solids
AUDIENCE
%NGINEERSÏANDÏTECHNICALÏSTAFFÏRESPONSIBLEÏ
FORÏWELLÏSURVEILLANCEÏPRODUCTIONÏ
OPTIMIZATIONÏORÏCOMPLETIONÏDESIGN
PREREQUISITE
7ORKINGÏKNOWLEDGEÏOFÏWELLÏPRODUCTIONÏ
BEHAVIORSÏBASICÏRESERVOIRÏENGINEERINGÏ
PRINCIPLESÏANDÏSURFACEÏFACILITIESÏ
EXPOSUREÏTOÏWELLÏCOMPLETIONÏDESIGNÏNODALÏ
ANALYSISÏANDÏSTIMULATIONÏPROCESSES
COURSE CONTENT
Q
&ACILITYÏSETUPÏCOMPLETIONSÏWELLSÏ
EQUIPMENTÏANDÏOTHERÏPROCESSES
Q
/RGANIZATIONALÏANDÏOTHERÏHIERARCHIESÏ
using links
Q
Allocation networks
Q
Data loaders
Q
Calculations and allocation processes
Q
Disconnected data collection setup
Q
3ECURITYÏDElNITION
Q
2EPORTSÏTHROUGHÏ-ICROSOFTÏ31,Ï
3ERVERÏREPORTINGÏSERVICESÏ
.OTEÏ4HISÏCOURSEÏCANÏBEÏCUSTOMIZEDÏTOÏ
INCLUDEÏTRAININGÏONÏTHEÏ!VOCETÏ6OLUMESÏ
-ANAGERÏ3YSTEMÏ$EVELOPMENTÏ+ITÏWHICHÏ
COVERSÏADVANCEDÏIMPLEMENTATIONÏANDÏ
CONlGURATIONÏTOPICSÏSUCHÏASÏMODIFYINGÏ
THEÏTRANSACTIONÏSYSTEMÏADDINGÏNEWÏ
SCREENSÏSETTINGÏUPÏUNITÏCONVERSIONSÏ
LOCALIZINGÏTHEÏSOFTWAREÏANDÏSETTINGÏUPÏ
REPORTINGÏVIEWS
AUDIENCE
!NYONEÏWANTINGÏTOÏCONlGUREÏORÏ
ADMINISTERÏANÏ!VOCETÏ6OLUMESÏ-ANAGERÏ
SYSTEMÏFORÏENDÏUSERS
PREREQUISITE
!VOCETÏ6OLUMESÏ-ANAGERÏFORÏ%NDÏ5SERSÏ
COURSEÏORÏEQUIVALENT
162 |
NExT Catalog-2014(21.5x27.5).indd 162
Visit NExTtraining.net/classes for the latest calendar or to register for a course.
12/22/13 2:49 AM
SURFACE FACILITIES DESIGN AND ENGINEERING
Avocet Volumes Manager
for End Users
Avocet Integrated Asset
Modeler Fundamentals
OLGA Flow Assurance
OLGA Well Dynamics
Foundation – 3 Days
Foundation – 5 Days
Foundation – 3 Days
Foundation – 5 Days
!TTENDEESÏWILLÏLEARNÏHOWÏTOÏAPPLYÏTHEÏ
mEXIBILITYÏOFÏTHEÏ!VOCETÏSOFTWAREÏPLATFORMÏ
6OLUMESÏ-ANAGERÏMODULEÏFORÏENTERINGÏ
MANAGINGÏANDÏREPORTINGÏPRODUCTIONÏ
INFORMATIONÏ4HEÏATTENDEESÏWILLÏALSOÏ
LEARNÏHOWÏTOÏVALIDATEÏANDÏALLOCATEÏ
PRODUCTIONÏDATAÏINÏALLÏTYPESÏOFÏOPERATIONALÏ
SETTINGSÏCONVENTIONALÏLANDÏOFFSHOREÏ
DEEPÏOFFSHOREÏmOATINGÏPRODUCTIONÏ
STORAGEÏANDÏOFmOADINGÏVESSELSÏCOALBEDÏ
METHANEÏ3!'$ÏANDÏHEAVYÏOILÏ4HISÏ
COURSEÏWILLÏINCREASEÏYOURÏUNDERSTANDINGÏ
OFÏFEATURESÏFORÏDATAÏENTRYÏVISUALIZATIONÏ
ANDÏCOMPUTATIONÏOFÏPRODUCTIONÏALLOCATIONÏ
OFÏmUIDSÏANDÏOPERATIONALÏANDÏREGULATORYÏ
reporting.
4HEÏCOURSEÏFOCUSESÏONÏUSINGÏTHEÏ!VOCETÏ
SOFTWAREÏPLATFORMÏ)NTEGRATEDÏ!SSETÏ
-ODELERÏMODULEÏTOÏINTEGRATEÏTHEÏRESERVOIRÏ
WITHÏTHEÏSURFACEÏMODELSÏ4HEÏCOURSEÏALSOÏ
includes software installation instruction.
4HISÏDAYÏCOURSEÏISÏINTENDEDÏTOÏTURNÏ
AÏBEGINNERÏINTOÏANÏ/,'!ÏSIMULATORÏ
USERÏCAPABLEÏOFÏRUNNINGÏREALISTICÏmOWÏ
ASSURANCEÏTASKSÏ!ÏMIXTUREÏOFÏLECTURESÏ
ANDÏHANDSONÏEXERCISESÏHELPSÏATTENDEESÏ
UNDERSTANDÏmOWÏASSURANCEÏCHALLENGESÏ
THEÏFUNDAMENTALSÏOFÏMULTIPHASEÏPIPELINEÏ
THERMOHYDRAULICSÏANDÏHOWÏTOÏAPPLYÏ
THEÏ/,'!ÏSIMULATORÏINÏREALISTICÏmOWÏ
ASSURANCEÏISSUESÏ4HEÏEXERCISESÏAREÏ
CONDUCTEDÏUSINGÏTHEÏ/,'!Ï'5)Ï!LLÏMAJORÏ
FEATURESÏOFÏTHEÏ'5)ÏAREÏCOVEREDÏINCLUDINGÏ
MODELÏBUILDINGÏCASEÏRUNSÏPARAMETRICÏ
STUDIESÏANDÏEFFECTIVEÏPOSTPROCESSINGÏ
&LUIDÏPROPERTYÏTABLESÏFORÏTHEÏ/,'!Ï
SIMULATORÏAREÏGENERATEDÏWITHÏTHEÏ064SIMÏ
THIRDPARTYÏCOMPOSITIONALÏ064ÏANALYSISÏ
ANDÏCHARACTERIZATIONÏSOFTWAREÏ/URÏ
EXPERIENCEDÏINSTRUCTORSÏFOCUSÏONÏTEACHINGÏ
the attendees how to turn data into an
ACCEPTABLEÏANDÏEFFECTIVEÏ/,'!ÏMODELÏ
ANDÏHOWÏTOÏPERFORMÏSIMULATIONS
4HISÏDAYÏCOURSEÏISÏINTENDEDÏTOÏTRAINÏ
the attendees who work with production
ANDÏWELLÏPERFORMANCEÏTOÏUSEÏTHEÏ/,'!Ï
SIMULATORÏTOÏSIMULATEÏTHEÏmOWÏTRANSIENTSÏ
INÏTHEÏWELLSÏANDÏPRODUCTIONÏSYSTEMSÏ
4HISÏCOURSEÏISÏVERYÏSUITABLEÏFORÏENGINEERSÏ
WHOÏWOULDÏLIKEÏTOÏSIMULATEÏTHEÏOFFSHOREÏ
well operation scenarios. The course has
a good balance in content between the
WELLÏmOWÏDYNAMICSÏANDÏTHEÏHANDSONÏ
/,'!ÏSIMULATORÏSKILLÏLEARNINGÏ4HISÏCOURSEÏ
also helps the new OLGA beginners to
QUICKLYÏGRASPÏTHEÏhDYNAMICvÏCONCEPTÏ
GAINÏBASICÏSKILLSÏTOÏUSEÏ/,'!ÏSIMULATORÏ
INDEPENDENTLYÏANDÏLAYÏAÏSOLIDÏFOUNDATIONÏ
FORÏBUILDINGÏUPÏADVANCEDÏMODELINGÏ
capabilities.
COURSE CONTENT
Q
/VERVIEWÏOFÏKEYÏRESERVOIRÏNETWORKÏ
COUPLINGÏFUNDAMENTALS
Q
#OUPLINGÏRESERVOIRSÏTOÏNETWORKS
Q
2UNNINGÏTIMEBASEDÏSIMULATIONS
Q
#ONNECTINGÏMODELS
Q
!DDINGÏAÏ-ICROSOFTÏ%XCELÏMODELÏTOÏAÏ
mOWÏDIAGRAM
Q
%VALUATINGÏECONOMICSÏWITHÏ-ERAKÏ
SOFTWAREÏ0EEPÏMODELS
Q
4RANSFERRINGÏCOMPOSITIONS
COURSE CONTENT
Q
Q
Q
"ROWSINGÏANDÏNAVIGATINGÏTHROUGHÏTHEÏ
application
$ATAÏENTRYÏUSINGÏTHEÏAPPLICATIONÏONÏAÏ
DISCONNECTEDÏDEVICE
Checking for data errors and
VALIDATINGÏDATA
AUDIENCE
,OADINGÏDATAÏFROMÏEXTERNALÏSOURCES
PREREQUISITE
Q
6ISUALIZINGÏNETWORKS
Q
Calculating and allocation processes
Q
Reporting
!NYONEÏCURRENTLYÏWORKINGÏINÏAÏPRODUCTIONÏ
RESERVOIRÏORÏPROCESSÏENGINEERINGÏPOSITIONÏ
ORÏINÏANÏASSETÏBUSINESSÏDEVELOPMENTÏ
ENVIRONMENTÏWITHÏKNOWLEDGEÏOFÏEITHERÏ
%#,)03%ÏORÏ0)0%3)-ÏSIMULATORÏSOFTWARE
Q
"ASICÏMULTIPHASEÏPRODUCTIONÏ
HYDRAULICSÏANDÏTHERMALÏISSUESÏ
Q
)NTRODUCTIONÏTOÏ/,'!ÏSIMULATORÏ
TOPOLOGYÏANDÏBASICÏASSUMPTIONS
Q
)NTRODUCTIONÏTOÏ064SIMÏSOFTWAREÏ
Q
Q
!NYONEÏWANTINGÏTOÏUSEÏAÏFULLYÏCONlGUREDÏ
!VOCETÏ6OLUMESÏ-ANAGERÏSYSTEMÏ
MODULEÏFORÏDATAÏENTRYÏVISUALIZATIONÏANDÏ
COMPUTATIONÏOFÏPRODUCTIONÏALLOCATIONÏ
OFÏmUIDSÏANDÏOPERATIONALÏANDÏREGULATORYÏ
reporting.
Q
Q
PREREQUISITE
Q
None
Flow assurance issues for oil and
GASCONDENSATEÏPRODUCTION
4ERRAINÏSLUGGINGÏMITIGATIONÏ
HYDRODYNAMICÏSLUGGINGÏANDÏ/,'!Ï
slug tracking
3HUTINÏCOOLDOWNÏSTARTUPÏANDÏ
DEPRESSURIZATIONÏOFÏAÏWELLmOWLINE
RISERÏCONlGURATION
"UILDINGÏAÏSIMULATIONÏMODELÏWITHÏ
MINIMUMÏINFORMATION
'ASÏCONDENSATEÏPIPELINEMODELINGÏ
CHARACTERISTICÏSTEADYSTATEÏBEHAVIORÏ
PIGGINGÏTURNDOWNÏRAMPÏUPÏ
THREEPHASEÏmOWÏSEPARATORÏWITHÏ
LEVELÏCONTROL
NExT Catalog-2014(21.5x27.5).indd 163
Q
4HEÏ/,'!ÏSIMULATORÏMODELÏANDÏITSÏ
EXECUTION
Q
.UMERICALÏSOLUTIONÏSCHEMEÏANDÏ
sectioning principles
Q
064ÏASPECTSÏINÏ/,'!ÏSIMULATIONÏANDÏ
064SIMÏ/,'!ÏINTERFACE
Q
7ELLÏMODELÏBUILDINGÏINÏTHEÏ/,'!Ï
SIMULATOR
Q
!RTIlCIALÏLIFTÏMODELINGÏWITHÏ/,'!Ï
SIMULATORÏSOFTWARE
Q
-UDÏANDÏWELLÏENGINEERINGÏmUIDÏ
MODELINGÏANDÏAPPLICATIONS
Q
3TEADYSTATEÏSIMULATIONÏANDÏ
PARAMETRICÏSTUDY
Q
3HUTINÏANDÏSTARTUP
Q
3IMPLEÏGASLIFTÏMODELING
Q
%LECTRICÏSUBMERSIBLEÏPUMPÏMODELINGÏ
Q
7ELLBOREÏCLEANUP
Q
"LOWOUTÏANDÏWELLÏKILLÏOPTIONAL
AUDIENCE
"EGINNERÏTOÏINTERMEDIATEÏ/,'!ÏSIMULATORÏ
USERÏPROSPECTIVEÏ/,'!ÏSIMULATORÏ
licensee, and the design or operations
PROFESSIONALÏINTERESTEDÏINÏEXPLORINGÏ
THEÏUSESÏANDÏCAPABILITIESÏOFÏMULTIPHASEÏ
TRANSIENTÏSIMULATIONS
0RODUCTIONÏANDÏWELLÏPERFORMANCEÏ
ENGINEERSÏESPECIALLYÏSUITABLEÏFORÏOFFSHOREÏ
well operation scenarios.
PREREQUISITE
Technical courses that use software
/,'!ÏSIMULATORÏWELLÏMODELINGÏ
CAPABILITY
AUDIENCE
.OÏPREVIOUSÏEXPERIENCEÏWITHÏ
/,'!ÏSOFTWAREÏISÏNECESSARYÏBUTÏAÏ
GENERALÏKNOWLEDGEÏOFÏPIPEÏmOWÏANDÏ
THERMODYNAMICSÏISÏANÏADVANTAGE
Software
Q
COURSE CONTENT
!NYONEÏWANTINGÏTOÏINTEGRATEÏRESERVOIRSÏ
WITHÏSURFACEÏMODELSÏUSINGÏ!VOCETÏ
)NTEGRATEDÏ!SSETÏ-ODELERÏMODULE
Q
AUDIENCE
COURSE CONTENT
Includes practical sessions
Field trips
Uses simulation
PREREQUISITE
.OÏPREVIOUSÏ/,'!ÏSIMULATORÏEXPERIENCEÏ
ISÏNECESSARYÏBUTÏKNOWLEDGEÏOFÏWELLÏ
PERFORMANCEÏANDÏMULTIPHASEÏmOWÏ
MODELINGÏADVANTAGEOUS
| 163
12/22/13 2:49 AM
SURFACE FACILITIES DESIGN AND ENGINEERING
PIPESIM Gas Field
Production Operations
PIPESIM Fundamentals
Avocet Workflow
Manager—Level 1
Avocet Workflow
Manager—Level 2
Foundation – 2 Days
Foundation – 2 Days
Skill – 3 Days
Advanced – 2 Days
4HISÏCOURSEÏCOVERSÏTHEÏUSEÏOFÏTHEÏ
0)0%3)-ÏPRODUCTIONÏSYSTEMÏANALYSISÏ
SOFTWAREÏSTEADYSTATEÏMULTIPHASEÏ
SIMULATORÏFORÏDESIGNINGÏANDÏMODELINGÏGASÏ
PRODUCTIONÏSYSTEMSÏOPERATIONSÏ0RACTICALÏ
ANDÏCOMPREHENSIVEÏPROBLEMSÏWILLÏBEÏ
PRESENTEDÏDISCUSSEDÏANDÏANALYZEDÏ
throughout the course.
)NÏTHISÏCOURSEÏATTENDEESÏEXPLOREÏTHEÏ
0)0%3)-ÏPRODUCTIONÏSYSTEMÏANALYSISÏ
SIMULATORÏSOFTWAREÏWHICHÏPROVIDESÏ
STEADYSTATEÏMULTIPHASEÏmOWÏSIMULATIONÏ
FORÏOILÏANDÏGASÏPRODUCTIONÏSYSTEMSÏ
)NDIVIDUALÏ0)0%3)-ÏMODULESÏAREÏUSEDÏFORÏ
AÏWIDEÏRANGEÏOFÏANALYSESÏINCLUDINGÏWELLÏ
MODELINGÏNODALÏANALYSISÏlELDÏPLANNINGÏ
ARTIlCIALÏLIFTÏOPTIMIZATIONÏANDÏPIPELINEÏ
ANDÏPROCESSÏFACILITIESÏMODELINGÏ!ÏMAJORÏ
FEATUREÏOFÏ0)0%3)-ÏSOFTWAREÏISÏTHEÏSYSTEMÏ
integration and openness that allows
USERSÏTOÏDEVELOPÏAÏ4OTALÏ0RODUCTIONÏ3YSTEMÏ
Model. The attendees will gain a general
UNDERSTANDINGÏOFÏHOWÏ0)0%3)-ÏSOFTWAREÏ
ISÏUSEDÏTOÏDESIGNÏANDÏOPTIMIZEÏTOTALÏ
PRODUCTIONÏSYSTEMSÏFROMÏTHEÏRESERVOIRÏTOÏ
THEÏlNALÏPROCESSINGÏDELIVERYÏPOINT
)NCREASEÏYOURÏUNDERSTANDINGÏOFÏHOWÏTHEÏ
!VOCETÏSOFTWAREÏPLATFORMÏ7ORKmOWÏ
-ANAGERÏMODULEÏINTEGRATESÏVARIOUSÏDATAÏ
SOURCESÏINCLUDINGÏREALTIMEÏSURVEILLANCEÏ
DATAÏTOÏTHEÏENGINEERSÏDESKTOPÏ
PROVIDINGÏAÏPLATFORMÏFORÏAUTOMATINGÏ
ENGINEERINGÏPROCESSESÏFROMÏCALCULATIONSÏ
TOÏWORKmOWSÏ!TTENDEESÏWILLÏLEARNÏ
HOWÏTOÏSETÏUPÏTHEÏ!VOCETÏ7ORKmOWÏ
-ANAGERÏTOÏACTÏASÏAÏREALTIMEÏENABLERÏ
BYÏPROVIDINGÏCLEANSEDÏAGGREGATEDÏANDÏ
PREPROCESSEDÏPRODUCTIONÏDATAÏFORÏUSEÏBYÏ
OTHERÏAPPLICATIONSÏSUCHÏASÏ!VOCETÏ$ATAÏ
-ANAGERÏANDÏ/&-ÏWELLÏANDÏRESERVOIRÏ
ANALYSISÏSOFTWARE
4HISÏADVANCEDÏCOURSEÏTEACHESÏWORKmOWÏ
DEVELOPERSÏHOWÏTOÏDESIGNÏANDÏDEPLOYÏ
AUTOMATEDÏWORKmOWSÏFORÏDATAÏCOLLECTIONÏ
CLEANSINGÏANDÏAUTOMATEDÏCALCULATIONÏ
USINGÏTHEÏ!VOCETÏSOFTWAREÏPLATFORMÏ
!TTENDEESÏWILLÏLEARNÏHOWÏTOÏQUICKLYÏ
DIAGNOSEÏWORKmOWÏPROBLEMSÏANDÏBESTÏ
PRACTICESÏANDÏPITFALLSÏFORÏCOMBININGÏTASKSÏ
)NSTRUCTIONÏONÏUSERÏMANAGEMENTÏANDÏ
HOWÏTOÏSECUREÏDATAÏFROMÏUNWANTEDÏWHILEÏ
GRANTINGÏACCESSÏTOÏVALIDATEDÏUSERS
COURSE CONTENT
Q
Q
Q
Q
Q
.AVIGATEÏTHEÏ0)0%3)-ÏSIMULATORÏUSERÏ
interface
Troubleshoot and debottleneck
NETWORKÏMODELS
-ODELÏGASÏWELLSÏINCLUDINGÏVARIOUSÏ
COMPLETIONÏMODELS
-ATCHÏINmOWÏPERFORMANCEÏTOÏTESTÏ
data
-ODELÏWATERÏSEPARATIONÏINJECTIONÏ
into a salt water disposal well, and
WELLHEADÏORÏMANIFOLDÏPRODUCTIONÏ
sources
COURSE CONTENT
COURSE CONTENT
Q
7ORKmOWÏFUNDAMENTALSÏANDÏ
TERMINOLOGY
.OTEÏ!VOCETÏ7ORKmOWÏ-ANAGERÏINCLUDESÏ
THEÏFUNCTIONALITYÏPREVIOUSLYÏAVAILABLEÏ
INÏTHEÏ$%#)$%
ÏDATAÏMININGÏBASEDÏ
PRODUCTIONÏOPTIMIZATIONÏSOFTWARE
Q
7ORKmOWÏFUNDAMENTALSÏANDÏ
TERMINOLOGY
Q
2ECOMMENDEDÏBACKUPÏANDÏRESTOREÏ
practices
COURSE CONTENT
Q
-ANAGINGÏANDÏSCHEDULINGÏWORKmOWS
Q
#ONSTRUCTINGÏORÏEDITINGÏAÏWORKmOW
Q
5SINGÏTASKSÏINÏWORKmOWS
Troubleshooting strategies
Q
!NALYZEÏWELLÏPERFORMANCEÏ
Q
$ESIGNÏOFÏMODELSÏFORÏPIPELINEÏANDÏ
process facilities
Q
7ORKmOWÏFUNDAMENTALSÏANDÏ
TERMINOLOGY
Q
#ONSTRUCTÏAÏCOMPOSITIONALÏmUIDÏMODELÏ
Q
0ERFORMÏNODALÏANALYSISÏ
Q
)NSTALLATIONÏANDÏDEPLOYMENT
Q
Q
0REDICTÏGASÏHYDRATEÏFORMATIONÏ
erosion, corrosion, and liquid loading
in gas wells
Q
$EVELOPÏBLACKOILÏANDÏCOMPOSITIONALÏ
mUIDÏMODELSÏ
Q
Licensing options
Q
Q
31,Ï3ERVERÏCONlGURATION
!DMINISTERINGÏUSERSÏANDÏACCESSÏ
PRIVILEGES
Q
$ATAÏMODELÏANDÏADVANCEDÏDATAÏ
acquisition settings
Q
6IEWINGÏANDÏMANUALLYÏEDITINGÏDATA
Q
2ECOMMENDEDÏBACKUPÏANDÏRESTOREÏ
practices
Q
Q
Q
Q
Model centrifugal and reciprocating
GASÏCOMPRESSORS
#OMPAREÏTHEÏRELATIVEÏBENElTSÏOFÏPUSHÏ
VSÏPULLÏCOMPRESSION
%STIMATEÏTHEÏREQUIREDÏSLUGÏCATCHERÏ
SIZE
-ODELÏAÏTRANSMISSIONÏNETWORK
AUDIENCE
0RODUCTIONÏENGINEERSÏFACILITIESÏENGINEERSÏ
lELDÏPRODUCTIONÏOPERATIONSÏENGINEERS
Q
3ELECTÏMULTIPHASEÏmOWÏCORRELATIONSÏ
Q
3URFACEÏNETWORKÏMODEL
AUDIENCE
!NYONEÏWHOÏNEEDSÏTOÏLEARNÏSTEADYSTATEÏ
MULTIPHASEÏmOWÏSIMULATIONÏFORÏOILÏANDÏ
GASÏPRODUCTIONÏSYSTEMSÏTOÏANALYZEÏ
WELLÏPERFORMANCEÏMODELÏPIPELINESÏANDÏ
FACILITIESÏANDÏPERFORMÏNODALÏANALYSISÏ
USINGÏ0)0%3)-ÏSOFTWARE
PREREQUISITE
None
Q
Data acquisition strategies
Q
Raw data cleansing and aggregation
!NYONEÏWANTINGÏTOÏINTEGRATEÏVARIOUSÏ
DATAÏSOURCESÏTOÏTHEÏENGINEERSÏDESKTOPÏ
TOÏESTABLISHÏAÏPLATFORMÏFORÏAUTOMATIONÏOFÏ
engineering processes.
PREREQUISITE
'ENERALÏPETROLEUMÏENGINEERINGÏ
KNOWLEDGEÏASÏWELLÏASÏELEMENTALÏSOFTWAREÏ
skills.
None
NExT Catalog-2014(21.5x27.5).indd 164
!NYONEÏWANTINGÏTOÏLEARNÏADVANCEDÏ
WORKmOWÏCONlGURATIONSÏINÏTHEÏ!VOCETÏ
7ORKmOWÏ"UILDERÏMODULE
PREREQUISITE
AUDIENCE
PREREQUISITE
164 |
AUDIENCE
!VOCETÏ7ORKmOWÏ"UILDERÏANDÏ!VOCETÏ
7ORKmOWÏ-ANAGERˆ,EVELÏÏCOURSES
Visit NExTtraining.net/classes for the latest calendar or to register for a course.
12/22/13 2:49 AM
SURFACE FACILITIES DESIGN AND ENGINEERING
OLGA Advanced Flow
Assurance
SURFACE FACILITIES
Advanced – 3 Days
4HISÏCOURSEÏMIXESÏLECTURESÏANDÏHANDSONÏ
EXERCISESÏTOÏHELPÏATTENDEESÏUNDERSTANDÏ
the OLGA software background and
widen the scope of applications of
TRANSIENTÏMULTIPHASEÏSIMULATIONSÏFORÏmOWÏ
ASSURANCEÏ4HEÏEXERCISESÏAREÏCONDUCTEDÏ
WITHINÏTHEÏFRAMEÏOFÏTHEÏ/,'!Ï'5)Ï!LLÏ
MAJORÏFEATURESÏOFÏTHEÏ'5)ÏAREÏCOVEREDÏ
INCLUDINGÏMODELÏBUILDINGÏCASEÏRUNSÏ
PARAMETRICÏSTUDIESÏANDÏPOSTPROCESSINGÏ
4HEÏ064SIMÏSOFTWAREÏISÏUSEDÏTOÏGENERATEÏ
HYDRATEÏCURVESÏANDÏWAXÏTABLES
COURSE CONTENT
Q
&LUIDSÏANDÏCOMPOSITIONALÏTRACKINGÏ
WITHÏ/,'!ÏSIMULATORÏANDÏ064SIMÏ
software
Q
0IPELINEÏPROlLEÏMODELING
Q
Liquid surges and controller basics
Q
'ENERALÏGUIDEÏTOÏSEPARATORÏMODELINGÏ
ANDÏSIZING
Q
(YDRATESÏANDÏ-%'ÏTRACKING
Q
3LUGÏMITIGATIONÏBYÏCONTROL
Q
Gas lifting
Q
7ELLmOWLINERISERÏSHUTINÏANDÏ
COOLDOWNÏWITHÏHYDRATEÏINHIBITION
Q
7AXÏDEPOSITIONÏPIGGINGÏANDÏDEADOILÏ
circulation
Q
/VERPRESSUREÏPROTECTION
Q
7ATERÏHAMMER
NExT offers a wide range of training related to maintenance
and reliability design, facility engineering, and facility
operations and maintenance, as well as technician and
AUDIENCE
%XPERIENCEDÏ/,'!ÏSIMULATORÏUSERSÏWHOÏ
AREÏINTERESTEDÏINÏLEARNINGÏABOUTÏADVANCEDÏ
APPLICATIONSÏFORÏmOWÏASSURANCEÏANDÏ
MODELINGÏOFÏMOREÏCOMPLEXÏSYSTEMSÏWITHINÏ
the software.
operator training.
PREREQUISITE
OLGA Flow Assurance course and
PREFERABLYÏPREVIOUSÏPROJECTÏEXPERIENCEÏ
with OLGA software.
Software
Technical courses that use software
NExT Catalog-2014(21.5x27.5).indd 165
Includes practical sessions
Field trips
Uses simulation
| 165
12/22/13 2:49 AM
TECHNICIAN AND OPERATOR TRAINING
COMPETENCY
LEVEL
SKILL
Facilities Operation
Engineer and Supervisor
Process Operation
Mechanical O&M
Instrumentation and
Control O&M
Electrical O&M
Heavy Oil Transportation and
Processing
Control Room
Reliability for O&M
Subsea Control Systems
Cathodic Protection
Equipment Inspection and
Maintenance
Hydraulic Control Panels
Electrical Submersible Pumps
Oilfield Corrosion Management
Rotating and Reciprocating
Equipment Control and Protection
HAZOP/HAZID and SIL
Process Safeguarding (Flare,
ESD, Vent, Depressurizing, Fire
and Gas)
Problem Solving
Failure Mode Effect Analysis
Applied to Production Operations
Hazard and Operability
Automation, Instrumentation,
Measurements, and Process
Control
FOUNDATION
Introduction to Flow Assurance
Safety Systems
Rotating Equipment Operations
and Maintenance
Generator Control
Rotating Electrical Systems
and Equipment
Utilities: Design and Operations
Flare System Operations
Firefighting and Safety
Process Control Systems
Power Generation Systems and
Equipment
Instrumentation and Control
Basics
Export System Operations
Pipelines Operation and
Maintenance
Gas Processing and Conditioning
Water Treatment Operations
Oil Processing and Conditioning
Utilities Operations
Heat Exchangers
Safety Systems
High Voltage Distribution
Systems and Equipment
Water Treatment
Gas Processing Operations
Vessels
Communication Systems
Low Voltage Distribution Systems
and Equipment
Static Equipment Design and
Operation
Oil processing Operations
Control Systems
Rotary Equipment Design
and Operations
Separation Process Operations
Process Variable Measurement
and Control Equipment
Control Systems and Equipment
Valves Operation and Maintenance
Electrical Protection Systems
and Equipment
Piping and Pipeline Design,
Maintenance and Operation
HSE in Exploration and Production
AWARENESS
Introduction to Surface Facilities
166 |
NExT Catalog-2014(21.5x27.5).indd 166
Visit NExTtraining.net/classes for the latest calendar or to register for a course.
12/22/13 2:49 AM
TECHNICIAN AND OPERATOR TRAINING
Introduction to Surface
Facilities
Communication Systems
Awareness – 5 Days
Foundation – 5 Days
3TRUCTUREDÏTOÏPROVIDEÏATTENDEESÏWITHÏTHEÏ
FUNDAMENTALSÏOFÏSURFACEÏFACILITIESÏTHISÏ
COURSEÏCOVERSÏTHEÏPRODUCTIONÏPROCESSÏ
FROMÏTHEÏWELLHEADÏTOÏCUSTODYÏTRANSFERÏ
Topics include production surface
FACILITIESÏSYSTEMSÏINCLUDINGÏGATHERINGÏ
SEPARATIONÏPRODUCTIONÏTREATMENTÏ
METERINGÏSYSTEMSÏANDÏPROCESSÏ
EQUIPMENTÏ4HEÏATTENDEESÏWILLÏLEARNÏ
ABOUTÏAPPLIEDÏmOWÏASSURANCEÏANDÏHOWÏ
PRODUCEDÏmUIDSÏAREÏCONVERTEDÏTOÏSALEABLEÏ
products.
4HISÏCOURSEÏPROVIDESÏTHEÏATTENDEESÏ
with the tools required to understand,
OPERATEÏANDÏMAINTAINÏTHEÏCOMMUNICATIONÏ
SYSTEMSÏUSEDÏINÏTHEÏOILÏANDÏGASÏINDUSTRYÏ
The course presents case histories to
GIVEÏTHEÏATTENDEESÏANÏINSIGHTÏTOÏTHEÏ
COMMUNICATIONÏSYSTEMS
NEW
COURSE CONTENT
Q
#OMMUNICATIONÏCONCEPTSÏANDÏ
OVERVIEW
Q
)NSTRUMENTÏCOMMUNICATIONSÏ
techniques and protocols
3IGNALÏTRANSMISSIONÏSYSTEMS
#OMMUNICATIONSÏSIGNALSÏANDÏ
CONVERTERS
COURSE CONTENT
Q
&IELDÏDEVELOPMENTÏOVERVIEW
Q
Q
7ELLÏmOWÏCONTROLÏANDÏSAFETYÏSYSTEM
Q
Q
'ATHERINGÏSYSTEM
Q
&LUIDÏSEPARATIONÏSYSTEM
Q
/ILÏTREATMENT
Q
2EMOTEÏTERMINALÏUNITSÏANDÏ-45
Q
7ATERÏTREATMENT
Q
Q
'ASÏTREATMENT
,OCALÏAREAÏNETWORKÏ,!.ÏANDÏRADIOÏ
COMMUNICATIONS
Q
&LOWÏASSURANCEÏOVERVIEW
Q
/PTICALÏlBERÏANDÏWIRELESSÏlELDÏ
networks
Q
Q
#USTODYÏTRANSFERÏANDÏMEASUREMENTS
Q
0ROCESSÏEQUIPMENT
Q
AUDIENCE
Q
%NGINEERSÏANDÏGEOSCIENTISTSÏINVOLVEDÏINÏ
lELDÏDEVELOPMENTÏORÏPRODUCTIONÏOFÏOILÏ
and gas.
PREREQUISITE
-INIMUMÏOFÏYEARÏTECHNICALÏDEGREEÏORÏ
EQUIVALENTÏEXPERIENCE
)NDUSTRIALÏNETWORKSÏANDÏTELEMETRYÏ
SYSTEMS
Troubleshooting industrial networks
ANDÏlELDÏBUSESÏ
Control Systems and
Equipment
Control Systems
NEW
Foundation – 4 Days
4HISÏCOURSEÏPROVIDESÏTHEÏATTENDEESÏWITHÏ
THEÏFUNDAMENTALÏOFÏPROGRAMMABLEÏLOGICÏ
CONTROLLERSÏ0,#SÏANDÏDISTRIBUTEDÏCONTROLÏ
SYSTEMSÏ$#3SÏ"YÏTHEÏCONCLUSIONÏOFÏ
this course, the attendees will be able to
UNDERSTANDÏTHEÏ0,#ÏANDÏ$#3ÏARCHITECTUREÏ
and tasks that technicians should
PERFORMÏ
COURSE CONTENT
Foundation – 4 Days
4HISÏCOURSEÏPROVIDESÏTHEÏATTENDEESÏ
WITHÏCOMPONENTÏEQUIPMENTÏANDÏCIRCUITÏ
knowledge used to control electrical
EQUIPMENTÏOPERATIONSÏ4HEÏCOURSEÏ
FOCUSESÏONÏTHEÏPHYSICALÏOPERATINGÏANDÏ
troubleshooting characteristics of the
ELECTRICALÏCONTROLÏSYSTEMS
COURSE CONTENT
Q
%LECTRICALÏCONTROLÏSYSTEMÏBASICSÏ
Q
#ONTROLÏTHEORYÏ
Q
0,#SÏANDÏ$#3SÏ
Q
"ASICÏ0,#ÏPROGRAMMINGÏ
Q
$ISTRIBUTEDÏCONTROLÏSYSTEMSÏ
Q
0,#ÏMAINTENANCEÏANDÏTROUBLESHOOTINGÏ
Q
%LECTRICALÏMOTORÏCONTROL
Q
Q
DCS input/output troubleshooting
procedures and practices
NEW
Control and switching of
PROGRAMMABLEÏLOGICÏCONTROLLERSÏ
AUDIENCE
%LECTRICALÏTECHNICIANSÏANDÏOPERATORS
AUDIENCE
)NSTRUMENTATIONÏANDÏCONTROLÏTECHNICIANSÏ
and operators, facilities operators, and
SUPERVISORS
PREREQUISITE
"ASICÏKNOWLEDGEÏOFÏELECTRICÏSYSTEMS
PREREQUISITE
"ASICÏSKILLSÏABOUTÏCONTROLÏSYSTEMSÏANDÏ
CONTROLÏTHEORY
3UPERVISORYÏCONTROLÏANDÏDATAÏ
acquisition
AUDIENCE
)NSTRUMENTATIONÏANDÏCONTROLÏTECHNICIANSÏ
and operators, facilities operators, and
SUPERVISORS
PREREQUISITE
Basic understanding of the oil and gas
PRODUCTIONÏSYSTEM
Software
Technical courses that use software
NExT Catalog-2014(21.5x27.5).indd 167
Includes practical sessions
Field trips
Uses simulation
| 167
12/22/13 2:50 AM
TECHNICIAN AND OPERATOR TRAINING
Electrical Protection
Systems and Equipment
Foundation – 4 Days
Export System Operations
NEW
4HISÏCOURSEÏPROVIDESÏTHEÏATTENDEESÏWITHÏ
KNOWLEDGEÏMETHODOLOGIESÏANDÏTOOLSÏ
FORÏELECTRICALÏSAFETYÏANDÏEQUIPMENTÏ
4HEÏATTENDEESÏWILLÏBEÏEXPOSEDÏTOÏ
THEORYÏPRACTICALÏACTIVITIESÏEXERCISESÏ
ANDÏANALYSISÏOFÏACTUALÏEXAMPLESÏ!FTERÏ
COMPLETINGÏTHISÏCOURSEÏTHEÏATTENDEESÏ
WILLÏBEÏABLEÏTOÏAPPLYÏTHEÏKNOWLEDGEÏTHEYÏ
GAINEDÏINÏCORRECTÏWAYS
COURSE CONTENT
Q
)MPORTANCEÏOFÏELECTRICALÏSAFETYÏ
Q
&UNDAMENTALÏSAFETYÏREQUIREMENTSÏ
and safe operation guidelines
Q
%LECTRICALÏACCIDENTÏCAUSES
Q
%LECTRICALÏlREÏPREVENTIONÏPRACTICESÏ
Q
3TANDARDÏSAFETYÏANDÏWARNINGÏSYMBOLSÏ
Q
,OCKOUTTAGÏOUTÏSYSTEMÏ
Q
2ECOGNIZINGÏANDÏEVALUATINGÏHAZARDSÏ
Q
Safe work practices
Q
6OLTAGEÏRANGESÏNATUREÏOFÏOPERATIONSÏ
ANDÏLEVELÏOFÏOPERATIONSÏINÏELECTRICALÏ
DOMAINS
Q
%LECTRICALÏSAFETYÏGROUNDINGÏANDÏ
bonding
Q
/PERATIONALÏANDÏSAFETYÏFEATURESÏOFÏ
SWITCHÏEQUIPMENT
Foundation – 3 Days
NEW
Firefighting and Safety
Foundation – 3 Days
Flare System Operations
NEW
Foundation – 2 Days
NEW
4HISÏCOURSEÏPROVIDESÏATTENDEESÏWITHÏ
ANÏUNDERSTANDINGÏOFÏTHEÏEXPORTÏSYSTEMÏ
TANKÏFARMÏOPERATIONÏMETHODSÏOFÏGAUGINGÏ
TANKSÏmOWÏMEASURINGÏANDÏMETERINGÏ
SYSTEMSÏANDÏEMERGENCYÏOFÏOILÏSPILLS
4HISÏCOURSEÏPROVIDESÏTHEÏATTENDEESÏ
WITHÏNECESSARYÏKNOWLEDGEÏREQUIREDÏTOÏ
UNDERSTANDÏTHEÏREQUIREMENTSÏFORÏTHEÏSAFEÏ
ANDÏEFlCIENTÏOPERATIONÏOFÏlREÏPROTECTIONÏ
SYSTEMSÏ
4HISÏCOURSEÏPROVIDESÏAÏCOMPREHENSIVEÏ
OVERVIEWÏTHEÏmAREÏANDÏVENTÏSYSTEMSÏASÏ
well as the operations, inspection, and
MAINTENANCEÏFORÏOILÏANDÏGASÏPROCESSINGÏ
facilities.
COURSE CONTENT
COURSE CONTENT
COURSE CONTENT
Q
Q
Q
'ENERALÏDESCRIPTIONÏOFÏTHEÏEXPORTÏ
SYSTEMÏ
#RUDEÏOILÏSTORAGEÏTANKÏTYPESÏANDÏ
operations
&LOWÏMEASUREMENTÏANDÏMETERINGÏ
SYSTEMSÏ
Q
-ARINEÏTERMINALÏLOADINGÏANDÏ
3CHLUMBERGERÏPRODUCTIONÏ
MANAGEMENTÏOPERATIONÏ
/ILÏSPILLÏEMERGENCIES
AUDIENCE
0RODUCTIONÏSURFACEÏFACILITIESÏOPERATORÏ
and technicians, process operator and
TECHNICIANSÏANDÏPRODUCTIONÏSUPERVISORS
PREREQUISITE
3OMEÏFAMILIARITYÏWITHÏSURFACEÏFACILITIESÏ
PRODUCTIONÏSYSTEMS
0IPINGÏANDÏINSTRUMENTATIONÏDIAGRAMSÏ
ANDÏPIPINGÏISOMETRICSÏUSEDÏINÏ
lRElGHTINGÏSYSTEMÏ
Q
-AJORÏEQUIPMENTÏDESIGNÏ
SPECIlCATIONS
Q
#ONTROLSÏASSOCIATEDÏWITHÏlRElGHTINGÏ
SYSTEMSÏ
Methods for gauging tanks
Q
Q
Q
Q
Q
Installation, repair, operation, and
MAINTENANCEÏOFÏlREÏPROTECTIONÏ
SYSTEMS
Q
&LAREÏSYSTEMÏ
Q
6ENTÏSYSTEM
AUDIENCE
0RODUCTIONÏSURFACEÏFACILITIESÏOPERATORÏ
and technicians, process operator and
TECHNICIANSÏANDÏPRODUCTIONÏSUPERVISORS
PREREQUISITE
3OMEÏFAMILIARITYÏWITHÏSURFACEÏFACILITIESÏ
PRODUCTIONÏSYSTEMS
&IREÏDETECTIONÏSYSTEMS
AUDIENCE
Operation technicians/operators/
SUPERVISORSÏMECHANICALÏTECHNICIANS
OPERATORSSUPERVISORSÏMAINTENANCEÏ
technicians, and pipeline operators.
PREREQUISITE
3OMEÏFAMILIARITYÏWITHÏPRODUCTIONÏSURFACEÏ
facilities.
AUDIENCE
%LECTRICALÏTECHNICIANSÏANDÏOPERATORS
PREREQUISITE
&AMILIARÏWITHÏELECTRICALÏSYSTEMS
168 |
NExT Catalog-2014(21.5x27.5).indd 168
Visit NExTtraining.net/classes for the latest calendar or to register for a course.
12/22/13 2:50 AM
TECHNICIAN AND OPERATOR TRAINING
Gas Processing and
Conditioning
Gas Processing Operations
Foundation – 5 Days
Foundation – 5 Days
4HISÏCOURSEÏCOVERSÏTHEÏMAJORÏTECHNICALÏ
aspects of gas processing and
conditioning. Attendees will obtain an
OVERVIEWÏOFÏTHEÏFUNDAMENTALSÏANDÏTOOLSÏ
USEDÏTOÏDETERMINEÏTHEÏMAINÏPROPERTIESÏ
OFÏNATURALÏGASÏASÏTHEYÏRELATEÏTOÏGASÏ
SEPARATIONÏDEHYDRATIONÏSWEETENINGÏ
MEASUREMENTÏANDÏTRANSPORTATIONÏ4HEÏ
COURSEÏFOCUSESÏONÏPLANTÏANDÏEQUIPMENTÏ
design and operations and includes
INCLASSÏEXERCISESÏFORÏTHEÏIDENTIlCATIONÏ
OFÏKEYÏVARIABLESÏFORÏOPTIMALÏDESIGNSÏANDÏ
operations.
4HISÏCOURSEÏPROVIDESÏTHEÏKNOWLEDGEÏ
needed for the attendees to understand
the principles of operations and
TROUBLESHOOTINGÏGASÏPROCESSINGÏSYSTEMSÏ
COURSE CONTENT
Q
Q
Q
Q
COURSE CONTENT
Q
'ASÏCHEMISTRYÏ
Q
Gas properties
7ATERHYDROCARBONÏBEHAVIORÏANDÏTHEÏ
EFFECTÏOFÏCONTAMINANTSÏ(S, CO
(YDRATESÏ0ROBLEMÏDEPOSITIONÏSITEÏ
IMPACTÏCOMPOSITIONÏANDÏSTRUCTUREÏ
CONDITIONSÏOFÏFORMATIONÏHYDRATEÏ
DETECTIONÏCONTROLÏANDÏREMEDIATION
'ASÏSEPARATIONÏ0RINCIPLESÏTYPESÏ
MULTISTAGEÏPROCESSÏCONDENSATEÏ
STABILIZATIONÏANDÏMULTIPHASEÏ
separators
Heat Exchangers
NEW
Foundation – 2 Days
4HISÏCOURSEÏPROVIDESÏTHEÏATTENDEESÏWITHÏ
THEÏKNOWLEDGEÏANDÏSKILLSÏNECESSARYÏTOÏ
UNDERSTANDÏHOWÏTOÏOPERATEÏANDÏMAINTAINÏ
the control and protection of power
generators.
COURSE CONTENT
Q
Q
'ASÏSPECIlCATIONSÏ
Q
,IQUIDÏEXTRACTIONÏ
Q
'ASÏDEHYDRATIONÏ
Q
Gas sweetening
Q
.ATURALÏGASÏPROPERTIESÏANDÏBEHAVIOR
NEW
Generator Control
Gas processing facilities startups and
shutdowns
AUDIENCE
Gas processing operators, technicians,
ANDÏSUPERVISORS
Generator construction
Q
3UPPORTINGÏEQUIPMENTÏFORÏTHEÏ
generator
Q
'ENERATORÏCONTROLÏSYSTEMÏ
Q
6OLTAGEÏREGULATORSÏ
Q
Generator protection
Q
Foundation – 5 Days
NEW
4HISÏCOURSEÏPROVIDESÏTHEÏATTENDEESÏ
with a general understanding of the use
ANDÏOPERATIONÏOFÏVARIOUSÏTYPESÏOFÏHEATÏ
EXCHANGERSÏ-AINTENANCEÏPROBLEMSÏANDÏ
troubleshooting procedures associated
WITHÏHEATÏEXCHANGERSÏAREÏALSOÏEXAMINEDÏ
The course also focuses on the heat
TRANSFERÏEQUIPMENTÏOPERATIONSÏENABLINGÏ
attendees to gain an understanding in
HOWÏTOÏACHIEVEÏOPTIMUMÏEQUIPMENTÏ
PERFORMANCE
COURSE CONTENT
'ENERATORÏCONTROLÏSYSTEMÏ
MAINTENANCE
AUDIENCE
PREREQUISITE
0RODUCTIONÏOPERATORSÏANDÏTECHNICIANSÏ
INSTRUMENTATIONÏTECHNICIANSÏMECHANICALÏ
TECHNICIANSÏANDÏPRODUCTIONÏSUPERVISORS
None
PREREQUISITE
"ASICÏKNOWLEDGEÏOFÏINSTRUMENTATIONÏANDÏ
control.
Q
(EATÏEXCHANGERÏOVERVIEWÏ
Q
3HELLÏANDÏTUBEÏHEATÏEXCHANGERÏ
Q
!IRÏlNÏlNÏFANÏCOOLERÏ
Q
7ATERÏCOOLINGÏSYSTEMSÏ
Q
Chillers
Q
0RIMARYÏCLEANINGÏMETHODSÏFORÏHEATÏ
EXCHANGERSÏ
Q
(EATÏEXCHANGERÏSTARTUPÏANDÏ
shutdown operations
Q
(EATÏEXCHANGERÏMAINTENANCEÏANDÏ
repairs
AUDIENCE
Q
'ASÏSWEETENINGÏ0ROCESSESÏDESIGNSÏ
and operating aspects
Q
'ASÏDEHYDRATIONÏ#OMMONÏ
OPERATIONALÏPROBLEMSÏANDÏPOSSIBLEÏ
solutions
Operation technicians/operators/
SUPERVISORSÏMECHANICALÏTECHNICIANS
OPERATORSSUPERVISORSÏMAINTENANCEÏ
technicians, and pipeline operators.
Q
'ASÏMEASUREMENTS
PREREQUISITE
Q
'ASÏTRANSPORTATIONÏSYSTEM
Q
.EWÏDEVELOPMENTSÏANDÏEMERGINGÏ
technologies
&AMILIARITYÏWITHÏPRODUCTIONÏSURFACEÏ
facilities.
Q
#OMMERCIALÏISSUES
Q
Technological challenges for natural
gas production
AUDIENCE
%NGINEERSÏGASÏPLANTÏMANAGERSÏ
ANDÏSUPERVISORSÏRESPONSIBLEÏFORÏGASÏ
processing operations or design.
PREREQUISITE
General knowledge of oil and gas
PRODUCTIONÏSYSTEMS
Software
Technical courses that use software
NExT Catalog-2014(21.5x27.5).indd 169
Includes practical sessions
Field trips
Uses simulation
| 169
12/22/13 2:50 AM
TECHNICIAN AND OPERATOR TRAINING
High-Voltage Distribution
Systems and Equipment
Foundation – 3 Days
NEW
4HISÏCOURSEÏPROVIDESÏTHEÏATTENDEESÏ
WITHÏANÏUNDERSTANDINGÏOFÏHIGHVOLTAGEÏ
(6ÏELECTRICALÏDISTRIBUTIONÏSYSTEMSÏTOÏ
ENSUREÏTHEÏINTERRUPTEDÏSUPPLYÏOFÏPOWERÏ
TOÏTHEIRÏFACILITIESÏ4HEÏCOURSESÏCOVERSÏINÏ
DETAILÏTHEÏMAINÏINSTALLATIONÏOPERATIONÏ
TROUBLESHOOTINGÏANDÏMAINTENANCEÏOFÏ
THEÏCOMPONENTSÏASSOCIATEDÏWITHÏ(6Ï
DISTRIBUTIONÏSYSTEMSÏ
COURSE CONTENT
Q
(6ÏDISTRIBUTIONÏSYSTEMSÏ
Q
(6ÏSYSTEMÏARRANGEMENTSÏ
Q
(6ÏSUBSTATIONSÏANDÏSWITCHÏROOMSÏ
Q
(6ÏSWITCHÏGEARÏ
Q
Q
Q
HSE in Exploration and
Production
Instrumentation and Control
Basics
Introduction to Flow
Assurance
Foundation – 3 Days
Foundation – 5 Days
Foundation – 5 Days
4HISÏCOURSEÏPRESENTSÏCOMPREHENSIVEÏ(3%Ï
METHODSÏANDÏTOOLSÏUSEDÏFORÏDEVELOPMENTÏ
OFÏRISKÏMANAGEMENTÏPROCESSESÏ
!TTENDEESÏWILLÏLEARNÏHOWÏTOÏIMPROVEÏ
THEÏSAFETYÏOFÏOPERATINGÏCONDITIONSÏATÏ
PRODUCTIONÏFACILITIESÏMINIMIZEÏTHEÏRISKÏ
INÏEMERGENCYÏSITUATIONSÏANDÏESTABLISHÏ
PROACTIVEÏMITIGATIONÏSTRATEGIES
4HISÏCOURSEÏFOCUSESÏONÏINSTRUMENTATIONÏ
ANDÏCONTROLÏOFÏPRESSUREÏTEMPERATUREÏ
mOWÏLEVELÏDENSITYÏmOWÏCONTROLÏ
VALVEÏANDÏlELDÏDATAÏACQUISITIONÏ
SYSTEMSÏ!TTENDEESÏWILLÏLEARNÏBASICÏ
working principles, in addition to the
MEASURINGÏDEVICESÏTHEIRÏOPERATIONÏANDÏ
SPECIlCATIONS
COURSE CONTENT
COURSE CONTENT
This course introduces attendees to
THEÏMAINÏTYPESÏANDÏCAUSESÏOFÏmOWÏ
IMPEDIMENTSÏALONGÏWITHÏTHEÏMETHODSÏANDÏ
TECHNOLOGIESÏCOMMONLYÏAPPLIEDÏFORÏTHEIRÏ
PREVENTIONÏCONTROLÏANDÏREMEDIATIONÏ
)NCREASEÏYOURÏUNDERSTANDINGÏOFÏTHEÏMAINÏ
PROBLEMSÏASSOCIATEDÏWITHÏmOWÏASSURANCEÏ
INCLUDINGÏASPHALTENESÏPARAFlNSÏ
EMULSIONÏSCALESÏSANDÏSLUGGINGÏ
CORROSIONÏANDÏHYDRATESÏ4HEÏATTENDEESÏ
will learn which technologies and
TECHNIQUESÏTOÏUSEÏFORÏSPECIlCÏPROBLEMÏ
ENVIRONMENTSÏANDÏTHEÏADVANTAGESÏANDÏ
DISADVANTAGESÏOFÏEACHÏINÏADDITIONÏTOÏ
LEARNINGÏHOWÏTOÏIDENTIFYÏTHEÏTYPESÏANDÏ
CAUSESÏOFÏmOWÏIMPEDIMENTÏANDÏTHEÏ
METHODSÏORÏTECHNOLOGIESÏTHATÏSHOULDÏBEÏ
APPLIEDÏFORÏTHEÏPREVENTIONÏCONTROLÏANDÏ
REMEDIATIONÏOFÏTHESEÏmOWÏIMPEDIMENTS
Q
2ISKÏMANAGEMENTÏ"ASICÏDElNITIONSÏ
occupational health plan, risk
recognition, unsafe act, and
RISKGENERATINGÏSOURCE
Q
-EASUREMENTSÏINSTRUMENTATIONÏ
control
Q
)NSTRUMENTATIONÏCLASSIlCATIONÏlELDÏ
networks, and process control basics
Q
2ISKÏEVALUATIONÏOBJECTIVES
Q
Field networks
Q
(6ÏELECTRICALÏOPERATINGÏEQUIPMENTÏ
and operation
2ISKÏMAGNITUDEÏDETERMINATION
Q
0ROCESSÏCONTROLÏBASICS
Q
Q
(6ÏDISTRIBUTIONÏSYSTEMÏMAINTENANCEÏ
MONITORINGÏANDÏTESTING
%XPOSUREÏRESULTSÏWITHÏCLINICALÏ
INVESTIGATIONÏRELATION
0RESSUREÏMEASUREMENTÏINSTRUMENTSÏ
CLASSIlCATIONSÏANDÏPRINCIPLES
Q
2ISKCONTROLÏMETHODSÏANDÏTHEIRÏ
EFFECTIVENESS
Q
Q
3AMPLINGÏSTRATEGYÏPLANÏANDÏMETHODS
Q
3AMPLEÏANALYSISÏ$IRECT
MEASUREMENTÏTOOLSÏANDÏCONTINUOUSÏ
SAMPLEÏANALYSISÏ
0ROCESSÏVARIABLESÏMEASUREMENTSÏ
PRESSUREÏANDÏmOWÏDEVICESÏ
TRANSMITTERSÏCONTROLLERSÏANDÏCONTROLÏ
VALVESÏ
(6ÏPOWERÏSYSTEMÏSAFEÏOPERATIONÏ
Q
4ESTINGÏANDÏMETERINGÏEQUIPMENTÏ
Q
%LECTRICALÏPRESSUREÏTESTINGÏEARTHÏ
ELECTRODEÏTESTINGÏANDÏLIVEÏTESTINGÏOFÏ
SYSTEMSÏUPÏTOÏÏVOLTSÏALTERNATINGÏ
CURRENTÏ6!#Ï
AUDIENCE
Q
Risk control
Q
2ISKSÏATÏWORKÏADMINISTRATION
Q
!CCIDENTSÏ#AUSESÏRESULTSÏ
and occupational and disease
MANAGEMENT
%LECTRICALÏTECHNICIANSÏANDÏOPERATORS
PREREQUISITE
"ASICÏKNOWLEDGEÏOFÏELECTRICÏSYSTEMS
Q
Q
(AZARDÏIDENTIlCATIONÏ(AZARDÏ
OPERABILITYÏANALYSISÏQUALITATIVEÏ
METHODSÏFORÏRISKÏANALYSISÏHUMANÏ
ERRORÏANALYSISÏACCIDENTÏSCENARIOSÏ
natural threats, and preparation for
EMERGENCIES
#ASEÏIDENTIlCATIONÏANDÏEVALUATIONÏ
ANDÏEMERGENCYÏCONTROLÏ
AUDIENCE
%NGINEERSÏANDÏ(3%ÏSPECIALISTSÏINTERESTEDÏ
INÏESTABLISHINGÏSYSTEMATICÏ(3%Ï
procedures.
PREREQUISITE
None
Q
4EMPERATUREÏINSTRUMENTSÏ
CLASSIlCATIONSÏPRINCIPLESÏANDÏ
operations
Q
&LOWÏRATEÏLIQUIDÏANDÏGASÏINSTRUMENTSÏ
CLASSIlCATIONSÏPRINCIPLESÏANDÏ
operations
Q
7ATERÏCUTÏINSTRUMENTSÏ
CLASSIlCATIONSÏPRINCIPLESÏANDÏ
operations
Q
$ENSITYÏINSTRUMENTSÏCLASSIlCATIONSÏ
principles and operations
Q
#ONTROLÏVALVESÏCLASSIlCATIONSÏ
principles, and operations
COURSE CONTENT
Q
Q
)NORGANICÏSCALEÏ$EPOSITIONÏ
PRINCIPLESÏPREDICTIONÏMODELINGÏ
MANAGEMENTÏPROGRAMÏDESIGNÏANDÏ
SCALEÏPREVENTION
Q
(YDRATESÏ$EPOSITIONÏPRINCIPLEÏ
IMPACTÏHYDRATEÏDETECTIONÏCONTROLÏ
ANDÏREMEDIATION
Q
0ARAFlNSÏWAXÏ$EPOSITIONÏPRINCIPLEÏ
properties, factors affecting
DEPOSITIONÏOPERATIONALÏPROBLEMSÏ
CONTROLÏANDÏREMEDIATION
Q
!SPHALTENESÏ+EYÏPROPERTIESÏ
DEPOSITIONÏMECHANISMÏMODELINGÏ
EFFECTÏOFÏVARIABLESÏOPERATIONALÏ
PROBLEMSÏPREVENTIONÏANDÏ
REMEDIATION
Q
%MULSIONSÏ#RUDEÏOILÏNATURALÏ
surfactants, characteristics, and
TREATMENTS
Q
#ORROSIONÏ&ACTORSÏINmUENCINGÏOILlELDÏ
corrosion and their control
AUDIENCE
0ROCESSÏENGINEERSÏMECHANICALÏENGINEERSÏ
ELECTRICALÏENGINEERSÏINSTRUMENTATIONÏANDÏ
control engineers, and surface facilities
PROJECTÏENGINEERS
PREREQUISITE
None
Flow assurance principles and
FUNDAMENTALS
AUDIENCE
%NGINEERSÏRESPONSIBLEÏFORÏASSESSINGÏ
DIAGNOSINGÏORÏTROUBLESHOOTINGÏmOWÏ
ASSURANCEÏPROBLEMSÏINÏANÏOPERATIONALÏORÏ
DESIGNÏCAPACITY
PREREQUISITE
General knowledge of production
SYSTEMSÏANDÏSURFACEÏOPERATIONS
170 |
NExT Catalog-2014(21.5x27.5).indd 170
Visit NExTtraining.net/classes for the latest calendar or to register for a course.
12/22/13 2:50 AM
TECHNICIAN AND OPERATOR TRAINING
Low-Voltage Distribution
Systems and Equipment
NEW
Foundation – 3 Days
4HISÏCOURSEÏPROVIDESÏTHEÏATTENDEESÏ
WITHÏ,6ÏELECTRICALÏDISTRIBUTIONÏSYSTEMÏ
knowledge to ensure the interrupted
SUPPLYÏOFÏPOWERÏTOÏTHEIRÏFACILITIESÏ4HEÏ
COURSEÏCOVERSÏTHEÏFUNCTIONÏARCHITECTUREÏ
installation, operation, troubleshooting,
ANDÏMAINTENANCEÏOFÏTHEÏCOMPONENTSÏ
ASSOCIATEDÏWITHÏ,6ÏDISTRIBUTIONÏSYSTEMS
COURSE CONTENT
Q
,6ÏDISTRIBUTIONÏSYSTEMSÏ
Q
,6ÏSYSTEMSÏDESIGNS
Q
,6ÏSWITCHINGÏGEARÏ
Q
Q
Q
Q
Q
Q
,6ÏELECTRICALÏOPERATINGÏEQUIPMENTÏ
,6ÏOPERATIONSÏÏ
,6ÏDISTRIBUTIONÏSYSTEMSÏMAINTENANCE
4ESTINGÏANDÏMETERINGÏEQUIPMENTÏ
,6ÏDISTRIBUTIONÏSYSTEMSÏMONITORINGÏ
and operations testing
Oil Processing and
Conditioning
Oil Processing Operations
Foundation – 10 Days
Foundation – 5 Days
This course focuses on the attendee
DEVELOPINGÏANÏUNDERSTANDINGÏOFÏTHEÏ
concept of oil production and processing
SYSTEMÏFROMÏTHEÏWELLHEADÏTOÏTHEÏDELIVERYÏ
OFÏAÏSPECIlCATIONÏCRUDEÏOILÏPRODUCTÏ
The attendees will learn how select
ANDÏEVALUATEÏPROCESSESÏANDÏEQUIPMENTÏ
USEDÏTOÏMEETÏmUIDÏSPECIlCATIONSÏAPPLYÏ
PHYSICALÏANDÏTHERMODYNAMICÏPROPERTYÏ
correlations and principles to the design
ANDÏEVALUATIONÏOFÏOILÏPRODUCTIONÏANDÏ
PROCESSINGÏFACILITIESÏPERFORMÏEQUIPMENTÏ
SIZINGÏCALCULATIONSÏFORÏMAJORÏPRODUCTIONÏ
FACILITYÏEQUIPMENTÏANDÏEVALUATEÏ
PROCESSINGÏCONlGURATIONSÏFORÏDIFFERENTÏ
applications.
4HISÏCOURSEÏPROVIDESÏTHEÏNECESSARYÏ
knowledge for the attendees to
understand the principles of operations
and troubleshooting oil processing
SYSTEMS
COURSE CONTENT
Q
Q
,6ÏSYSTEMSÏSAFEÏOPERATING
PREREQUISITE
"ASICÏKNOWLEDGEÏOFÏELECTRICÏSYSTEMS
5PSTREAMÏOILÏPRODUCTIONÏOPERATIONSÏ
OVERVIEW
Q
3EPARATIONÏEQUIPMENTÏANDÏPHASEÏ
separation of gas, oil, and water
Q
/ILÏTREATMENTÏBASICÏCONCEPTSÏ
Q
$EHYDRATIONÏEQUIPMENTÏANDÏVARIABLESÏ
AFFECTINGÏCRUDEÏOILÏDEHYDRATION
AUDIENCE
%LECTRICALÏTECHNICIANSÏANDÏOPERATORS
Oil production and processing basic
concepts
Q
Q
COURSE CONTENT
Q
/ILÏTREATMENTÏBASICÏCONCEPTSÏ
Q
/ILÏDEHYDRATIONÏ
Q
$ESALTINGÏEQUIPMENTÏ
Q
/ILÏSTABILIZATIONÏ
Q
Oil storage
Q
/ILÏTREATMENTÏFACILITIESÏSTARTUPSÏANDÏ
shutdowns
Q
#RUDEÏOILÏSTORAGEÏTANKSÏANDÏVAPORÏ
RECOVERYÏUNITÏPROCESSINGÏOPERATIONSÏ
and design considerations
Q
0ROCESSINGÏCONlGURATIONÏEVALUATIONÏ
for different applications
NEW
4HISÏCOURSEÏPROVIDESÏTHEÏATTENDEESÏWITHÏ
THEÏKNOWLEDGEÏOFÏKEYÏELEMENTSÏTHATÏ
AREÏREQUIREDÏTOÏCONSTRUCTÏCOMMISSIONÏ
OPERATEÏANDÏMAINTAINÏAÏPIPELINEÏ
4HEÏCOURSEÏALSOÏCONTAINSÏINFORMATIONÏ
REGARDINGÏTHEÏIMPORTANCEÏOFÏADHERINGÏ
to international and national codes
and standards in connection with
CONSTRUCTIONÏOPERATIONÏANDÏMAINTENANCEÏ
of pipelines.
Q
2OUTINEÏlELDÏANDÏFACILITYÏOPERATIONSÏ
Q
!BNORMALÏOPERATINGÏCONDITIONSÏ
Q
0IPELINEÏPIGGINGÏ
Q
Hot tapping and stopping
Q
0IPELINEÏPREPARATIONÏFORÏREPAIRÏ
Q
0IPELINEÏSHUTDOWNÏANDÏSTARTUPÏ
planning
Q
)NTERNALÏCORROSIONÏMONITORING
AUDIENCE
0RODUCTIONÏSURFACEÏFACILITIESÏOPERATORSÏ
and technicians, process operators and
TECHNICIANSÏANDÏPRODUCTIONÏSUPERVISORS
PREREQUISITE
Basic knowledge of the oil and gas
INDUSTRY
AUDIENCE
Operation technicians/operators/
SUPERVISORSÏMECHANICALÏTECHNICIANS
OPERATORSSUPERVISORSÏMAINTENANCEÏ
technicians, and pipeline operators.
PREREQUISITE
&AMILIARITYÏWITHÏOILÏANDÏGASÏPRODUCTIONÏ
surface facilities.
Crude oil desalting principles,
EQUIPMENTÏTECHNOLOGYÏOPERATIONÏ
and design considerations
#RUDEÏSTABILIZATIONÏANDÏSWEETENINGÏ
PROCESSINGÏCONlGURATIONÏANDÏ
operation and design considerations
Foundation – 5 Days
COURSE CONTENT
Oil heaters, applications, and design
procedures
Q
Q
NEW
Pipelines Operation and
Maintenance
Field trip
AUDIENCE
0ROCESSÏENGINEERSÏMECHANICALÏENGINEERSÏ
INSTRUMENTATIONÏANDÏCONTROLÏENGINEERSÏ
ANDÏSURFACEÏFACILITIESÏPROJECTÏENGINEERS
PREREQUISITE
&AMILIARITYÏWITHÏSURFACEÏFACILITIESÏ
PRODUCTIONÏSYSTEMS
Software
Technical courses that use software
NExT Catalog-2014(21.5x27.5).indd 171
Includes practical sessions
Field trips
Uses simulation
| 171
12/22/13 2:50 AM
TECHNICIAN AND OPERATOR TRAINING
Piping and Pipeline Design,
Maintenance, and Operation
Foundation – 5 Days
NEW
4HISÏCOURSEÏPROVIDESÏAÏCOMPREHENSIVEÏ
understanding of the essentials of
PIPELINEÏDESIGNÏOPERATIONSÏMAINTENANCEÏ
ANDÏMANAGEMENTÏ!TTENDEESÏWILLÏLEARNÏ
to design a gathering network, calculate
PRESSUREÏDROPÏDETERMINEÏmUIDÏPATTERNÏ
ANDÏOPTIMIZEÏTHEÏNETWORKÏARRANGEMENTÏ
The attendees will use a gathering
NETWORKÏSIMULATORÏ0)0%3)-ÏmOWÏ
SIMULATORÏORÏEQUIVALENTÏTOÏDEMONSTRATEÏ
THEÏOPTIMUMÏOPERATINGÏANDÏDESIGNÏ
CONDITIONSÏFORÏAÏSYSTEMÏ4HISÏCOURSEÏWILLÏ
ADDÏTOÏYOURÏKNOWLEDGEÏOFÏTHEÏPRACTICALÏ
considerations for pipeline networks,
INCLUDINGÏDESIGNÏREGULATORYÏREQUIREMENTSÏ
ANDÏCLASSIlCATIONSÏMATERIALÏSELECTIONÏ
and corrosion considerations in addition
TOÏINCREASINGÏYOURÏAWARENESSÏOFÏPIPELINEÏ
MONITORINGÏlTFORPURPOSEÏEVALUATIONSÏ
RISKÏANALYSISÏANDÏPREDICTIVEÏANDÏ
PREVENTATIVEÏMAINTENANCE
COURSE CONTENT
Power Generation Systems
and Equipment
Foundation – 4 Days
NEW
4HEÏCOURSEÏPROVIDESÏTHEÏATTENDEESÏ
WITHÏFUNDAMENTALÏKNOWLEDGEÏOFÏPOWERÏ
GENERATIONÏSYSTEMSÏTECHNOLOGYÏ
FUNCTIONALITYÏANDÏOPERATIONÏOFÏTHEÏMAINÏ
COMPONENTS
COURSE CONTENT
Process Control Systems
Foundation – 5 Days
NEW
4HISÏCOURSEÏPROVIDESÏATTENDEESÏWITHÏ
GENERALÏINFORMATIONÏONÏPROCESSÏCONTROLÏ
PRINCIPLESÏMETHODOLOGIESÏANDÏTOOLSÏOFÏTHEÏ
INSTRUMENTATIONÏANDÏCONTROLÏSYSTEM
COURSE CONTENT
Q
Main generating unit
0ROCESSÏCONTROLÏVARIABLESÏ
Q
Q
%LEMENTSÏOFÏAÏPROCESSÏCONTROLÏSYSTEMÏ
Q
%MERGENCYÏGENERATINGÏSYSTEMSÏ
Q
0ROCESSÏANDÏINSTRUMENTATIONÏ
drawings
Q
5NINTERRUPTIBLEÏPOWERÏSYSTEMSÏ
Q
Generators
Q
#ONTROLÏELEMENTSÏ
Q
%MERGENCYÏGENERATORSÏ
Q
Q
'ENERATORÏSYNCHRONIZATION
0ROCESSÏCONTROLÏSYSTEMÏPRIMARYÏ
ELEMENTÏ
Q
AUDIENCE
%LECTRICALÏTECHNICIANSÏANDÏOPERATORS
PREREQUISITE
Q
)3!ÏSYMBOLS
#ONTROLÏVALVESÏ
Q
#ONTROLLEDÏANDÏMANIPULATEDÏVARIABLESÏ
Q
3ETÏPOINTÏMEASUREMENTÏERRORÏ
output, and disturbances
"ASICÏKNOWLEDGEÏOFÏELECTRICÏSYSTEMS
Q
Controller tuning
Process Variable
Measurements and Control
Equipment
Foundation – 3 Days
NEW
4HISÏCOURSEÏPROVIDESÏATTENDEESÏWITHÏ
the basic knowledge of the oil and gas
PROCESSÏVARIABLESÏMEASUREMENTÏANDÏ
CONTROLÏEQUIPMENTÏ4HEÏCOURSEÏALSOÏ
includes the operation principles of
SEVERALÏMEASUREMENTÏDEVICES
COURSE CONTENT
Q
-EASUREMENTÏSYSTEMSÏ
Q
0ROCESSÏVARIABLESÏ
Q
0RESSUREÏANDÏDIFFERENTIALÏPRESSUREÏ
MEASURINGÏINSTRUMENTATIONÏ
Q
,EVELÏMEASURINGÏINSTRUMENTATIONÏ
Q
&LOWÏMEASURINGÏINSTRUMENTATIONÏ
Q
&LOWÏMEASUREMENTÏFUNDAMENTALSÏ
Q
4EMPERATUREÏMEASURINGÏ
INSTRUMENTATIONÏ
Q
$RAWINGSÏANDÏSYMBOLSÏ
Q
0ROCESSÏCONTROLÏ
AUDIENCE
AUDIENCE
Software for gathering network
SIMULATION
)NSTRUMENTATIONÏANDÏCONTROLÏTECHNICIANSÏ
and operators, facilities operators, and
SUPERVISORS
)NSTRUMENTATIONÏANDÏCONTROLÏTECHNICIANSÏ
and operators, facilities operators, and
SUPERVISORS
Q
0IPELINEÏSURVEYS
PREREQUISITE
PREREQUISITE
Q
0IPELINEÏCODESÏLEGISLATIONÏANDÏ
CLASSIlCATIONSÏ
&AMILIARITYÏWITHÏPRODUCTIONÏSURFACEÏ
facilities.
&AMILIARITYÏWITHÏPRODUCTIONÏSURFACEÏ
facilities operations.
Q
0IPELINEÏDESIGNS
Q
Q
Q
&LUIDÏmOWÏ3INGLEÏPHASEÏANDÏ
MULTIPHASE
Material characteristics and
selection
Q
0IPELINEÏCONSTRUCTIONÏANDÏ
COMMISSIONING
Q
0IPELINEÏEXTERNALÏPROTECTION
Q
0IGGING
Q
0IPELINEÏINTEGRITYÏMANAGEMENTÏANDÏ
MAINTENANCE
AUDIENCE
%NGINEERSÏANDÏMANAGERSÏWHOÏDESIGNÏ
OPERATEÏORÏMONITORÏPIPELINES
PREREQUISITE
&AMILIARITYÏWITHÏOILÏANDÏGASÏPRODUCTIONÏ
SYSTEMÏmOWÏOFÏmUIDSÏ!0)Ï,ÏSTANDARDÏ
ANDÏ!3-%ÏÏÏANDÏÏSTANDARDS
172 |
NExT Catalog-2014(21.5x27.5).indd 172
Visit NExTtraining.net/classes for the latest calendar or to register for a course.
12/22/13 2:50 AM
TECHNICIAN AND OPERATOR TRAINING
Rotating Equipment
Operations and Maintenance
NEW
Foundation – 4 Days
4HISÏCOURSEÏISÏDESIGNEDÏTOÏPROVIDEÏ
ATTENDEESÏWITHÏANÏINDEPTHÏPERSPECTIVEÏ
OFÏPUMPÏANDÏCOMPRESSORÏTECHNOLOGYÏ
INÏTERMSÏOPERATIONÏANDÏMAINTENANCEÏ
4OPICSÏCOVEREDÏINCLUDEÏPUMPÏTYPESÏANDÏ
TERMINOLOGYÏCENTRIFUGALÏANDÏPOSITIVE
DISPLACEMENTÏPUMPSÏPACKINGÏMECHANICALÏ
SEALSÏANDÏSEALINGÏSYSTEMSÏBEARINGSÏ
COUPLINGSÏANDÏOTHERÏVITALÏCOMPONENTSÏ)NÏ
ADDITIONÏVARIOUSÏPUMPÏANDÏCOMPRESSORSÏ
TYPESÏWILLÏBEÏEXAMINEDÏASÏTOÏHOWÏTHEYÏ
PERFORMÏINÏTHEIRÏRESPECTIVEÏOPERATINGÏ
SYSTEMSÏANDÏADVANTAGESDISADVANTAGESÏ
OFÏVARIOUSÏPUMPÏTYPESÏWILLÏBEÏDISCUSSEDÏ
0UMPÏANDÏCOMPRESSORSÏOPERATIONÏ
TROUBLESHOOTINGÏANDÏMAINTENANCEÏWILLÏ
ALSOÏBEÏCOVEREDÏINÏDEPTH
COURSE CONTENT
Rotary Equipment Design
and Operations
Rotating Electrical Systems
and Equipment
Safety Systems
Foundation – 5 Days
Foundation – 5 Days
NEW
Foundation – 3 Days
4HEÏCOURSEÏCOVERSÏROTATINGÏANDÏSTATICÏ
EQUIPMENTÏANDÏSYSTEMSÏFORÏOILÏANDÏGASÏ
facilities, codes and standards applicable
TOÏROTATINGÏANDÏSTATICÏEQUIPMENTÏSYSTEMSÏ
DIFFERENTÏROTATINGÏANDÏSTATICÏEQUIPMENTÏ
TYPESÏANDÏFUNCTIONSÏVARIETIESÏOFÏ
MECHANICALÏDRIVERSÏANDÏDRIVENÏEQUIPMENTÏ
and interfaces with process, electrical,
ANDÏSTRUCTURALÏSYSTEMS
4HISÏCOURSEÏPROVIDESÏGENERALÏINFORMATIONÏ
ONÏANDÏOPERATIONÏOFÏDIRECTÏCURRENTÏ$#Ï
ANDÏALTERNATINGÏCURRENTÏ!#ÏMOTORSÏ4HEÏ
attendees will gain an understanding of
THEÏDIFFERENTÏTYPESÏOFÏMOTORSÏANDÏDRIVESÏ
LEARNÏHOWÏTOÏIDENTIFYÏTHEÏMAINÏOPERATIONÏ
VARIABLESÏMONITORÏTHEÏEFlCIENCYÏ
ELECTRONICÏPOWERÏCONTROLÏMOTORÏTESTINGÏ
ANDÏTROUBLESHOOTÏMOTORÏPROBLEMS
COURSE CONTENT
Q
)NTRODUCTIONÏTOÏCENTRIFUGALÏPUMPSÏ
Q
$#ÏMOTORSÏ
Q
)NTRODUCTIONÏTOÏGASÏCOMPRESSORSÏ
Q
!#ÏMOTORSÏ
Q
#ENTRIFUGALÏCOMPRESSORSÏ
Q
!#ÏVARIABLEÏSPEEDÏDRIVESÏ63$
Q
)NTRODUCTIONÏTOÏELECTRICÏMOTORSÏ
Q
63$ÏSETTINGSÏANDÏTROUBLESHOOTING
Q
Introduction to gas turbines
Q
!UXILIARYÏANDÏPROTECTIONÏSYSTEMSÏ
Q
2OTATINGÏEQUIPMENTÏAPPLICATIONSÏINÏ
UPSTREAM
Q
0UMPSÏ
Q
0UMPÏTYPESÏANDÏTERMINOLOGYÏ
Q
#ENTRIFUGALÏPUMPÏOPERATIONÏANDÏ
MAINTENANCEÏ
Q
0OSITIVEÏDISPLACEMENTÏPUMPÏ
OPERATIONÏANDÏMAINTENANCEÏ
Mechanical engineers, surface facilities
engineers, construction engineers, and
PROJECTÏENGINEERS
Q
#ENTRIFUGALÏCOMPRESSORÏOPERATIONÏ
ANDÏMAINTENANCEÏ
PREREQUISITE
2ECIPROCATINGÏCOMPRESSORÏOPERATIONÏ
ANDÏMAINTENANCE
&AMILIARITYÏWITHÏPRODUCTIONÏSURFACEÏ
facilities.
Q
COURSE CONTENT
AUDIENCE
4HISÏCOURSEÏPROVIDESÏTHEÏATTENDEESÏWITHÏ
PRINCIPLESÏREQUIREMENTSÏACTIVITIESÏ
and actions for the safe operation of
production surface facilities.
COURSE CONTENT
Q
3HUTDOWNÏSYSTEMÏ
Q
%MERGENCYÏ3HUTDOWNÏ
Q
0RESSUREÏRELIEFÏ
Q
Fire and gas
Q
0ROCESSÏSAFETY
AUDIENCE
AUDIENCE
0RODUCTIONÏSURFACEÏFACILITIESÏOPERATORSÏ
and technicians, process operators and
TECHNICIANSÏANDÏPRODUCTIONÏSUPERVISORS
%LECTRICALÏTECHNICIANSÏANDÏOPERATORS
PREREQUISITE
PREREQUISITE
&AMILIARITYÏWITHÏSURFACEÏFACILITIESÏ
PRODUCTIONÏSYSTEMS
Basic understanding of the oil and gas
INDUSTRY
AUDIENCE
Operation technicians/operators/
SUPERVISORSÏMECHANICALÏTECHNICIANS
OPERATORSSUPERVISORSÏANDÏMAINTENANCEÏ
technicians.
PREREQUISITE
&AMILIARITYÏWITHÏOILÏANDÏSURFACEÏFACILITIESÏ
PRODUCTIONÏSYSTEMS
Software
Technical courses that use software
NExT Catalog-2014(21.5x27.5).indd 173
Includes practical sessions
Field trips
Uses simulation
| 173
12/22/13 2:50 AM
TECHNICIAN AND OPERATOR TRAINING
Separation Process
Operations
Foundation – 5 Days
Static Equipment Design
and Operation
NEW
4HISÏCOURSEÏPROVIDESÏTHEÏNECESSARYÏ
INFORMATIONÏFORÏTHEÏATTENDEESÏTOÏ
understand the principles of operations
ANDÏTROUBLESHOOTINGÏOILGASWATER
SEPARATIONÏSYSTEMSÏ
COURSE CONTENT
Q
Separation principles
Q
3EPARATORÏTYPESÏ
Q
3EPARATIONÏSYSTEMÏOPERATIONÏ
principles
Foundation – 5 Days
NEW
4HISÏCOURSEÏPROVIDESÏCOMPREHENSIVEÏ
UNDERSTANDINGÏOFÏSTATICÏEQUIPMENTÏDESIGNÏ
and operation concepts and practices.
$ESIGNÏFUNDAMENTALSÏSTANDARDSÏCRITERIAÏ
and operating practices are discussed to
FAMILIARIZEÏATTENDEESÏWITHÏPROCEDURESÏ
for designs, operating support, and
SPECIlCATIONSÏFORÏPROCESSÏPLANTÏ
EQUIPMENTÏANDÏOILÏANDÏGASÏPRODUCTIONÏ
facilities.
Utilities: Design and
Operations
Utilities Operations
Foundation – 5 Days
NEW
4HISÏCOURSEÏPROVIDESÏTHEÏNECESSARYÏ
INFORMATIONÏFORÏTHEÏATTENDEESÏTOÏGAINÏ
an understanding of the principles of
operations and troubleshooting utilities
SYSTEMS
COURSE CONTENT
Q
Q
COURSE CONTENT
3ERVICEÏWATERÏANDÏCOOLINGÏWATERÏ
SYSTEMSÏ
Fresh water, potable water, and
DEMINERALIZEDÏWATERÏSYSTEMSÏ
3TEAMÏSYSTEMSÏ
NEW
Foundation – 10 Days
4HISÏCOMPREHENSIVEÏCOURSEÏENCOMPASSESÏ
AÏLARGEÏNUMBERÏOFÏDIFFERENTÏTYPESÏOFÏUTILITYÏ
SYSTEMSÏWATERÏSTEAMÏAIRÏNITROGENÏ
FUELÏELECTRICÏPOWERÏmAREÏANDÏVENTÏDRAINÏ
WATERÏTREATMENTÏSTORAGEÏANDÏLOADINGÏ
&ORÏEACHÏTYPEÏOFÏUTILITYÏINSTRUCTIONÏCOVERSÏ
THEÏRELEVANTÏSUPPORTÏSYSTEMSÏLAYOUTÏ
DESIGNÏRELIABILITYÏKEYÏSPECIlCATIONSÏANDÏ
applications.
COURSE CONTENT
Q
3ERVICEÏWATERÏANDÏCOOLINGÏWATER
Q
Startup and shutdown procedures
Q
0RESSUREÏVESSELSÏ
Q
Q
0&$ÏANDÏ0)$Ï
Q
Separators
Q
&IREÏWATERÏSYSTEMSÏ
Q
3EPARATIONÏSIMULATIONÏ
Q
#RUDEÏOILÏSTORAGEÏTANKSÏTYPESÏANDÏ
operation
Q
!IRÏANDÏNITROGENÏSUPPLYÏSYSTEMSÏ
Q
!IRÏSYSTEMSÏANDÏNITROGENÏSYSTEMS
Q
&UELÏSYSTEMSÏ
Q
&UELÏSYSTEMS
Q
$EHYDRATORÏ
Q
$RAINÏSYSTEMS
Q
Q
Sweetener unit
%LECTRICÏPOWERÏANDÏEMERGENCYÏPOWERÏ
SYSTEMS
Q
(EATÏEXCHANGERSÏ
Q
&LAREÏANDÏVENTÏSYSTEMS
Q
Air cooler
Q
$RAINÏSYSTEMS
Q
Heater
Q
7ATERÏTREATMENTÏSYSTEMS
PREREQUISITE
Q
3UPPORTÏSYSTEMSÏANDÏCOMPONENTS
&AMILIARITYÏWITHÏSURFACEÏFACILITIESÏ
PRODUCTIONÏSYSTEMS
Q
$ESIGNSÏEQUIPMENTÏTECHNOLOGIES
Q
/PERATIONÏMAINTENANCEÏANDÏSAFETY
Q
3EPARATIONÏSYSTEMÏOPERATIONSÏANDÏ
troubleshooting
AUDIENCE
0RODUCTIONÏSURFACEÏFACILITIESÏOPERATORSÏ
and technicians, process operators and
TECHNICIANSÏANDÏPRODUCTIONÏSUPERVISORS
PREREQUISITE
&AMILIARITYÏWITHÏTHEÏOILÏANDÏGASÏINDUSTRY
AUDIENCE
0ROCESSÏENGINEERSÏMECHANICALÏENGINEERSÏ
surface facilities production operation
ENGINEERSÏANDÏSURFACEÏFACILITIESÏPROJECTÏ
engineers.
PREREQUISITE
Basic knowledge of the oil and gas.
INDUSTRY
Q
AUDIENCE
0RODUCTIONÏSURFACEÏFACILITIESÏOPERATORSÏ
and technicians, process operators and
TECHNICIANSÏANDÏSUPERVISORS
Fresh water, potable water, and
DEMINERALIZEDÏWATER
AUDIENCE
0ROCESSÏENGINEERSÏMECHANICALÏENGINEERSÏ
ELECTRICALÏENGINEERSÏINSTRUMENTATIONÏANDÏ
control engineers, and surface facilities
PROJECTÏENGINEERS
PREREQUISITE
Basic understanding of production
facilities and operations.
174 |
NExT Catalog-2014(21.5x27.5).indd 174
Visit NExTtraining.net/classes for the latest calendar or to register for a course.
12/22/13 2:50 AM
TECHNICIAN AND OPERATOR TRAINING
Valves Operation and
Maintenance
Vessels
NEW
Foundation – 3 Days
4HISÏCOURSEÏPROVIDESÏTHEÏATTENDEESÏ
WITHÏTHEÏKNOWLEDGEÏOFÏKEYÏELEMENTSÏFORÏ
VALVEÏOPERATORSÏANDÏMAINTENANCEÏANDÏ
THEÏREQUIREMENTSÏFORÏTHEIRÏINSPECTIONÏ
ANDÏMAINTENANCEÏ4HEÏCOURSEÏCONTENTÏ
INCLUDESÏTYPICALÏVALVEÏOPERATIONSÏFORÏGATEÏ
VALVESÏGLOBEÏVALVESÏBALLÏVALVESÏNEEDLEÏ
VALVESÏPLUGÏVALVESÏDIAPHRAGMÏVALVESÏ
CONTROLÏVALVESÏSAFETYÏVALVESÏRELIEFÏ
VALVESÏCHECKÏVALVESÏANDÏDOCUMENTATIONÏ
OFÏMAINTENANCE
COURSE CONTENT
Q
Q
Q
Q
Q
Q
6ALVEÏFUNCTIONSÏCLASSIlCATIONSÏ
TYPESÏWORKINGÏPRINCIPLESÏANDÏ
MAINTENANCEÏPROCEDURES
,UBRICATIONÏEQUIPMENTÏBASICÏ
operations
$IFFERENTÏTYPESÏOFÏVALVEÏOPERATIONSÏ
and applications
6ALVEÏPROBLEMSÏPRESSUREÏTESTINGÏ
repairs, and solutions
Inspecting and testing regulators,
RELIEFÏVALVESÏANDÏCONTROLÏVALVESÏ
-ONITORÏREGULATORÏSYSTEMÏADVANTAGES
Q
2EGULATORSÏANDÏRELIEFÏVALVESÏCOMMONÏ
defects
Q
2EGULATORÏRELIEFÏVALVEÏANDÏCONTROLÏ
VALVEÏINSPECTIONSÏ
Q
6ALVEÏACTUATORSÏANDÏACCESSORIESÏ
Q
.OISEÏPHENOMENAÏINÏCONTROLÏVALVESÏ
Water Treatment
Water Treatment Operations
Foundation – 5 Days
Foundation – 3 Days
4HISÏCOURSEÏPROVIDESÏTHEÏATTENDEESÏ
with a general understanding of the
USEÏANDÏOPERATIONÏOFÏVARIOUSÏTYPESÏOFÏ
VESSELSÏ-AINTENANCEÏPROBLEMSÏANDÏ
troubleshooting procedures associated
WITHÏTHEÏOPERATIONÏOFÏVESSELÏAREÏALSOÏ
EXAMINEDÏINÏTHISÏCOURSE
4HEÏATTENDEESÏWILLÏBEÏEXPOSEDÏTOÏ
WATERÏTREATINGÏEQUIPMENTÏDESIGNÏANDÏ
OPERATIONSÏ4HEÏCOURSEÏPROVIDESÏTHEORIESÏ
technologies, processes, and operational
CONDITIONSÏNEEDEDÏTOÏACHIEVEÏTHEÏREQUIREDÏ
SPECIlCATIONSÏFORÏTHEÏPRODUCEDÏWATERÏ!Ï
CASEÏSTUDYÏWILLÏALSOÏBEÏPRESENTED
4HISÏCOURSEÏPROVIDESÏATTENDEESÏ
WITHÏTHEÏNECESSARYÏINFORMATIONÏTOÏ
understand the principles of operation
ANDÏTROUBLESHOOTINGÏOFÏWATERÏTREATMENTÏ
SYSTEMS
COURSE CONTENT
COURSE CONTENT
Foundation – 4 Days
NEW
NEW
COURSE CONTENT
Q
7ATERÏCHEMISTRYÏ
Q
7ATERÏPROPERTIESÏ
Q
7ATERÏSPECIlCATIONSÏFORÏDISPOSALÏORÏ
INJECTIONÏ
Q
7ATERÏTREATMENTÏPROCESSES
Q
1UALITYÏCONTROLÏ
7ATERÏTREATMENTÏPROCESSESÏANDÏ
EQUIPMENTÏ
Q
%NVIRONMENTALÏREGULATIONSÏ
Q
$EOILINGÏPROCESSESÏ
Q
0LATEÏCOALESCENCEÏEQUIPMENTÏ
Q
0OLISHINGÏTREATMENTS
Q
#ROSSÏmOWÏANDÏMIXEDÏmOWÏSEPARATORSÏ
Q
#HEMICALS
Q
&LOTATIONÏUNITSÏANDÏHYDROCYCLONESÏ
FUNDAMENTALSÏUNITSÏANDÏDESCRIPTIONSÏ
AUDIENCE
Q
7ATERÏDEOXYGENATIONÏPROCESSESÏ
Operation technicians/operators/
SUPERVISORSÏMECHANICALÏTECHNICIANS
OPERATORSSUPERVISORSÏANDÏMAINTENANCEÏ
technicians.
Q
Field trip
Q
6ESSELÏTYPESÏUSEDÏINÏOILÏANDÏGASÏ
INDUSTRYÏ
Q
6ESSELÏDESIGNÏCONSIDERATIONÏ
Q
4ESTINGÏTHEÏVESSELSÏ
Q
Q
Q
Q
Q
Q
Q
Q
%NVIRONMENTALÏREGULATIONSÏ
Q
7ATERÏTREATMENTÏEQUIPMENTÏ
descriptions, applications, and
TECHNOLOGYÏ
)NSPECTIONÏOFÏVESSELSÏ
Q
6ESSELÏMAINTENANCEÏ
.$%ÏONÏVESSELSÏ
0RESSUREÏVESSELSÏ
Oil and gas separators
Boilers
PREREQUISITE
Basic knowledge of the oil and gas
processing facilities.
0ROPERTIESÏOFÏPRODUCEDÏWATERÏ
AUDIENCE
0RODUCTIONÏSURFACEÏFACILITIESÏOPERATORSÏ
and technicians, process operators and
TECHNICIANSÏANDÏPRODUCTIONÏSUPERVISORS
AUDIENCE
PREREQUISITE
0ROCESSÏENGINEERSÏPRODUCTIONÏOPERATIONSÏ
FACILITIESÏENGINEERSÏANDÏINSTRUMENTATIONÏ
and control engineers.
&AMILIARITYÏWITHÏSURFACEÏPRODUCTIONÏ
facilities.
PREREQUISITE
+NOWLEDGEÏOFÏPRODUCTIONÏmUIDÏPROPERTIES
AUDIENCE
Operation technicians/operators/
SUPERVISORSÏMECHANICALÏTECHNICIANS
OPERATORSSUPERVISORSÏMAINTENANCEÏ
technicians, pipeline operators, and
INSTRUMENTATIONÏANDÏCONTROLÏTECHNICIANS
PREREQUISITE
&AMILIARITYÏWITHÏPRODUCTIONÏSURFACEÏ
facilities.
Software
Technical courses that use software
NExT Catalog-2014(21.5x27.5).indd 175
Includes practical sessions
Field trips
Uses simulation
| 175
12/22/13 2:50 AM
TECHNICIAN AND OPERATOR TRAINING
Cathodic Protection
Skill – 5 Days
NEW
4HISÏCOURSEÏISÏDESIGNEDÏTOÏPROVIDEÏTHEÏ
THEORETICALÏBASISÏANDÏTHEÏPRACTICALÏABILITYÏ
NECESSARYÏTOÏOPERATEÏANDÏMAINTAINÏ
CATHODICÏPROTECTIONÏ#0ÏSYSTEMSÏINÏTHEÏOILÏ
and gas surface production facilities, with
particular reference to the safeguarding
of tanks and pipelines. The course
PROVIDESÏTHEÏATTENDEESÏWITHÏTHEÏVARIOUSÏ
FACTORSÏTHATÏIMPACTÏTHEÏPERFORMANCEÏOFÏ
THESEÏSYSTEMS
Skill – 3 Days
#0ÏPRINCIPLESÏ
Q
#0ÏMETHODSÏ
Q
Q
COURSE CONTENT
Q
Q
Q
Q
Q
Q
)SOLATIONÏOFÏPLANTÏANDÏEQUIPMENTÏFORÏ
MAINTENANCEÏ
Q
Q
#0ÏMONITORING
AUDIENCE
%LECTRICALÏENGINEERSÏANDÏTECHNICIANSÏ
corrosion engineers and technicians,
FACILITIESÏOPERATORSÏANDÏSUPERVISORS
PREREQUISITE
Basic understanding of oil and gas
INDUSTRY
2EMOTEÏCONTROLÏOFÏINTEGRATEDÏPROCESSÏ
SYSTEMSÏ
3HUTÏDOWNÏREMOTEÏINTEGRATEDÏ
PROCESSÏSYSTEMSÏ
)MPRESSEDÏCURRENTÏ#0Ï
#0ÏROUTINEÏMAINTENANCEÏ
)NTEGRATEDÏPROCESSÏSYSTEMSÏFORÏ
REMOTECONTROLÏOPERATIONÏ
Q
#0ÏCRITERIAÏ
3ACRIlCIALÏANODEÏ#0Ï
NEW
4HISÏCOURSEÏPROVIDESÏATTENDEESÏWITHÏTHEÏ
knowledge and practical skills for control
ROOMÏOPERATORSÏTOÏCARRYÏOUTÏINTEGRATEDÏ
OPERATIONALÏACTIVITIESÏINÏAÏSAFEÏMANNERÏ
WITHINÏTHEIRÏNORMALÏWORKÏLOCATION
COURSE CONTENT
Q
Electrical Submersible
Pumps
Control Room
-ONITORÏANDÏMAINTAINÏHEALTHÏ
ENVIRONMENTÏANDÏSAFETYÏSYSTEMSÏ
#ONTROLÏEMERGENCIESÏANDÏCRITICALÏ
situations
Q
%MERGENCYÏRESPONSEÏ
Q
!LARMÏMANAGEMENTÏANDÏ
interpretation
Q
%MERGENCYÏSHUTDOWNÏANDÏBLOWDOWNÏ
SYSTEMSÏ
Q
&IREÏANDÏGASÏDETECTIONÏSYSTEMSÏ
Q
(YDROCARBONÏGASÏDETECTIONÏ
Q
0ROCESSÏANDÏUTILITIESÏMONITORING
Skill – 3 Days
Equipment Inspection and
Maintenance
NEW
4HISÏCOURSEÏPROVIDESÏATTENDEESÏWITHÏTHEÏ
CONCEPTSÏOPERATIONÏMAINTENANCEÏANDÏ
TROUBLESHOOTINGÏOFÏTHEÏ%30Ï4HEÏATTENDEESÏ
WILLÏLEARNÏHOWÏTOÏIDENTIFYÏANDÏUNDERSTANDÏ
THEÏFUNCTIONSÏOFÏEACHÏELEMENTÏOFÏTHEÏ%30Ï
ANDÏTHEÏPARAMETERSÏTOÏTROUBLESHOOT
COURSE CONTENT
Q
%30SÏOVERVIEWÏ
Q
%30ÏGENERALÏDESCRIPTIONÏ
Q
3UBSURFACEÏEQUIPMENTÏ
Q
3URFACEÏEQUIPMENTÏ
Q
6ARIABLEÏSPEEDÏDRIVEÏ
Q
%30ÏTROUBLESHOOTINGÏPARAMETERS
AUDIENCE
0RODUCTIONÏOPERATORSÏANDÏTECHNICIANSÏ
ELECTRICALÏTECHNICIANSÏMECHANICALÏ
TECHNICIANSÏANDÏPRODUCTIONÏSUPERVISORS
PREREQUISITE
Basic knowledge of oil and gas
PRODUCTIONÏSYSTEMS
Skill – 5 Days
NEW
4HISÏCOURSEÏPROVIDESÏTHEÏKNOWLEDGEÏANDÏ
TOOLSÏFORÏSYSTEMATICÏCAREÏINSPECTIONÏ
ANDÏMAINTENANCEÏOFÏEQUIPMENTÏTOÏENSUREÏ
AÏSERVICEABLEÏCONDITIONÏANDÏTOÏDETECTÏ
FAILURESÏBEFOREÏTHEYÏBECOMEÏMAJORÏ
REPAIRSÏTHEREBYÏEXTENDINGÏSERVICEABLEÏ
LIFEÏ4HEÏCOURSEÏALSOÏPROVIDESÏATTENDEESÏ
WITHÏTHEÏPROPERÏWAYÏTOÏPREPAREÏ
MAINTENANCEÏEXECUTIONÏPLANSÏANDÏTHEÏ
factors that affect the inspection and
MAINTENANCEÏACTIVITIES
COURSE CONTENT
Q
#ORRECTIVEÏMAINTENANCEÏ
Q
3CHEDULEDÏSHUTDOWNÏMAINTENANCEÏ
Q
0REVENTIVEÏMAINTENANCEÏ
Q
0REDICTIVEÏMAINTENANCEÏ
Q
/PERATORÏMAINTENANCEÏ
Q
.ONDESTRUCTIVEÏTESTÏ
Q
-ONITORINGÏSYSTEMÏ
Q
-AINTENANCEÏSAFETY
AUDIENCE
0RODUCTIONÏOPERATORSÏANDÏTECHNICIANSÏ
ELECTRICALÏTECHNICIANSÏMECHANICALÏ
TECHNICIANSÏANDÏPRODUCTIONÏSUPERVISORS
PREREQUISITE
"ASICÏKNOWLEDGEÏOFÏPROCESSÏEQUIPMENT
AUDIENCE
0RODUCTIONÏSURFACEÏFACILITIESÏOPERATORSÏ
and technicians, process operators and
TECHNICIANSÏANDÏPRODUCTIONÏSUPERVISORS
PREREQUISITE
+NOWLEDGEÏOFÏPRODUCTIONÏSURFACEÏ
facilities operations.
176 |
NExT Catalog-2014(21.5x27.5).indd 176
Visit NExTtraining.net/classes for the latest calendar or to register for a course.
12/22/13 2:50 AM
TECHNICIAN AND OPERATOR TRAINING
Failure Mode Effect
Analysis Applied to
Production Operations
Hazard and Operability
Skill – 5 Days
Skill – 3 Days
&-%!ÏISÏUSEDÏTOÏASSESSÏTHEÏPOTENTIALÏ
FORÏOCCURRENCEÏOFÏEQUIPMENTÏFAILURESÏ
ANDÏPROBLEMATICÏEVENTSÏINÏAÏPROCESSÏ
ANDÏTOÏQUALIFYÏTHEIRÏEFFECTSÏ4HISÏCOURSEÏ
EMPHASIZESÏTHEÏPRACTICALÏASPECTSÏOFÏTHEÏ
TECHNIQUESÏFORÏOPTIMIZATIONÏOFÏPRODUCTIONÏ
operations. Attendees will learn the
theoretical and practical aspects of
&-%!ÏCRITICALITYÏANALYSISÏROOTCASEÏ
ANALYSISÏRISKBASEDÏINSPECTIONÏANDÏ
DECISIONMAKINGÏANALYSISÏFORÏPRODUCTIONÏ
OPERATIONÏACTIVITIES
4HISÏCOURSEÏPROVIDESÏTHEÏATTENDEESÏ
WITHÏTHEÏSIGNIlCANTÏASPECTSÏANDÏ
CONSIDERATIONSÏTOÏCONDUCTÏANÏEFlCIENTÏ
(!:/0ÏASSESSMENTÏ!TÏTHEÏCOMPLETIONÏ
OFÏTHEÏCOURSEÏATTENDEESÏWILLÏHAVEÏAÏ
GOODÏUNDERSTANDINGÏOFÏTHEÏ(!:/0ÏRISKÏ
ASSESSMENTÏTECHNIQUEÏANDÏWILLÏBEÏABLEÏ
TOÏAPPLYÏIT
COURSE CONTENT
NEW
COURSE CONTENT
Q
7HATÏISÏAÏ(!:/0Ï
Q
4HEÏNEEDÏFORÏ(!:/0Ï
Q
Scope
Q
#RITICALITYÏANALYSIS
Q
,IMITATIONSÏ
Q
&-%!Ï4YPESÏOFÏANALYSISÏFUNCTIONALÏ
approach, and applications
Q
)NFORMATIONÏREQUIREDÏ
Q
(!:/0ÏMETHODÏ
Q
(!:/0ÏSTUDYÏCASES
Q
&-%!ÏAPPLICATIONÏTOÏSUBSURFACE
SURFACEÏSYSTEMS
Q
2OOTCAUSEÏANALYSIS
AUDIENCE
Q
2ISKBASEDÏINSPECTION
Q
2ELIABILITYÏAVAILABILITYÏANDÏ
MAINTAINABILITYÏANALYSIS
Surface facilities production
operators and technicians, production
SUPERVISORSÏELECTRICALÏMECHANICALÏANDÏ
INSTRUMENTATIONÏANDÏCONTROLÏTECHNICIANS
HAZOP/HAZID AND SIL
Heavy Oil Transportation
and Processing
Skill – 5 Days
Skill – 5 Days
4HISÏCOURSEÏPROVIDESÏAÏWORKINGÏAPPROACHÏ
TOÏ(!:/0ÏPRACTICESÏANDÏPROCEDURESÏ
for attendees who are responsible for
ENSURINGÏTHEÏSAFETYÏOFÏPROCESSÏOPERATIONSÏ
FROMÏDESIGNÏTHROUGHÏDAILYÏOPERATIONSÏ)NÏ
this course, attendees will learn how to
APPLYÏTHEÏTECHNIQUESÏOFÏ(!:/0ÏANALYSISÏ
including the tips, tricks, and secrets
ANALYSTSÏUSEÏTOÏIMPLEMENTÏANDÏMAINTAINÏ
EFlCIENTÏOPERATIONÏPROCEDURESÏ#OURSEÏ
MATERIALÏALSOÏCOVERSÏTHEÏTOOLSÏNEEDEDÏFORÏ
(!:)$ÏINCLUDINGÏROOTCAUSEÏIDENTIlCATIONÏ
ANDÏTHEÏAPPLICATIONÏOFÏREDUNDANTÏSYSTEMÏ
LAYERSÏFORÏPROTECTIONÏPREVENTIONÏANDÏ
MITIGATIONÏ!TTENDEESÏWILLÏALSOÏLEARNÏ
HOWÏCONDUCTÏHAZARDÏANALYSISÏTOÏQUALIFYÏ
ANDÏQUANTIFYÏRISKÏANDÏTHEÏPROBABILITYÏOFÏ
associated failures.
4HISÏHEAVYÏANDÏEXTRAHEAVYÏOILÏ
INTRODUCTORYÏCOURSEÏFOCUSESÏONÏTHEÏ
STORAGEÏTRANSPORTÏANDÏTREATMENTÏANDÏ
ENCOMPASSESÏTHEÏTECHNOLOGYÏANALYSISÏ
for transportation. Attendees will learn
HOWÏTOÏASSESSÏTHEÏmOWÏOFÏHEAVYÏOILÏINÏ
AÏGATHERINGÏSYSTEMÏANDÏTECHNIQUESÏFORÏ
MITIGATINGÏmOWÏPROBLEMSÏINHERENTÏTOÏ
HEAVYÏOILÏOPERATIONSÏBYÏUSINGÏMODELINGÏ
SOFTWAREÏDEVELOPÏGATHERINGÏSCENARIOSÏ
ANDÏMODELÏTRANSPORTATIONÏISSUES
COURSE CONTENT
Surface facilities engineers, production
ENGINEERSÏANDÏMANAGERSÏANDÏ
MAINTENANCEÏANDÏRELIABILITYÏENGINEERS
(EAVYÏOILÏPRODUCTIONÏSYSTEMÏNODALÏ
ANALYSISÏmOWÏOFÏmUIDSÏANDÏSURFACEÏ
processing
Q
)SOTHERMALÏmOWÏINÏPIPELINESÏANDÏ
INCOMPRESSIBLEÏSINGLEPHASEÏmOWÏ
Q
4EMPERATUREÏPROlLESÏINÏPIPELINESÏ
Q
#RUDEÏOILÏDILUENTSÏANDÏHYDRAULICÏ
ANALYSISÏTOÏDETERMINEÏOPTIMALÏ
VOLUMES
(!:/0ÏMETHODSÏANDÏAPPLICATIONS
Q
(!:)$ÏANDÏMITIGATIONÏSTRATEGIES
Q
(AZARDÏANALYSISÏANDÏPROBABILITYÏ
DETERMINATION
Q
2ISKÏANALYSISÏANDÏFAILUREÏ
considerations
$ILUENTSÏIMPACTÏONÏDENSITYÏVISCOSITYÏ
PRESSUREÏREQUIREMENT
Q
4ERRAINÏTOPOGRAPHYÏEFFECTÏONÏHEAVYÏ
oil transport, including water as
CONVEYANCEÏMEDIUM
Q
'ASLIQUIDÏmOWÏINÏAÏGATHERINGÏSYSTEMÏ
correlations
PREREQUISITE
"ASICÏKNOWLEDGEÏOFÏTHEÏSURFACEÏFACILITYÏ
PRODUCTIONÏSYSTEM
Q
Q
Q
AUDIENCE
COURSE CONTENT
Q
3AFETYÏINTEGRITYÏLEVELÏ3),Ï
ASSESSMENT
AUDIENCE
PREREQUISITE
"ASICÏKNOWLEDGEÏOFÏRELIABILITYÏENGINEERINGÏ
ANDÏOILÏANDÏGASÏPRODUCTIONÏSYSTEMS
%NGINEERSÏSAFETYÏANDÏENVIRONMENTALÏ
personnel, plant operators, area
MANAGERSÏANDÏMAINTENANCEÏPERSONNEL
PREREQUISITE
3URFACEÏ&ACILITYÏ0RODUCTIONÏ/PERATIONSÏ
course.
Q
Structure of gathering network and
basic equations
AUDIENCE
%NGINEERSÏANDÏPRODUCTIONÏMANAGERSÏ
INTERESTEDÏINÏHEAVYÏOILÏGATHERINGÏANDÏ
transportation.
PREREQUISITE
"ASICÏKNOWLEDGEÏOFÏHYDROCARBONÏ
PROPERTIESÏmUIDÏmOWÏPRODUCTIONÏSURFACEÏ
facilities design and operations.
Software
Technical courses that use software
NExT Catalog-2014(21.5x27.5).indd 177
Includes practical sessions
Field trips
Uses simulation
| 177
12/22/13 2:50 AM
TECHNICIAN AND OPERATOR TRAINING
Hydraulic Control Panels
Skill – 2 Days
NEW
4HISÏCOURSEÏPROVIDESÏTHEÏATTENDEESÏWITHÏ
the knowledge and skills needed to
UNDERSTANDÏHOWÏTOÏOPERATEÏUNDERÏNORMALÏ
ANDÏABNORMALÏCONDITIONSÏTROUBLESHOOTÏ
ANDÏMAINTAINÏAÏHYDRAULICÏCONTROLÏPANEL
Automation, Instrumentation,
Measurements, and Process
Control
Oilfield Corrosion
Management
Problem Solving
Skill – 5 Days
Skill – 5 Days
Skill – 3 Days
Attendees will gain theoretical and
practical knowledge on how to use
AUTOMATIONÏINSTRUMENTATIONÏCONTROLÏ
ANDÏMETERINGÏTECHNOLOGIESÏTOÏINCREASEÏ
EFlCIENCYÏANDÏSAFETYÏOFÏOPERATIONSÏANDÏ
PRODUCTIVITYÏOFÏTHEÏPRODUCTIONÏPROCESS
)NÏTHISÏCOURSEÏATTENDEESÏRECEIVEÏANÏ
INTRODUCTIONÏTOÏTHEÏMECHANISMSÏANDÏ
causes of corrosion in oil and gas
PRODUCTIONÏSYSTEMSÏANDÏTHEÏAPPROPRIATEÏ
METHODSÏFORÏMONITORINGÏANDÏCONTROLÏ
4HEÏATTENDEESÏWILLÏLEARNÏTOÏIDENTIFYÏTHEÏ
CORROSIONÏMECHANISMÏANDÏESTIMATEÏANDÏ
predict the corrosion rates in addition to
UNDERSTANDINGÏHOWÏTOÏSELECTÏMATERIALSÏ
BASEDÏONÏTHEÏCORROSIONÏENVIRONMENTÏ
EVALUATEÏANDÏSELECTÏCORROSIONÏ
inhibitors, and elaborate on a corrosion
MANAGEMENTÏPLANÏFORÏPIPELINES
4HISÏCOURSEÏPROVIDESÏTHEÏATTENDEESÏWITHÏ
the knowledge and skills to understand
ROOTÏCAUSEÏANALYSISÏ2#!ÏOFÏTHEÏPROBLEMÏ
ANDÏREDUCEÏITSÏOCCURRENCEÏINÏSIMILARÏ
SITUATIONSÏ4HEÏCOURSEÏINCLUDESÏSEVERALÏ
METHODOLOGIESÏTOÏAPPROACHÏANDÏSOLVEÏ
PROBLEMS
COURSE CONTENT
Q
(YDRAULICÏCONTROLÏPANELÏPURPOSE
Q
(YDRAULICÏCONTROLÏPANELÏTYPICALÏ
CONlGURATIONÏ
Q
(YDRAULICÏCONTROLÏPANELÏSTARTUP
Q
(YDRAULICÏCONTROLÏPANELÏINÏAÏNORMALÏ
condition
Q
Q
Q
(YDRAULICÏCONTROLÏPANELÏINÏAÏSHUTDOWNÏ
condition
(YDRAULICÏCONTROLÏPANELÏ
troubleshooting
0REVENTIVEÏANDÏCORRECTIVEÏ
MAINTENANCE
COURSE CONTENT
Q
Q
Q
3UBSURFACESURFACEÏAUTOMATIONÏ
concept
0ROCESSÏCONTROLÏ#ENTRALIZEDÏCONTROLÏ
OPTIMIZATIONÏINTEGRATION
4ELECOMMUNICATION
Q
6ALUEÏCREATIONÏQUANTIlCATIONÏ
Q
)NLINEÏPRODUCTIONÏOPTIMIZATIONÏ
Q
!UTOMATEDÏWELLÏTESTS
Q
"OTTOMHOLEÏSENSORSÏANDÏINTELLIGENTÏ
wells
0ROBLEMÏDElNITIONSÏ
Q
3OLVINGÏPROBLEMÏMETHODOLOGIESÏ
Q
0ARETOÏANDÏSTRATIlCATIONÏ
Q
4HEÏÏh7HYSv
Q
4HEÏ)SHIKAWAÏlSHBONEÏDIAGRAMÏ
Q
#AUSALÏMAPPINGÏ
Q
4IMEÏLINEÏEVENTÏDIAGRAMÏANDÏCAUSALÏ
FACTORSÏ
Q
4ASKÏANALYSISÏ
#ORROSIONÏMONITORING
Q
Fault tree
Q
'UIDELINESÏFORÏMATERIALÏSELECTION
Q
Cause and effect
Q
0IPELINEÏEXTERNALÏCORROSIONÏ%XTERNALÏ
protection and National Association
OFÏ#ORROSIONÏ%NGINEERSÏRECOMMENDEDÏ
practices
COURSE CONTENT
Q
Q
Q
Q
Q
Q
0RODUCTIONÏOPERATORSÏANDÏTECHNICIANSÏ
ELECTRICALÏTECHNICIANSÏMECHANICALÏ
TECHNICIANSÏANDÏPRODUCTIONÏSUPERVISORS
$IAGNOSISÏANDÏOPTIMIZATIONÏOFÏ
INTEGRATEDÏSYSTEM
Q
Technological solutions and
AUTOMATIONÏPLATFORMS
Q
"ASICÏKNOWLEDGEÏOFÏINSTRUMENTATIONÏANDÏ
control.
AUDIENCE
0RODUCTIONÏENGINEERSÏFACILITIESÏENGINEERSÏ
or operations engineers looking for
PRACTICALÏEXPOSUREÏTOÏAUTOMATIONÏANDÏ
control concepts and techniques.
PREREQUISITE
Basic knowledge of the production
SYSTEMÏPROCESSÏINSTRUMENTATIONÏANDÏ
CONTROLÏMETERINGÏPRINCIPLES
$ElNITIONSÏANDÏPURPOSESÏOFÏSOLVINGÏ
PROBLEMSÏ
Basic principles of RCA
AUDIENCE
3TANDARDSÏANDÏRECOMMENDEDÏ
practices
Q
Q
)NLINEÏOPTIMIZERS
Q
COURSE CONTENT
Q
Q
PREREQUISITE
NEW
)MPACTÏOFÏCORROSIONÏINÏPRODUCTIONÏ
SYSTEMS
#ORROSIONÏPRINCIPLESÏANDÏCLASSIlCATION
CO and HS corrosion
#ORROSIONÏINHIBITORÏMECHANISMSÏ
guidelines, and selection
#ORROSIONÏPREDICTIONÏ!PPLICATIONÏTOÏ
actual cases
Q
2ISKBASEDÏINSPECTIONS
Q
!CTUALÏSTUDYÏCASES
AUDIENCE
AUDIENCE
0RODUCTIONÏOPERATORSÏANDÏTECHNICIANSÏ
ELECTRICALÏTECHNICIANSÏMECHANICALÏ
TECHNICIANSÏANDÏPRODUCTIONÏSUPERVISORS
PREREQUISITE
Basic knowledge of the oil and gas
PRODUCTIONÏSYSTEM
%NGINEERSÏWANTINGÏAÏBETTERÏUNDERSTANDINGÏ
OFÏCORROSIONÏANDÏITSÏMANAGEMENTÏINÏOILÏ
ANDÏGASÏPRODUCTIONÏSYSTEMS
PREREQUISITE
Basic knowledge of corrosion and
PRODUCTIONÏSYSTEMS
178 |
NExT Catalog-2014(21.5x27.5).indd 178
Visit NExTtraining.net/classes for the latest calendar or to register for a course.
12/22/13 2:50 AM
TECHNICIAN AND OPERATOR TRAINING
Process Safeguarding (Flare,
ESO, Vent, Depressurizing
Fire and Gas)
NEW
Skill – 5 Days
4HISÏCOURSEÏPROVIDESÏTHEÏNECESSARYÏ
knowledge and tools that can be
APPLIEDÏTOÏPREVENTÏlRESÏEXPLOSIONSÏ
and accidental releases at oil and gas
PROCESSINGÏFACILITIESÏ4HEÏAIMÏOFÏTHISÏ
COURSEÏISÏTOÏHELPÏATTENDEESÏDEVELOPÏ
FUNDAMENTALÏCOMPETENCIESÏRELATEDÏTOÏ
process safeguarding as it applies to the
UPSTREAMÏOILÏANDÏGASÏINDUSTRY
Q
Q
Q
Q
Q
Q
Q
Reliability for O&M
NEW
Skill – 4 Days
4HISÏCOURSEÏPROVIDESÏTHEÏATTENDEESÏWITHÏAÏ
COMPREHENSIVEÏANDÏPRACTICALÏINTRODUCTIONÏ
OFÏTHEÏCONCEPTÏMETHODOLOGIESÏ
technologies, and philosophies of
RELIABILITYÏAPPLIEDÏTOÏTHEÏOILÏANDÏGASÏ
INDUSTRYÏEQUIPMENTÏ
COURSE CONTENT
Q
Q
COURSE CONTENT
Rotating and Reciprocating
Equipment Control and
Protection
2ELIEFÏSYSTEMSÏ
Q
&LAREÏSYSTEMSÏ
Q
6ENTÏSYSTEMSÏ
Q
3HUTDOWNÏSYSTEMSÏ
Q
%MERGENCYÏSHUTDOWNÏ
Q
3AFETYÏINSTRUMENTEDÏSYSTEMSÏqÏ
Q
Fire and gas
Q
4HEÏIMPORTANCEÏOFÏRELIABILITYÏ
2ISKBASEDÏINSPECTIONÏ
2ELIABILITYCENTEREDÏMAINTENANCEÏ
2ISKÏANALYSISÏ
#ONDITIONÏMONITORINGÏ
#OMPRESSORÏCONTROLÏ
Q
3UBSEAÏCONTROLÏSYSTEMÏOVERVIEWÏ
Q
#ONTROLÏSTRATEGYÏ
Q
3UBSEAÏCONTROLÏSYSTEMÏBASICSÏ
Q
3YSTEMÏCONSIDERATIONSÏ
Q
3UBSEAÏCONTROLÏSYSTEMÏTYPES
Q
%LECTRICALÏANDÏELECTRONICÏCONTROLSÏ
Q
(YDRAULICÏSYSTEMÏ
Q
0NEUMATICÏCONTROLSÏ
Q
%LECTRICALÏANDÏHYDRAULICÏDISTRIBUTIONÏ
Q
Manual controls
Q
Subsea electrical connectors
Q
3ENSORÏCLASSIlCATIONÏ
Q
3UBSEAÏEQUIPMENTÏ
Q
3ENSORÏTYPESÏ
Q
3UBSEAÏVALVESÏANDÏACTUATORSÏ
Q
Loading and unloading
Q
)NSTRUMENTATIONÏANDÏSENSORSÏ
Q
#APACITYÏCONTROLÏ
Q
#OMMUNICATIONSÏEQUIPMENT
Q
Surge control
Q
3PECIALÏCOMPRESSORÏCONTROLS
AUDIENCE
AUDIENCE
"ASICÏKNOWLEDGEÏOFÏPROCESSÏEQUIPMENTÏ
USEDÏINÏPRODUCTIONÏSYSTEMS
-ECHANICALÏINSTRUMENTATIONÏANDÏCONTROLÏ
technicians and operators.
Technical courses that use software
NExT Catalog-2014(21.5x27.5).indd 179
Q
PREREQUISITE
Basic understanding of oil and gas
INDUSTRY
Software
COURSE CONTENT
#RITICALÏANALYSISÏ
0RODUCTIONÏOPERATORSÏANDÏTECHNICIANSÏ
ELECTRICALÏTECHNICIANSÏMECHANICALÏ
TECHNICIANSÏANDÏPRODUCTIONÏSUPERVISORS
PREREQUISITE
COURSE CONTENT
&AILUREÏANALYSISÏMETHODOLOGIESÏ
Surface facilities production and
operations engineers, production
ENGINEERSÏPRODUCTIONÏMANAGERSÏPROCESSÏ
ENGINEERSÏANDÏINSTRUMENTATIONÏANDÏ
control engineers.
NEW
4HISÏCOURSEÏPROVIDESÏTHEÏATTENDEESÏ
WITHÏINDEPTHÏINFORMATIONÏABOUTÏSUBSEAÏ
CONTROLÏSYSTEMSÏ4HISÏCOURSEÏALSOÏ
IMPROVESÏTHEÏUNDERSTANDINGÏOFÏTHEÏSUBSEAÏ
CONTROLÏSYSTEMÏPLATFORMÏTHEÏFUNCTIONSÏ
ANDÏMONITORINGÏOFÏTHEÏSUBSEAÏEQUIPMENTÏ
ANDÏACTIVITIES
2ELIABILITYÏFUNCTIONÏ
AUDIENCE
Skill – 3 Days
4HISÏCOURSEÏPROVIDESÏTHEÏATTENDEESÏ
WITHÏTHEÏFUNDAMENTALSÏOFÏCOMPRESSORÏ
CONTROLÏTHATÏINCLUDESÏSTARTINGÏDEVICESÏ
OVERLOADÏPROTECTIONÏHIGHPRESSUREÏANDÏ
LOWPRESSUREÏPROTECTIONÏANDÏSURGEÏ
CONTROLÏNEEDÏFORÏTHEÏEFlCIENTÏOPERATIONÏOFÏ
COMPRESSORÏCONTROLÏ
$ElNITIONSÏOFÏRELIABILITYÏ
AUDIENCE
NEW
Skill – 3 Days
Subsea Control Systems
PREREQUISITE
PREREQUISITE
&AMILIARITYÏWITHÏCOMPRESSORSÏANDÏOILÏANDÏ
gas production surface facilities.
Includes practical sessions
Field trips
Subsea technicians and operators,
INSTRUMENTATIONÏANDÏCONTROLÏTECHNICIANSÏ
and operators, and production operation
SUPERVISORS
Uses simulation
Basic knowledge of the oil and gas
PRODUCTIONÏSYSTEMÏANDÏINSTRUMENTATIONÏ
and control.
| 179
12/22/13 2:50 AM
MANAGEMENT AND LEADERSHIP
COMPETENCY
LEVEL
Project Management
Business Skills
Leadership
Strategic Project Management
A Strategic Approach to Oil and Gas Exploration
Becoming an Inspirational Leader in Oil and Gas
Applied Project Management - Oil and Gas
Powerful Technical Presentations
The Wellsite Coach
Supply Chain Strategy
Advances in Information Technology
for Oil and Gas
Technical Bidding and Tendering
International Oil and Gas Exploitation Contracts
ADVANCED
Project Risk Analysis and Management
SKILL
Contracts, Procurement, and Partnering
Negotiation Skills for the Oil and Gas Industry
Ultimate PMP® Prep Boot Camp
International Business Communication Skills
International Management Skills
FOUNDATION
Project Management Fundamentals
Oil and Gas Asset Management
Personal Breakthrough Impact
Project Management
Knowledge Management
First-Time Leadership and Supervision
Microsoft Project for Oil and Gas
Communication and Presentation Skills for
Project Managers
AWARENESS
Project Management for Team Members
180 |
NExT Catalog-2014(21.5x27.5).indd 180
Visit NExTtraining.net/classes for the latest calendar or to register for a course.
12/22/13 2:50 AM
MANAGEMENT AND LEADERSHIP
Project Management for
Team Members
Communication and
Presentation Skills for
Project Managers
Knowledge Management
Awareness – 2 Days
Foundation – 5 Days
Foundation – 4 Days
4HISÏCOURSEÏDELIVEREDÏBYÏAÏ0-)ÏEDUCATIONÏ
PROVIDERÏWILLÏPROVIDEÏATTENDEESÏWITHÏ
the basic knowledge and skills required
TOÏSUCCESSFULLYÏPARTICIPATEÏINÏANÏOILÏANDÏ
GASÏPROJECTÏ4HISÏAWARENESSÏCOURSEÏISÏ
DESIGNEDÏTOÏPROVIDEÏATTENDEESÏWITHÏANÏ
INTRODUCTIONÏTOÏTHEÏCONCEPTSÏOFÏPROJECTÏ
MANAGEMENTÏ!SÏSUCHÏTHISÏCOURSEÏ
PROVIDESÏAÏGOODÏBASISÏFORÏANYÏPERSONÏ
SEEKINGÏFUTUREÏCAREERÏADVANCEMENTÏASÏAÏ
TEAMÏLEADERÏORÏPROJECTÏMANAGERÏ)TÏALSOÏ
ESTABLISHESÏAÏCOMMONÏLANGUAGEÏTHUSÏ
FACILITATINGÏMOVESÏACROSSÏSEGMENTSÏ
ORÏDEPARTMENTSÏ4HEÏCASEÏSTUDIESÏFORÏ
APPLYINGÏTHEÏPROJECTÏMANAGEMENTÏ
METHODOLOGYÏWILLÏUSEÏOILÏANDÏGASÏ
EXAMPLESÏANDÏCANÏBEÏTAILOREDÏFORÏANÏ
ADDITIONALÏFEEÏTOÏSPECIlCÏNEEDSÏWITHINÏ
AÏCUSTOMERÏ4HEÏSTUDIESÏWILLÏBEGINÏWITHÏ
CORRECTLYÏDElNINGÏTHEÏPROJECTÏINCLUDINGÏ
SCOPEÏANDÏREQUIREMENTSÏANDÏEXTENDÏTOÏ
PLANNINGÏIMPLEMENTINGÏTHEÏPLANÏANDÏ
lNALLYÏCLOSINGÏOUTÏTHEÏPROJECTÏ4HEÏCOURSEÏ
FOLLOWSÏTHEÏGUIDELINESÏESTABLISHEDÏBYÏ
THEÏ0-)ÏANDÏTHEIRÏ0-"/+Ï'UIDEÏ4HEÏ
COURSEÏUSESÏAÏCOMBINATIONÏOFÏTEACHINGÏ
COMPONENTSÏTOÏENSUREÏDELEGATESÏABSORBÏ
BOTHÏTHEÏTHEORYÏANDÏTHEÏPRACTICALÏ
application of the topics.
4HISÏCOURSEÏWILLÏPROVIDEÏKNOWLEDGEÏANDÏ
UNDERSTANDINGÏOFÏTHEÏIMPORTANCEÏOFÏ
COMMUNICATIONSÏANDÏPRESENTATIONÏSKILLSÏTOÏ
AÏPROJECTSÏSUCCESSÏ4HEÏ(ARVARDÏ"USINESSÏ
2EVIEWÏLISTSÏhEFFECTIVELYÏSPEAKINGÏINÏ
PUBLICvÏASÏTHEÏNUMBERÏONEÏCRITERIAÏFORÏ
CAREERÏADVANCEMENTÏ)NÏAÏSURVEYÏOFÏ
PROJECTÏMANAGERSÏALLÏACROSSÏTHEÏGLOBEÏTHEÏ
NUMBERÏONEÏFACTORÏTHEYÏSAIDÏPREDICTEDÏAÏ
SUCCESSFULÏPROJECTÏWASÏCOMMUNICATIONSÏ
"ETWEENÏTHEÏCUSTOMERÏANDÏTHEÏPROJECTÏ
TEAMÏMEMBERSÏTHEMSELVESÏ4HISÏCOURSEÏ
WILLÏANSWERÏTHESEÏQUESTIONSÏ7HYÏISNTÏ
GOODÏPROJECTÏMANAGEMENTÏENOUGHÏ
7HYÏAREÏPROJECTÏCOMMUNICATIONSÏ
SOÏIMPORTANTÏ7HATÏHAPPENSÏIFÏYOUÏ
IGNOREÏPROJECTÏCOMMUNICATIONSÏ7HATÏ
ISÏBUSINESSÏPROJECTÏMANAGEMENTÏ4HEÏ
COURSEÏWILLÏPROVIDEÏATTENDEESÏWITHÏ
ANÏUNDERSTANDINGÏOFÏTHESEÏCONCEPTSÏ
0REPARINGÏLEADERSHIPÏFORÏTHEIRÏROLEÏUSINGÏ
COMMUNICATIONSÏWRITINGÏTHEÏPROJECTÏ
CHARTERÏCASEÏFORÏCHANGEÏREPORTÏWRITINGÏ
PRESENTATIONSÏRELATEDÏTOÏTHEÏPROJECTÏFORÏ
EXECUTIVESÏMANAGERSÏUSERSÏANDÏOTHERÏ
stakeholders.
4HISÏDAYÏCLASSROOMÏTRAININGÏCOURSEÏISÏ
CONDUCTEDÏINÏAÏWORKSHOPÏFORMATÏIEÏ
WITHÏSIGNIlCANTÏAUDIENCEÏPARTICIPATIONÏ
USUALLYÏINÏTHEÏFORMÏOFÏSMALLÏBREAKOUTÏ
GROUPSÏ4HEÏCOURSEÏPRESENTSÏTHEÏVARIOUSÏ
ASPECTSÏOFÏKNOWLEDGEÏMANAGEMENTÏ+-Ï
ASÏITÏRELATESÏTOÏTHEÏSPECIlCÏKNOWLEDGEÏ
capture and sharing needs of the oil
ANDÏGASÏINDUSTRYÏ%MPHASISÏISÏONÏTHEÏ
CURRENTÏCONVERGENCEÏOFÏKNOWLEDGEÏ
MANAGEMENTÏELECTRONICÏCOLLABORATIONÏ
and social networking as applied in the
ENTERPRISEÏCONTEXTÏ4HEÏCOURSEÏADDRESSESÏ
THEÏMETHODSÏANDÏTOOLSÏTHATÏMAXIMIZEÏ
THEÏRETENTIONÏOFÏRETIRINGÏEMPLOYEESÏ
KNOWLEDGEÏ"YÏTHEÏENDÏOFÏTHEÏCOURSEÏ
THEÏATTENDEESÏWILLÏBEÏABLEÏTOÏDEVELOPÏAÏ
STRATEGYÏANDÏAÏROADMAPÏFORÏEFFECTIVEÏ+-Ï
INÏTHEIRÏRESPECTIVEÏORGANIZATIONSÏTHEYÏWILLÏ
UNDERSTANDÏTHEÏBENElTSÏANDÏCHALLENGESÏ
OFÏEACHÏASPECTÏOFÏ+-ÏTHEYÏWILLÏHAVEÏ
AÏMOREÏhHOLISTICvÏVIEWÏOFÏ+-ÏTHANÏTHEÏ
VENDORDRIVENÏVIEWÏTHATÏPREVAILEDÏINÏ
PASTÏYEARSÏANDÏTHEYÏWILLÏUNDERSTANDÏTHEÏ
RELATIVEÏPRIORITIESÏOFÏPEOPLEÏPROCESSÏANDÏ
TOOLSÏINÏIMPLEMENTINGÏTHEÏSTRATEGY
COURSE CONTENT
COURSE CONTENT
COURSE CONTENT
Q
Q
$ElNEÏAÏPROJECTÏANDÏPROJECTÏ
MANAGEMENT
Q
$ElNEÏTHEÏDIFFERENCEÏBETWEENÏ
PROJECTSÏANDÏOPERATIONALÏWORK
Q
%XPLAINÏTHEÏRELATIONSHIPÏOFÏTHEÏPROJECTÏ
MANAGEMENTÏ4RIPLEÏ#ONSTRAINTÏ
triangle
Q
)DENTIFYÏTHEÏKEYÏCOMPONENTSÏOFÏTHEÏ
PROJECTÏLIFEÏCYCLEÏANDÏEXPECTATIONSÏOFÏ
TEAMÏMEMBERSÏINÏEACHÏPHASE
,INKINGÏPROJECTSÏTOÏTHEÏBUSINESSÏ
STRATEGY
Q
$EVELOPINGÏAÏCOMMUNICATIONSÏPLANÏ
FORÏTHEÏPROJECT
Q
5SINGÏCOMMUNICATIONSÏTOÏHANDLEÏ
PROJECTÏRISKS
Q
Q
5SINGÏCOMMUNICATIONSÏINÏPREPARINGÏ
OPERATIONSÏTOÏACCEPTÏTHEÏPROJECTÏ
DELIVERABLES
Four presentation rules
)DENTIFYÏPROJECTÏSTAKEHOLDERSÏANDÏ
their contributions
Q
Q
$ElNEÏROLESÏANDÏRESPONSIBILITIESÏOFÏ
PROJECTÏTEAMÏMEMBERS
Q
Logistics
Q
/RGANIZINGÏFORÏAÏTEAMÏPRESENTATIONÏ
%XPLAINÏWHYÏWEÏAPPLYÏPROJECTÏ
MANAGEMENTÏBESTÏPRACTICES
Q
$EVELOPÏAÏHIGHLEVELÏWORKÏPLANÏ
INCLUDINGÏPROJECTÏACTIVITIESÏANDÏEFFORTÏ
ESTIMATES
AUDIENCE
!NYONEÏWITHÏAÏMINIMALÏBACKGROUNDÏINÏ
PROJECTÏMANAGEMENTÏORÏSOMEONEÏWHOÏ
desires an increased understanding
OFÏHOWÏTOÏPARTICIPATEÏSUCCESSFULLYÏINÏAÏ
PROJECT
-OTIVATINGÏEMPLOYEESÏTOÏSHAREÏANDÏ
reuse knowledge
Q
0EOPLEÏASPECTÏOFÏ+-
Q
$OCUMENTÏMANAGEMENTÏANDÏ
INTRODUCTIONÏTOÏTAXONOMY
Q
)NTRODUCTIONÏTOÏh%NTERPRISEÏvÏ
concepts
Q
Managing social networking risks
AUDIENCE
+NOWLEDGEÏMANAGEMENTÏPROGRAMÏ
MANAGERSÏLEADERSÏOFÏCOMMUNITIESÏ
OFÏPRACTICEÏ#O0SÏORÏSIMILARÏEFFORTSÏ
INFORMATIONÏTECHNOLOGYÏLEADERSÏINCLUDINGÏ
CIOs, concerned with the selection and
DEPLOYMENTÏOFÏMETHODSÏANDÏTOOLSÏFORÏ
knowledge retention and collaboration
ANDÏHUMANÏRESOURCEÏANDÏEDUCATIONÏ
professionals whose role includes
assessing the knowledge assets and
NEEDSÏOFÏTHEÏORGANIZATIONÏTAILORINGÏ
TRAININGÏPROGRAMSÏANDÏCREATINGÏPROGRAMSÏ
to retain the knowledge of retiring
EMPLOYEES
PREREQUISITE
Q
&ORMSÏOFÏKNOWLEDGEÏMANAGEMENT
Q
%VOLUTIONÏOFÏKNOWLEDGEÏMANAGEMENTÏ
FROMÏDOCUMENTÏMANAGEMENTÏTOÏSOCIALÏ
networking
Q
+NOWLEDGEÏMANAGEMENTÏPROCESSES
Q
%LICITINGÏKNOWLEDGE
Q
+NOWLEDGEÏVALIDATIONÏ7HENÏISÏITÏ
needed, and how to do it
Q
3TORINGÏANDÏPUBLICIZINGÏKNOWLEDGE
"ASICÏUNDERSTANDINGÏOFÏTHEÏDEMOGRAPHICSÏ
OFÏANÏENTERPRISEÏINÏTERMSÏOFÏLEVELÏOFÏ
EXPERTISEÏFAMILIARITYÏWITHÏTRADITIONALÏ
COMPUTERÏTOOLSÏFORÏCOLLABORATIONÏEMAILÏ
SHAREDÏDOCUMENTÏREPOSITORIESÏETCÏANDÏ
ACTIVEÏPARTICIPATIONÏINÏSOCIALÏNETWORKS
Guidelines for preparing and using
VISUALÏAIDS
Q
Q
Q
AUDIENCE
-OREÏEXPERIENCEDÏPROJECTÏMANAGERSÏ
WHOÏWANTÏTOÏRAISEÏTHEÏLEVELÏOFÏTHEIRÏ
SUCCESSÏINÏPROJECTSÏBYÏDEVELOPINGÏANDÏ
DELIVERINGÏMOREÏCOMPELLINGÏANDÏPRECISEÏ
COMMUNICATIONSÏANDÏPRESENTATIONS
PREREQUISITE
3OMEÏPROJECTÏMANAGEMENTÏEXPERIENCEÏ
desired.
PREREQUISITE
None
Software
Technical courses that use software
NExT Catalog-2014(21.5x27.5).indd 181
Includes practical sessions
Field trips
Uses simulation
| 181
12/22/13 2:50 AM
MANAGEMENT AND LEADERSHIP
First-Time Leadership and
Supervision
Oil and Gas Asset
Management
Microsoft Project for
Oil and Gas
Foundation – 5 Days
Foundation – 5 Days
Foundation – 3 Days
!SÏINTERNATIONALÏCOMPANIESÏMOVEÏ
TOWARDÏAÏmATTERÏTEAMBASEDÏSTRUCTUREÏ
SUPERVISORSÏANDÏTEAMÏLEADERSÏAREÏ
COMBININGÏAÏLEADERSHIPÏROLEÏWITHÏFULLTIMEÏ
operational responsibilities. This course
DEVELOPSÏCOREÏLEADERSHIPÏANDÏSUPERVISORYÏ
skills in people who are new to these
DEMANDINGÏROLES
Attendees will gain an understanding of
THEÏENTIREÏOILÏCOMPANYÏDECISIONMAKINGÏ
PROCESSÏFROMÏINITIALÏNEWÏCOUNTRYÏENTRYÏ
STRATEGYÏTOÏlELDÏABANDONMENTÏ4HISÏ
course addresses the technical and
business challenges as well as the
INTERACTIONSÏWITHÏlSCALÏANDÏGOVERNMENTÏ
BODIESÏ4OPICSÏINCLUDEÏ6/)ÏINÏVARIOUSÏ
ASPECTSÏFROMÏEXPLORATIONÏTOÏPRODUCTIONÏ
ASÏWELLÏASÏTHEÏTYPICALÏBUSINESSÏANDÏ
ECONOMICSÏFRAMEWORKSÏFORÏOILÏCOMPANIES
This software course is designed to
FAMILIARIZEÏTHEÏATTENDEEÏWITHÏTHEÏBASICÏ
GOALSÏANDÏAPPROACHÏOFÏ-ICROSOFT½Ï-3Ï
0ROJECTÏÏFORÏOILÏANDÏGASÏPROJECTÏ
MANAGEMENT
COURSE CONTENT
Q
0REPARINGÏFORÏSMOOTHÏTRANSITIONSÏINTOÏ
leadership
Q
!SSESSINGÏYOURÏLEADERSHIPÏ
capabilities, challenges, and
potential growth areas
Q
Q
Q
-ANAGINGÏYOURSELFÏANDÏYOURÏTIMEÏTOÏ
ACHIEVEÏGOALS
SMART goals and action plans
4EAMÏSPIRITÏANDÏMOTIVATIONALÏSKILLS
Q
$EVELOPINGÏDELEGATIONÏSKILLSÏANDÏ
plans
Q
Q
Q
7ORLDWIDEÏOILÏANDÏGASÏSUPPLYÏANDÏ
DEMANDÏRESERVESÏANDÏPRODUCTION
Q
%XPLORATIONÏPHASEÏOFÏTHEÏ%0ÏLIFEÏ
CYCLE
Q
#OMMUNICATIONÏTECHNIQUES
Q
Q
COURSE CONTENT
Q
Q
%CONOMICSÏlNANCIALÏPLANNINGÏ
APPRAISALÏANDÏlELDÏDEVELOPMENTÏ
planning
Coaching plans and techniques to
IMPROVEÏPERFORMANCE
Q
0ROBLEMSOLVINGÏANDÏDECISIONMAKINGÏ
techniques
0ROSPECTÏRISKSÏANDÏCALCULATIONÏOFÏ
EXPECTEDÏMONETARYÏVALUE
Q
2ESERVOIRÏDRIVEÏMECHANISMSÏ
RECOVERYÏFACTORSÏANDÏPRODUCTIONÏ
PROlLES
Q
7ELLÏPLANNINGÏPROCESSÏDRILLINGÏ
PROBLEMSÏANDÏSOLUTIONS
-ANAGINGÏCONmICTÏANDÏSTRESSÏ
CONSTRUCTIVELY
AUDIENCE
.EWÏLEADERSÏANDÏSUPERVISORSÏORÏTHOSEÏ
PREPARINGÏFORÏMANAGEMENT
Q
PREREQUISITE
None
2IGÏTYPESÏANDÏSELECTIONÏSITEÏ
PREPARATIONÏDRILLINGÏSYSTEMSÏANDÏ
EQUIPMENTÏDRILLINGÏTECHNIQUESÏANDÏ
CASINGÏANDÏCEMENTING
NEW
4HEÏCOURSEÏWILLÏDEMONSTRATEÏTHATÏ-3Ï
0ROJECTÏISÏDESIGNEDÏTOÏALIGNÏWITHÏALLÏ
THEÏESSENTIALÏELEMENTSÏOFÏAÏSTRUCTUREDÏ
PROJECTÏ4HEÏ-3Ï0ROJECTÏISÏBUILTÏASÏAÏTOOLÏ
FORÏPROJECTÏMANAGERSÏANDÏCOVERSÏALMOSTÏ
ALLÏTHEÏASPECTSÏOFÏTHEÏ0-"/+Ï'UIDEÏ
FROMÏTHEÏ0-)Ï4HEÏCOURSEÏWILLÏINCLUDEÏ
EXERCISESÏANDÏOILÏANDÏGASÏCASEÏSTUDIESÏFORÏ
application of the concepts.
COURSE CONTENT
Q
Conceptual background
Q
.AVIGATINGÏWITHINÏ-3Ï0ROJECTÏ
Q
3ETTINGÏTHEÏPROJECTÏBASICÏPARAMETERS
Q
%NTERINGÏSCOPEÏTIMEÏRESOURCEÏANDÏ
COSTÏINFORMATIONÏINTOÏ-3Ï0ROJECTÏ
)NDUSTRYÏCHALLENGESÏANDÏTOUGHÏ
PROBLEMSÏBYÏREGIONÏANDÏGEOGRAPHY
2EVIEWÏOFÏINDEPENDENTÏANDÏNATIONALÏ
OILÏCOMPANIES
Personal Breakthrough
Impact
Q
Foundation – 3 Days
This course will help attendees begin to
understand their strengths and natural
TALENTSÏANDÏHOWÏTOÏCAPITALIZEÏONÏTHEMÏ
Attendees will also better understand
MOTIVATIONALÏDRIVERSÏANDÏENERGYÏDRAINERSÏ
and in turn, enable the attendees to
DEVELOPÏAÏPERSONALÏSTRATEGYÏFORÏACTIONÏ
"EINGÏEFFECTIVEÏANDÏHAVINGÏANÏIMPACTÏ
HELPSÏTOÏINCREASEÏPRODUCTIVITYÏANDÏ
OVERALLÏJOBÏSATISFACTIONÏWHETHERÏINÏANÏ
OFFSHOREÏORÏONSHOREÏENVIRONMENTÏINÏ
ADDITIONÏTOÏHAVINGÏAÏMAJORÏIMPACTÏONÏ
HEALTHÏANDÏSAFETYÏINÏTHEÏWORKPLACEÏ
%FFECTIVENESSÏWITHÏOTHERSÏALWAYSÏSTARTSÏ
WITHÏvSELFEFFECTIVENESSvÏANDÏSELF
EFFECTIVENESSÏSTARTSÏWITHÏSELFAWARENESSÏ
!NÏENHANCEDÏSELFAWARENESSÏISÏALSOÏKEYÏ
TOÏvUNDERSTANDINGvÏOTHERSÏANDÏTOÏDEVELOPÏ
AÏCOMMUNICATIONÏANDÏINmUENCEÏAPPROACHÏ
that works and produces the best results.
COURSE CONTENT
Q
Managing and tracking tasks
AUDIENCE
"EÏFAMILIARÏWITHÏTHEÏFUNDAMENTALSÏOFÏ
PROJECTÏMANAGEMENTÏANDÏHAVEÏAÏNEEDÏFORÏ
AÏLAPTOPÏTOOLÏFORÏMANAGINGÏPROJECTÏSCOPEÏ
TIMEÏANDÏCOSTS
PREREQUISITE
&AMILIARÏWITHÏTHEÏFUNDAMENTALSÏOFÏPROJECTÏ
MANAGEMENTÏANDÏBEÏEXPERIENCEDÏINÏ
WORKINGÏINÏAÏPROJECTÏENVIRONMENTÏINÏ
ADDITIONÏTOÏBEINGÏPROlCIENTÏINÏTHEÏBASICSÏ
OFÏTHEÏ-ICROSOFTÏAPPLICATIONSÏ7ORDÏANDÏ
%XCEL
NEW
Gain insights into strengths and
liabilities
Q
-ASTERÏAÏPOWERFULÏVOCABULARYÏFORÏ
GREATERÏPERSONALÏINmUENCEÏANDÏ
IMPACTÏ
Q
%XPLOREÏTHEÏLATESTÏTOOLSÏTIPSÏANDÏ
PRACTICALÏTECHNIQUESÏFORÏACHIEVINGÏ
EXCELLENTÏRESULTSÏ
Q
5NDERSTANDÏTHEÏIMPORTANCEÏOFÏ
PERSONALÏIMPACTÏANDÏINmUENCEÏONÏ
others
Q
%VALUATEÏYOURÏPERSONALÏIMPACTÏ
STRATEGYÏAPPROACHÏTAKEÏACTIONSÏTOÏ
strengthen it
Q
0RODUCTIONÏOPERATIONSÏ
AUDIENCE
Q
%CONOMICÏANDÏPLANNINGÏSCENARIOSÏ
REmECTINGÏINVESTMENTÏCRITERIAÏRISKÏ
ANALYSISÏDECISIONÏTREESÏANDÏ6/)
)NDIVIDUALÏCONTRIBUTORSÏPROJECTÏMEMBERSÏ
lRSTTIMEÏMANAGERS
Q
2EVIEWÏOFÏOILlELDÏDEVELOPMENTÏ
PROJECT
PREREQUISITE
None
AUDIENCE
!NYONEÏWANTINGÏANÏINCREASEDÏ
UNDERSTANDINGÏOFÏTHEÏMANAGEMENTÏOFÏ%0Ï
ASSETSÏSUCHÏASÏPROPERTIESÏANDÏlELDS
PREREQUISITE
None
182 |
NExT Catalog-2014(21.5x27.5).indd 182
Visit NExTtraining.net/classes for the latest calendar or to register for a course.
12/22/13 2:50 AM
MANAGEMENT AND LEADERSHIP
Project Management
Project Management
Fundamentals
Ultimate PMP Prep
Boot Camp
The Wellsite Coach
Foundation – 5 Days
Foundation – 5 Days
Skill – 5 Days
Skill – 3 Days
In this course, attendees will gain
INDEPTHÏANDÏCOMPREHENSIVEÏEXPOSUREÏ
TOÏTHEÏKEYÏSKILLSÏANDÏKNOWLEDGEÏTHEYÏ
NEEDÏFORÏEFFECTIVEÏPROJECTÏMANAGEMENTÏ
as described in the Association for
0ROJECTÏ-ANAGEMENTSÏh!0-Ï"ODYÏOFÏ
+NOWLEDGEvÏANDÏTHEÏ0-)gSÏh!Ï'UIDEÏ
TOÏTHEÏ0ROJECTÏ-ANAGEMENTÏ"ODYÏOFÏ
+NOWLEDGEvÏ#OURSEÏINSTRUCTIONÏISÏ
THROUGHÏAÏCOMBINATIONÏOFÏLECTURESÏ
PRACTICALÏEXERCISESÏANDÏINTERACTIVEÏ
sessions. The attendees draw upon
THEIRÏOWNÏEXPERIENCESÏANDÏREALWORLDÏ
EXAMPLESÏTOÏENHANCEÏTHEÏLEARNINGÏ
EXPERIENCEÏ4HEÏTOPICSÏDISCIPLINESÏANDÏ
ENABLINGÏSKILLSÏAREÏPROGRESSIVELYÏBUILTÏ
UPONÏANDÏLINKEDÏTOÏTHEÏDEVELOPMENTÏOFÏ
CASEÏSTUDIESÏINÏAÏTEAMÏENVIRONMENTÏ
4HISÏCOURSEÏTAUGHTÏBYÏAÏ0-)ÏREGISTEREDÏ
EDUCATIONÏPROVIDERÏPREPARESÏTHEÏ
ATTENDEESÏFORÏTHEÏ0-0ÏCERTIlCATIONÏ
EXAMINATION
4HISÏCOURSEÏPROVIDESÏTHEÏATTENDEESÏ
WITHÏFUNDAMENTALÏKNOWLEDGEÏANDÏSKILLSÏ
REQUIREDÏTOÏSUCCESSFULLYÏMANAGEÏALLÏTYPESÏ
OFÏPROJECTSÏ4HEÏAPPLICATIONÏOFÏSTANDARDÏ
PROJECTÏMANAGEMENTÏMETHODOLOGYÏISÏ
enhanced with the use of attendee case
STUDIESÏANDÏPRACTICALÏEXERCISESÏINCLUDINGÏ
AÏPROJECTÏSIMULATIONÏ4HEÏCOURSEÏFOLLOWSÏ
THEÏGUIDELINESÏESTABLISHEDÏBYÏ0-)ÏANDÏ
THEIRÏ0-"/+Ï4HEÏCOURSEÏWILLÏPROVIDEÏTHEÏ
ATTENDEESÏWITHÏTHEÏABILITYÏTOÏAPPLYÏPROJECTÏ
MANAGEMENTÏBESTÏPRACTICESÏINÏINITIATINGÏ
PLANNINGÏEXECUTINGÏANDÏCLOSINGÏAÏPROJECTÏ
DEVELOPÏAÏPROJECTÏCHARTERÏPERFORMÏAÏ
STAKEHOLDERÏANALYSISÏANDÏDEVELOPÏAÏ
COMMUNICATIONSÏPLANÏDEVELOPÏAÏPROJECTÏ
PLANÏSCHEDULEÏDEVELOPÏAÏRISKÏANALYSISÏ
ANDÏCOMPLETEÏAÏRISKÏREGISTERÏUSEÏEFFECTIVEÏ
TECHNIQUESÏFORÏCONTROLLINGÏPROJECTÏ
CHANGEÏANDÏUSEÏEFFECTIVEÏTECHNIQUESÏFORÏ
MONITORINGÏAÏPROJECTÏ4HISÏCOURSEÏSATISlESÏ
0-)SÏ0-0ÏHOURÏTRAININGÏCERTIlCATIONÏ
REQUIREMENTÏANDÏISÏDELIVEREDÏBYÏAÏ0-)Ï
REGISTEREDÏEDUCATIONÏPROVIDER
4HISÏCOURSEÏPROVIDESÏATTENDEESÏWITHÏ
the knowledge and skills required to
SUCCESSFULLYÏPASSÏTHEÏ0-)Ï0-0ÏEXAMÏ4HEÏ
COURSEÏWILLÏIMPROVEÏKNOWLEDGEÏOFÏPROJECTÏ
MANAGEMENTÏANDÏTHEÏUNDERSTANDINGÏ
OFÏITSÏNINEÏKNOWLEDGEÏAREASÏOFÏPROJECTÏ
MANAGEMENTÏ!TTENDEESÏWILLÏALSOÏ
LEARNÏTHEÏINTERACTIONÏOFÏTHEÏÏPROCESSÏ
ELEMENTSÏUSINGÏTHEÏlVEÏPROCESSÏGROUPSÏ
OFÏPROJECTÏMANAGEMENTÏANDÏUNDERSTANDÏ
OTHERÏSIGNIlCANTÏTOPICSÏCOVEREDÏONÏTHEÏ
0-0ÏEXAMÏ4HISÏCOURSEÏFOLLOWSÏTHEÏ
mOWÏOFÏPROJECTÏMANAGEMENTÏINCLUDINGÏ
THEÏÏPROCESSÏINTERACTIONÏCHARTSÏ!LLÏ
OFÏTHEÏMATERIALSÏUSEDÏINÏTHISÏCOURSEÏAREÏ
CROSSREFERENCEDÏTOÏTHEÏ0-"/+Ï'UIDEÏ
CONTAINSÏOURÏTWOPAGEÏPROCESSÏmOWÏ
DIAGRAMÏOFÏTHEÏMAJORÏPROJECTÏMANAGEMENTÏ
ELEMENTÏINTERACTIONSÏANDÏOURÏlVEPAGESÏ
OFÏ0-0ÏFORMULASÏTHEIRÏPURPOSESÏ
and how to interpret the results. The
COURSEÏPROVIDESÏATTENDEESÏWITHÏAÏ0-0Ï
Application spreadsheet to assist
WITHÏTHEÏCOMPLICATEDÏ0-0ÏAPPLICATIONÏ
INFORMATIONÏREQUIREMENTSÏINCLUDESÏOURÏ
PROVENÏAPPROACHÏTOÏAÏPOST0-0ÏCOURSEÏ
STUDYÏREGIMENTÏDISCUSSESÏEXAMÏTAKINGÏ
METHODOLOGIESÏPROVIDESÏOVERÏÏmASHÏ
CARDSÏCOVERINGÏACRONYMSÏGLOSSARYÏ
DElNITIONSÏPROCESSÏELEMENTÏDElNITIONSÏ
knowledge areas, and process groups.
4HEÏCOURSEÏPROVIDESÏ0-0ÏSAMPLEÏEXAMSÏ
CONTAININGÏOVERÏÏQUESTIONSÏTOÏ
PREPAREÏTHEÏATTENDEEÏFORÏTHEÏ0-0ÏEXAM
4HISÏCOURSEÏCOVERSÏMETHODSÏFORÏAÏ
MANAGERÏTOÏOBTAINÏTHEÏBESTÏOUTÏOFÏPEOPLEÏ
INÏTERMSÏOFÏPERFORMANCEÏANDÏATÏTHEÏ
SAMEÏTIMEÏCONTRIBUTEÏTOÏTHEIRÏGROWTHÏ
ANDÏDEVELOPMENTÏ5SINGÏAÏWELLSITEÏ
COACHINGÏMETHODOLOGYÏISÏMOREÏANDÏ
MOREÏWIDESPREADÏASÏAÏTOOLÏTOÏHELPÏTHESEÏ
RESULTSÏHOWEVERÏBUILDINGÏAÏREALÏCOACHINGÏ
CULTUREÏRESULTSÏINÏAÏNEEDÏTOÏREEXAMINEÏ
SOMEÏOFÏTHEÏLIMITINGÏBELIEFSÏANDÏFOCUSÏONÏ
KEYÏSKILLSÏANDÏREmEXESÏ.OTÏALLÏSITUATIONSÏ
THATÏAÏMANAGERÏISÏCONFRONTEDÏWITHÏ
DEMANDÏAÏCOACHINGÏAPPROACHÏWHENÏOTHERÏ
INTERACTIONSÏCANÏYIELDÏBETTERÏRESULTSÏ
-OREÏANDÏMOREÏWEÏSEEÏINÏTODAYSÏFAST
PACEDÏENVIRONMENTÏTHEÏROLEÏOFÏMANAGERS
LEADERSÏISÏTOÏCOMBINEÏTHREEÏSEPARATEÏ
ROLESÏEXPERTÏINÏTHEIRÏDOMAINÏMANAGERÏTOÏ
MANAGEÏPEOPLEÏANDÏPROCESSESÏANDÏCOACHÏ
to help others unlock their potential and
CONTRIBUTEÏTOÏTHEÏSUCCESSÏOFÏTHEÏTEAMÏ
4RADITIONALLYÏINÏTHEÏOILÏANDÏGASÏSECTORÏTHEÏ
EMPHASISÏHASÏBEENÏFOCUSEDÏSOLELYÏONÏTHEÏ
lRSTÏTWOÏPOINTSÏANDÏVERYÏLITTLEÏFOCUSÏONÏ
coaching.
COURSE CONTENT
Q
0ROJECTÏlNANCIALÏAPPRAISALÏ
Q
3COPEÏMANAGEMENTÏINCLUDINGÏWORKÏ
DElNITIONÏ
Q
Q
4IMEÏMANAGEMENTÏ0LANNINGÏANDÏ
scheduling
#OSTÏMANAGEMENTÏ-ONITORINGÏANDÏ
control
COURSE CONTENT
Q
)NTRODUCTIONÏTOÏPROJECTÏMANAGEMENT
Q
0ROJECTÏLIFECYCLE
Q
)NITIATINGÏPLANNINGÏANDÏEXECUTINGÏAÏ
PROJECT
Q
-ONITORINGÏANDÏCONTROLLINGÏAÏPROJECT
Q
2ISKÏMANAGEMENTÏ
Q
#LOSINGÏAÏPROJECTÏ
Q
0ROCUREMENTÏANDÏCONTRACTSÏ
Q
/RGANIZATIONALÏCHANGEÏMANAGEMENT
Q
Alliances and partners
Q
0ROJECTÏMANAGEMENTÏEXPECTATIONS
Q
1UALITYÏ
Q
0-0ÏCERTIlCATIONÏREQUIREMENTS
Q
(UMANÏRESOURCESÏMANAGEMENTÏ
Q
0ROJECTÏSUCCESSÏANDÏFAILURE
AUDIENCE
0ROJECTÏENGINEERSÏSUPERVISORSÏANDÏ
PROJECTÏLEADERSÏSEEKINGÏTOÏINCREASEÏTHEIRÏ
KNOWLEDGEÏOFÏPROJECTÏMANAGEMENT
COURSE CONTENT
Q 0ROJECTÏFRAMEWORKÏLIFEÏCYCLESÏANDÏ
process groups
AUDIENCE
#URRENTÏORÏFUTUREÏPROJECTÏMANAGERSÏWHOÏ
desire an increased understanding of
HOWÏTOÏSUCCESSFULLYÏMANAGEÏAÏPROJECTÏ
BASEDÏONÏTHEÏ0-)®Ï0ROJECTÏ-ANAGEMENTÏ
-ETHODOLOGY
PREREQUISITE
PREREQUISITE
None
None
NEW
COURSE CONTENT
Q
4HEÏhARTvÏOFÏEFFECTIVEÏCOACHINGÏ
Q
-ASTERÏAÏPOWERFULÏVOCABULARYÏFORÏ
greater results through people
Q
%XPLOREÏTHEÏLATESTÏTOOLSÏTIPSÏANDÏ
PRACTICALÏTECHNIQUESÏFORÏACHIEVINGÏ
great results
Q
Understand when to use coaching as
AÏWAYÏTOÏDEVELOPÏOTHERSÏ
Q
$EVELOPÏ0ROJECTÏ#HARTER
Q
)DENTIFYÏ3TAKEHOLDERS
Q
3COPEÏTIMEÏCOSTÏANDÏQUALITYÏ
MANAGEMENTÏPLANNING
Q
(UMANÏRESOURCEÏANDÏCOMMUNICATIONÏ
MANAGEMENTÏPLANNING
Q
2ISKÏANDÏPROCUREMENTÏMANAGEMENTÏ
planning
Q
0ROJECTÏ%XECUTIONÏPROCESSÏELEMENTS
Q
-ONITORÏANDÏCONTROLÏPROJECTÏWORK
PREREQUISITE
Q
#LOSEÏTHEÏ0ROJECTÏANDÏ0HASE
None
Q
0ROFESSIONALÏANDÏ3OCIALÏ
2ESPONSIBILITY
Q
%VALUATEÏYOURÏPERSONALÏCOACHINGÏ
APPROACHÏANDÏDEVELOPÏACTIONSÏTOÏ
IMPROVEÏIT
AUDIENCE
Managers working offshore/onshore
WITHÏAÏNEEDÏTOÏEMPOWERÏANDÏDEVELOPÏ
THEIRÏSTAFFÏMOREÏEFFECTIVELYÏUSINGÏWELLSITEÏ
coaching.
AUDIENCE
0ROJECTÏMANAGERSÏTEAMÏLEADERSÏKEYÏ
TEAMÏMEMBERSÏFUNCTIONALÏMANAGERSÏ
PROCESSÏANDÏPERFORMANCEÏIMPROVEMENTÏ
TEAMÏMEMBERSÏANDÏBUSINESSÏPLANNINGÏ
PERSONNELÏWANTINGÏTOÏADVANCEÏTHEIRÏ
CAREERÏTHROUGHÏPROJECTÏMANAGEMENTÏ
CERTIlCATION
PREREQUISITE
None
Software
Technical courses that use software
NExT Catalog-2014(21.5x27.5).indd 183
Includes practical sessions
Field trips
Uses simulation
| 183
12/22/13 2:50 AM
MANAGEMENT AND LEADERSHIP
Advances in Information
Technology for Oil and Gas
Applied Project
Management—Oil and Gas
Contracts, Procurements,
and Partnering
International Business
Communication Skills
Skill – 3 Days
Skill – 5 Days
Skill – 3 Days
Skill – 5 Days
The goal of this course is to enable oil
INDUSTRYÏ#)/SÏANDÏTHEIRÏSTAFFSÏTOÏCREATEÏ
ANDÏSUCCESSFULLYÏMANAGEÏANÏINNOVATIONÏ
PORTFOLIOÏTHATÏBRINGSÏTHEÏBUSINESSÏBENElTSÏ
OFÏEMERGINGÏINFORMATIONÏTECHNOLOGIESÏTOÏ
THEIRÏCOMPANIESÏ4HISÏPROGRAMÏISÏAÏDAYÏ
CLASSROOMÏTRAININGÏCOURSEÏPRESENTEDÏINÏ
AÏWORKSHOPÏFORMATÏIEÏWITHÏSIGNIlCANTÏ
ATTENDEEÏPARTICIPATIONÏUSUALLYÏINÏTHEÏ
FORMÏOFÏSMALLÏBREAKOUTÏGROUPSÏ!TÏTHEÏ
conclusion of the course, the attendees
WILLÏBEÏABLEÏTOÏMAKEÏDECISIONSÏONÏWHICHÏ
technologies to introduce, when, and
how, including how to present the
BENElTSÏOFÏTHEÏPROPOSEDÏTECHNOLOGIESÏINÏ
TERMSÏOFÏBUSINESSÏIMPACT
4HEÏFOCUSÏOFÏTHISÏCOURSEÏISÏDELIVERYÏOFÏ
PROJECTÏMANAGEMENTÏTECHNIQUESÏFORÏ
ESTIMATINGÏPLANNINGÏMANAGINGÏANDÏ
CONTROLLINGÏANÏOILÏANDÏGASÏPROJECTÏ)TÏ
EXTENDSÏTOÏIDENTIlCATIONÏASSESSMENTÏ
ANDÏCONTROLÏOFÏQUALITATIVEÏRISKSÏASÏWELLÏASÏ
QUANTITATIVEÏRISKÏANALYSISÏUSINGÏTHEÏBASICSÏ
OFÏPROBABILITYÏ$ELIVEREDÏINÏAÏWORKSHOPÏ
STYLEÏTHEÏCOURSEÏCOMBINESÏLECTURESÏ
ONÏHOWÏTOÏDEVELOPÏRELEVANTÏESTIMATESÏ
PLANSÏANDÏRISKÏANALYSISÏWITHÏTHEÏCOURSEÏ
CASEÏSTUDYÏPROJECTÏ4HEÏWORKSHOPÏFORMATÏ
CANÏBEÏADAPTEDÏTOÏDEVELOPÏESTIMATESÏ
PLANSÏANDÏRISKÏANALYSESÏASÏDELIVERABLESÏ
FORÏCLIENTSPECIlCÏPROJECTSÏ!LLÏTERMSÏ
ANDÏTECHNIQUESÏUSEDÏAREÏCOMPATIBLEÏ
WITHÏTHEÏ0-)gSÏ!Ï'UIDEÏTOÏTHEÏ0ROJECTÏ
-ANAGEMENTÏ"ODYÏOFÏ+NOWLEDGE
)NÏTHISÏCOURSEÏATTENDEESÏRECEIVEÏAÏ
COMPREHENSIVEÏOVERVIEWÏOFÏTHEÏKEYÏ
PHASESÏANDÏELEMENTSÏTHATÏMAKEÏUPÏ
CONTRACTÏPROCUREMENTÏANDÏPARTNERINGÏ4HEÏ
FOCUSÏOFÏTHISÏCOURSEÏISÏONÏPROJECTBASEDÏ
ENVIRONMENTSÏ!TTENDEESÏWILLÏGAINÏAÏ
thorough foundation in the basics of
CONTRACTSÏTYPESÏOFÏCONTRACTSÏANDÏTHEIRÏ
APPLICATIONSÏANDÏTHEIRÏRELATIVEÏSTRENGTHSÏ
and weaknesses in addition to learning
HOWÏTOÏUSEÏEPROCUREMENTÏTOOLSÏTHEÏ
SAVINGSÏTHATÏCANÏBEÏREALIZEDÏFROMÏTHEMÏ
ANDÏWHEREÏTHEYÏlTÏINTOÏTHEÏOVERALLÏ
PROCUREMENTÏSTRATEGY
COURSE CONTENT
Q
Q
Q
Q
Role of IT in the enterprise –
STRATEGICÏVSÏTACTICAL
Q
Q
)4ÏPORTFOLIOÏMANAGEMENT
)NNOVATIONÏGOVERNANCEÏ"UDGETINGÏ
ANDÏSCREENINGÏPROJECTS
Q
Q
%MERGINGÏ)4ÏOVERVIEW
Q
Q
/VERVIEWÏOFÏEMERGINGÏTECHNOLOGIES
Q
#OLLABORATIONÏDElNITIONÏANDÏ
OVERVIEW
Q
4HEÏCONVERGENCEÏOFÏCOLLABORATIONÏ
KNOWLEDGEÏMANAGEMENTÏANDÏSOCIALÏ
MEDIA
Q
Q
Q
PREREQUISITE
'OODÏUNDERSTANDINGÏOFÏTHEÏTYPICALÏCURRENTÏ
IT portfolio content, including business
SYSTEMSÏHOWÏTHEYÏAREÏINTEGRATEDÏANDÏ
THEÏINFRASTRUCTUREÏONÏWHICHÏTHEYÏRUNÏ%ACHÏ
attendee should also understand his or
HERÏORGANIZATIONSÏBUSINESSÏOBJECTIVES
184 |
NExT Catalog-2014(21.5x27.5).indd 184
Contract structure
COURSE CONTENT
Q
Tender process
Q
5NDERSTANDINGÏCOMMUNICATION
Q
3TANDARDÏFORMSÏOFÏCONTRACTS
Q
%FFECTIVEÏVERBALÏCOMMUNICATION
0-)ÏPROCESSESÏFORÏMANAGEMENTÏOFÏOILÏ
ANDÏGASÏPROJECTS
Q
%FFECTIVEÏCONTRACTÏNEGOTIATION
Q
%FFECTIVEÏWRITINGÏSKILLS
Q
Q
$ECISIONSUPPORTÏREPORTSÏANDÏ
DOCUMENTS
3UPPLYÏCHAINÏMANAGEMENT
International presentation skills
Q
#ONTRACTÏADMINISTRATION
Q
Q
Dispute resolution
4ERMSÏPROCESSESÏANDÏSTAGEÏGATEÏ
REVIEWSÏINÏCAPITALÏVALUEÏPROCESS
AUDIENCE
Q
3COPEÏMANAGEMENTÏANDÏWORKÏ
breakdown structures
!NYONEÏINVOLVEDÏINÏCONTRACTSÏORÏ
partnering.
Q
5SEÏ-3Ï0ROJECTÏINÏPROJECTÏPLANNINGÏ
and control
Q
Q
3ETTINGÏUPÏBASICÏPROJECTÏCOSTÏANDÏ
progress recording
PREREQUISITE
None
0RACTICEÏINÏPERFORMINGÏPRESENTATIONSÏ
EXERCISE
AUDIENCE
Managers and other professionals
WORKINGÏINÏINTERNATIONALÏORÏMULTICULTURALÏ
ENVIRONMENTSÏWHOÏWANTÏTOÏIMPROVEÏSKILLSÏ
INÏBUSINESSÏCOMMUNICATION
PREREQUISITE
None
Standard software for risk
MANAGEMENTÏANDÏQUALITATIVEÏANDÏ
QUANTITATIVEÏRISKÏASSESSMENTS
Q
2ISKÏMITIGATIONÏSTRATEGIESÏ
PRELIMINARYÏCONTINGENCYÏLEVELSÏANDÏ
CRITICALÏVARIABLES
Q
-ONTEÏ#ARLOÏMETHODSÏANDÏEXPECTEDÏ
MONETARYÏOUTCOME
Q
2ISKÏEARNEDÏVALUEÏANDÏRISKBASEDÏ
forecasts
Q
3TAKEHOLDERÏANALYSISÏANDÏ
MANAGEMENTÏSKILLS
Q
0ROJECTÏANDÏBASELINEÏREVIEWS
AUDIENCE
#)/SÏCHIEFÏTECHNOLOGYÏOFlCERSÏ#4/SÏ
ANDÏPOTENTIALÏCHIEFÏlNANCIALÏOFlCERSÏ
ORÏCHIEFÏEXECUTIVEÏOFlCERSÏ#%/SÏINÏ
ADDITIONÏTOÏESPECIALLYÏINÏCOMPANIESÏ
WITHÏSIGNIlCANTÏINFORMATIONÏASSETSÏORÏ
SUPPLIERSÏOFÏINFORMATIONÏSERVICESÏTOÏ/'Ï
COMPANIESÏDIRECTÏREPORTSÏTOÏTHEÏ#)/SÏANDÏ
CTOs.
Contracts
Q
COURSE CONTENT
$ElNINGÏANDÏESTIMATINGÏACTIVITIESÏ
THROUGHÏTHEÏPROJECTÏLIFEÏCYCLE
Addressing data challenges
Infrastructure challenges and
OPPORTUNITIESÏMOBILITYÏLOCATIONÏ
AWARENESSÏANDÏTHEÏh"RINGÏ9OURÏ/WNÏ
$EVICEvÏTREND
Alliances and partnering
Q
COURSE CONTENT
)4ÏINNOVATIONÏCONSEQUENCES
4HEÏ)4ÏINNOVATIONÏLIFEÏCYCLE
Q
This course will help the attendees
ACHIEVEÏBUSINESSÏGOALSÏBYÏIMPROVINGÏTHEIRÏ
INTERNATIONALÏBUSINESSÏCOMMUNICATIONÏ
ANDÏINmUENCINGÏSKILLSÏ4HEÏATTENDEESÏ
WILLÏLEARNÏTOÏIDENTIFYÏTHEÏCROSSCULTURALÏ
COMMUNICATIONÏSKILLSÏREQUIREDÏBYÏ
INTERNATIONALÏMANAGERSÏTOÏASSESSÏTHESEÏ
SKILLSÏANDÏOPPORTUNITIESÏFORÏDEVELOPMENTÏ
ANDÏTOÏAPPLYÏKEYÏPRINCIPLESÏFORÏMOREÏ
SUCCESSFULÏCOMMUNICATIONÏBOTHÏVERBALÏ
and written. The course will increase the
ATTENDEESÏEFFECTIVENESSÏINÏLEADINGÏANDÏ
participating in international business
MEETINGSÏWRITINGÏPROPOSALSÏANDÏREPORTSÏ
THATÏINmUENCEÏCLIENTSÏANDÏCOLLEAGUESÏ
TOWARDÏAÏDESIREDÏPOINTÏOFÏVIEWÏANDÏ
DELIVERÏSUCCESSFULÏBUSINESSÏPRESENTATIONSÏ
to an international audience.
AUDIENCE
/ILÏANDÏGASÏINDUSTRYÏPROJECTÏMANAGEMENTÏ
professionals.
PREREQUISITE
0ROJECTÏ-ANAGEMENTÏCOURSEÏORÏ0-)Ï0-0Ï
#ERTIlCATEÏORÏÏYEARSÏOFÏEXPERIENCEÏINÏ
PROJECTÏMANAGEMENT
Visit NExTtraining.net/classes for the latest calendar or to register for a course.
12/22/13 2:50 AM
MANAGEMENT AND LEADERSHIP
International Management
Skills
International Oil and Gas
Exploitation Contracts
Negotiation Skills for the
Oil and Gas Industry
Powerful Technical
Presentations
Skill – 5 Days
Skill – 5 Days
Skill – 5 Days
Skill – 3 Days
$ESIGNEDÏTOÏIMPROVEÏINTERNATIONALÏ
MANAGEMENTÏSKILLSÏTHISÏCOURSEÏENABLESÏ
ATTENDEESÏTOÏIDENTIFYÏTHEÏCOMPETENCIESÏ
REQUIREDÏFORÏINTERNATIONALÏMANAGERSÏ
ANDÏASSESSÏTHEIRÏOWNÏCOMPETENCEÏINÏ
PERSONALÏEFFECTIVENESSÏANDÏRELATIONSHIPÏ
MANAGEMENTÏ4HEÏATTENDEESÏWILLÏLEARNÏ
TOÏIMPROVEÏSKILLSÏINÏCRITICALÏAREASÏSUCHÏASÏ
MOTIVATIONÏCROSSCULTURALÏCOMMUNICATIONÏ
TEAMÏMANAGEMENTÏDELEGATIONÏCOACHINGÏ
CONmICTÏMANAGEMENTÏANDÏCHANGEÏ
MANAGEMENT
4HISÏCOURSEÏDRAWSÏWIDELYÏONÏINDUSTRYÏ
CASEÏSTUDIESÏANDÏREALISTICÏEXAMPLESÏ
TOÏDELIVERÏAÏBROADBASEDÏPRACTICALÏ
INTRODUCTIONÏTOÏMANAGINGÏCONTRACTSÏFORÏOILÏ
ANDÏGASÏEXPLORATIONÏDEVELOPMENTÏANDÏ
PRODUCTIONÏ)NSTRUCTIONÏMAKESÏEXTENSIVEÏ
USEÏOFÏPETROLEUMÏINDUSTRYÏCASEÏSTUDIESÏ
EXAMPLESÏANDÏEXERCISESÏWITHÏATTENDEESÏ
WORKINGÏINDIVIDUALLYÏANDÏINÏTEAMSÏTOÏ
TACKLEÏAÏVARIETYÏOFÏINDUSTRYSPECIlCÏ
challenges.
$ESIGNEDÏTOÏIMPROVEÏTHEÏOUTCOMESÏOFÏ
YOURÏNEGOTIATIONSÏTHISÏCOURSEÏTEACHESÏ
the attendees a structured approach
TOÏNEGOTIATINGÏTHATÏISÏCOMBINEDÏWITHÏ
PRACTICEÏSESSIONSÏTOÏIMPROVEÏTHEIRÏ
NEGOTIATINGÏCONlDENCEÏ4HROUGHÏEXPOSUREÏ
to the Breakthrough Negotiation
3TRATEGYÏATTENDEESÏLEARNÏHOWÏTOÏACHIEVEÏ
RESULTSÏINÏDIFlCULTÏANDÏCOMPLEXÏCASESÏ
understand how to plan and prepare for
NEGOTIATIONSÏRECOGNIZEÏTHEÏVITALÏSTEPSÏ
INÏAÏNEGOTIATEDÏSETTLEMENTÏANDÏLEARNÏTOÏ
EXHAUSTÏONEÏSTEPÏBEFOREÏPROCEEDINGÏTOÏ
THEÏNEXTÏ!TTENDEESÏNEGOTIATEÏINÏTEAMSÏ
PRACTICEÏRESOLVINGÏIMPASSESÏANDÏHANDLINGÏ
DIFlCULTÏNEGOTIATIONSÏANDÏLEARNÏTOÏRESPECTÏ
cultural differences in international
negotiations.
This training course will help attendees
DEVELOPÏTHEIRÏSPEAKINGÏABILITYÏTHROUGHÏ
RElNINGÏTHEÏCONTENTÏPOLISHINGÏVERBALÏ
SKILLSÏIMPROVINGÏBODYÏLANGUAGEÏSKILLSÏ
ANDÏCHANNELINGÏNERVOUSÏENERGYÏ
4HEÏTRAININGÏGIVESÏTHEÏATTENDEEÏTHEÏ
CONlDENCEÏANDÏTOOLSÏTOÏPREPAREÏANDÏ
SUCCEEDÏATÏANYÏTECHNICALÏSPEAKINGÏ
OCCASIONÏTHROUGHÏTHEÏUSEÏOFÏINSTRUCTORLEDÏ
COACHINGÏANDÏVIDEOÏFEEDBACKÏOFÏTHEIRÏ
PRESENTATIONSÏ4HEÏ(ARVARDÏ"USINESSÏ
2EVIEWÏLISTEDÏhEFFECTIVELYÏSPEAKINGÏINÏ
PUBLICvÏASÏTHEÏNUMBERÏONEÏCRITERIAÏFORÏ
CAREERÏADVANCEMENTÏ)NÏTHEÏMINDÏOFÏTHEÏ
AUDIENCEÏTHEÏABILITYÏTOÏSPEAKÏEFFECTIVELYÏ
REmECTSÏTHEÏPROFESSIONALSÏABILITYÏTOÏ
THINKÏLOGICALLYÏINDICATESÏTHEIRÏSTATUSÏ
ANDÏEDUCATIONÏANDÏSUMMARIZESÏTHEIRÏ
COMPETENCEÏ
COURSE CONTENT
Q
)NTERNATIONALÏMANAGEMENT
Q
5SINGÏSCENARIOSÏ3TRENGTHÏWEAKNESSÏ
OPPORTUNITIESÏANDÏTHREATSÏANALYSISÏ
ANDÏSPECIlCÏMEASURABLEÏATTAINABLEÏ
REALISTICÏANDÏTIMELYÏGOALSÏANDÏACTIONÏ
planning
Q
#OMMUNICATIONÏANDÏINmUENCING
Q
3ITUATIONALÏTEAMÏLEADERSHIP
Q
4OPÏÏTIPSÏFORÏTEAMÏLEADERS
Q
0ERFORMANCEÏREVIEWS
Q
Managing people through change
Q
Q
)NTERNATIONALÏMANAGERÏCAREERÏ
DEVELOPMENT
COURSE CONTENT
Q
3TRUCTURESÏANDÏBENElTSÏOFÏDIFFERENTÏ
TYPESÏOFÏINTERNATIONALÏCONTRACTSÏ
Q
+EYÏELEMENTSÏOFÏOILÏANDÏGASÏ
EXPLOITATIONÏCONTRACTS
Q
3TRUCTURINGÏCONTRACTSÏTOÏMEETÏSPECIlCÏ
needs
Q
Q
Q
Q
0LANNINGÏFORÏFUTUREÏSELFDEVELOPMENT
Q
AUDIENCE
Managers and professionals working
INÏANÏINTERNATIONALÏORÏMULTICULTURALÏ
ENVIRONMENT
PREREQUISITE
&IRST4IMEÏ,EADERSHIPÏANDÏ3UPERVISIONÏ
course.
COURSE CONTENT
.EEDSÏANDÏEXPECTATIONSÏOFÏNATIONALÏ
and international oil and gas
COMPANIES
.ONlNANCIALÏELEMENTSÏANDÏTHEIRÏ
IMPACTÏONÏECONOMICSÏANDÏPROlTABILITY
)DENTIFYINGÏANDÏMANAGINGÏRISKSÏANDÏ
OPPORTUNITIESÏINÏTHEÏCONTRACTÏTERMS
Differentiating oil and gas
EXPLOITATIONÏANDÏMARKETINGÏISSUESÏINÏ
gas contracts
Q
.EGOTIATIONÏASÏAÏPROCESSÏ+EYÏSTEPS
Q
0REPARATIONÏCHECKLISTÏPREPARINGÏ
TACTICSÏANDÏKNOWINGÏYOURÏSUBJECTÏANDÏ
counterpart
Q
)MPORTANCEÏOFÏINITIATION
Q
0RESENTATIONÏAFTERÏINITIATIONÏANDÏ
before bargaining
Q
-ODELINGÏCHANGINGÏPARAMETERSÏINÏAÏ
TYPICALÏPRODUCTIONÏSHARINGÏCONTRACTÏ
Q
3EVENÏSTEPSÏTOÏEFFECTIVEÏ
COMMUNICATION
Q
6ERBALÏANDÏNONVERBALÏCOMMUNICATIONÏ
and how to listen
AUDIENCE
/ILÏANDÏGASÏCOMPANYÏPERSONNELÏATÏALLÏ
LEVELSÏANDÏINÏALLÏDISCIPLINESÏINCLUDINGÏ
BUSINESSÏDEVELOPMENTÏCONTRACTÏ
NEGOTIATIONSÏBUSINESSÏANALYSISÏSTRATEGICÏ
PLANNINGÏJOINTÏVENTUREÏREPRESENTATIONÏ
ANDÏPETROLEUMÏPROJECTÏINVESTMENT
Q
Q
Q
PREREQUISITE
None
#OMMUNICATIONÏANDÏHUMANÏBEHAVIORÏ
in negotiations
Q
Q
Dealing with different personalities,
handling international negotiations,
ANDÏIMPACTÏOFÏCULTURALÏDIFFERENCES
/VERVIEWÏOFÏBARGAININGÏANDÏ
presentation
Getting concessions and closing the
deal
Case studies
NEW
COURSE CONTENT
Q
#ONDUCTINGÏANÏAUDIENCEÏANALYSIS
Q
0LANNINGÏANÏENGAGINGÏINTRODUCTION
Q
$EVELOPINGÏAÏSTRATEGYÏFORÏTHEÏ
PRESENTATIONÏFOCUSÏTOÏMATCHÏTHEÏ
audience
Q
#LOSINGÏTHEÏPRESENTATIONÏPOWERFULLY
Q
$ELIVERINGÏAÏPOLISHEDÏPRESENTATIONÏ
Q
5SINGÏVISUALÏAIDSÏTOÏADDÏPOWERÏANDÏ
polish to the presentation
Q
5SINGÏTHEÏSAMEÏTECHNIQUESÏFORÏAÏTEAMÏ
presentation
AUDIENCE
Technical professionals who want to raise
THEIRÏLEVELÏOFÏSUCCESSÏINÏPRESENTATIONSÏ
BYÏDEVELOPINGÏANDÏDELIVERINGÏMOREÏ
COMPELLINGÏANDÏPOWERFULÏPRESENTATIONS
PREREQUISITE
-ICROSOFTÏ0OWER0OINT ® knowledge and
EXPERIENCE
Critical success factors and habits of
successful negotiators
AUDIENCE
0ERSONNELÏWITHÏLITTLEÏORÏNOÏPREVIOUSÏ
NEGOTIATINGÏEXPERIENCEÏWHOÏWANTSÏTOÏ
IMPROVEÏTHEIRÏNEGOTIATINGÏABILITYÏANDÏ
CONlDENCEÏPROFESSIONALSÏWORKINGÏINÏ
THEÏOILÏANDÏGASÏINDUSTRYÏINCLUDINGÏTHOSEÏ
INVOLVEDÏINÏCOMMERCIALÏANDÏINTERPERSONALÏ
negotiations.
PREREQUISITE
None
Software
Technical courses that use software
NExT Catalog-2014(21.5x27.5).indd 185
Includes practical sessions
Field trips
Uses simulation
| 185
12/22/13 2:50 AM
MANAGEMENT AND LEADERSHIP
Supply Chain Strategy
Tendering and
Technical Bidding
A Strategic Approach to Oil
and Gas Exploration
Skill – 5 Days
Skill – 4 Days
Advanced – 3 Days
!TTENDEESÏWILLÏLEARNÏTOÏDEVELOPÏ
PROCUREMENTÏANDÏSUPPLYÏCHAINÏ
MANAGEMENTÏ3#-ÏSTRATEGYÏTHATÏCANÏ
MAKEÏVALUABLEÏQUANTIlABLEÏCONTRIBUTIONSÏ
TOÏTHEIRÏCOMPANYSÏPERFORMANCEÏ4HISÏ
practical course shows the attendees
HOWÏTOÏADOPTÏAÏBESTÏPRACTICESÏMODELÏANDÏ
OUTLINESÏTHEÏLATESTÏTHINKINGÏINÏUPSTREAMÏ
PETROLEUMÏINDUSTRYÏPROCUREMENTÏ
#OURSEÏTOPICSÏINCLUDEÏDEVELOPMENTÏ
ANDÏIMPLEMENTATIONÏOFÏANÏEFFECTIVEÏ
PROCUREMENTÏSTRATEGYÏPLANNINGÏTHATÏ
REDUCESÏTHEÏOVERALLÏCOSTÏOFÏPURCHASINGÏ
ANDÏMANAGEMENTÏTOÏDELIVERÏMAXIMUMÏ
VALUEÏATÏMINIMUMÏCOST
4HISÏCOURSEÏCOVERSÏTHEÏKEYÏASPECTSÏ
of technical bidding and tendering in
THEÏCONTEXTÏOFÏPROJECTÏMANAGEMENTÏ
Attendees will learn about business
PERFORMANCEÏTHEÏTENDERÏPROCESSÏ
CONTRACTSÏANDÏQUANTITATIVEÏMETHODSÏ
INCLUDINGÏTHOSEÏFORÏPROCUREMENT
This course focuses on understanding
THEÏUSEÏOFÏSTRATEGICÏPLANNINGÏTOÏOPTIMIZEÏ
THEÏPROBABILITYÏOFÏSUCCESSÏINÏOILÏANDÏ
GASÏEXPLORATIONÏ4HEÏCOURSEÏINCLUDESÏ
RECOGNIZINGÏTHEÏNEEDÏFORÏSTRATEGICÏCHANGEÏ
ANDÏDEVELOPINGÏOPTIONSÏTOÏRESPONDÏTOÏ
CHANGINGÏBUSINESSÏENVIRONMENTSÏINÏ
ADDITIONÏTOÏIMPLEMENTINGÏNEWÏSTRATEGICÏ
DIRECTIONSÏANDÏMANAGINGÏANDÏMONITORINGÏ
PERFORMANCE
COURSE CONTENT
Q
Q
Q
#ONTRACTÏASÏLEGALÏINSTRUMENTÏ
INVESTMENTÏTOOLÏANDÏMANAGEMENTÏ
and control tool
7HATÏCANÏGOÏWRONGÏINÏCONTRACTING
Roles of contract policies and
procedures
COURSE CONTENT
Q
!NALYZINGÏSPECIlCATIONS
Q
$EVELOPINGÏCLARIlCATIONS
Q
%STIMATINGÏPLANNINGÏANDÏRISKÏ
ASSESSMENT
Q
#OLLABORATIVEÏWORKING
Q
0REPARINGÏBIDÏPLANÏ
Q
"IDÏCOMPILATION
Q
0RICING
Q
!DJUSTINGÏANDÏCONlRMINGÏBIDÏPLAN
Q
0RESENTATIONÏOFÏlNALÏPROPOSAL
Q
0OSTBIDÏREVIEW
Q
"ESTÏPRACTICEÏPROCUREMENTÏPROCESS
AUDIENCE
Q
)LLUSTRATIONSÏANDÏBENElTSÏOFÏ3#-
Q
3COPESÏOFÏWORKÏANDÏTHEÏÏGOLDENÏ
rules
Q
!LTERNATIVEÏTENDERINGÏSTRATEGIES
%NGINEERINGÏANDÏPROJECTÏMANAGERSÏ
CONSTRUCTIONÏMANAGERSÏPROJECTÏ
CONSTRUCTIONÏANDÏDISCIPLINEÏENGINEERSÏ
CONTRACTSÏPROCUREMENTÏANDÏCOSTÏ
ENGINEERSÏBUSINESSÏDEVELOPMENTÏ
EXECUTIVESÏTENDERÏMANAGERSÏANDÏ
ACCOUNTINGÏSUPERVISORS
Q
Contract strategies and how to
DEVELOPÏTHEM
Q
#ONTRACTÏRISKÏASSESSMENTÏANDÏITSÏ
IMPORTANCE
Q
4YPESÏOFÏCONTRACTSÏANDÏPREPARATIONÏOFÏ
contractor selection criteria
Q
Q
Tender preparation, issue, and
EVALUATION
0REPARINGÏTHEÏCONTRACTÏANDÏMANAGINGÏ
THEÏCONTRACTORÏUSINGÏAÏPERFORMANCEÏ
REVIEWÏPROCESS
AUDIENCE
0ERSONNELÏOFÏALLÏLEVELSÏANDÏINÏALLÏ
DISCIPLINESÏWHOÏHAVEÏRESPONSIBILITYÏ
FORÏANDÏINVOLVEMENTÏINÏTHEÏENTIREÏ
PROCUREMENTÏPROCESSÏLINEÏOPERATIONALÏ
MANAGERSÏANDÏSPECIALISTSÏTHEÏENDÏ
USERSÏASÏWELLÏASÏCONTRACTÏMANAGERSÏANDÏ
contract specialists.
4HEÏCOURSEÏBUILDSÏONÏAÏNUMBERÏOFÏCASEÏ
studies of strategic change and what
CANÏBEÏLEARNEDÏFROMÏTHESEÏSCENARIOSÏ
The course scope includes the technical,
ECONOMICÏANDÏPOLITICALÏDRIVERSÏTHATÏ
SHAPEÏTHEÏPERFORMANCEÏOFÏALLÏOILÏANDÏGASÏ
ORGANIZATIONSÏ4HEÏCOURSEÏWILLÏCOVERÏTHEÏ
IMPORTANCEÏOFÏSTRATEGICÏPLANNINGÏATÏALLÏ
STAGESÏOFÏTHEÏEXPLORATIONÏVALUEÏCHAINÏ
ACCESSÏTHROUGHÏTOÏBASINÏSELECTIONÏANDÏ
EXPLORATIONÏPLAYÏTESTING
The attendees will gain an understanding
OFÏHOWÏTOÏRECOGNIZEÏTHEÏNEEDÏFORÏAÏ
STRATEGICÏAPPROACHÏHOWÏTOÏDEVELOPÏAÏ
set of strategic options, and then how
TOÏSELECTÏANDÏIMPLEMENTÏTHEÏAPPROPRIATEÏ
STRATEGYÏFORÏAÏGIVENÏSITUATION
4HISÏCOURSEÏWILLÏHELPÏATTENDEESÏIDENTIFYÏ
WHATÏISÏINÏITÏFORÏTHEMÏHOWÏTOÏINSPIREÏ
OTHERSÏANDÏWHYÏDOÏOTHERSÏWANTÏTOÏ
FOLLOWÏYOUÏANDÏhGOÏTHEÏEXTRAÏMILEvÏ!SÏAÏ
business leader in the oil and gas sector,
ATTENDEESÏALWAYSÏHAVEÏAÏNEEDÏTOÏSTAYÏ
FARÏAHEADÏOFÏCOMPETITIONÏ/NEÏWAYÏISÏ
TOÏBECOMEÏANÏINSPIRATIONALÏLEADERÏBUTÏ
HOWÏDOÏYOUÏINSPIREÏOTHERSÏ7HATÏKINDÏ
OFÏLEADERSHIPÏDOÏPEOPLEÏRESPONDÏTOÏ
!NDÏHOWÏCANÏYOUÏIMPROVEÏTHEÏQUALITYÏ
OFÏLEADERSHIPÏINÏYOURÏBUSINESSÏ4HEÏ
BESTÏLEADERSÏPROMOTEÏAÏCULTUREÏWHEREÏ
THEIRÏPEOPLEÏVALUEÏTHEMSELVESÏEACHÏ
OTHERÏTHEIRÏORGANIZATIONÏANDÏCUSTOMERSÏ
%VERYONEÏUNDERSTANDSÏHOWÏTHEIRÏWORKÏ
MAKESÏAÏDIFFERENCEÏANDÏTHISÏHELPSÏTOÏBUILDÏ
AÏCOMMITMENTÏTOÏHIGHERÏSTANDARDSÏWHEREÏ
EVERYBODYÏISÏALWAYSÏLOOKINGÏTOÏDOÏTHINGSÏ
better. Inspirational leadership is not a
hGIFTÏOFÏNATUREvÏBUTÏINSTEADÏITÏREQUIRESÏ
awareness and practice.
COURSE CONTENT
Q
)NSIGHTSÏINTOÏTHEÏhARTvÏOFÏINSPIRATIONALÏ
leadership
Q
-ASTERÏAÏPOWERFULÏVOCABULARYÏTHATÏ
leads to greater results through
people
Latest tools, tips, and practical
TECHNIQUESÏINÏACHIEVINGÏGREATÏRESULTSÏ
3TRATEGICÏCHANGEÏANDÏORGANIZATIONÏ
LIFEÏCYCLE
Q
Q
)DENTIFYÏTHEÏKEYÏINGREDIENTSÏFORÏ
winning strategies
Q
)MPORTANCEÏOFÏINSPIRATIONÏASÏAÏWAYÏTOÏ
engage others
Q
%XPLORATIONÏLIFEÏCYCLE
Q
Q
%XPLORATIONÏVALUEÏCHAINÏ
0ERSONALÏLEADERSHIPÏSTYLEÏANDÏ
DEVELOPINGÏACTIONSÏTOÏIMPROVEÏIT
Q
0ORTFOLIOÏMANAGEMENTÏnÏMANAGINGÏ
EXPOSUREÏ
Q
%XPLORATIONÏPROCESSÏ
– $ELIVERINGÏSTRATEGICÏCHANGE
ÏÏÏORGANIZATIONÏANDÏPERFORMANCE
Q
0EOPLEÏDEVELOPMENTÏ
Q
4ECHNOLOGYÏ
Q
-ONITORINGÏANDÏREVIEWINGÏ
PERFORMANCEÏ
AUDIENCE
-IDDLEÏANDÏSENIORÏMANAGERSÏINTERESTEDÏ
INÏTAKINGÏTHEIRÏTEAMSÏTOÏTHEÏNEXTÏLEVELÏINÏ
PERFORMANCEÏANDÏIMPACT
PREREQUISITE
None
AUDIENCE
'EOLOGISTSÏGEOPHYSICISTSÏTEAMÏLEADERSÏ
ANDÏMANAGERS
PREREQUISITE
PREREQUISITE
None
NExT Catalog-2014(21.5x27.5).indd 186
NEW
Q
None
186 |
Advanced -3 Days
COURSE CONTENT
PREREQUISITE
Basic understanding of the business
process.
NEW
Becoming an Inspirational
Leader in Oil and Gas
Visit NExTtraining.net/classes for the latest calendar or to register for a course.
12/22/13 2:50 AM
MANAGEMENT AND LEADERSHIP
Project Risk Analysis
and Management
Strategic Project
Management
Advanced – 4 Days
Advanced – 5 Days
5NCERTAINTYÏISÏINHERENTÏINÏALLÏPROJECTSÏ
ANDÏOPERATIONSÏPARTICULARLYÏINÏTECHNICALÏ
lNANCIALÏSCHEDULEÏLEGALÏANDÏQUALITYÏ
arenas. This course presents the
attendees with techniques used in the
IDENTIlCATIONÏASSESSMENTÏANDÏCONTROLÏ
OFÏUNCERTAINTIESÏINÏAÏPROJECTBASEDÏ
enterprise. Attendees will learn about
RISKÏANALYSISÏANDÏMANAGEMENTÏASÏAÏlELDÏ
OFÏEXPERTISEÏFOCUSEDÏONÏTHEÏSYSTEMATICÏ
ANDÏCOMPREHENSIVEÏANALYSISÏOFÏ
UNCERTAINTY
!LLÏASPECTSÏOFÏPROJECTÏMANAGEMENTÏ
AREÏPRESENTEDÏFORÏBOTHÏGREENlELDÏANDÏ
BROWNlELDÏENVIRONMENTSÏ4HEORYÏISÏ
COMBINEDÏWITHÏTHEÏPRACTICEÏOFÏKEYÏSKILLSÏ
INÏAÏPROGRAMÏDESIGNEDÏTOÏDEVELOPÏANDÏ
IMPROVEÏTHEÏATTENDEESÏPERFORMANCEÏINÏ
AÏPROJECTÏMANAGEMENTÏTEAMÏ!TTENDEESÏ
WILLÏREVIEWÏCAPITALÏOPERATIONSÏANDÏ
MAINTENANCEÏPROJECTSÏINÏADDITIONÏ
TOÏEARNINGÏUPÏTOÏÏ0$5SÏFORÏ0-)Ï
CERTIlCATION
COURSE CONTENT
Q
2ISKÏANALYSISÏPROCESSÏANDÏSTAGESÏOFÏ
RISKÏLIFEÏCYCLEÏ
Q
%XPOSUREÏIMPACTÏANDÏPROBABILITYÏ
ASSESSMENT
Q
2ISKÏIDENTIlCATIONÏPROCESS
Q
Q
Q
Mitigation strategies
5SINGÏ-ICROSOFTÏ%XCELÏAND
2ISK½ÏFORÏPROJECTÏRISKÏANALYSIS
#ASEÏSTUDYÏANALYSISÏ2ESETTINGÏ
PROBABILITYÏPARAMETERS
AUDIENCE
!NYONEÏWANTINGÏTOÏINCREASEÏSKILLSÏINÏ
PROJECTÏRISKÏMANAGEMENT
PREREQUISITE
None
COURSE CONTENT
Q
0ROJECTÏEXECUTION
Q
3TRATEGYÏISSUES
Q
0ROJECTÏSCOPEÏVALUEÏANDÏTIMEÏ
MANAGEMENT
Q
0ROJECTÏINTEGRATIONÏANDÏCONTEXT
Q
0ROCUREMENTÏMANAGEMENTÏINCLUDINGÏ
CONTRACTS
Q
2ISKÏMANAGEMENT
Q
6ALUEÏIMPROVEMENTÏPRACTICESÏANDÏ
CONSTRUCTABILITY
Q
0ROJECTÏQUALITYÏCOMMUNICATIONSÏANDÏ
HUMANÏRESOURCESÏMANAGEMENT
AUDIENCE
%XPERIENCEDÏPROJECTÏMANAGERSÏORÏ
PROFESSIONALSÏRESPONSIBLEÏFORÏMANAGINGÏ
PROJECTSÏANDÏWANTINGÏTOÏLEARNÏADVANCEDÏ
techniques.
PREREQUISITE
0ROJECTÏMANAGEMENTÏEXPERIENCEÏANDÏTHEÏ
0ROJECTÏ-ANAGEMENTÏCOURSE
Software
Technical courses that use software
NExT Catalog-2014(21.5x27.5).indd 187
Includes practical sessions
Field trips
Uses simulation
| 187
12/22/13 2:50 AM
ECONOMICS AND FINANCE
COMPETENCY
LEVEL
Petroleum Economics
Accounting and Finance
ADVANCED
Portfolio Management
SKILL
Risk, Uncertainty and Decisions in E&P Projects
Auditing in the E&P Industry
Economics of Deepwater Projects
Exploration and Production Accounting Level 3
Economics of Unconventional Resources
Exploration and Production Accounting Level 2
Economics of Petroleum Exploration
Petroleum Economics: Heriot-Watt University Program
FOUNDATION
Petroleum Decision and Risk Analysis
Exploration and Production Accounting Level 1
Petroleum Economics
Mastering Finance for Nonfinancial
Oil and Gas Personnel
Introduction to Petroleum Economics
Introduction to Finance and Accounting in
Oil and Gas
AWARENESS
188 |
NExT Catalog-2014(21.5x27.5).indd 188
Visit NExTtraining.net/classes for the latest calendar or to register for a course.
12/22/13 2:50 AM
ECONOMICS AND FINANCE
GeoX
ADVANCED
Merak Enterprise Planning
GeoX Advanced Risk and Resource Assessment
SOFTWARE
Merak
COMPETENCY
LEVEL
SKILL
Merak Decision Tool Kit and Merak Peep Monte Carlo
Merak Capital Planning Fundamentals
Merak Peep Fiscal Model Library Fundamentals
Merak Peep Advanced
FOUNDATION
Merak VOLTS Reserves Management Fundamentals
GeoX Basic Risk and Resource Assessment
Merak Decision Tool Kit Fundamentals
GeoX Prospect Assessment Concepts and Applications
Merak Peep Fundamentals and
Merak Peep Decline Fundamentals Combined Course
Merak Peep Decline Fundamentals
Merak Peep Fundamentals
Software
Technical courses that use software
NExT Catalog-2014(21.5x27.5).indd 189
Includes practical sessions
Field trips
Uses simulation
| 189
12/22/13 2:50 AM
ECONOMICS AND FINANCE
Introduction to Petroleum
Economics
Introduction to Finance and
Accounting in Oil and Gas
Awareness – 2 Days
Awareness – 3 Days
4HISÏBLENDEDLEARNINGÏCLASSÏISÏANÏEXCELLENTÏ
introduction for the attendees to the
FUNDAMENTALSÏOFÏPETROLEUMÏECONOMICSÏ
INCLUDINGÏREVENUEÏEXPENDITURESÏlSCALÏ
SYSTEMSÏRISKÏANALYSISÏANDÏINVESTMENTÏ
ANALYSISÏ4HEÏBLENDEDLEARNINGÏEXPERIENCEÏ
INCLUDESÏQUESTIONSÏANDÏANSWERSÏFROMÏ
LEARNINGÏMATERIALÏEXERCISESÏCLASSÏ
DISCUSSIONSÏTEAMÏPRESENTATIONSÏANDÏANÏ
INTERACTIVEÏCHALLENGE
4HISÏDAYÏCOURSEÏWILLÏATTENDEESÏWHOÏ
DOÏNOTÏHAVEÏAÏlNANCIALÏBACKGROUNDÏTOÏ
UNDERSTANDÏTHEÏBASICÏPRINCIPLESÏTHEORYÏ
ANDÏPRACTICEÏOFÏlNANCIALÏREPORTINGÏANDÏ
ANALYSISÏINÏTHEÏUPSTREAMÏOILÏANDÏGASÏ
INDUSTRYÏ#OURSEÏATTENDEESÏWILLÏLEARNÏ
the sources and uses of accounting and
lNANCIALÏINFORMATIONÏANDÏUNDERSTANDÏTHEÏ
DIFFERENCESÏBETWEENÏCASHÏmOWÏFORÏPROJECTÏ
ECONOMICSÏANDÏACCOUNTINGÏPROlTÏ"ASICÏ
OILÏANDÏGASÏINDUSTRYÏACCOUNTINGÏPOLICIESÏ
will be presented, as well as the general
BUDGETINGÏANDÏlNANCIALÏPROCESSESÏOFÏAÏ
TYPICALÏINTERNATIONALÏOILÏCOMPANY
COURSE CONTENT
Q
#ASHÏmOWÏBASICS
Q
#ALCULATINGÏREVENUE
Q
%STIMATINGÏEXPENDITURES
Q
&ISCALÏSYSTEMS
Q
2ISKÏANALYSIS
Q
)NVESTMENTÏANALYSIS
Q
0ETROLEUMÏECONOMICSÏCHALLENGEÏ
INTERACTIVEÏEXERCISE
NEW
COURSE CONTENT
Q
Q
Q
3OURCESÏANDÏUSESÏOFÏlNANCIALÏ
INFORMATIONÏANDÏDATA
&INANCIALÏINFORMATIONÏFORÏDECISION
MAKINGÏ
"ASICÏlNANCIALÏPRINCIPLESÏSUCHÏASÏTHEÏ
BALANCEÏSHEETÏANDÏPROlTÏANDÏLOSSÏÏ
AUDIENCE
Q
#ASHÏmOWÏANDÏPROlT
.ONlNANCIALÏPROFESSIONALSÏOFÏALLÏ
LEVELSÏFROMÏTECHNICALÏANDÏNONTECHNICALÏ
backgrounds.
Q
#ONTROLÏCASHÏmOWÏ
Q
4ECHNIQUESÏFORÏMEASURINGÏlNANCIALÏ
PERFORMANCEÏ
PREREQUISITE
Q
None
Oil and gas accounting and budget
preparation and control
Q
2OLEÏOFÏlNANCIALÏPLANNINGÏ
Q
/PERATINGÏBUDGETÏVERSUSÏCAPITALÏ
budget
Q
0REPAREÏANDÏCONTROLÏAÏBUDGETÏ
AUDIENCE
!NYONEÏDESIRINGÏANÏINTRODUCTIONÏTOÏBASICÏ
lNANCIALÏPRACTICESÏANDÏPRINCIPLESÏINÏTHEÏOILÏ
ANDÏGASÏINDUSTRY
Exploration and Production
Accounting - Level 1
Mastering Finance for
Nonfinancial Oil and Gas
Personnel
Foundation – 3 Days
Foundation – 2 Days
4HISÏINTRODUCTORYLEVELÏCOURSEÏDELIVERSÏAÏ
COMPREHENSIVEÏOVERVIEWÏOFÏINTERNATIONALÏ
ACCOUNTINGÏANDÏlNANCEÏPRACTICESÏINÏTHEÏ
%0ÏINDUSTRYÏ)TÏISÏPARTICULARLYÏSUITABLEÏ
FORÏlNANCEÏPERSONNELÏWHOÏAREÏNEWÏTOÏTHEÏ
INDUSTRYÏORÏTHOSEÏWHOÏWANTÏAÏBROADERÏ
UNDERSTANDINGÏOFÏOILÏANDÏGASÏlNANCIALÏ
POLICYÏJOINTÏVENTURESÏANDÏCOSTCONTROLÏ
TOPICÏAREASÏ4OPICSÏINCLUDEÏINDUSTRYÏ
ACCOUNTINGÏPOLICIESÏANDÏPRACTICESÏ
ANÏINTRODUCTIONÏTOÏMANAGINGÏPROJECTÏ
DEVELOPMENTÏANDÏOPERATINGÏCOSTSÏTHEÏ
ACCOUNTINGÏANDÏlNANCIALÏMANAGEMENTÏ
IMPLICATIONSÏOFÏEXPLORINGÏFORÏANDÏPRODUCINGÏ
OILÏANDÏGASÏANDÏTHEÏBACKGROUNDÏANDÏ
ACCOUNTINGÏTREATMENTÏOFÏlNANCIALÏISSUESÏ
THATÏAREÏUNIQUEÏTOÏTHEÏ%0ÏINDUSTRY
This course, designed for personnel who do
NOTÏHAVEÏAÏlNANCIALÏBACKGROUNDÏPRESENTSÏ
THEÏBASICÏPRINCIPLESÏTHEORYÏANDÏPRACTICEÏ
OFÏlNANCIALÏREPORTINGÏANDÏANALYSISÏASÏTHEYÏ
APPLYÏTOÏTHEÏOILÏANDÏGASÏINDUSTRYÏ!TTENDEESÏ
will learn how to interpret, understand,
ANDÏACTÏONÏlNANCIALÏINFORMATIONÏASÏWELLÏASÏ
HOWÏTOÏDEVELOPÏEFFECTIVEÏDECISIONMAKINGÏ
SKILLSÏINÏADDITIONÏTOÏINCREASINGÏYOURÏ
UNDERSTANDINGÏOFÏlNANCIALÏMANAGEMENTÏ
ELEMENTSÏTHATÏAREÏSPECIlCÏTOÏTHEÏOILÏANDÏ
GASÏINDUSTRYÏANDÏKEYÏ%0ÏACCOUNTINGÏ
TOPICSÏINCLUDINGÏDEPRECIATIONÏRESERVESÏ
DECOMMISSIONINGÏANDÏASSETÏIMPAIRMENTÏ
tests.
COURSE CONTENT
Q
3OURCESÏANDÏUSESÏOFÏlNANCIALÏ
INFORMATION
(OWÏACCOUNTINGÏPOLICIESÏINmUENCEÏ
lNANCIALÏPERFORMANCEÏREPORTING
Q
5NDERSTANDINGÏlNANCIALÏINFORMATION
Successful efforts and full cost
accounting
Q
#ASHÏmOWÏANDÏPROlT
Q
-EASURINGÏlNANCIALÏPERFORMANCE
$ECOMMISSIONINGÏCOSTS
Q
Accounting practices and policies
Budget preparation and control
%FFECTSÏOFÏTAXATION
COURSE CONTENT
Q
Q
Q
*OINTÏVENTUREÏACCOUNTING
Q
Q
#OSTÏCONTROLÏANDÏANALYSIS
Q
Q
Drilling cost control and forecasting
AUDIENCE
-ANAGINGÏPROJECTÏANDÏDEVELOPMENTÏ
costs
!NYONEÏWANTINGÏAÏBETTERÏUNDERSTANDINGÏOFÏ
lNANCEÏANDÏBUDGETING
Q
Q
AUDIENCE
PREREQUISITE
&INANCEÏSTAFFÏNEWÏTOÏTHEÏINDUSTRYÏWANTINGÏ
a broader understanding of the oil and gas
lNANCEÏFUNCTIONÏSTAFFÏBEINGÏDEVELOPEDÏ
FORÏBROADERÏACCOUNTINGÏANDÏlNANCIALÏ
MANAGEMENTÏRESPONSIBILITIESÏAUDITÏ
ANDÏINFORMATIONÏSYSTEMSÏSTAFFÏINVOLVEDÏ
WITHÏlNANCIALÏCONTROLSÏANDÏSYSTEMSÏANDÏ
TREASURYÏANDÏTAXÏSPECIALISTS
None
PREREQUISITE
None
190 |
NExT Catalog-2014(21.5x27.5).indd 190
PREREQUISITE
None
Visit NExTtraining.net/classes for the latest calendar or to register for a course.
12/22/13 2:50 AM
ECONOMICS AND FINANCE
Petroleum Decision and Risk
Analysis
Petroleum Economics
Auditing in the E&P Industry
Economics of Deepwater
Projects
Foundation – 3 Days
Foundation – 4 Days
Skill – 5 Days
Skill – 3 Days
!TTENDEESÏWILLÏLEARNÏMULTIPLEÏAPPROACHESÏ
TOÏMODELINGÏDECISIONSÏFORÏOILÏANDÏGASÏ
PROJECTSÏ4HISÏCOURSEÏHIGHLIGHTSÏAÏPROVENÏ
PROCESSÏANDÏTECHNOLOGYÏFORÏDECISIONÏ
ANALYSISÏUSEDÏBYÏCOMPANIESÏWORLDWIDEÏ
!NÏOVERVIEWÏINCLUDESÏFUNDAMENTALSÏANDÏ
EXAMPLESÏOFÏDECISIONÏANALYSISÏDISCUSSIONÏ
OFÏUNCERTAINTIESÏANDÏRISKÏANDÏVARIOUSÏWAYSÏ
TOÏINCORPORATEÏTHEMÏINÏOILÏANDÏGASÏPROJECTÏ
EVALUATIONSÏ$ISCUSSIONSÏCOVERÏTHEÏUSEÏ
OFÏSENSITIVITIESÏDECISIONÏTREESÏANDÏVALUEÏ
OFÏINFORMATIONÏINÏBOTHÏDETERMINISTICÏANDÏ
PROBABILISTICÏAPPROACHESÏTOÏEVALUATINGÏOILÏ
ANDÏGASÏPROJECTS
4HEÏCOURSEÏTEACHESÏTHEÏFUNDAMENTALSÏ
OFÏPETROLEUMÏECONOMICSÏASÏAPPLIEDÏTOÏ
SELECTINGÏOILÏANDÏGASÏPROJECTSÏINCLUDINGÏ
AÏREVIEWÏOFÏTHEÏTIMEÏVALUEÏOFÏMONEYÏ
concepts.
!NÏINTENSIVEÏTRAININGÏPROGRAMÏDESIGNEDÏ
TOÏIMPROVEÏAUDITINGÏSKILLSÏTHISÏCOURSEÏ
ENHANCESÏTHEÏATTENDEESÏUNDERSTANDINGÏ
of audit principles and practices that are
UNIQUEÏTOÏTHEÏ%0ÏBUSINESSÏ!TTENDEESÏ
WILLÏLEARNÏHOWÏTOÏAPPLYÏAÏSTRUCTUREDÏ
METHODOLOGYÏFORÏCONDUCTINGÏINTERNALÏ
PRODUCTIONSHARINGÏANDÏJOINTÏVENTUREÏ
AUDITSÏIMPLEMENTÏAÏMULTIDISCIPLINEÏTEAMÏ
APPROACHÏTOÏAUDITSÏANDÏADOPTÏAÏMODELÏOFÏ
audit best practices.
4HISÏDAYÏCOURSEÏISÏFORÏATTENDEESÏWHOÏ
ALREADYÏHAVEÏSOMEÏEXPERIENCEÏRUNNINGÏ
PROJECTÏECONOMICSÏINÏTHEÏOILÏANDÏGASÏ
INDUSTRYÏBUTÏWOULDÏLIKEÏTOÏLEARNÏHOWÏTOÏ
MODELÏANDÏEVALUATEÏTHEÏECONOMICSÏOFÏ
DEEPWATERÏDEVELOPMENTÏPROJECTSÏ!NÏ
OVERVIEWÏOFÏTHEÏEXPLORATIONÏDEVELOPMENTÏ
ANDÏPRODUCTIONÏPROCESSESÏINVOLVEDÏINÏ
DEEPWATERÏPROJECTSÏWILLÏBEÏPRESENTEDÏ
!NÏEVALUATIONÏMODELÏANDÏMETHODÏFORÏ
EVALUATINGÏDEEPWATERÏPROJECTSÏWILLÏTHENÏBEÏ
presented and discussed using supporting
case studies. Attendees will learn how
TOÏINCORPORATEÏCOMMONÏTECHNICALÏANDÏ
nontechnical risks and uncertainties to
ARRIVEÏATÏAÏCOMPLETEÏEVALUATIONÏOFÏTHEÏ
ECONOMICSÏOFÏDEEPWATERÏPROJECTS
COURSE CONTENT
Q
Q
Q
$ECISIONÏANDÏRISKÏANALYSISÏINCLUDINGÏ
decision criteria
$ECISIONSÏ(OWÏTOÏADDRESSÏTHEMÏANDÏ
MOREÏIMPORTANTLYÏHOWÏNOTÏTOÏADDRESSÏ
THEM
%SSENTIALSÏOFÏUNCERTAINTYÏRISKÏ
PROBABILITYÏANDÏSTATISTICSÏINCLUDINGÏ
CHOOSINGÏDISTRIBUTIONÏTYPESÏANDÏ
ELIMINATINGÏBIAS
Q
$ECISIONÏANALYSISÏPROCESS
Q
-ODELINGÏUPSTREAMÏOILÏANDÏGASÏ
decisions
COURSE CONTENT
Q
)NTRODUCTIONÏTOÏPETROLEUMÏECONOMICS
Q
&ORECASTINGÏPRODUCTIONÏVOLUMES
Q
%NTERINGÏANDÏUSINGÏPRODUCTÏPRICES
Q
#ALCULATINGÏROYALTYÏANDÏINTEREST
Q
/PERATINGÏEXPENSESÏCAPITALÏ
INVESTMENTSÏDEPRECIATIONÏANDÏTAXES
Q
)NmATIONÏESCALATIONÏANDÏDISCOUNTING
Q
#ASHÏmOWÏECONOMICÏINDICATORSÏANDÏ
NETÏPRESENTÏVALUE
Q
7ORLDWIDEÏlSCALÏSYSTEMS
Q
)NCREMENTALÏANALYSIS
COURSE CONTENT
Q
Q
Q
Q
!UDITÏDElNITIONSÏANDÏTYPESÏOFÏAUDITS
Audit principles, techniques, planning,
RISKÏANDÏINTERVIEWS
Audit process
Audit techniques, such as creating
mOWCHARTSÏ
Q
!UDITÏTESTINGÏSAMPLINGÏANDÏREPORTING
Q
Internal auditing controls
AUDIENCE
Q
Operational and contract audits
!NYONEÏWANTINGÏAÏFUNDAMENTALÏKNOWLEDGEÏ
OFÏPETROLEUM
Q
Q
0ROJECTÏSELECTION
PREREQUISITE
Q
None
Q
*OINTÏVENTUREÏAUDITINGÏANDÏADOPTINGÏ
best practices
!UDITÏMEETINGSÏANDÏCLOSEOUTS
Audit issues and accounting
PROCEDURESÏFORÏPRODUCTIONSHARINGÏ
contracts
Q
!NALYZINGÏDECISIONSÏANDÏMAKINGÏ
RECOMMENDATIONS
Q
+EYÏUNCERTAINTIES
AUDIENCE
Q
3IMPLEÏDECISIONÏMODELSÏWITHÏ
DETERMINISTICÏANALYSIS
Q
#OMPLEXÏDECISIONÏMODELSÏWITHÏ
PROBABILISTICÏANALYSIS
!NYONEÏWORKINGÏINÏTHEÏUPSTREAMÏOILÏANDÏGASÏ
INDUSTRYÏWANTINGÏTOÏLEARNÏABOUTÏORÏUPDATEÏ
auditing techniques, as well as professional
ACCOUNTANTSÏWITHÏAÏBACKGROUNDÏINÏSTATUTORYÏ
audit who want to learn about internal and
JOINTÏVENTUREÏAUDITS
Q
Case studies
Q
'ROUPÏPROBLEM
COURSE CONTENT
Q
&RAMEWORKÏFORÏDEEPWATERÏECONOMICÏ
EVALUATIONS
Q
$ECISIONÏFRAMEWORKÏOFÏDEEPWATERÏ
PROJECTSÏ
Q
$EVELOPMENTÏSCHEDULEÏANDÏCASHÏmOW
Q
$EEPWATERÏDECISIONÏANALYSIS
Q
$ECISIONÏANALYSISÏSTRUCTURE
Q
2ISKÏIDENTIlCATIONÏANDÏINCORPORATION
Q
Decision trees
AUDIENCE
%NGINEERSÏECONOMISTSÏMANAGERSÏORÏ
OTHERÏTECHNICALÏSTAFFÏWITHÏEXPERIENCEÏINÏ
PROJECTÏECONOMICSÏWHOÏWANTÏTOÏLEARNÏHOWÏ
TOÏMODELÏANDÏEVALUATEÏTHEÏECONOMICSÏOFÏ
DEEPWATERÏPROJECTS
PREREQUISITE
%XPERIENCEÏWITHÏPETROLEUMÏECONOMICSÏORÏ
EQUIVALENT
PREREQUISITE
AUDIENCE
NEW
None
'EOSCIENTISTSÏENGINEERSÏCOMMERCIALÏ
TEAMÏMEMBERSÏORÏANYONEÏWANTINGÏTOÏ
INCORPORATEÏUNCERTAINTYÏANDÏRISKÏINTOÏ
MODELSÏOFÏOILÏANDÏGASÏDECISIONS
PREREQUISITE
0ETROLEUMÏ%CONOMICSÏCOURSEÏWITHÏSOMEÏ
EXPERIENCEÏINÏPROJECTÏDECISIONÏMAKINGÏANDÏ
RISKÏANALYSIS
Software
Technical courses that use software
NExT Catalog-2014(21.5x27.5).indd 191
Includes practical sessions
Field trips
Uses simulation
| 191
12/22/13 2:50 AM
ECONOMICS AND FINANCE
Economics of Petroleum
Exploration
Economics of
Unconventional Resources
Exploration and Production
Accounting – Level 2
Exploration and Production
Accounting – Level 3
Skill – 5 Days
Skill – 4 Days
Skill – 5 Days
Skill – 5 Days
This course focuses on the business side
OFÏEXPLORATIONÏIEÏHOWÏDOESÏAÏCOMPANYÏ
DECIDEÏWHETHERÏTOÏMOVEÏFORWARDÏWITHÏAÏ
PARTICULARÏPROJECTÏ!TTENDEESÏWILLÏLEARNÏ
HOWÏAÏSTRUCTUREDÏDECISIONÏANALYSISÏANDÏ
PORTFOLIOÏOPTIMIZATIONÏPROCESSÏUSESÏTHEÏ
HYDROCARBONÏVOLUMESÏANDÏRISKÏANALYSESÏ
PROVIDEDÏBYÏEXPLORATIONÏGEOSCIENTISTSÏ
TOÏIDENTIFYÏTHEÏPROJECTSÏWITHÏTHEÏBESTÏ
ECONOMICÏPOTENTIAL
4HISÏCOURSEÏPARTICULARLYÏSUITABLEÏFORÏ
ATTENDEESÏINVOLVEDÏWITHÏSHALEÏGASÏANDÏ
COALBEDÏMETHANEÏPRESENTSÏAÏPROBABILISTICÏ
APPROACHÏTHATÏCANÏBEÏIMMEDIATELYÏ
IMPLEMENTEDÏFORÏECONOMICÏEVALUATIONÏ
OFÏUNCONVENTIONALÏGASÏRESOURCESÏ
#ASEÏSTUDIESÏHIGHLIGHTÏTHEÏTECHNOLOGYÏ
ANDÏWORKmOWSÏTHATÏCANÏHELPÏREDUCEÏ
THEÏUNCERTAINTYÏINÏYOURÏEVALUATIONSÏ
#OURSEÏMATERIALÏINCLUDESÏANÏOVERVIEWÏ
OFÏWORLDWIDEÏUNCONVENTIONALÏACTIVITYÏ
DISCUSSIONÏOFÏTECHNICALÏANDÏDEVELOPMENTÏ
uncertainties, and the use of a decision
ANALYSISÏPROCESSÏINCLUDINGÏSENSITIVITIESÏ
DECISIONÏTREESÏANDÏVALUEÏOFÏINFORMATION
)NCREASEÏYOURÏKNOWLEDGEÏANDÏ
UNDERSTANDINGÏOFÏINTERNATIONALÏ%0ÏlNANCEÏ
ANDÏACCOUNTINGÏTOÏANÏINTERMEDIATEÏLEVELÏ
!NÏINDEPTHÏEXAMINATIONÏOFÏINTERNATIONALÏ
PRACTICESÏANDÏCURRENTÏDEVELOPMENTSÏTHISÏ
COURSEÏCOVERSÏAÏBROADÏRANGEÏOFÏRELEVANTÏ
topics. Attendees are encouraged to
CHALLENGEÏEXISTINGÏMETHODSÏASÏAÏBASISÏFORÏ
REVIEWINGÏPROCEDURESÏANDÏINTRODUCINGÏ
IMPROVEMENTSÏINÏYOURÏWORKPLACE
4HISÏHIGHLYÏINTERACTIVEÏDAYÏWORKSHOPÏISÏ
FORÏATTENDEESÏWHOÏWANTÏTOÏTAKEÏTHEIRÏ%0Ï
ACCOUNTINGÏSKILLSÏTOÏANÏADVANCEDÏLEVELÏ
4HEÏCOURSEÏFOCUSESÏONÏHIGHLYÏREALISTICÏ%0Ï
COMPANYÏSCENARIOSÏANDÏAÏCOMPUTERBASEDÏ
SIMULATIONÏTOÏPLANÏRECORDÏANDÏREPORTÏ
COMPANYÏPROGRESSÏTHROUGHÏINTERNATIONALÏ
%0ÏACTIVITIESÏ4EAMSÏPARTICIPATEÏINÏTHEÏ
lNANCIALÏMANAGEMENTÏOFÏTHESEÏACTIVITIESÏ
including operator and nonoperator
accounting, recording of transactions,
UPDATINGÏOFÏlNANCIALÏSTATEMENTSÏANDÏ
ANALYSISÏOFÏCOMPANYÏPERFORMANCE
COURSE CONTENT
Q
"USINESSÏSIDEÏOFÏEXPLORATION
Q
#OMPARISONÏOFÏEXPLORATIONÏPROJECTSÏ
UNDERÏDIFFERENTÏlSCALÏREGIMES
COURSE CONTENT
Q
2OLEÏOFÏPROJECTÏECONOMICS
Q
#ALCULATIONÏOFÏCASHÏmOWÏANDÏ.06
Q
7ORLDWIDEÏUNCONVENTIONALÏGASÏACTIVITY
Q
7ORLDWIDEÏlSCALÏREGIMESÏANDÏTHEIRÏ
IMPACTÏONÏEXPLORATION
Q
)MPACTÏOFÏUNCONVENTIONALÏGASÏPROJECTSÏ
ONÏCOMPANYÏPORTFOLIO
Q
Q
0ROBABILITIESÏRISKÏANDÏPROJECTÏRISKÏ
ASSESSMENT
&UNDAMENTALSÏOFÏDECISIONÏANALYSISÏANDÏ
decision trees
Q
%XPECTEDÏMONETARYÏVALUE
Q
6ALUEÏOFÏINFORMATION
Q
#OMPARATIVEÏANALYSISÏOFÏMULTIPLEÏ
PROJECTS
Q
3TRATEGYÏANDÏPORTFOLIOÏANALYSIS
AUDIENCE
%XPLORATIONÏGEOSCIENTISTSÏANDÏMANAGERSÏ
WANTINGÏTOÏUNDERSTANDÏECONOMICSÏOFÏ
PETROLEUMÏEXPLORATION
Q
2EGULATIONÏOFÏOILÏANDÏGASÏCOMPANYÏ
accounting
Q
)MPAIRMENTÏORÏCEILINGÏTESTS
Q
!CCOUNTINGÏDISCLOSURESÏlNANCINGÏ
ARRANGEMENTSÏSALESÏREVENUEÏANDÏ
TAXES
Q
International accounting standards
Q
3TATEÏFRAMEWORKSÏFORÏCONTROLÏANDÏ
EXPLOITATIONÏOFÏPETROLEUMÏRESERVES
Q
5NCERTAINTYÏANDÏRISKÏANALYSIS
Q
4ECHNICALÏANDÏDEVELOPMENTÏ
uncertainties and risks
Q
Strategies and technologies to
MINIMIZEÏUNCERTAINTYÏANDÏRISK
0RODUCTIONSHARINGÏCONTRACTSÏANDÏTHEIRÏ
accounting practices
Q
6ALUEÏOFÏINFORMATIONÏDURINGÏPILOTÏANDÏ
appraisal phases
*OINTÏVENTUREÏCASHÏMANAGEMENTÏ
billing, and cost allocations
Q
Q
Q
Q
Q
Q
$ECISIONÏANALYSISÏPROCESS
Cost control
"UILDINGÏECONOMICÏCASESÏANDÏDECISIONÏ
MODELS
Q
$EPARTMENTALÏANDÏCORPORATEÏBUDGETS
Considerations and options for
MODELING
-ULTIPLEÏDECISIONÏANALYSESÏEXERCISE
Q
"REAKEVENÏPRICEÏHURDLEÏRATEÏANDÏ
OTHERÏMETRICS
Q
#ASEÏSTUDIESÏANDÏPRACTICEÏPROBLEMS
COURSE CONTENT
Q
2EVIEWÏBUDGETSÏENTERÏBILLINGSÏINTOÏ
ACCOUNTINGÏSYSTEMÏANDÏPREPAREÏ
lNANCIALÏSTATEMENTSÏFORÏNEWÏ
EXPLORATIONÏJOINTÏVENTURE
Q
!CCOUNTÏFORÏDEVELOPMENTÏCOSTSÏSALESÏ
REVENUESÏDEPLETIONÏDEPRECIATIONÏ
ANDÏAMORTIZATIONÏ$$!ÏAÏ
DECOMMISSIONINGÏPROVISIONÏANDÏ
PRODUCTIONÏUNDERÏTERMSÏOFÏTAXBASEDÏ
lSCALÏARRANGEMENT
Q
0REPAREÏCASHÏCALLSÏANDÏBILLINGSÏANDÏ
MAINTAINÏOPERATORÏACCOUNTINGÏRECORDSÏ
FORÏYOURÏCOMPANYÏASÏANÏOPERATORÏOFÏAÏ
NEWÏVENTURE
Q
0REPAREÏlNANCIALÏSTATEMENTSÏREmECTINGÏ
THEÏCHANGEÏINÏACCOUNTINGÏPOLICYÏFROMÏ
full cost to the successful efforts
METHOD
Q
!CCOUNTÏFORÏCOMPANYÏPARTICIPATIONÏINÏ
AÏNEWÏVENTUREÏUNDERÏAÏPRODUCTION
sharing contract
Q
0ERFORMÏAÏTESTÏANDÏACCOUNTÏFORÏTHEÏ
RESULTÏOFÏFALLINGÏOILÏPRICEÏONÏRESERVES
Q
!DJUSTÏCOMPANYÏPORTFOLIOÏOFÏASSETSÏFORÏ
AÏFARMOUT
Q
0REPAREÏAÏBRIElNGÏFORÏYOURÏ#%/SÏ
MEETINGÏWITHÏINVESTMENTÏANALYSTSÏONÏ
COMPANYÏPERFORMANCEÏANDÏlNANCIALÏ
status
-ATERIALSÏANDÏINVENTORYÏACCOUNTING
Q
Q
PREREQUISITE
"ASICÏPETROLEUMÏGEOLOGYÏANDÏPETROLEUMÏ
SYSTEMS
COURSE CONTENT
AUDIENCE
%0ÏACCOUNTINGÏPROFESSIONALSÏWANTINGÏTOÏ
GAINÏADVANCEDÏSKILLS
PREREQUISITE
%XPLORATIONÏANDÏ0RODUCTIONÏ!CCOUNTINGÏ
Ï,EVELÏ
AUDIENCE
'EOSCIENTISTSÏENGINEERSÏCOMMERCIALÏ
TEAMÏMEMBERSÏORÏMANAGERSÏWANTINGÏTOÏ
MODELÏANDÏANALYZEÏTHEÏBUSINESSÏIMPACTÏOFÏ
UNCONVENTIONALÏRESOURCES
PREREQUISITE
%XPERIENCEÏWITHÏPETROLEUMÏECONOMICSÏ
THEORYÏANDÏAPPLIEDÏSOFTWAREÏUSE
AUDIENCE
0ROFESSIONALSÏWANTINGÏADVANCEDÏSKILLSÏINÏ
%0ÏACCOUNTING
PREREQUISITE
%XPLORATIONÏANDÏ0RODUCTIONÏ!CCOUNTINGÏ
nÏ,EVELÏÏANDÏ,EVELÏÏCOURSESÏANDÏ
EXPERIENCEÏWORKINGÏWITHÏSPREADSHEETÏ
TECHNIQUESÏPARTICIPANTSÏMUSTÏFURNISHÏTHEIRÏ
OWNÏCOMPUTERSÏPREINSTALLEDÏWITHÏ-ICROSOFTÏ
%XCELÏSOFTWARE
192 |
NExT Catalog-2014(21.5x27.5).indd 192
Visit NExTtraining.net/classes for the latest calendar or to register for a course.
12/22/13 2:50 AM
ECONOMICS AND FINANCE
Petroleum Economics:
Heriot-Watt University
Program
Risk, Uncertainty and
Decisions in E&P Projects
Portfolio Management
GeoX Basic Risk and
Resource Assessment
Skill – 5 Days
Skill – 5 Days
Advanced – 4 Days
Foundation – 2 Days
4HISÏCOURSEÏISÏPARTÏOFÏTHEÏ(ERIOT7ATTÏ
5NIVERSITYÏ$ISTANCEÏ,EARNINGÏ-ASTERSÏ
OFÏ0ETROLEUMÏ%NGINEERINGÏPROGRAMÏ)TÏISÏ
INTENDEDÏTOÏGIVEÏAÏBROADÏUNDERSTANDINGÏ
OFÏTHEÏECONOMICSÏEVALUATIONÏOFÏPETROLEUMÏ
PROJECTSÏ4HISÏCOURSEÏDOESÏNOTÏPRESCRIBEÏAÏ
PARTICULARÏMETHODÏORÏPROCESSÏBUTÏRATHERÏ
focuses on the ideas and principles, which
MAYÏBECOMEÏINCORPORATEDÏINTOÏCORPORATEÏ
PROCEDURESÏ0ETROLEUMÏINVESTMENTÏISÏVERYÏ
LONGÏTERMÏANDÏSUBJECTÏTOÏCONSIDERABLEÏRISKÏ
ANDÏSOMEÏOFÏTHESEÏISSUESÏAREÏIDENTIlEDÏ
ANDÏREVIEWEDÏ#LASSESÏMAYÏBEÏATTENDEDÏBYÏ
INDIVIDUALSÏWHOÏSEEKÏTOÏBETTERÏUNDERSTANDÏ
THEÏSUBJECTÏBUTÏAREÏNOTÏREGISTEREDÏFORÏTHEÏ
DEGREEÏCOURSEÏ4OÏlNDÏOUTÏMOREÏABOUTÏTHEÏ
-ASTERSÏOFÏ0ETROLEUMÏ%NGINEERINGÏVISITÏ
WWWNEXTTRAININGNETMASTERSCFMÏ
5NDERSTANDÏWHYÏPROJECTSÏCANÏFAILÏDUEÏTOÏ
ADVERSEÏEVENTSÏWITHÏGEOLOGICÏTECHNICALÏ
COMMERCIALÏORÏCONTRACTUALÏORIGINSÏ)NÏ
this course, attendees will increase their
UNDERSTANDINGÏOFÏHOWÏRISKÏANDÏUNCERTAINTYÏ
IMPACTÏTHEÏDECISIONSÏONÏWHICHÏPROJECTSÏ
THEYÏSELECTÏHOWÏTOÏDEVELOPÏTHEMÏANDÏ
HOWÏTHESEÏDECISIONSÏAFFECTÏTHEIRÏECONOMICÏ
PERFORMANCEÏ)MPROVINGÏTHEÏQUALITYÏOFÏ
DECISIONSÏISÏTHEÏMAINÏGOALÏOFÏTHISÏCOURSEÏ
NOTÏJUSTÏUNDERSTANDINGÏRISKÏANDÏUNCERTAINTYÏ
FORÏTHEIRÏOWNÏSAKEÏ0ROBABILISTICÏCONCEPTSÏ
ANDÏTOOLSÏAREÏUSEDÏTOÏDESCRIBEÏPROJECTSÏ
WITHÏRISKÏANDÏUNCERTAINTYÏTOÏGIVEÏAÏBETTERÏ
understanding of the principles and tools
UNDERLYINGÏTHESEÏCONCEPTS
Course attendees will learn about portfolio
THEORYÏANDÏITSÏINCORPORATIONÏINTOÏTHEÏ
PROCESSÏOFÏUPSTREAMÏOILÏANDÏGASÏCORPORATEÏ
PLANNINGÏ4HEÏCOURSEÏMATERIALÏFOCUSESÏONÏ
PROVENÏPROCESSESÏANDÏTECHNOLOGIESÏFORÏ
PORTFOLIOÏOPTIMIZATIONÏUSEDÏBYÏCOMPANIESÏ
WORLDWIDEÏ4OPICSÏINCLUDEÏIMPORTANTÏ
concepts and processes for portfolio
ANALYSISÏINCLUDINGÏANÏEASYTOFOLLOWÏ
PROCESSÏFORÏANALYSISÏTOÏMEETÏBUSINESSÏUNITÏ
ORÏCORPORATEÏGOALSÏANDÏWORKmOWSÏTOÏMODELÏ
the business and decide which wells to
DRILLÏPROJECTSÏTOÏUNDERTAKEÏORÏPROPERTIESÏ
to acquire.
4HISÏDAYÏCOURSEÏPROVIDESÏATTENDEESÏWITHÏ
ANÏOVERVIEWÏOFÏTHEÏCONCEPTSÏOFÏPROSPECTÏ
ASSESSMENTÏANDÏPREPARESÏTHEMÏTOÏASSESSÏ
BOTHÏSIMPLEÏANDÏCOMPLEXÏPROSPECTSÏ
using the GeoX software. The course
COMBINESÏLECTURESÏEXERCISESÏUSINGÏMANUALÏ
CALCULATIONSÏANDÏEXERCISESÏUSINGÏ'EO8Ï
SOFTWAREÏTOÏILLUSTRATEÏASSESSMENTÏCONCEPTSÏ
ANDÏTHEIRÏAPPLICATIONSÏ!ÏREALWORLDÏ
MULTIPLEÏSEGMENTÏPROSPECTÏISÏEVALUATEDÏ
FROMÏAÏSIMPLEÏDETERMINISTICÏANALYSISÏOFÏ
AÏSINGLEÏZONEÏTOÏAÏCOMPLEXÏPROBABILISTICÏ
EVALUATIONÏTHATÏCONSIDERSÏSEGMENTÏ
RELATIONSHIPSÏ!TTENDEESÏWILLÏEVALUATEÏTHEÏ
prospect using realistic descriptions of risk
ANDÏUNCERTAINTY
Q
COURSE CONTENT
Q
COURSE CONTENT
Q
Q
)NTRODUCTIONÏTOÏTHEÏECONOMICÏANDÏ
lNANCIALÏASPECTSÏOFÏTHEÏINDUSTRYÏ
&UNDAMENTALÏCONCEPTSÏOFÏEVALUATIONÏ
METHODS
0ROBABILITYÏOVERVIEWÏANDÏSIMPLEÏ
EXPLORATIONÏECONOMICS
Q
Dependencies
Q
$ECISIONÏANALYSIS
Q
$ECISIONÏTREESÏ"AYESÏFORMULAÏANDÏTHEÏ
VALUEÏOFÏINFORMATION
Q
4IMEÏVALUEÏOFÏMONEYÏ
Q
Discounting
Q
#OMPOUNDINGÏ
Q
$ISCOUNTÏRATEÏANDÏINmATION
Q
0ROJECTÏPARAMETERSÏ
Q
#ASHÏmOWÏMODELINGÏ
Q
#OSTÏPERÏBARRELÏMEASURESÏ
Q
$ISCOUNTEDÏMEASURESÏ
Q
Applications
AUDIENCE
Q
4HEÏROLEÏOFÏGOVERNMENTÏLICENSINGÏ
Q
4AXATION
Q
&INANCIALÏRISKÏMANAGEMENTÏ
4ECHNICALÏANDÏNONlNANCIALÏSTAFFÏMEMBERS
%0ÏPROFESSIONALSÏINVOLVEDÏINÏDATAÏANALYSISÏ
and interpretation, including geologists,
GEOPHYSICISTSÏANDÏRESERVOIRÏENGINEERSÏ
ACTIVEÏINÏEXPLORATIONÏAPPRAISALÏlELDÏ
DEVELOPMENTÏRESERVESÏESTIMATIONÏORÏ
ECONOMICSÏDECISIONÏMAKERSÏINTERESTEDÏINÏ
LEARNINGÏMOREÏABOUTÏDECISIONÏANALYSIS
PREREQUISITE
PREREQUISITE
None
%XPOSUREÏTOÏBASICÏSTATISTICSÏANDÏAÏWORKINGÏ
KNOWLEDGEÏOFÏ-ICROSOFTÏ%XCELÏWORKSHEETS
Q
Q
Q
Q
AUDIENCE
COURSE CONTENT
Q
Q
0ORTFOLIOÏMANAGEMENTÏWORKmOWSÏANDÏ
IMPLEMENTATIONSÏINÏ%0
Q
#ORPORATEÏMETRICSÏCORPORATEÏ
STRATEGIESÏANDÏIMPACTÏOFÏRISKÏANDÏ
UNCERTAINTYÏINÏPORTFOLIOÏMANAGEMENT
Q
$ESCRIBINGÏUNCERTAINTY
#OMPONENTSÏOFÏACCURACY
Q
-ONTEÏ#ARLOÏANALYSISÏANDÏITSÏ
application
Q
Correlations and regressions
'EOSTATISTICSÏ3TATIONARYÏASSUMPTIONSÏ
VARIOGRAMSÏKRIGINGÏCOKRIGINGÏlLTERINGÏ
ANDÏMULTIPLEÏREALIZATIONS
0ORTFOLIOÏTHEORYÏANALYSISÏANDÏ
OPTIMIZATION
Q
Q
Q
Q
7ORKmOWSÏRELATEDÏTOÏBUSINESSÏ
ANALYSISÏSTRATEGYÏDEVELOPMENTÏANDÏ
PORTFOLIOÏOPTIMIZATION
0ORTFOLIOÏANALYSISÏPROCESSÏANDÏANALYSISÏ
VERSUSÏOPTIMIZATION
"USINESSÏRULESÏANDÏPROJECTÏ
dependencies
Modeling and testing of different
strategies
!NALYSISÏANDÏCOMPARISONSÏOFÏDIFFERENTÏ
portfolios
Using charts and grids to answer
critical business questions
'ROUPÏPROBLEMÏEXERCISE
AUDIENCE
Current or potential business unit or
corporate planners wanting to understand
ANDÏMODELÏTHEÏlNANCIALÏPERFORMANCEÏOFÏANÏ
ORGANIZATION
NEW
COURSE CONTENT
Single-zone
Q
3EGMENTÏDElNITION
Q
6OLUMETRICÏUNCERTAINTY
Q
0LAYÏANDÏLOCALÏRISKS
Q
Correlations
Q
2ESULTSÏANDÏANALYSIS
Q
!LTERNATIVEÏVOLUMEÏMETHODS
Q
Multiple scenarios
Prospects (multiple zones)
Q
)NDEPENDENTÏSEGMENTS
Q
Risk dependencies
Q
#ORRELATIONSÏBETWEENÏSEGMENTS
Q
&LUIDÏCOMMUNICATION
Q
2ESULTSÏANDÏANALYSIS
AUDIENCE
'EOLOGISTSÏGEOPHYSICISTSÏANDÏRESERVOIRÏ
ENGINEERSÏINVOLVEDÏWITHÏPROSPECTÏ
ASSESSMENT
PREREQUISITE
None
PREREQUISITE
)NTRODUCTIONÏTOÏ0ETROLEUMÏ%CONOMICSÏ
COURSEÏANDÏEXPERIENCEÏINÏPROJECTÏ
ECONOMICS
Software
Technical courses that use software
NExT Catalog-2014(21.5x27.5).indd 193
Includes practical sessions
Field trips
Uses simulation
| 193
12/22/13 2:50 AM
ECONOMICS AND FINANCE
Merak Decision Tool Kit
Fundamentals
Merak Peep Decline
Fundamentals
Merak Peep Fundamentals
Merak Peep Fundamentals and
Merak Peep Decline Fundamentals
Combined Course
Foundation – 1 Day
Foundation – 1 Day
Foundation – 2 Days
Foundation – 3 Days
4HEÏ-ERAKÏ$ECISIONÏ4OOLÏ+ITÏMODULEÏ
PROVIDESÏAÏCONSISTENTÏMETHODÏFORÏRISKÏ
ANALYSISÏSOÏTHATÏTHEÏUSERÏCANÏCOMPAREÏ
OPPORTUNITIESÏANDÏQUANTIFYÏRISKÏANDÏ
UNCERTAINTYÏ#OURSEÏATTENDEESÏWILLÏOBTAINÏ
ANÏUNDERSTANDINGÏOFÏRISKÏEXPOSUREÏATÏTHEÏ
ASSETÏANDÏCORPORATEÏLEVELÏANDÏENABLEÏ
THEMÏTOÏAVOIDÏUNDERESTIMATINGÏRISKÏANDÏ
OVERESTIMATINGÏTHEÏVALUEÏOFÏINVESTMENTS
)NCREASEÏYOURÏPRODUCTIONÏFORECASTINGÏ
EXPERTISEÏWITHÏTHISÏCOURSEÏONÏINTUITIVEÏ
PRODUCTIONÏDECLINEÏANALYSISÏWORKmOWSÏ
Attendees will learn how use of the
-ERAKÏ0EEPÏ$ECLINEÏMODULEÏTOÏSAVEÏ
TIMEÏREDUCEÏDUPLICATIONÏOFÏEFFORTÏANDÏTIEÏ
SEAMLESSLYÏINTOÏTHEIRÏECONOMICÏANALYSISÏ
The attendees will better understand how
THISÏTOOLÏFACILITATESÏBASICÏDECLINEÏANALYSISÏ
ANDÏFORECASTSÏOFÏPRODUCTIONÏANDÏREMAININGÏ
RESERVES
$ESIGNEDÏTOÏDELIVERÏ-ERAKÏ0EEPÏMODULEÏ
FUNDAMENTALSÏTHISÏCOURSEÏMATERIALÏ
FOCUSESÏONÏTHEÏFUNCTIONALITYÏOFÏTHISÏ
PETROLEUMÏECONOMICÏEVALUATIONÏPROGRAMÏ
!TTENDEESÏWILLÏLEARNÏTOÏNAVIGATEÏEFlCIENTLYÏ
THROUGHÏTHEÏCASEÏDOCUMENTÏEDITÏEXISTINGÏ
DATAÏANDÏANALYZEÏECONOMICÏRUNS
!TTENDEESÏINÏTHISÏCOURSEÏWILLÏEXPLOREÏTHEÏ
FUNCTIONALITYÏOFÏ-ERAKÏ0EEPÏPETROLEUMÏ
ECONOMICÏEVALUATIONÏPROGRAMÏANDÏDECLINEÏ
ANALYSISÏMODULEÏ4HESEÏSOFTWAREÏPACKAGESÏ
ALLOWÏFORÏNAVIGATINGÏEFlCIENTLYÏTHROUGHÏ
THEÏCASEÏDOCUMENTÏEDITÏEXISTINGÏDATAÏANDÏ
ANALYZEÏECONOMICÏRUNS
COURSE CONTENT
COURSE CONTENT
COURSE CONTENT
Q
Q
Using tornado charts and the Merak
0EEPÏAPPLICATIONÏTOÏBUILDÏAÏDECISIONÏ
tree
COURSE CONTENT
Q
-ODELINGÏSIMPLEÏDECISIONS
Q
#OMPLEXÏDECISIONÏTREES
Q
Dependent probabilities
Q
)NFORMATIONÏVALUEÏ
Q
&INETUNINGÏESTIMATESÏOFÏREMAININGÏ
RESERVES
Q
+EEPINGÏUPDATEDÏHISTORICALÏDATAÏREADYÏ
FORÏREPORTINGÏANDÏRETRIEVAL
AUDIENCE
!NYONEÏWANTINGÏTOÏLEARNÏEFFECTIVEÏUSEÏOFÏ
THEÏ-ERAKÏ$ECISIONÏ4OOLÏ+ITÏMODULE
Q
Q
PREREQUISITE
-ERAKÏ0EEPÏ&UNDAMENTALSÏCOURSEÏANDÏ
ANÏUNDERSTANDINGÏOFÏBASICÏRISKÏANALYSISÏ
CONCEPTSÏSUCHÏASÏSENSITIVITYÏANALYSISÏANDÏ
EXPECTEDÏVALUE
-AINTAININGÏCURRENTÏINHOUSEÏANDÏ
VENDORÏDATAÏTOÏUNDERSTANDÏPRODUCTIONÏ
LEVELS
Creating plots and reports based on
DIFFERENTÏANALYSISÏOPTIONS
3ETTINGÏUPÏPREFERENCESÏTOÏCUSTOMIZEÏ
FORECASTINGÏWORKmOW
Q
0REFERENCESÏFORÏCUSTOMIZEDÏVIEWSÏANDÏ
CALCULATIONÏPARAMETERS
Q
7ORKmOWSÏTOÏCREATEÏEDITÏANDÏCOPYÏ
ECONOMICÏCASEÏDOCUMENTS
Q
%SSENTIALÏECONOMICÏINPUTSÏ0RODUCTIONÏ
PRICEÏOWNERSHIPÏPROVINCIALÏROYALTIESÏ
STATEÏTAXESÏINTERNATIONALÏTAXÏREGIMESÏ
operating costs, and capital
Q
&ILTERSÏANDÏUSERÏPARAMETERSÏTOÏSORTÏ
LARGEÏVOLUMESÏOFÏDATA
Q
5SEÏOFÏ-ERAKÏ0EEPÏ3CENARIOÏ-ANAGERÏ
FORÏRAPIDÏSENSITIVITYÏANALYSIS
Q
Q
#ONSOLIDATIONSÏTOÏVALUEÏWORKOVERSÏANDÏ
AGGREGATEÏPROJECTS
Batch processes to edit or report
MULTIPLEÏCASESÏATÏONCEÏANDÏCALCULATEÏ
PRICEÏSENSITIVITYÏ
Q
)MPORTINGÏANDÏEXPORTINGÏPRODUCTIONÏ
HISTORY
Q
#REATINGÏGROUPSÏANDÏSUMMARYÏWELLSÏTOÏ
BETTERÏMANAGEÏWELLÏDATA
AUDIENCE
Forecasting production rates and
VOLUMES
!NYONEÏWANTINGÏTOÏIMPROVEÏSKILLSÏANDÏ
UNDERSTANDINGÏOFÏPROJECTÏECONOMICSÏ
INVOLVINGÏ-ERAKÏ0EEPÏSOFTWARE
Q
Q
,INKINGÏWELLSÏTOÏECONOMICÏCASESÏFORÏ
RAPIDÏASSESSMENTÏOFÏPRODUCTIONÏVALUE
Q
"ASICÏDECLINEÏANALYSISÏRATETIMEÏ
CURVESÏANDÏCUMULATIVEÏCURVES
Q
Graphs and reports
PREREQUISITE
0ETROLEUMÏ%CONOMICSÏ&UNDAMENTALSÏCOURSEÏ
ORÏEXPERIENCEÏWITHÏPETROLEUMÏECONOMICS
Merak Peep Fundamentals
Q
#REATEÏEDITÏANDÏCOPYÏECONOMICÏCASEÏ
DOCUMENTSÏ
Q
2EVIEWÏESSENTIALÏECONOMICÏINPUTSÏ
Q
#REATEÏlLTERSÏANDÏUSERÏPARAMETERSÏTOÏ
EASILYÏSORTÏLARGEÏDATAÏVOLUMESÏ
Q
Use batch processes to edit or report
MULTIPLEÏCASESÏSIMULTANEOUSLYÏANDÏ
CALCULATEÏPRICEÏSENSITIVITYÏ
Merak Peep Decline Fundamentals
Q
-AINTAINÏCURRENTÏINHOUSEÏANDÏVENDORÏ
DATAÏTOÏUNDERSTANDÏPRODUCTIONÏLEVELSÏ
Q
)MPORTÏANDÏEXPORTÏPRODUCTIONÏHISTORYÏ
Q
#REATEÏGROUPSÏANDÏSUMMARYÏWELLSÏTOÏ
BETTERÏMANAGEÏWELLÏDATAÏ
Q
&ORECASTÏPRODUCTIONÏRATESÏANDÏVOLUMESÏ
Q
0ERFORMÏBASICÏDECLINEÏANALYSISRATE
TIMEÏCURVESÏANDÏCUMULATIVEÏCURVESÏ
AUDIENCE
!NYONEÏNEEDINGÏTOÏDEVELOPÏORÏIMPROVEÏ
THEIRÏSKILLÏANDÏUNDERSTANDINGÏOFÏPROJECTÏ
ECONOMICSÏANDÏDECLINEÏCURVEÏANALYSISÏ
PERFORMEDÏWITHÏTHEÏ-ERAKÏ0EEPÏANDÏ0EEPÏ
$ECLINEÏMODULES
PREREQUISITE
AUDIENCE
!NYONEÏWANTINGÏTOÏDEVELOPÏORÏIMPROVEÏ
SKILLSÏANDÏUNDERSTANDINGÏOFÏDECLINEÏCURVEÏ
ANALYSISÏUSINGÏTHEÏ-ERAKÏ0EEPÏ$ECLINEÏ
MODULE
0ETROLEUMÏ%CONOMICSÏ&UNDAMENTALSÏORÏ
EQUIVALENTÏKNOWLEDGEÏ)NÏADDITIONÏTOÏANÏ
UNDERSTANDINGÏOFÏBASICÏDECLINEÏANALYSISÏ
TECHNIQUESÏANDÏTHEORY
PREREQUISITE
5NDERSTANDINGÏOFÏBASICÏDECLINEÏANALYSISÏ
TECHNIQUESÏANDÏTHEORY
194 |
NExT Catalog-2014(21.5x27.5).indd 194
Visit NExTtraining.net/classes for the latest calendar or to register for a course.
12/22/13 2:50 AM
ECONOMICS AND FINANCE
Merak VOLTS Reserves
Management Fundamentals
GeoX Prospect Assessment
Concepts and Applications
Foundation – 2 Days
Foundation – 3 Days
4HEÏ-ERAKÏ6/,43ÏVOLUMEÏTRACKINGÏ
ANDÏREPORTINGÏMODULEÏPROVIDESÏBOTHÏ
MANAGEMENTÏmEXIBILITYÏANDÏDATAÏSECURITYÏ
In this class, attendees will learn to use
THEÏ-ERAKÏ6/,43ÏMODULEÏTOÏMANAGEÏ
WORLDWIDEÏRESERVESÏANDÏRESOURCESÏ
INFORMATIONÏANDÏFACILITATEÏANALYSISÏOFÏ
CORPORATEÏVALUEÏ$ISCUSSIONÏINCLUDESÏANÏ
OVERVIEWÏOFÏTECHNICALÏVOLUMESÏWHICHÏAREÏ
BASEDÏONÏANALYTICALÏESTIMATIONÏMETHODSÏ
ANDÏTECHNICALÏRESERVOIRÏPARAMETERS
4HISÏDAYÏCOURSEÏPROVIDESÏATTENDEESÏ
WITHÏANÏOVERVIEWÏOFÏPROSPECTÏASSESSMENTÏ
concepts and applications, and prepares
THEMÏTOÏASSESSÏBOTHÏSIMPLEÏANDÏCOMPLEXÏ
prospects using the GeoX software. The
COURSEÏCOMBINESÏLECTURESÏEXERCISESÏUSINGÏ
MANUALÏCALCULATIONSÏANDÏEXERCISESÏUSINGÏ
the GeoX software suite to illustrate
ASSESSMENTÏCONCEPTSÏANDÏTHEIRÏAPPLICATION
COURSE CONTENT
Q
Q
Q
#ALCULATINGÏVALUEÏOFÏRESERVESÏANDÏ
resources
Updating production data and
forecasts
-ONITORINGÏRESERVOIRSÏTOÏ1#ÏPRODUCTIONÏ
predictions
Q
2EPORTSÏFORÏREGULATIONÏREQUIREMENTS
Q
%NTERINGÏTECHNICALÏVOLUMESÏANDÏLEASEÏ
INFORMATION
Q
Linking a well for historical production
USINGÏ-ERAKÏ$ECLINEÏORÏ-ERAKÏ6/,43Ï
MODULES
Merak Capital Planning
Fundamentals
Merak Decision Tool Kit and
Merak Peep Monte Carlo
Skill – 3 Days
Skill – 1 Day
In this course, attendees will work in the
-ERAKÏ0EEPÏANDÏ-ERAKÏ$ECISIONÏ4OOLÏ+ITÏ
MODULESÏTOÏEXPLOREÏTHEÏPRINCIPLESÏOFÏ-ONTEÏ
#ARLOÏANALYSESÏANDÏHOWÏTOÏAPPLYÏTHEMÏTOÏ
PROJECTÏEVALUATIONS
4HEÏDAYÏCOURSEÏGOESÏINTOÏMOREÏDETAILÏONÏ
BASICÏASSESSMENTÏCONCEPTSÏTHANÏTHEÏDAYÏ
introduction to GeoX in GeoX Basic Risk
ANDÏ2ESOURCEÏ!SSESSMENTÏCOURSEÏWHICHÏ
FOCUSESÏPRIMARILYÏONÏTOOLÏFUNCTIONALITY
Attendees will learn how to use portfolio
MANAGEMENTÏASÏTHEÏLINKÏBETWEENÏSTRATEGYÏ
ANDÏOPPORTUNITYÏ4HEÏANALYSISÏPERFORMEDÏINÏ
-ERAKÏ#APITALÏ0LANNINGÏSTRATEGICÏPORTFOLIOÏ
MANAGEMENTÏMODULEÏWILLÏENABLEÏTHEÏ
attendees to understand their options and
EXPLOREÏALTERNATIVESÏUSINGÏCONSISTENTÏTOOLSÏ
ANDÏPROCESSESÏ4HISÏCOURSEÏWILLÏREVIEWÏ
THEÏBASICSÏOFÏ%0ÏCORPORATEÏPLANNINGÏANDÏ
THEÏROLEÏOFÏRISKÏANDÏUNCERTAINTYÏINÏPORTFOLIOÏ
MANAGEMENTÏANDÏUNDERSTANDÏTHEÏROLEÏAÏ
SOLUTIONÏLIKEÏTHEÏ-ERAKÏ#APITALÏ0LANNINGÏ
MODULEÏPLAYSÏWITHINÏAÏCORPORATEÏPORTFOLIOÏ
MANAGEMENTÏWORKmOW
COURSE CONTENT
COURSE CONTENT
NEW
Q
Q
3EGMENTS
Q
3EGMENTÏDElNITION
Q
3EGMENTÏVOLUMETRICS
Q
6OLUMETRICÏUNCERTAINTY
Q
3EGMENTÏRISKING
Q
-ULTIPLEÏSEGMENTÏPROSPECTS
Q
)NDEPENDENTÏSEGMENTS
Q
Risk dependencies
Q
#HANGEÏRECORDSÏANDÏTHEIRÏAPPROVALS
Q
#ORRELATIONSÏBETWEENÏSEGMENTS
Q
"ATCHÏPROCESSESÏCREATINGÏRESERVOIRSÏ
REPORTINGÏBALANCING
Q
&LUIDÏCOMMUNICATION
Q
2EPORTINGÏOFÏRESERVESÏANDÏRESOURCES
Q
Scenarios
AUDIENCE
!NYONEÏWANTINGÏTOÏDEVELOPÏORÏIMPROVEÏ
SKILLSÏANDÏUNDERSTANDINGÏOFÏ-ERAKÏ6/,43Ï
MODULE
Q
5SINGÏCHARTINGÏANDÏANALYSISÏTOOLSÏTOÏ
EXAMINEÏPORTFOLIOÏSOLUTIONS
Q
6IEWINGÏDETERMINISTICÏORÏSTOCHASTICÏ
PROJECTÏORÏPORTFOLIOÏDATA
Q
Q
PREREQUISITE
None
PREREQUISITE
None
Q
$ETERMINISTICÏANALYSISÏVERSUSÏ-ONTEÏ
#ARLOÏANALYSIS
Q
2ANDOMÏWALKSÏANDÏTHEIRÏINPUTÏ
PARAMETERS
Q
Correlations
Q
Use of report settings
Q
6ISUALÏ-ONTEÏ#ARLOÏTREES
Q
Choice and chance nodes
AUDIENCE
-ERAKÏ0EEPÏMODULEÏUSERSÏRESPONSIBLEÏFORÏ
PREPARINGÏORÏMODIFYINGÏ-ERAKÏ0EEPÏMODELSÏ
USINGÏTHEÏ-ERAKÏ&ISCALÏ-ODELÏ,IBRARYÏ
application.
Setting up business rules and goals
PREREQUISITE
Generating portfolio solutions for
VARIOUSÏOBJECTIVES
-ERAKÏ$ECISIONÏ4OOLÏ+ITÏ&UNDAMENTALSÏ
COURSEÏ-ERAKÏ0EEPÏ&UNDAMENTALSÏCOURSEÏ
and an understanding of basic Monte Carlo
THEORY
Q
'ENERATINGÏPROJECTÏECONOMICSÏTHROUGHÏ
-ERAKÏ0EEPÏANDÏ-ERAKÏ2ESULTSÏ"ROKERÏ
MODULES
Q
,OADINGÏ-ICROSOFTÏ%XCELÏRESULTSÏDATAÏ
through the Merak Results Broker
MODULE
AUDIENCE
'EOLOGISTSÏGEOPHYSICISTSÏANDÏRESERVOIRÏ
ENGINEERSÏINVOLVEDÏWITHÏPROSPECTÏ
ASSESSMENT
#REATINGÏCOMPREHENSIVEÏBUSINESSÏ
STRATEGIESÏWITHÏOPTIMALÏPORTFOLIOÏ
solutions
COURSE CONTENT
AUDIENCE
!NYONEÏRESPONSIBLEÏFORÏPORTFOLIOÏANALYSISÏ
ORÏMANAGEMENTÏUSINGÏTHEÏ-ERAKÏ#APITALÏ
0LANNINGÏMODULEÏINCLUDINGÏTHOSEÏWANTINGÏ
to understand the role of portfolio
MANAGEMENTÏINÏ%0
PREREQUISITE
-ERAKÏ0EEPÏ&UNDAMENTALSÏCOURSE
Software
Technical courses that use software
NExT Catalog-2014(21.5x27.5).indd 195
Includes practical sessions
Field trips
Uses simulation
| 195
12/22/13 2:50 AM
ECONOMICS AND FINANCE
Merak Peep Advanced
Merak Peep Fiscal Model
Library Fundamentals
GeoX Advanced Risk and
Resource Assessment
Skill – 1 Day
Skill – 4 Days
Skill – 1 Day
7ITHÏTHISÏCOURSEÏATTENDEESÏWILLÏREACHÏ
AÏNEWÏLEVELÏOFÏEXPERTISEÏASÏ-ERAKÏ0EEPÏ
MODULEÏUSERSÏ4HEÏATTENDEESÏWILLÏLEARNÏTOÏ
QUICKLYÏlNDÏANDÏEDITÏSEVERALÏ-ERAKÏ0EEPÏ
CASESÏMODIFYÏEXISTINGÏREPORTSÏANDÏCREATEÏ
new reports.
Attendees will learn to use Merak Fiscal
-ODELÏ,IBRARYÏ&-,ÏMODULEÏTOÏITSÏFULLÏ
ADVANTAGEÏBYÏUNDERSTANDINGÏTHEÏREPORTINGÏ
ANDÏCOMPARATIVEÏCAPABILITIESÏWITHINÏANDÏ
BETWEENÏTHEÏDIFFERENTÏlSCALÏREGIMESÏ
WHETHERÏEXPLORINGÏAÏNEWÏAREAÏORÏANALYZINGÏ
PROJECTSÏCLOSEÏTOÏHOME
4HISÏCOURSEÏCOMBINESÏAÏREVIEWÏOFÏTHEÏ
BASICÏMETHODOLOGYÏFORÏEVALUATINGÏMULTIPLEÏ
COMPARTMENTZONEÏPROSPECTSÏWITHÏ
HANDSONÏASSESSMENTÏOFÏREALWORLDÏCASESÏ
USINGÏ'EO8ÏSOFTWAREÏ4OPICSÏCOVEREDÏ
in this course include a shared risk and
DEPENDENCYÏGROUPÏAPPROACHÏTOÏMODELINGÏ
MULTISEGMENTÏPROSPECTSÏPLUSÏVOLUMETRICÏ
CORRELATIONSÏANDÏMULTIPLEÏSCENARIOS
COURSE CONTENT
Q
Standard reports
Q
Reporting batch rollup
Q
Q
Q
Q
Q
Q
Filters, groups, and hierarchies to sort
ANDÏORGANIZEÏDATA
COURSE CONTENT
Q
Q
!DVANCEDÏBATCHÏFUNCTIONALITYÏTOÏ
PERFORMÏMASSÏEDITS
2UNNINGÏSCRIPTSÏTOÏPERFORMÏMULTIPLEÏ
EDITSÏSIMULTANEOUSLY
5SINGÏPERFORMINGÏRESULTÏSETÏSEARCHESÏ
and rollup reporting to calculate
SPECIlCÏORÏAGGREGATEÏRESULTS
#ONSOLIDATINGÏCOMPLEXÏROYALTYÏANDÏ
other calculations
Scheduler tool for linking cases
SEQUENTIALLYÏ
Q
5NDERSTANDÏHOWÏTHEÏ-ERAKÏ0EEPÏ
MODULEÏANDÏTHEÏ-ERAKÏ&-,ÏMODULEÏ
work together
%XPLOREÏDATAÏENTRYÏANDÏNAVIGATIONÏINÏ
-ERAKÏ0EEPÏ"ASICÏ&-,Ï2EPORTINGÏANDÏ
graphics
2EVIEWÏ-ERAKÏ&-,ÏWORKINGÏ)NTERESTÏ
positions, consolidations, and
INCREMENTALÏVALUESÏ
Q
5NDERSTANDÏTHEÏMODELERSÏANDÏ
NEGOTIATORSÏ-ERAKÏ&-,ÏMODULE
Q
,EARNÏABOUTÏlSCALÏSCENARIOSÏANDÏTHEÏ
EXPLORATIONISTSÏ-ERAKÏ&-,ÏMODULE
Q
5NDERSTANDÏAUDITINGÏANDÏMANAGINGÏOFÏ
MODELS
AUDIENCE
AUDIENCE
!NYONEÏWANTINGÏTOÏIMPROVEÏ-ERAKÏ0EEPÏ
SKILLSÏBEYONDÏTHEÏFUNDAMENTALÏLEVELÏORÏTOÏ
EVALUATEÏMULTIPLEÏPROJECTSÏUSINGÏ-ERAKÏ
0EEPÏSOFTWARE
!NYONEÏWHOÏUSESÏTHEÏ-ERAKÏ0EEPÏ&ISCALÏ
-ODELÏ,IBRARYÏFORÏAÏPROJECTÏEVALUATION
PREREQUISITE
-ERAKÏ0EEPÏ&UNDAMENTALSÏCOURSE
-ERAKÏ0EEPÏ&UNDAMENTALSÏCOURSE
PREREQUISITE
NEW
COURSE CONTENT
Q
Shared risk and dependencies
Q
-ODELINGÏMULTISEGMENTÏPROSPECTS
Q
6OLUMETRICÏCORRELATIONSÏANDÏMULTIPLEÏ
scenarios
AUDIENCE
'EOLOGISTSÏGEOPHYSICISTSÏANDÏRESERVOIRÏ
ENGINEERSÏFAMILIARÏWITHÏBASICÏPROSPECTÏ
ASSESSMENTÏPRINCIPLES
PREREQUISITE
Merak Enterprise Planning
Advanced – 5 Days
4HEÏ-ERAKÏ%NTERPRISEÏ0LANNINGÏMODULEÏ
PROVIDESÏAÏCOMPREHENSIVEÏENVIRONMENTÏ
FORÏAÏLIVINGÏBUSINESSÏPLANÏUSEÏITÏTOÏSHIFTÏ
FROMÏSTATICÏLENGTHYÏANNUALÏPLANNINGÏTOÏ
MOREÏDYNAMICÏEVENTDRIVENÏORÏEVERGREENÏ
planning. In this course, attendees will
LEARNÏTOÏGENERATEÏTHEÏCONTEXTUALÏPLANNINGÏ
INFORMATIONÏTHEIRÏORGANIZATIONÏREQUIRESÏ
ANDÏHOWÏTHISÏINFORMATIONÏISÏCAPTUREDÏINÏ
ANÏOPENÏANDÏACCESSIBLEÏFORMATÏ-ATERIALSÏ
INCLUDEÏSETUPÏOFÏSCHEDULEDÏSTANDARDIZEDÏ
ANDÏENTERPRISESCALEÏCALCULATIONSÏTOÏ
SUPPORTÏTIMELYÏSYNCHRONIZATIONÏOFÏMULTIPLEÏ
disparate data sources.
COURSE CONTENT
Q
7ORKmOWSYNCHRONIZATIONÏTHROUGHÏ
calculation, reporting, and
VISUALIZATION
Q
4YPICALÏDEPLOYMENTÏANDÏCONlGURATIONÏ
scenarios
Q
$ATAÏmOWSÏDATAÏSOURCESÏMAPPINGÏTOÏ
VARIABLESÏSCENARIOSÏANDÏATTRIBUTESÏ
CALCULATIONÏSETTINGSÏANDÏAUTOMATEDÏ
scheduling
Q
$ATAÏVISUALIZATIONÏONÏTHEÏDESKTOPÏANDÏ
PUBLISHEDÏTOÏTHEÏ7EB
Q
$ATAÏCUBEÏCUSTOMIZATIONINDICATORSÏ
KEYÏPERFORMANCEÏINDICATORSÏ
PERSPECTIVESÏSECURITYÏROLES
None
AUDIENCE
!NYONEÏRESPONSIBLEÏFORÏBUSINESSÏPLANNINGÏ
USINGÏRESULTSÏFROMÏMULTIPLEÏSOFTWAREÏ
TOOLSÏANDÏPROCESSESÏANDÏADMINISTRATORSÏ
who support engineering and corporate
PLANNINGÏWORKmOWSÏACROSSÏANÏENTERPRISE
PREREQUISITE
-ERAKÏ0EEPÏ3OFTWAREÏ!DVANCEDÏCOURSEÏ
ANDÏANÏINTERMEDIATEÏUNDERSTANDINGÏOFÏ
MULTIPLEÏDATAÏSOURCESÏDATAÏCUBESÏANDÏ
CALCULATIONÏSERVERS
196 |
NExT Catalog-2014(21.5x27.5).indd 196
Visit NExTtraining.net/classes for the latest calendar or to register for a course.
12/22/13 2:50 AM
ECONOMICS
AND
FINANCE
NExT
TRAINING
PORTFOLIO
Public and Private Classes
Training Programs
Competency Management
Petrotechnical disciplines
Classroom
Job profile and
proficiency level
definition
Facilities, operations,
and maintenance
Workshop and
field exposure
Competency
assessment
Management
and economics
On-the-job
mentoring
Development
planning and
implementation
Health, safety, and
environment (HSE)
Revision and
evaluation
Schlumberger
software
WHICH COURSE IS RIGHT FOR ME?
NExT’s courses are organized into a convenient table by their technical
discipline grouping and match the intended audience.
AWARENESS: Tailored for nontechnical professionals who need an
overview of technical topics and broad understanding of a domain or
software applications.
FOUNDATION: Geared to technical professionals, including
engineers, geoscientists, or operations personnel, who need an
introduction to technical theory, techniques, or applied software use.
Foundation courses frequently include exercises that require advanced
understanding or abilities in math and physics.
SKILL: Designed for practicing technical professionals who are
experienced in the technical discipline and software or are seeking to
cross train.
ADVANCED: Engineered for experienced professionals who need to
focus on new techniques and problems..
Software
Technical courses that use software
NExT Catalog-2014(21.5x27.5).indd 197
Includes practical sessions
Field trips
Uses simulation
| 197
12/22/13 2:50 AM
DEEPWATER EXPLORATION AND PRODUCTION
COMPETENCY
LEVEL
Reservoir Characterization
Drilling
Production
Economics of Deepwater Projects
SKILL
Deepwater Seismic Interpretation
Field Trip: Delta-Slope-Turbidite
Deposition and Synsedimentary
Deformation, County Clare, Ireland
Deepwater Well Project and Risk
Management
Deepwater Sedimentary Systems:
Exploration and Production
Field Trip: Depositional
Environments from Slope Aprons to
Tropical Reefs, Tabernas and Sorbas
Basins, Spain
Deepwater Drilling Design and
Operations
Sedimentology and Depositional
Environments of Deepwater
Deposits
Field Trip: Permian Basin Floor Fan
Systems of Karoo, South Africa
HPHT Operational Awareness and
Drilling Challenges
Deepwater Petroleum Systems:
Fundamentals and Applications
FOUNDATION
Deepwater Reservoirs
198 |
NExT Catalog-2014(21.5x27.5).indd 198
Introduction to Deepwater Rig
Operations
Production Systems
and Subsea Technologies
Visit NExTtraining.net/classes for the latest calendar or to register for a course.
12/22/13 2:50 AM
DEEPWATER EXPLORATION AND PRODUCTION
Petrel
Introduction to INTERSECT
Petrel Petroleum Systembased Play-to-Prospect
Exploration: Using Petrel
Exploration Geology
Software for Integrated
Evaluation of Petroleum
Systems, Plays, and
Prospects
OLGA
Drillbench
PIPESIM
SKILL
OLGA Advanced Blowout
Control
PIPESIM Artificial Lift Design
and Optimization
SOFTWARE
ECLIPSE
COMPETENCY
LEVEL
FOUNDATION
Software
Technical courses that use software
NExT Catalog-2014(21.5x27.5).indd 199
OLGA Flow Assurance
Drillbench Dynamic Well
Control Modeling Software
OLGA Well Dynamics
Drillbench Dynamic
Hydraulics and Temperature
Modeling Software
Includes practical sessions
Field trips
Uses simulation
| 199
12/22/13 2:50 AM
DEEPWATER EXPLORATION AND PRODUCTION
Deepwater Reservoirs
Introduction to Deepwater
Rig Operations
Production Systems and
Subsea Technologies
Deepwater Drilling Design
and Operations
Foundation – 5 Days
Foundation – 5 Days
Foundation – 5 Days
Skill – 5 Days
4HISÏINDEPTHÏCOURSEÏPROVIDESÏTHEÏPROCESSÏ
SEDIMENTOLOGYÏBACKGROUNDÏREQUIREDÏTOÏ
UNDERSTANDÏDEEPWATERÏSYSTEMSÏANDÏTOÏ
RECOGNIZEÏSEDIMENTÏGRAVITYÏmOWSÏONÏ
subsurface datasets. Course participants
WILLÏBEÏABLEÏTOÏ
This course will describe the different
TYPESÏOFÏDEEPWATERÏDRILLINGÏUNITSÏ
INCLUDINGÏTHEÏSPECIlCÏEQUIPMENTÏ
REQUIREMENTSÏANDÏTECHNIQUESÏTOÏ
spud a well. The goal of this course
ISÏTOÏEXPOSEÏTHEÏATTENDEESÏTOÏBRIEFÏ
BUTÏPRECISEÏINFORMATIONÏONÏmOATINGÏ
DRILLINGÏRIGSÏ33ÏANDÏ$0$3ÏANDÏTHEIRÏ
SPECIlCÏEQUIPMENTÏFORÏDRILLINGÏWELLSÏ
INÏDEEPWATERÏZONESÏ4ECHNIQUESÏANDÏ
METHODSÏEMPLOYEDÏEXTENDINGÏFROMÏ
THEÏARRIVALÏOFÏmOATINGÏDRILLINGÏUNITSÏONÏ
AÏLOCATIONÏUNTILÏTHEÏCEMENTINGÏOFÏTHEÏ
CASINGÏWILLÏBEÏPRESENTEDÏ-AJORÏISSUESÏ
and solutions faced in deepwater drilling
operations is also included as well as the
ENVIRONMENTALÏFORCESÏANDÏTHEIRÏIMPACTSÏ
ONÏDEEPWATERÏOPERATIONSÏ+EYÏLEARNINGÏ
OBJECTIVESÏOFÏTHISÏCOURSEÏINCLUDEÏWHATÏISÏ
ANÏ33ÏANDÏAÏ$0$3ÏWITHÏTHEIRÏADVANTAGESÏ
ANDÏDISADVANTAGESÏDESCRIPTIONÏANDÏ
FUNCTIONINGÏOFÏALLÏSPECIlCÏEQUIPMENTÏ
DEPLOYEDÏINÏDEEPWATERÏOPERATIONSÏEITHERÏ
ONÏTHEÏmOATINGÏRIGÏORÏSUBSEAÏRISERÏ"/0Ï
WELLHEADSÏTENSIONERSÏETCÏTHEÏDIFFERENTÏ
STATIONÏKEEPINGÏMETHODSÏFORÏMAINTAININGÏ
AÏmOATINGÏDRILLINGÏVESSELÏONÏLOCATIONÏ
MOORINGÏDYNAMICÏPOSITIONINGÏANDÏTHEÏ
ENVIRONMENTALÏFORCESÏANDÏTHEIRÏIMPACT
!NÏINTRODUCTIONÏTOÏ303ÏANDÏFACILITIESÏ
THISÏCOURSEÏTAKESÏTHEÏATTENDEESÏFROMÏ
conceptual design to operation. The
attendees will learn about the latest
FACILITYÏDESIGNSÏANDÏIMPLEMENTATIONSÏ
THEIRÏADVANTAGESÏANDÏDISADVANTAGESÏ
ANDÏTHEÏRAPIDLYÏCHANGINGÏTRENDSÏOFÏFUTUREÏ
technologies.
This course is designed to help drilling
engineering professionals understand
THEÏTECHNOLOGIESÏTERMINOLOGYÏCONCEPTSÏ
PROCESSESÏANDÏEQUIPMENTÏUSEDÏTOÏ
drill deepwater oil and gas wells. The
COURSEÏFOLLOWSÏAÏTYPICALÏDEEPWATERÏ
DRILLINGÏPROGRAMÏANDÏDRILLINGÏPROCESSÏ
FROMÏGEOLOGYÏTOÏRIGÏSELECTIONÏANDÏSTATIONÏ
KEEPINGÏTOÏCONDUCTORÏDRIVINGÏANDÏSURFACEÏ
CASINGÏSETTINGÏFOLLOWEDÏBYÏWELLHEADÏ
SYSTEMSÏ"/0ÏANDÏMARINEÏRISERÏSYSTEMSÏ
TOÏTYPICALÏDEEPWATERÏRIGÏEQUIPMENTÏ
/NCEÏTHEÏDRILLINGÏPROCESSÏANDÏEQUIPMENTÏ
ISÏREVIEWEDÏWEÏTHENÏLOOKÏATÏSOMEÏOFÏ
the other aspects that are different for
DEEPWATERÏDRILLINGÏTECHNOLOGYÏSUCHÏASÏ
WELLÏCONTROLÏSHALLOWÏHAZARDSÏANDÏTHENÏ
WEÏMOVEÏTOÏSOMEÏOFÏTHEÏNEWÏEMERGINGÏ
technologies such as dual gradient and
MANAGEDÏPRESSUREÏDRILLINGÏ&INALLYÏWEÏ
DISCUSSÏSOMEÏOFÏTHEÏTYPICALÏOPERATIONALÏ
ASPECTSÏANDÏWORKOVERÏISSUESÏASSOCIATEDÏ
with deepwater wells.
sÏ$IFFERENTIATEÏBETWEENÏMASSÏ
TRANSPORTÏCOMPLEXESÏSEDIMENTÏ
GRAVITYÏmOWSÏANDÏCONTOURSÏANDÏ
PREDICTÏNETGROSSÏVALUESÏFORÏEACHÏINÏ
SEISMICÏDATAÏ
sÏ$IFFERENTIATEÏBETWEENÏCHANNELSÏ
LOBESÏMASSÏTRANSPORTÏCOMPLEXESÏANDÏ
contoured deposits on well logs
sÏ)DENTIFYÏPROCESSESÏRESPONSIBLEÏFORÏ
SEDIMENTARYÏSTRUCTURESÏBEDFORMSÏ
ANDÏLITHOLOGYÏANDÏUSEÏTHESEÏTOÏ
DETERMINEÏDEPOSITIONÏENVIRONMENTSÏ
ANDÏLATERALÏCONTINUITYÏOFÏRESERVOIRSÏ
FROMÏCOREÏSAMPLESÏ
sÏ#ORRELATEÏRESERVOIRÏSANDSTONESÏUSINGÏ
CONCEPTSÏDEVELOPEDÏBYÏ-IKEÏ'ARDNERÏ
INÏTHEÏ"RUSHYÏ#ANYONÏFORMATIONÏOFÏ
the southwestern U.S. The course
ALSOÏBUILDSÏONÏSEVERALÏOUTCROPÏ
ANALOGSÏINCLUDINGÏTHEÏ2OSSÏFORMATIONÏ
of Ireland
COURSE CONTENT
Q
#OMPANYSPECIlCÏCASEÏSTUDIESÏ
Q
#OURSEÏMANUALSÏINCLUDINGÏSEISMICÏ
data, well logs, core photos, and
other handouts
AUDIENCE
Q
303ÏCONCEPTSÏDElNITIONSÏANDÏ
COMMONLYÏUSEDÏARCHITECTURES
Q
'ENERALÏDESIGNÏREQUIREMENTSÏANDÏ
DRIVERSÏ
Q
303ÏEQUIPMENTÏSELECTIONÏANDÏ
operation
Q
&LOWÏLINESÏANDÏmOWÏASSURANCE
Q
&ACILITYÏMAINTENANCEÏANDÏREPAIR
Q
3UBSEAÏWELLÏINTERVENTION
Q
$IGITALÏOILÏlELD
Q
0RODUCTIONÏMONITORINGÏCONTROLÏANDÏ
OPTIMIZATIONÏTECHNOLOGY
Q
Data acquisition and data
MANAGEMENT
COURSE CONTENT
Q
Q
Floating drilling units
Q
6ESSELÏSTABILITYÏ
Q
-OORINGÏSYSTEMSÏ
Q
$YNAMICÏPOSITIONINGÏOPERATIONSÏ
Q
2ISERÏSYSTEMSÏ
Q
PREREQUISITE
Q
"/0ÏEQUIPMENTÏ
Q
%MERGENCYÏDISCONNECTÏ
Q
0LUGÏANDÏABANDONMENT
Subsea wellheads and casing
operations
AUDIENCE
/PERATORSÏDRILLINGÏSUPERVISORSÏJUNIORÏ
LEVELÏSTAFFÏCOMPANYÏREPRESENTATIVESÏNEWÏ
MANAGERSÏDRILLINGÏCONTRACTORÏPERSONNELÏ
INVOLVEDÏINÏDRILLINGÏMARINEÏMAINTENANCEÏ
SUPERVISIONÏMANAGEMENTÏANDÏSERVICEÏ
COMPANYÏMANAGEMENTÏANDÏTEAMÏLEADERS
Drilling units
Q
$RILLINGÏEQUIPMENTÏSPECIlCÏTOÏ
deepwater drilling
Q
0OREÏPRESSUREÏANDÏFRACTUREÏPRESSUREÏ
window
Q
7ELLÏCONTROLÏ
Q
Riser selection
Q
(YDRATESÏ
Q
$RILLINGÏmUIDSÏ
PREREQUISITE
Q
General knowledge of oil and gas
PRODUCTIONÏSYSTEMSÏANDÏOFFSHOREÏ
PRODUCTIONÏSYSTEMS
$UALÏGRADIENTÏANDÏMANAGEDÏPRESSUREÏ
drilling
Q
#OMPLETIONS
Q
)NTEGRATEDÏSYSTEMS
Q
$ISCUSSIONÏANDÏINTEGRATEDÏSYSTEMÏ
EXAMPLES
COURSE CONTENT
Geoscientists who wish to understand
DEEPWATERÏRESERVOIRS
Basic knowledge and understanding of
GEOLOGY
COURSE CONTENT
AUDIENCE
%NGINEERSÏINVOLVEDÏWITHÏSUBSEAÏFACILITIESÏ
design or operations who want to
LEARNÏABOUTÏEVOLVINGÏSUBSEAÏFACILITYÏ
technologies.
AUDIENCE
Drilling professionals with well design
ANDÏOPERATIONSÏEXPERIENCEÏDESIRINGÏANÏ
understanding of the challenges faced in
THEÏDEEPWATERÏDRILLINGÏENVIRONMENT
PREREQUISITE
5NDERSTANDÏBASICÏGEOMECHANICSÏ
DRILLINGÏOPERATIONSÏWELLÏPLACEMENTÏWELLÏ
PLANNINGÏANDÏDRILLINGÏmUIDSÏBASICS
PREREQUISITE
Basic drilling operations knowledge
ANDÏANÏUNDERSTANDINGÏOFÏTHEÏMARINEÏ
ENVIRONMENTÏFORÏDRILLINGÏOPERATIONSÏ
/FFSHOREÏDRILLINGÏEXPERIENCEÏISÏBENElCIAL
200 |
NExT Catalog-2014(21.5x27.5).indd 200
Visit NExTtraining.net/classes for the latest calendar or to register for a course.
12/22/13 2:50 AM
DEEPWATER EXPLORATION AND PRODUCTION
Deepwater Well Project and
Risk Management
NEW
Skill – 5 Days
4HEÏMAINÏGOALÏOFÏTHEÏCOURSEÏISÏTOÏ
HIGHLIGHTÏTHEÏCRITICALÏPROJECTÏANDÏRISKÏ
MANAGEMENTÏISSUESÏREQUIREDÏTOÏRUNÏ
DEEPWATERÏWELLÏPROJECTSÏEFlCIENTLYÏ
SAFELYÏENVIRONMENTALLYÏFRIENDLYÏANDÏ
COSTEFFECTIVELYÏ"YÏTHEÏENDÏOFÏTHEÏCOURSEÏ
ATTENDEESÏWILLÏUNDERSTANDÏTHEÏKEYÏISSUESÏ
ANDÏPRINCIPLESÏOFÏDEEPWATERÏPROJECTÏ
MANAGEMENTÏ4HEÏATTENDEESÏWILLÏBEÏABLEÏ
TOÏAPPLYÏTHEÏPRINCIPLESÏINÏPRACTICEÏANDÏ
INTEGRATEÏTHEMÏINÏTHEÏASSETÏORÏPROJECTÏ
TEAMÏTOÏOPTIMIZEÏMANAGEMENTÏOFÏTHEÏWELLÏ
PROJECTÏANDÏMANAGEÏTHEÏIDENTIlEDÏRISKSÏTOÏ
MAXIMIZEÏVALUEÏ&OLLOWINGÏTHEÏDEEPWATERÏ
WELLÏPROJECTÏMANAGEMENTÏPROCESSÏ
FROMÏPROSPECTÏEVALUATIONÏTHROUGHÏ
OPERATIONSÏATTENDEESÏWILLÏDEVELOPÏ
IMPORTANTÏSKILLSÏNEEDEDÏTOÏDRILLÏWELLSÏINÏAÏ
DEEPWATERÏENVIRONMENTÏ4HEÏATTENDEESÏ
WILLÏUNDERSTANDÏTHEÏCOMPLEXITIESÏOFÏAÏ
deepwater drilling operation and will gain
ANÏUNDERSTANDINGÏOFÏISSUESÏTHATÏMUSTÏ
be addressed when drilling deepwater
WELLSÏ4HEÏATTENDEESÏWILLÏALSOÏDEVELOPÏANÏ
understanding of the challenges, choices,
ANDÏCOMPROMISESÏTHATÏAREÏNECESSARYÏTOÏ
drill deepwater wells.
Deepwater Petroleum
Systems: Fundamentals and
Applications
Deepwater Sedimentary
Systems: Exploration and
Production
Deepwater Seismic
Interpretation
Skill – 5 Days
Skill – 3 Days
Skill – 5 Days
4HISÏCOURSEÏCOVERSÏTHEÏFUNDAMENTALSÏOFÏ
03!ÏWITHÏANÏEMPHASISÏONÏDEEPWATERÏ
APPLICATIONSÏ03!ÏAÏRELATIVELYÏNEWÏ
SPECIALIZATIONÏINÏTHEÏlELDÏOFÏPETROLEUMÏ
GEOLOGYÏISÏANÏINVESTIGATIONÏINÏTHEÏ
GENERATIONÏOFÏHYDROCARBONSÏINÏTHEÏ
subsurface andreconstructing the
lLLINGÏHISTORYÏOFÏEXISTINGÏOILÏANDÏGASÏ
ACCUMULATIONSÏAIMINGÏTOÏQUANTIFYÏTHEÏ
charge risk of undrilled prospects.
$EEPWATERÏENVIRONMENTSÏPRESENTÏ
THEÏPETROLEUMÏSYSTEMÏANALYSTÏWITHÏAÏ
NUMBERÏOFÏSPECIlCÏCHALLENGESÏBECAUSEÏ
SOURCEÏROCKSÏAREÏTYPICALLYÏBEYONDÏTHEÏ
REACHÏOFÏTHEÏDRILLÏBITÏANDÏOILTOSOURCEÏ
ROCKÏCORRELATIONSÏAREÏCOMPLICATEDÏBYÏ
OILÏTRANSFORMATIONÏPROCESSESÏSUCHÏ
ASÏREMIGRATIONÏANDÏBIODEGRADATIONÏ
&OLLOWINGÏAÏDAYÏINTRODUCTIONÏTOÏTHEÏ03!Ï
FUNDAMENTALSÏCASEÏHISTORIESÏFROMÏTHEÏ
'ULFÏOFÏ-EXICOÏOFFSHOREÏ7ESTÏ!FRICAÏ
and the Mediterranean are presented.
3PECIALÏATTENTIONÏISÏGIVENÏTOÏGEOCHEMICALÏ
WELLÏEVALUATIONSÏWHICHÏFORMÏANÏESSENTIALÏ
PARTÏOFÏ03!ÏNOTÏONLYÏINÏDEEPWATERÏ
ENVIRONMENTSÏBUTÏALSOÏFORÏTHEÏEVALUATIONÏ
OFÏUNCONVENTIONALÏHYDROCARBONSÏSUCHÏASÏ
shale gas and basin center gas.
!DDRESSINGÏTHEÏCOMPLEXITIESÏOFÏDEEPÏ
MARINEÏSYSTEMSÏTHISÏCOURSEÏTEACHESÏ
ATTENDEESÏHOWÏTHESEÏFACIESÏEVOLVEDÏONÏ
the slope and in the open ocean, how
THEYÏBUILDÏINTOÏDISTINCTIVEÏARCHITECTURALÏ
ELEMENTSÏANDÏHOWÏTOÏRECOGNIZEÏTHEMÏ
4HEÏCOURSEÏCOVERSÏHOWÏTOÏANALYZEÏANDÏ
INTERPRETÏSEISMICÏRECORDSÏSEAmOORÏ
IMAGESÏWELLÏLOGSÏINCLUDINGÏBOREHOLEÏ
IMAGEÏLOGSÏCOREÏMATERIALSÏANDÏ
outcrop characteristics of deepwater
RESERVOIRÏCOMPONENTSÏWITHÏANÏEMPHASISÏ
on internal architecture as related
TOÏRESERVOIRÏPERFORMANCEÏ!TTENDEESÏ
WILLÏPERFORMÏHANDSONÏCASEÏSTUDIESÏOFÏ
DEEPWATERÏPLAYSÏFROMÏAROUNDÏTHEÏWORLDÏ
illustrating characteristics unique to their
EXPLORATIONÏAPPRAISALÏDEVELOPMENTÏANDÏ
RESERVOIRÏMANAGEMENT
This course focuses on the interpretation of
SEISMICÏDATAÏANDÏTHEÏDELICATEÏCONSTRUCTIONÏ
OFÏSEISMICÏMAPSÏINÏTHEÏDEEPWATERÏREALMÏ
WITHÏEMPHASISÏONÏPROXIMALÏINTERMEDIATEÏ
ANDÏDISTALÏMARINEÏRESERVOIRSÏ4HEÏATTENDEESÏ
will learn how acquisition and processing of
$ÏANDÏ$ÏDATAÏRELATEÏTOÏTHEÏPRACTICALÏUSEÏ
OFÏTHEÏEXTENSIVEÏANDÏGROWINGÏDEEPWATERÏ
DATABASESÏINÏADDITIONÏTOÏSTUDYINGÏSEISMICÏ
VELOCITIESÏDEPTHÏCONVERSIONÏCOMPARISONSÏ
OFÏ$ÏANDÏ$ÏDATAÏANDÏTHEÏPRINCIPLESÏOFÏ
$ÏANDÏ#ÏSEISMOLOGYÏ4HISÏKNOWLEDGEÏ
WILLÏIMPROVEÏTHEIRÏUNDERSTANDINGÏOFÏHOWÏ
$ÏDATASETÏTIMEÏSLICESÏANDÏAMPLITUDEÏANDÏ
phase attributes can be applied for better
RESERVOIRÏCHARACTERIZATIONSÏ#OMPLETEÏ
HANDSONÏMAPPINGÏPROBLEMSÏANDÏEXERCISESÏ
AREÏINCLUDEDÏTHATÏEXPLOREÏGEOPHYSICALÏ
EXPLORATIONÏANDÏDEVELOPMENTÏMAPPINGÏINÏ
deepwater areas.
COURSE CONTENT
Q
Q
COURSE CONTENT
Q
)NTRODUCTIONÏTOÏPROJECTÏMANAGEMENT
Q
0ROJECTÏSETUP
Q
Q
4EAMÏRESPONSIBILITIESÏANDÏDECISIONS
Q
7HATÏISÏRISK
Q
COURSE CONTENT
2ISKÏMANAGEMENT
Source rocks
Q
"URIALÏTEMPERATUREÏMATURITYÏ
Q
0ETROLEUMÏGEOCHEMISTRYÏ
Q
$EEPWATERÏWELLÏEVALUATIONSÏ
Q
Applications
Q
0ROJECTÏPLAN
Q
Tracking progress
AUDIENCE
Q
2ISKÏMANAGEMENTÏINÏACTION
Q
!PPLYINGÏRISKÏMANAGEMENTÏTOOLS
Q
(UMANÏFACTORSÏINÏDEEPWATERÏWELLÏ
PROJECTS
'EOSCIENTISTSÏWORKINGÏINÏDEEPWATERÏ
EXPLORATIONÏANDÏTHEIRÏDIRECTÏSUPERVISORSÏ
INÏADDITIONÏTOÏRESERVOIRÏENGINEERSÏ
PETROPHYSICISTSÏANDÏPROSPECTÏPORTFOLIOÏ
ANALYSTS
PREREQUISITE
$RILLINGÏMANAGERSÏOPERATIONSÏ
superintendents, senior well engineers,
well engineers, and wellsite leaders/
SUPERVISORSÏINVOLVEDÏINÏDEEPWATERÏWELLÏ
PROJECTS
"ASICÏGEOLOGYÏANDÏCHEMISTRYÏ
understanding, but not essential.
$OWNSLOPEÏALONGSLOPEÏANDÏ
OPENOCEANÏSYSTEMS
COURSE CONTENT
Q
3EISMICÏINTERPRETATIONÏCONCEPTSÏ
ACQUISITIONÏANDÏPROCESSINGÏWORKmOWS
Q
$EEPWATERÏPETROLEUMÏGEOLOGYÏ
PROVINCESÏANDÏWORLDÏDISTRIBUTIONÏOFÏ
deepwater basins
Q
%XPLORATIONÏANDÏPRODUCTIONÏINÏ
deepwater
Q
3EISMICÏSTRATIGRAPHICÏMAPPINGÏINÏDEEPÏ
and ultradeepwater
Q
!RCHITECTURALÏELEMENTSÏ.ATUREÏANDÏ
recognition
Q
#HANNELÏSTYLEÏANDÏGEOMETRY
Q
,OBESÏMOUNDSÏANDÏSHEETS
Q
$EEPWATERÏMASSIVEÏSANDS
Q
4HINBEDDEDÏTURBIDITES
Q
Q
$EEPWATERÏDRILLINGÏSEISMICÏSEQUENCEÏ
STRATIGRAPHYÏANDÏDEEPWATERÏPLAYSÏ
REVIEW
$EEPWATERÏRESERVOIRÏSTRATIGRAPHYÏ
TURBIDITESÏANDÏMAPPINGÏTECHNIQUES
Q
4IMEÏANDÏDEPTHÏMAPÏCONTOURINGÏINÏ
deepwater
3UBSURFACEÏMODELS
Q
3EISMICÏVELOCITIESÏ!VERAGEÏINTERVALÏ
.-/ÏRMSÏANDÏ$IXÏEQUATION
Q
$EPTHÏCONVERSIONÏTECHNIQUESÏANDÏ
PRECISIONÏ034-ÏANDÏ03$-
Q
$EEPWATERÏRESERVOIRÏINTERPRETATIONÏ
techniques
Q
#OMPARATIVEÏINTERPRETATIONÏOFÏ
POSTSTACKÏANDÏPRESTACKÏTIMEÏMIGRATIONÏ
and interpretation
Q
$EEPWATERÏPROSPECTSÏRICKSÏANDÏPROJECTÏ
ECONOMICS
Q
AUDIENCE
$EEPWATERÏOVERVIEWÏANDÏBUILDINGÏ
blocks
AUDIENCE
'EOLOGISTSÏGEOPHYSICISTSÏANDÏPETROLEUMÏ
ENGINEERSÏINVOLVEDÏINÏEXPLORATIONÏANDÏ
DEVELOPMENTÏOFÏDEEPWATERÏPLAYSÏANDÏ
PROJECTÏMANAGERSÏOFÏDEEPWATERÏPLAYSÏANDÏ
RESERVOIRÏPRODUCTION
PREREQUISITE
"ASICÏPETROLEUMÏGEOLOGYÏBASICÏ
STRATIGRAPHYÏANDÏBASICÏSEDIMENTOLOGY
AUDIENCE
PREREQUISITE
'EOLOGISTSÏGEOPHYSICISTSÏANDÏENGINEERSÏ
WANTINGÏAÏBETTERÏUNDERSTANDINGÏSEISMICÏ
INTERPRETATIONÏINÏDEEPWATERÏENVIRONMENTS
&OUNDATIONÏ$RILLINGÏ%NGINEERINGÏANDÏ
Offshore Drilling Operations courses, and
BASICÏEXPERIENCEÏINÏWELLÏPROJECTS
PREREQUISITE
)NTERMEDIATEÏUNDERSTANDINGÏANDÏEXPERIENCEÏ
OFÏSEISMICÏINTERPRETATIONÏTECHNIQUES
Software
Technical courses that use software
NExT Catalog-2014(21.5x27.5).indd 201
Includes practical sessions
Field trips
Uses simulation
| 201
12/22/13 2:50 AM
DEEPWATER EXPLORATION AND PRODUCTION
Field Trip: Delta-Slope-Turbidite Deposition and
Synsedimentary Deformation: County Clare, Ireland
Field Trip: Depositional Environments from Slope Aprons
to Tropical Reefs - Tabernas and Sorbas Basins, Spain
Skill – 6 days
Skill – 5 Days
5SINGÏSEISMICÏSCALEÏCLIFFÏEXPOSURESÏ
OFÏ.AMURIANÏSTRATAÏTHISÏCOURSEÏWILLÏ
FOCUSÏONÏDEPOSITIONALÏCOMPLEXITIESÏANDÏ
SYNDEPOSITIONALÏDEFORMATIONÏSTRUCTURESÏ
THATÏCHARACTERIZEÏDELTASLOPETURBIDITEÏ
SUCCESSIONSÏ3TRUCTURESÏINCLUDEÏMÏ
high cliffs of the carboniferous strata
OFÏ#OUNTYÏ#LAREÏCURRENTLYÏUNDERGOINGÏ
INTENSIVEÏRESEARCHÏANDÏRECENTLYÏ
HIGHLIGHTEDÏINÏAÏJOURNALÏARTICLEÏ4HEÏSTRATAÏ
COMPRISEÏSOMEÏOFÏTHEÏMOSTÏSPECTACULARÏ
SEDIMENTARYÏGEOLOGYÏINÏWESTERNÏ%UROPEÏ
DISPLAYINGÏAÏWIDEÏRANGEÏOFÏDELTAÏSLOPEÏ
and turbidite facies and sequences,
ENABLINGÏRECONSTRUCTIONÏOFÏTHEÏINlLLINGÏ
AÏMAJORÏNORTHERNÏ%UROPEÏBASINÏ#YCLICITYÏ
of the deltaic succession is thought to
HAVEÏDRIVENÏEUSTATICÏSEALEVELÏCHANGESÏ
RESULTINGÏINÏEXTENSIVEÏmOODINGÏSURFACESÏ
OVERLAINÏBYÏFOSSILIFEROUSÏMARINEÏBANDSÏ
ANDÏINÏMAJORÏPALAEOVALLEYÏlLLÏSANDBODIESÏ
4HEÏDELTAICÏINTERVALSÏSHOWÏABUNDANTÏ
SOFTSEDIMENTÏDEFORMATIONÏEGÏGROWTHÏ
FAULTSÏMUDÏDIAPIRSÏANDÏSANDÏVOLCANOESÏ
The course will include at least one boat
TRIPÏTOÏVIEWÏKEYÏCLIFFÏEXPOSURESÏ4HEÏ
COURSEÏBASEÏISÏ+ILKEEÏ#OUNTYÏ#LARE
COURSE CONTENT
Q
Q
Q
Q
Q
Q
Q
)NTRODUCEÏTHEÏLOCALÏSTRATIGRAPHYÏANDÏ
setting
Mouth bar sands
0ENETRATIVEÏMUDÏDIAPIRÏmOODINGÏ
SURFACESÏANDÏMARINEÏBANDS
General basinal content, and Ross
FORMATIONÏTURBIDITES
Turbidite facies, including channels
ANDÏMEGAmUTESÏ
"RIDGESÏMAJORÏSLUMPÏSHEETSÏTURBIDITEÏ
CHANNELSÏANDÏSANDÏVOLCANOES
"OATÏTRIPÏTOÏVIEWÏ2OSSÏFORMATIONÏINÏ
sea cliffs between Carrigaholt and
Loop Head and possible boat trip to
VIEWÏBASINALÏ#LAREÏSHALESÏANDÏ2OSSÏ
FORMATIONÏBASE
202 |
NExT Catalog-2014(21.5x27.5).indd 202
Q
Q
Q
3OUTHÏOFÏ4ULLIGÏ0OINTÏ'ULLÏ)SLANDÏ
&ORMATIONÏMAJORÏBASINlLLINGÏ
SLOPEÏANDÏSLOPEÏRAMPÏLOWERÏPARTÏ
OFÏ4ULLIGÏCYCLOTHEMÏOLDESTÏDELTAICÏ
PROGRADATIONÏ4ULLIGÏ3ANDSTONEÏ
PALAEOVALLEY
+ILLARDÏ5PPERÏPARTÏOFÏ4ULLIGÏSLOPEÏ
SUCCESSIONÏMINORÏMOUTHÏBARÏ
ABANDONMENTmOODINGÏEVENTSÏ
4ULLIGÏ3ANDSTONEÏWITHÏSOFTSEDIMENTÏ
DEFORMATIONÏ
4RUKLIEVEÏ4ULLIGÏPROGRADATIONÏ
mOODINGÏSURFACESÏMINORÏ
PARASEQUENCESÏPALAEOVALLEYÏEROSIONÏ
ANDÏSTACKINGÏWAVEINmUENCEDÏ
MOUTHBARSÏMARINEÏBANDSÏ
Q
&OOHAGHÏ0OINTÏ'ROWTHÏFAULTINGÏINÏ
$OONLICKEYÏCYCLOTHEMÏ
Q
7ESTÏ%NDÏ+ILKEEÏ-INORÏMOUTHÏBARSÏ
INÏ4ULLIGÏCYCLOTHEMÏNONPENETRATIVEÏ
MUDÏDIAPERÏ+ILKEEÏCYCLOTHEMÏANDÏ
sandstone.
Q
#ARROWMOREÏ0OINTÏ5PPERÏPARTÏOFÏ
4ULLIGÏCYCLOTHEMÏCHANNELÏSANDSTONEÏ
mOODINGÏSURFACES
Q
3PANISHÏ0OINTÏ%XTENSIONALÏFAULTINGÏ
OFÏMOUTHÏBARÏSANDSÏOVERÏDIAPERÏ
$OONLICKEYÏCYCLOTHEM
Q
$OOLINÏBASINALÏMUDSTONEÏFACIESÏATÏ
NORTHERNÏMARGINÏOFÏBASINÏ
Q
&ISHERSTREETÏ"ASALÏTURBIDITESÏOFÏ
NORTHERNÏMARGINÏANDÏMAJORÏSLUMPÏ
sheet.
Q
#LIFFSÏOFÏ-OHERÏ.ORTHERNÏEQUIVALENTÏ
OFÏ'ULLÏ)SLANDÏANDÏ4ULLIGÏCYCLOTHEMÏ
4HISÏDAYÏlELDÏCOURSEÏOFFERSÏATTENDEESÏ
ANÏEXTENSIVEÏSERIESÏOFÏOUTCROPÏ
EXAMINATIONSÏlELDBASEDÏCORRELATIONSÏ
RESERVOIRÏDESCRIPTIONSÏINSTRUCTIONSÏANDÏ
EXERCISESÏ4HEÏCOURSEÏAIMSÏTOÏFAMILIARIZEÏ
THEÏATTENDEESÏWITHÏTHEÏSTRATIGRAPHYÏ
shape, and scale of depositional bodies in
SMALLÏACTIVEÏ.EOGENEÏBASINSÏ4HEÏVALUEÏ
of sequence stratigraphic approaches,
PALEOBATHYMETRICÏANALYSESÏANDÏSTRUCTURALÏ
setting of the basin on predicting
THEÏLARGESCALEÏCHARACTERÏOFÏTHEÏLATEÏ
Miocene deposits will be addressed in
ANÏAPPRAISALÏANDÏDEVELOPMENTÏCONTEXTÏ
/UTCROPÏSTUDIESÏWILLÏILLUSTRATEÏTHEÏTYPESÏ
OFÏGEOLOGICALÏHETEROGENEITYÏTHATÏOCCURÏINÏ
such sequences and show the geological
processes responsible for these different
HIERARCHICALÏSCALESÏOFÏVARIABILITYÏ2ELAXEDÏ
TEAMÏEXERCISESÏATÏTHEÏOUTCROPSÏWILLÏ
enhance knowledge transfer.
COURSE CONTENT
Q
Q
)NTRODUCTIONÏTOÏTHEÏ0ALEOCENEÏTOÏ
0LEISTOCENEÏINlLLÏOFÏTHEÏ4ABERNASÏ
basin
!SSESSINGÏMASSÏmOWÏPROCESSESÏANDÏ
deposits in the basal succession
Q
4ABERNASÏBASINÏLATEÏ-IOCENE
Q
!SSESSÏSEDIMENTARYÏPROCESSESÏINÏ
HIGHÏNETÏTOÏGROSSÏTURBIDITEÏSYSTEM
Q
Map depositional architecture of
scour lobes
Q
3ORBASÏBASINÏ0ALEOCENE0LIOCENE
Q
3EDIMENTÏPRODUCTIONÏDURINGÏRELATIVEÏ
INCREASEÏINÏSEAÏLEVELÏLATEÏ4ORTONIANÏ
TOÏLATEÏ-ESSINIAN
Q
-ESSINIANÏEVAPORITEÏCYCLES
Q
#ARBONERASÏBASINÏ3ERRAVALLIAN
0LIOCENE
Q
)NTRODUCTIONÏATÏTHEÏVOLCANICÏBASEMENTÏ
WITHÏSEDIMENTÏONLAPÏ%ARLYÏ4ORTONIAN
AUDIENCE
%XPLORATIONÏANDÏPRODUCTIONÏGEOLOGISTSÏ
GEOPHYSICISTSÏANDÏPETROLEUMÏENGINEERSÏ
who need a sound understanding of
DEEPMARINEÏANDÏSHALLOWÏSEDIMENTSÏANDÏ
THEIRÏARCHITECTURALÏELEMENTS
PREREQUISITE
"ASICÏKNOWLEDGEÏOFÏGEOLOGY
AUDIENCE
0ETROLEUMÏGEOLOGISTSÏGENERALÏGEOLOGISTSÏ
SEDIMENTOLOGISTSÏRESERVOIRÏMODELLERSÏ
ANDÏRESERVOIRÏENGINEERS
PREREQUISITE
None
Visit NExTtraining.net/classes for the latest calendar or to register for a course.
12/22/13 2:50 AM
DEEPWATER EXPLORATION AND PRODUCTION
Economics of Deepwater
Projects
NEW
Skill – 3 Days
4HISÏDAYÏCOURSEÏISÏFORÏATTENDEESÏWHOÏ
ALREADYÏHAVEÏSOMEÏEXPERIENCEÏRUNNINGÏ
PROJECTÏECONOMICSÏINÏTHEÏOILÏANDÏGASÏ
INDUSTRYÏBUTÏWOULDÏLIKEÏTOÏLEARNÏHOWÏ
TOÏMODELÏANDÏEVALUATEÏTHEÏECONOMICSÏ
OFÏDEEPWATERÏDEVELOPMENTÏPROJECTSÏ
!NÏOVERVIEWÏOFÏTHEÏEXPLORATIONÏ
DEVELOPMENTÏANDÏPRODUCTIONÏPROCESSESÏ
INVOLVEDÏINÏDEEPWATERÏPROJECTSÏWILLÏ
BEÏPRESENTEDÏ!NÏEVALUATIONÏMODELÏ
ANDÏMETHODÏFORÏEVALUATINGÏDEEPWATERÏ
PROJECTSÏWILLÏTHENÏBEÏPRESENTEDÏANDÏ
discussed using supporting case studies.
Attendees will learn how to incorporate
COMMONÏTECHNICALÏANDÏNONTECHNICALÏ
RISKSÏANDÏUNCERTAINTIESÏTOÏARRIVEÏATÏAÏ
COMPLETEÏEVALUATIONÏOFÏTHEÏECONOMICSÏOFÏ
DEEPWATERÏPROJECTS
COURSE CONTENT
Q
Q
&RAMEWORKÏFORÏDEEPWATERÏECONOMICÏ
EVALUATIONS
$ECISIONÏFRAMEWORKÏOFÏDEEPWATERÏ
PROJECTSÏ
Q
$EVELOPMENTÏSCHEDULEÏANDÏCASHÏmOW
Q
$EEPWATERÏDECISIONÏANALYSIS
Q
$ECISIONÏANALYSISÏSTRUCTURE
Q
2ISKÏIDENTIlCATIONÏANDÏINCORPORATION
Q
Decision trees
Field Trip: Permian Basin
Floor Fan Systems of Karoo,
South Africa
HPHT Operational
Awareness and Drilling
Challenges
Sedimentology and
Depositional Environments
of Deepwater Deposits
Skill – 6 Days
Skill – 5 Days
Skill – 5 Days
This course will help attendees
understand the lithofacies and
ARCHITECTURALÏRELATIONSHIPSÏOFÏTHEÏ0ERMIANÏ
BASINÏmOORÏFANÏSYSTEMÏINÏTHEÏ4ANQUA
+AROOÏAREAÏWESTERNÏ#APEÏ3OUTHÏ!FRICAÏ
FROMÏOUTCROPSÏCORESÏANDÏLOGSÏ4HISÏAREAÏ
CONTAINSÏSOMEÏOFÏTHEÏWORLDSÏBESTÏBASINÏ
mOORÏFANÏEXPOSURESÏ4HISÏREGIONÏHASÏ
BEENÏTHEÏTOPICÏOFÏAÏ%UROPEANSPONSOREDÏ
RESEARCHÏPROJECTÏINÏWHICHÏAÏLARGEÏAMOUNTÏ
of outcrop data has been acquired and
SEVENÏRESEARCHÏBOREHOLESÏWEREÏDRILLEDÏ
COREDÏANDÏLOGGEDÏWITHÏSTATEOFTHEARTÏ
logging suites. These data and the
IMPORTANTÏRESULTSÏOFÏTHEÏPROJECTÏWILLÏBEÏ
SHAREDÏWITHÏTHEÏATTENDEESÏ(IKINGÏOVERÏ
THEÏSUCCESSIONÏFROMÏTHEÏBASINALÏFANSÏ
across the shelf edge to the prodelta
deposits is a highlight of the course.
4HEÏCOURSEÏBASEÏISÏTHEÏ)NVERDOORNÏ'AMEÏ
Lodge.
4HISÏCOURSEÏCOVERSÏTHEÏMAJORÏASPECTSÏOFÏ
(0(4ÏWELLÏPROJECTSÏ4HEÏTOPICSÏINCLUDEÏ
theories, technicalities, and practicalities
OFÏ(0(4ÏWELLSÏCOMPLETEÏWITHÏIMPENDINGÏ
risks and plausible challenges. This
course is also includes case studies on
BOTHÏSUCCESSFULÏ(0(4ÏWELLÏPROJECTSÏANDÏ
THEÏERRORSÏCOMMITTEDÏINÏPASTÏPROJECTSÏ
WITHÏSPECIALÏEMPHASISÏONÏGEOPRESSUREÏ
DETECTIONÏANALYSISÏTHATÏWILLÏBENElTÏ
ATTENDEESÏ0RACTICALÏEXERCISESÏANDÏ
ASSESSMENTSÏAREÏINCLUDEDÏTHROUGHOUTÏ
THISÏCOURSEÏWITHÏINTERACTIVEÏDISCUSSIONÏTOÏ
MEETÏTHEÏSPECIlCÏNEEDSÏOFÏALLÏATTENDEES
4HISÏDAYÏCOURSEÏCOVERSÏTHEÏTHEORYÏ
ANDÏAPPLICATIONÏOFÏSEDIMENTOLOGYÏANDÏ
DEPOSITIONALÏENVIRONMENTSÏOFÏDEEPWATERÏ
deposits. The course consists of an
EXTENSIVEÏSERIESÏOFÏTOPICRELATEDÏMODULESÏ
in addition to workshops on attendee
datasets.
COURSE CONTENT
Q
/RDOVICIANÏTOÏ$EVONIANÏSUCCESSIONÏ
Q
/VERVIEWÏOFÏ7ESTERNÏBASINÏMARGINÏ
ANDÏITSÏDEVELOPMENT
Q
3TUDYÏINTERNALÏARCHITECTUREÏ
SEDIMENTARYÏSTRUCTURESÏANDÏ&ANÏÏ
sheet sands
Q
,OBEÏARCHITECTUREÏBEDS
ELEMENTSLOBEÏASSOCIATIONSÏLOCALÏ
CHANNELIZATIONÏANDÏLINKEDÏDEBRITES
Q
)NVERDOORNÏCOREÏWORKSHOPÏLOGSÏANDÏ
BOREHOLEÏIMAGESÏANDÏCOMPARISONÏ
with outcrops
PREREQUISITE
%XPERIENCEÏWITHÏPETROLEUMÏECONOMICSÏORÏ
EQUIVALENT
#HANNELÏGEOMETRIESÏLEVEESÏCOLLAPSEÏ
STRUCTURESÏPALEOmOWÏRELATIONSHIPSÏ
ANDÏTHINBEDDEDÏOVERBANKÏDEPOSITS
Q
AUDIENCE
%NGINEERSÏECONOMISTSÏMANAGERSÏORÏ
OTHERÏTECHNICALÏSTAFFÏWITHÏEXPERIENCEÏINÏ
PROJECTÏECONOMICSÏWHOÏWANTÏTOÏLEARNÏHOWÏ
TOÏMODELÏANDÏEVALUATEÏTHEÏECONOMICSÏOFÏ
DEEPWATERÏPROJECTS
COURSE CONTENT
Q
Using well data and outcrop
ANALOGUESÏFORÏRESERVOIRÏMODELINGÏ
Q
.EWÏINFORMATIONÏFROMÏCORESLOGSÏNOTÏ
OBSERVEDÏINÏOUTCROPS
Q
(IKEÏENTIREÏSEDIMENTARYÏSUCCESSIONÏ
FROMÏBASINÏmOORÏFANSÏTOÏSLOPEÏ
deposits, shelf edge transition, and
prodelta deposits
COURSE CONTENT
Q
,ECTUREÏMODULESÏSUPPORTEDÏANDÏ
COMPLEMENTEDÏBYÏAÏNUMBERÏOFÏ
PAPERBASEDÏEXERCISESÏMOSTLYÏBUILTÏ
AROUNDÏCORRELATIONÏPROBLEMS
Q
&ULLÏSETÏOFÏLECTUREÏMATERIALSÏANDÏ
EXERCISESÏANDÏTHEÏBOOKÏh0ETROLEUMÏ
3YSTEMSÏOFÏ$EEPWATERÏ3ETTINGSvÏBYÏ
0Ï7EIMERÏANDÏ2-Ï3LATTÏGIVENÏTOÏ
EACHÏATTENDEEÏ;SUBJECTÏTOÏAVAILABILITYÏ
FROMÏTHEÏPUBLISHERSÏANDÏTOÏTIMELYÏ
ADVICEÏBYÏTHEÏCLIENTÏONÏTHEÏREQUIREDÏ
NUMBERÏOFÏCOPIES=
Q
$ElNINGÏANDÏMANAGINGÏ(0(4ÏWELLSÏ
ANDÏENVIRONMENT
Q
'EOPHYSICALÏMETHODSÏFORÏDETECTIONÏ
ANDÏANALYSISÏOFÏGEOPRESSURE
Q
(0(4ÏWELLÏLOGGINGÏISSUESÏ
Q
Adoption of new technologies
AUDIENCE
Q
3URFACEÏFACILITYÏCONSIDERATIONS
Geologists
Q
$OWNHOLEÏEQUIPMENTÏANDÏmUIDS
Q
#EMENTINGÏCHALLENGES
Q
(0(4ÏDRILLINGÏPROCEDURES
Q
7ELLCONTROLÏMETHODS
Q
(0(4ÏWELLÏTESTINGÏ
PREREQUISITE
2EASONABLEÏKNOWLEDGEÏOFÏPETROLEUMÏ
GEOLOGY
AUDIENCE
7ELLÏCONSTRUCTIONÏPROFESSIONALSÏWITHÏ
ÏYEARSÏORÏMOREÏWELLÏCONSTRUCTIONÏ
EXPERIENCEÏANDÏSOMEÏBACKGROUNDÏINÏ(0(4Ï
issues.
PREREQUISITE
-INIMUMÏOFÏÏYEARSÏOFÏEXPERIENCEÏINÏWELLÏ
CONSTRUCTIONÏANDÏSOMEÏEXPOSUREÏTOÏ(0(4Ï
well issues.
AUDIENCE
0ETROLEUMÏGEOLOGISTSÏGENERALÏGEOLOGISTSÏ
SEDIMENTOLOGISTSÏRESERVOIRÏMODELERSÏ
RESERVOIRÏENGINEERSÏANDÏSEISMICÏ
interpreters.
PREREQUISITE
None
Software
Technical courses that use software
NExT Catalog-2014(21.5x27.5).indd 203
Includes practical sessions
Field trips
Uses simulation
| 203
12/22/13 2:50 AM
DEEPWATER EXPLORATION AND PRODUCTION
Drillbench Dynamic Well
Control Modeling Software
Foundation – 2 Days
NEW
4HISÏDAYÏCOURSEÏTEACHESÏTHEÏ
FUNDAMENTALSÏOFÏUSINGÏTHEÏ$RILLBENCHÏ
0RESMODÏ+ICKÏSOFTWAREÏ4HEÏCOURSEÏ
shows the attendees how to enter the
required well data and how to run the
DYNAMICÏWELLÏCONTROLÏSIMULATIONSÏUSINGÏ
the software. The course contains a
MIXÏOFÏ-ICROSOFTÏ0OWER0OINTÏSLIDESÏANDÏ
INDIVIDUALÏHANDSONÏEXERCISESÏTOÏTEACHÏ
the attendees how to use the software.
At the end of the course, the attendees
will be able to enter the required well
DATAÏANDÏRUNÏWELLÏCONTROLÏSIMULATIONSÏ
using the software.
COURSE CONTENT
Drillbench Dynamic
Hydraulics and Temperature
Modeling Software
Foundation – 2 Days
NEW
4HISÏDAYÏCOURSEÏTEACHESÏTHEÏ
FUNDAMENTALSÏOFÏUSINGÏTHEÏ$RILLBENCHÏ
0RESMODÏHYDRAULICSÏSOFTWAREÏ!TTENDEESÏ
will learn how to enter the required
WELLÏDATAÏANDÏHOWÏTOÏRUNÏTHEÏDYNAMICÏ
SIMULATIONSÏWITHÏTHEÏSOFTWAREÏ4HEÏ
COURSEÏISÏAÏMIXÏOFÏ-ICROSOFTÏ0OWER0OINTÏ
SLIDESÏANDÏINDIVIDUALÏHANDSONÏEXERCISESÏ
TOÏFAMILIARIZEÏTHEÏATTENDEESÏINÏTHEÏUSEÏOFÏ
the software. At the end of the course,
the attendees will be able to enter the
REQUIREDÏWELLÏDATAÏANDÏRUNÏSIMULATIONSÏ
using the software.
COURSE CONTENT
Q
(YDRAULICSÏANDÏTEMPERATUREÏMODELINGÏ
introduction
$ATAÏENTRYÏINTOÏTHEÏSOFTWARE
Q
$ATAÏENTRYÏINTOÏTHEÏSOFTWARE
!DVANCEDÏSOFTWAREÏOPTIONSÏ
Q
!DVANCEDÏFEATURESÏOFÏTHEÏSOFTWAREÏ
(OLEÏCLEANINGÏMANAGEDÏPRESSUREÏ
DRILLINGÏANDÏDUALGRADIENTÏDRILLINGÏ
operations
Q
7ELLÏCONTROLÏMODELINGÏ
Q
Q
Q
!DVANCEDÏSOFTWAREÏFEATURESÏ
Managed pressure drilling and well
CONTROLÏSIMULATIONS
AUDIENCE
AUDIENCE
$RILLINGÏENGINEERSÏANDÏDRILLINGÏSUPERVISORSÏ
REQUIRINGÏAÏBETTERÏANDÏAÏMOREÏDETAILEDÏ
understanding of potential well control
issues.
$RILLINGÏANDÏmUIDÏMUDÏENGINEERSÏDEALINGÏ
WITHÏDRILLINGÏHYDRAULICSÏCALCULATIONSÏ
DRILLINGÏMANAGERSÏANDÏDRILLINGÏSUPERVISORSÏ
requiring a better understanding of
DRILLINGÏmUIDÏHYDRAULICS
PREREQUISITE
&AMILIARÏWITHÏWELLÏCONTROLÏPRINCIPLESÏINÏ
ADDITIONÏTOÏHAVINGÏANÏUNDERSTANDINGÏOFÏ
THEÏBASICSÏOFÏmUIDÏANDÏGASÏBEHAVIORÏANDÏ
with circulating pressure losses and basic
RESERVOIRÏINmOW
PREREQUISITE
#OMPREHENSIVEÏUNDERSTANDINGÏOFÏWELLÏ
DESIGNÏANDÏHYDRAULICSÏINÏADDITIONÏTOÏANÏ
understanding of the basics of drilling
mUIDSÏRHEOLOGY
OLGA Flow Assurance
OLGA Well Dynamics
Foundation – 3 Days
Foundation – 5 Days
4HISÏDAYÏmOWÏASSURANCEÏWITHÏTHEÏ
/,'!ÏMULTIPHASEÏmOWÏSIMULATORÏCOURSEÏ
is intended to turn the beginner into an
/,'!ÏSIMULATORÏUSERÏCAPABLEÏOFÏRUNNINGÏ
REALISTICÏmOWÏASSURANCEÏTASKSÏ!ÏMIXTUREÏ
OFÏLECTURESÏANDÏHANDSONÏEXERCISESÏ
HELPSÏTHEÏATTENDEESÏUNDERSTANDÏTHEÏmOWÏ
ASSURANCEÏCHALLENGESÏTHEÏFUNDAMENTALSÏ
OFÏMULTIPHASEÏPIPELINEÏTHERMOHYDRAULICSÏ
ANDÏHOWÏTOÏAPPLYÏ/,'!ÏINÏREALISTICÏmOWÏ
ASSURANCEÏISSUESÏ4HEÏEXERCISESÏAREÏ
CONDUCTEDÏUSINGÏTHEÏ/,'!Ï'5)Ï!LLÏMAJORÏ
FEATURESÏOFÏTHEÏ'5)ÏAREÏCOVEREDÏINCLUDINGÏ
MODELÏBUILDINGÏCASEÏRUNSÏPARAMETRICÏ
STUDIESÏANDÏEFFECTIVEÏPOSTPROCESSINGÏ
&LUIDÏPROPERTYÏTABLESÏFORÏTHEÏ/,'!Ï
SIMULATORÏAREÏGENERATEDÏWITHÏ064SIMÏ
THIRDPARTYÏCOMPOSITIONALÏPRESSURE
VOLUMETEMPERATUREÏCOMPOSITIONALÏ
ANALYSISÏ/URÏEXPERIENCEDÏINSTRUCTORSÏ
focus on teaching attendees how to turn
DATAÏINTOÏAÏHIGHQUALITYÏANDÏEFFECTIVEÏ
/,'!ÏMODELÏANDÏHOWÏTOÏPERFORMÏ
SIMULATIONS
4HISÏDAYÏCOURSEÏISÏINTENDEDÏTOÏTRAINÏ
engineers who work with production
ANDÏWELLÏPERFORMANCEÏINÏTHEÏUSEÏOFÏ
/,'!ÏMULTIPHASEÏPIPELINEÏANDÏTRANSIENTÏ
MODELINGÏTOÏSIMULATEÏTHEÏmOWÏTRANSIENTSÏ
INÏWELLSÏANDÏPRODUCTIONÏSYSTEMSÏ4HESEÏ
AREÏENGINEERSÏWHOÏHAVEÏAÏNEEDÏTOÏ
SIMULATEÏTHEÏOFFSHOREÏWELLÏOPERATIONÏ
scenarios. The course has a good
BALANCEÏINÏCONTENTÏBETWEENÏTHEÏWELLÏmOWÏ
DYNAMICSÏANDÏTHEÏHANDSONÏ/,'!ÏSKILLÏ
learning. This course also helps those
ATTENDEESÏWHOÏAREÏNEWÏ/,'!ÏSIMULATORÏ
USERSÏTOÏQUICKLYÏGRASPÏTHEÏhDYNAMICvÏ
concept, gain basic skills to use the
/,'!ÏSIMULATORÏINDEPENDENTLYÏANDÏLAYÏ
AÏSOLIDÏFOUNDATIONÏFORÏBUILDINGÏADVANCEDÏ
MODELINGÏCAPABILITIES
COURSE CONTENT
COURSE CONTENT
Q
)NTRODUCTIONÏTOÏ/,'!ÏSIMULATORÏ
CAPABILITYÏFORÏWELLÏMODELING
Q
4HEÏ/,'!ÏSIMULATORÏMODELÏANDÏITSÏ
EXECUTION
Q
Q
"ASICÏMULTIPHASEÏPRODUCTIONÏ
HYDRAULICSÏANDÏTHERMALÏISSUESÏ
064ÏASPECTSÏINÏ/,'!ÏSIMULATIONÏANDÏ
064SIMÏ/,'!ÏINTERFACE
Q
Q
)NTRODUCTIONÏTOÏ/,'!ÏTOPOLOGYÏANDÏ
BASICÏASSUMPTIONS
7ELLÏMODELÏINJECTIVITYÏMODELÏBUILDINGÏ
THEÏ/,'!ÏSIMULATOR
Q
Q
)NTRODUCTIONÏTOÏ064SIMÏANALYSIS
!RTIlCIALÏLIFTÏ%30GASLIFTÏMODELINGÏ
WITHÏTHEÏ/,'!ÏSIMULATOR
Q
-UDÏANDÏWELLÏENGINEERINGÏmUIDÏ
MODELINGÏANDÏAPPLICATIONS
Q
7ELLÏOPERATIONÏSCENARIOSÏINCLUDEDÏINÏ
THEÏEXERCISES
Q
3IMPLEÏGASLIFTÏMODELING
Q
7ELLPIPELINEÏINTEGRATEDÏMODELINGÏFORÏ
SLUGGINGÏSIMULATION
Q
!DVANCEDÏGASLIFTÏMODELINGÏINCLUDINGÏ
UNLOADINGÏSIMULATIONS
Q
Flow assurance issues for oil and
GASCONDENSATEÏPRODUCTION
Q
4ERRAINÏSLUGGINGÏMITIGATIONÏ
HYDRODYNAMICÏSLUGGINGÏANDÏ/,'!Ï
slug tracking
Q
3HUTINÏCOOLDOWNÏSTARTUPÏANDÏ
DEPRESSURIZATIONÏOFÏAÏWELLmOWLINE
RISERÏCONlGURATION
Q
"UILDINGÏAÏSIMULATIONÏMODELÏWITHÏ
MINIMUMÏINFORMATION
Q
'ASÏCONDENSATEÏPIPELINEMODELINGÏ
CHARACTERISTICÏSTEADYSTATEÏBEHAVIORÏ
PIGGINGÏTURNDOWNÏRAMPUPÏ
THREEPHASEÏmOWÏSEPARATORÏWITHÏ
LEVELÏCONTROL
AUDIENCE
0RODUCTIONÏANDÏWELLÏPERFORMANCEÏ
ENGINEERSÏINVOLVEDÏWITHÏOFFSHOREÏWELLÏ
operations.
AUDIENCE
PREREQUISITE
"EGINNERÏTOÏINTERMEDIATEÏ/,'!ÏSIMULATORÏ
USERÏPROSPECTIVEÏ/,'!ÏSIMULATORÏ
licensee, and the design or operations
PROFESSIONALÏINTERESTEDÏINÏEXPLORINGÏ
THEÏUSESÏANDÏCAPABILITIESÏOFÏMULTIPHASEÏ
TRANSIENTÏSIMULATIONS
.OÏPREVIOUSÏ/,'!ÏEXPERIENCEÏISÏ
NECESSARYÏBUTÏKNOWLEDGEÏOFÏWELLÏ
PERFORMANCEÏANDÏMULTIPHASEÏmOWÏ
MODELINGÏWOULDÏBEÏADVANTAGEOUS
PREREQUISITE
.OÏPREVIOUSÏEXPERIENCEÏWITHÏTHEÏ
/,'!ÏSIMULATORÏISÏNECESSARYÏBUTÏAÏ
GENERALÏKNOWLEDGEÏOFÏPIPEÏmOWÏANDÏ
THERMODYNAMICSÏWOULDÏBEÏADVANTAGEOUS
204 |
NExT Catalog-2014(21.5x27.5).indd 204
Visit NExTtraining.net/classes for the latest calendar or to register for a course.
12/22/13 2:50 AM
DEEPWATER EXPLORATION AND PRODUCTION
Introduction to INTERSECT
OLGA Advanced Blowout
Control
Skill – 2 Days
Skill – 3 Days
4HEÏ).4%23%#4Ï2ESERVOIRÏ3IMULATIONÏ
COURSEÏINTRODUCESÏRESERVOIRÏENGINEERSÏ
TOÏMETHODSÏOFÏCONSTRUCTINGÏSIMULATIONÏ
MODELSÏUSINGÏ).4%23%#4ÏNEXTÏGENERATIONÏ
RESERVOIRÏSIMULATIONÏSOFTWAREÏ4HEÏ
TRAININGÏDISCUSSESÏTHEÏMAINÏFEATURESÏ
OFÏTHEÏ).4%23%#4ÏSIMULATORÏRELATIVEÏTOÏ
WORKINGÏWITHÏINPUTÏDATAÏFROMÏTHEÏ0ETRELÏ
PLATFORMÏORÏ%#,)03%ÏSIMULATORÏ!LONGÏ
THEÏWAYÏATTENDEESÏWILLÏALSOÏBEÏEXPOSEDÏ
TOÏTHEÏBASICÏFEATURESÏOFÏTHEÏ).4%23%#4Ï
SIMULATORÏ4HEÏCOURSEÏINCORPORATESÏ
INFORMATIONÏABOUTÏUSINGÏ0ETRELÏPREÏANDÏ
POSTPROCESSORSÏASÏTHEÏPRIMARYÏFRONTENDÏ
FORÏTHEÏ).4%23%#4ÏSIMULATOR
4HISÏDAYÏCOURSEÏINTRODUCESÏATTENDEESÏ
to the principles and concepts related to
blowout control operations and the use
of the OLGA ABC software. This course
PROVIDESÏANÏOVERVIEWÏOFÏSOCALLEDÏTERTIARYÏ
well control options and the engineering
calculations required to ensure that a
WELLÏKILLÏCANÏBEÏACHIEVEDÏ4HISÏCOURSEÏ
also deals with the basics of relief well
PLANNINGÏANDÏDYNAMICÏWELLÏKILLÏOPERATIONSÏ
for blowout wells.
COURSE CONTENT
Q
/VERVIEWÏOFÏRESERVOIRÏSIMULATIONÏ
USINGÏTHEÏ).4%23%#4ÏSIMULATORÏ
Q
$ATAÏCREATIONÏTHROUGHÏTHEÏ0ETRELÏ
2ESERVOIRÏ%NGINEERINGÏAPPLICATIONÏ
NEW
COURSE CONTENT
Q
7ELLÏDESIGNÏMODELINGÏ
Q
"LOWOUTÏDYNAMICSÏANDÏCHALLENGES
Q
Relief well planning
Q
$YNAMICÏWELLÏKILLÏOPERATIONSÏ
AUDIENCE
$RILLINGÏENGINEERSÏWELLSITEÏSUPERVISORSÏ
ANDÏSERVICEÏPROVIDERSÏWHOÏDESIGNÏPLANÏ
ANDÏMANAGEÏDRILLINGÏOPERATIONS
Q
$ATAÏEDITINGÏUSINGÏTHEÏ%#,)03%Ï
).4%23%#4Ï-IGRATORÏ
Q
&IELDÏMANAGEMENTÏ
PREREQUISITE
Q
)MPROVINGÏSIMULATORÏPERFORMANCEÏ
Q
)MPORTANTÏBEHAVIORALÏDIFFERENCESÏINÏ
%#,)03%ÏANDÏ).4%23%#4ÏSOFTWARE
-INIMUMÏOFÏÏYEARSÏOFÏDRILLINGÏRELATEDÏ
EXPERIENCEÏANDÏAÏSOLIDÏUNDERSTANDINGÏ
OFÏCONVENTIONALÏWELLÏCONTROLÏANDÏmUIDÏ
HYDRAULICSÏPRINCIPLES
AUDIENCE
2ESERVOIRÏENGINEERSÏWORKINGÏONÏ
SIMULATIONÏSTUDIES
PREREQUISITE
"ACKGROUNDÏINÏRESERVOIRÏENGINEERING
Petrel Petroleum System-based Play-to-Prospect Exploration: Using
Petrel Exploration Geology Software for Integrated Evaluation of
Petroleum Systems, Plays, and Prospects
Skill – Days
)NÏTHISÏDAYÏCOURSEÏTHEÏATTENDEEÏWILLÏ
LEARNÏTOÏUSEÏTHEÏ0ETRELÏ%0ÏSOFTWAREÏ
PLATFORMÏ0ETROLEUMÏ3YSTEMSÏ1UICKÏ,OOKÏ
ANDÏ0LAYÏTOÏ0ROSPECTÏ2ISKÏMODULESÏ4HEÏ
COURSEÏATTENDEESÏWILLÏUNDERTAKEÏPLAYÏ
EVALUATIONÏEXERCISESÏTHATÏINTEGRATEÏ
ALLÏTHEÏPETROLEUMÏSYSTEMÏELEMENTSÏ
INTOÏGEOLOGICALLYÏBASEDÏOBJECTIVESÏANDÏ
DOCUMENTEDÏRESULTSÏTHATÏCANÏBEÏUSEDÏTOÏ
understand and rank the opportunities.
How to use the software tools and
DEVELOPÏAÏBETTERÏUNDERSTANDINGÏOFÏTHEÏ
FUNDAMENTALSÏOFÏPLAYÏANDÏPROSPECTÏ
EVALUATIONÏAREÏALSOÏINCLUDEDÏINÏTHEÏ
COURSEÏINÏADDITIONÏTOÏTHEÏREASONSÏWHYÏ
an integrated approach results in better
EVALUATIONSÏANDÏBETTERÏEXPLORATIONÏ
success.
COURSE CONTENT
!TTENDEESÏWILLÏEVALUATEÏAÏCONCESSIONÏ
AREAÏUSINGÏTHEÏ0ETRELÏWORKmOWÏTOOLSÏ
"EGINNINGÏWITHÏTHEÏINITIALÏEXPLORATIONÏ
DATAÏTHEÏATTENDEESÏWILLÏLEARNÏTOÏCOMBINEÏ
RESULTSÏFROMÏPETROLEUMÏSYSTEMSÏMODELINGÏ
WITHÏTHEIRÏPLAYÏFAIRWAYÏMAPSÏANDÏ
TRANSFORMÏTHEMÏINTOÏPLAYÏCHANCEÏMAPSÏ
4HEYÏWILLÏALSOÏLEARNÏTOÏUSEÏTHEÏRESULTSÏ
FROMÏTHISÏANALYSISÏTOÏMAKEÏPROBABILISTICÏ
VOLUMETRICÏANDÏCHANCEÏOFÏSUCCESSÏ
ASSESSMENTÏOFÏTHEIRÏPROSPECTSÏTHATÏHAVEÏ
AÏCLEARÏLINKÏBACKÏTOÏTHEÏPLAYÏEVALUATIONÏ
ANDÏPETROLEUMÏSYSTEMÏANALYSISÏ,ASTLYÏ
attendees will learn how to keep their
PLAYÏANDÏPROSPECTÏEVALUATIONÏLIVEÏANDÏ
USABLEÏWHENEVERÏNEWÏUNDERSTANDINGÏORÏ
DATAÏBECOMESÏAVAILABLE
AUDIENCE
Geoscientists working with prospect
EXPLORATIONÏFUNDAMENTALSÏANDÏWORKmOWSÏ
WHOÏNEEDÏTOÏLEARNÏHOWÏTOÏPERFORMÏTHEMÏ
USINGÏTHEÏ0ETRELÏ%0ÏSOFTWAREÏPLATFORM
PREREQUISITE
)DEALLYÏ0ETRELÏ&UNDAMENTALSÏCOURSEÏANDÏ
SHOULDÏBEÏABLEÏTOÏWORKÏWITHÏTHEÏ0ETRELÏ
PROCESSESÏINPUTÏANDÏ7INDOWSÏTABSÏ
3KILLSÏINÏ0ETRELÏSEISMICÏINTERPRETATIONÏ
PROPERTYÏMODELINGÏWELLÏCORRELATIONÏAREÏ
not required.
PIPESIM Artificial Lift
Design and Optimization
Skill – 2 Days
5SINGÏTHEÏ0)0%3)-ÏPRODUCTIONÏSYSTEMÏ
ANALYSISÏSOFTWAREÏATTENDEESÏWILLÏLEARNÏ
TOÏEVALUATEÏARTIlCIALÏLIFTÏOPTIONSÏFORÏTHEÏ
CONCEPTUALÏDESIGNÏOFÏAÏDEEPWATERÏlELDÏ
DEVELOPMENTÏ4HEÏATTENDEESÏWILLÏALSOÏ
LEARNÏHOWÏTOÏOPTIMIZEÏGASÏLIFTÏALLOCATIONÏ
FORÏAÏlELDÏONÏTHEÏBASISÏOFÏCURRENTÏ
operating conditions and constraints.
COURSE CONTENT
Q
Conceptual design for deepwater
DEVELOPMENT
Q
Subsea tieback design
Q
)NmOWÏPERFORMANCEÏEVALUATION
Q
!NALYSISÏOFÏGASÏLIFTÏDESIGN
Q
%30ÏDESIGN
Q
-ULTIPHASEÏBOOSTERÏPERFORMANCE
Q
&IELDÏPERFORMANCEÏFORECAST
Q
/PTIMIZATIONÏOFÏGASÏLIFTÏALLOCATION
AUDIENCE
!NYONEÏINVOLVEDÏINÏEVALUATINGÏARTIlCIALÏ
LIFTÏOPTIONSÏOPTIMIZEÏGASÏLIFTÏALLOCATIONÏ
ANDÏPERFORMÏ%30ÏDESIGNÏUSINGÏ0)0%3)-Ï
SIMULATORÏSOFTWARE
PREREQUISITE
0)0%3)-Ï&UNDAMENTALSÏCOURSEÏORÏAÏ
WORKINGÏKNOWLEDGEÏOFÏ0)0%3)-ÏSIMULATORÏ
software.
Software
Technical courses that use software
NExT Catalog-2014(21.5x27.5).indd 205
Includes practical sessions
Field trips
Uses simulation
| 205
12/22/13 2:50 AM
COMPETENCY
LEVEL
Geomechanics
Petrel
SOFTWARE
GEOMECHANICS
ADVANCED
Seismic Geomechanics
Pore Pressure Prediction Methods
SKILL
Intermediate Petroleum Geomechanics
Petrel Reservoir Geomechanics
Geomechanics Applications in Coalbed Methane
Geomechanics Applications in Shale Gas
Geomechanics Applications in Heavy Oil
FOUNDATION
Fundamentals of Petroleum Geomechanics
206 |
NExT Catalog-2014(21.5x27.5).indd 206
Visit NExTtraining.net/classes for the latest calendar or to register for a course.
12/22/13 2:50 AM
GEOMECHANICS
NExT SUBSURFACE INTEGRATION
PROGRAM
Fast track your asset team development
Learning objectives:
The NExT Subsurface Integration program
able data sources to build a static reservoir model
develops the reservoir characterization skills of
based in petrophysics. Through learning-by-doing,
an asset team. Through world-class, hands-on
students identify bypassed potential in existing
t Conduct log analysis while learning
the limits of borehole acquisition
methods
NExT Subsurface Integration program provides
t Evaluate the effects of depositional
environments upon reservoir geometry and quality
instruction and mentoring, teams solve complex
reservoir problems using the data from their
This multiweek program guides students through
an immersive learning environment. Based on
40 years of proven experience, the program fast
-
t Determine the porosity, permeability,
saturation, and stress-dependent
parameters that affect
reservoir performance
tracks the development of each student.
t Integrate wellbore data to build a
reservoir model
t
t Understand and apply subsurface
integration practices
t Learn and use software tools for reservoir analysis and modeling – Petrel
Immersive Training Delivers
t Practical reservoir characterization skills
t Solutions to complex reservoir problems
t
Software
Technical courses that use software
NExT Catalog-2014(21.5x27.5).indd 207
Includes practical sessions
Field trips
Uses simulation
| 207
12/22/13 2:50 AM
GEOMECHANICS
Fundamentals of Petroleum
Geomechanics
Geomechanics Applications
in Coalbed Methane
Geomechanics Applications
in Heavy Oil
Geomechanics Applications
in Shale Gas
Foundation – 5 days
Skill – 2 Days
Skill – 3 Days
Skill – 2 Days
!TTENDEESÏWILLÏLEARNÏTHEÏFUNDAMENTALSÏOFÏ
ROCKÏMECHANICSÏTHEÏORIGINÏOFÏSTRESSESÏINÏ
the subsurface, and how in situ stresses
CANÏBEÏUNDERSTOODÏFROMÏWELLBOREÏDATAÏ
4HISÏCOURSEÏUSINGÏCLASSROOMÏINSTRUCTIONÏ
EXERCISESÏANDÏWORKSHOPSÏTEACHESÏ
ATTENDEESÏHOWÏTOÏAPPLYÏINÏSITUÏSTRESSÏ
DATAÏTOÏCRITICALÏPROBLEMSÏINÏEXPLORATIONÏ
ANDÏDEVELOPMENT
%XPLOREÏTHEÏASPECTSÏOFÏGEOMECHANICSÏFORÏ
COALBEDÏMETHANEÏ#"-ÏRECOVERYÏTHATÏ
CANÏRESULTÏINÏBETTERÏlELDÏDEVELOPMENTÏ
and operational decisions. A unique
FEATUREÏOFÏTHISÏCOURSEÏISÏTHEÏUNIlEDÏ
GEOMECHANICSÏAPPROACHÏTHATÏCOMBINESÏ
THEORETICALÏLABORATORYÏCOREÏTESTINGÏANDÏ
lELDÏASPECTSÏFORÏEFFECTIVEÏEXPLOITATIONÏ
OFÏTHESEÏUNCONVENTIONALÏRESERVOIRSÏ
#OURSEÏMATERIALÏCOVERSÏTHEÏFUNDAMENTALSÏ
OFÏGEOMECHANICSÏASÏAPPLIEDÏTOÏCOALÏ
cleats, and natural fractures and their
INmUENCEÏONÏDRILLINGÏWELLBOREÏSTABILITYÏ
ANDÏSTIMULATIONÏ!TTENDEESÏWILLÏLEARNÏTHEÏ
CRITICALÏELEMENTSÏINÏDESIGNINGÏCOALBEDÏ
COMPLETIONSÏANDÏTHEÏGEOMECHANICALÏ
ASPECTSÏFORÏ#"-ÏENHANCEDÏRECOVERYÏ
efforts and CO sequestration.
Structured to help engineers and
GEOSCIENTISTSÏMAKEÏINFORMEDÏDECISIONSÏONÏ
DEVELOPMENTÏSTRATEGIESÏANDÏOPERATIONSÏ
INÏHEAVYÏOILÏSANDSÏTHEÏCOURSEÏMATERIALÏ
PRESENTSÏTHEÏESSENTIALÏGEOMECHANICSÏ
ASPECTSÏEMPLOYEDÏINÏTHERMALBASEDÏ
RECOVERYÏOPERATIONSÏ!TTENDEESÏWILLÏLEARNÏ
HOWÏTOÏBUILDÏ-%-SÏANDÏTHEÏADVANTAGESÏ
OFÏCOUPLINGÏGEOMECHANICSÏMODELSÏWITHÏ
RESERVOIRÏMODELSÏ4HEÏATTENDEESÏWILLÏALSOÏ
LEARNÏABOUTÏTHEÏGEOMECHANICALÏEFFECTSÏ
THATÏCANÏRESULTÏFROMÏ3!'$ÏPROJECTSÏANDÏ
keep up to date with technologies and
TOOLSÏFORÏMONITORINGÏTHEÏINTEGRITYÏOFÏTHEÏ
RESERVOIRÏANDÏTHEÏCAPROCK
4HISÏCOURSEÏPRESENTSÏTHEÏFUNDAMENTALSÏ
OFÏGEOMECHANICSÏASÏTHEYÏAPPLYÏTOÏ
EXPLOITATIONÏOFÏSHALEÏGASÏRESERVOIRSÏ4HEÏ
COURSEÏCOMBINESÏTHEORETICALÏLABORATORYÏ
COREÏTESTINGÏANDÏlELDÏASPECTSÏ
resulting in a consolidated approach to
UNDERSTANDINGÏTHEÏOPTIMALÏMETHODOLOGIESÏ
ANDÏTECHNOLOGIESÏFORÏEFlCIENTÏRECOVERYÏ
OFÏTHESEÏRESOURCESÏ&IELDÏEXAMPLESÏFROMÏ
UNCONVENTIONALÏRESERVOIRSÏREINFORCEÏ
THEÏATTENDEESÏUNDERSTANDINGÏOFÏTHESEÏ
FUNDAMENTALSÏANDÏTHEIRÏAPPLICATIONS
COURSE CONTENT
Q
Q
Q
Q
)MPACTÏOFÏGEOMECHANICSÏONÏOILlELDÏ
DEVELOPMENTÏ$RILLINGÏCOMPLETIONSÏ
ANDÏlELDÏPRODUCTIONÏLIFE
0RINCIPALÏSTRESSESÏPOREÏPRESSUREÏ
EFFECTIVEÏSTRESSESÏSTRESSÏANDÏSTRAINÏ
ELASTICITYÏYIELDÏANDÏFAILUREÏENVELOPES
,ABORATORYÏTESTINGÏ0ROCEDURESÏ
LIMITATIONSÏUNCONlNEDÏCOMPRESSIONÏ
TRIAXIALÏCOMPRESSIONÏTHICKWALLED
CYLINDERÏTESTS
COURSE CONTENT
Q
3TATEÏOFÏSTRESSÏINÏTHEÏ%ARTHÏPOREÏ
pressure, and fracture gradient
Q
7ELLBOREÏINSTABILITY
Q
-ECHANICALÏEARTHÏMODELÏ
construction, operational aspects of
WELLBOREÏSTABILITYÏCONTROL
Q
Sand production and prediction
Q
2ESERVOIRÏGEOMECHANICS
Q
AUDIENCE
4ECHNICALÏPROFESSIONALSÏORÏMANAGERSÏ
CONCERNEDÏWITHÏWELLBOREÏSTABILITYÏ
FRACTUREÏSTIMULATIONÏRESERVOIRÏDRAINAGEÏ
PATTERNSÏNATURALLYÏFRACTUREDÏRESERVOIRSÏ
OVERPRESSURESÏANDÏFAULTÏSEALÏANALYSIS
#OALÏCHARACTERISTICSÏ#OALÏSTRUCTUREÏ
CHARACTERIZATIONÏEFFECTÏOFÏCOALÏCLEATSÏ
ANDÏNATURALÏFRACTURESÏONÏMECHANICALÏ
properties, strength and stresses,
ANDÏEVALUATIONÏOFÏCOALÏMECHANICALÏ
PROPERTIESÏANDÏSTRENGTHÏFROMÏCOREÏ
data
Q
7ELLBOREÏSTABILITYÏINÏCOALÏ"OREHOLEÏ
STRESSESÏANDÏNEARWELLBOREÏ
MECHANICSÏ
Q
#OALÏSTIMULATIONÏ"ASICSÏOFÏFRACTUREÏ
GRADIENTÏANDÏHYDRAULICÏFRACTURING
Q
#OMMONÏCOMPLETIONÏTECHNIQUES
Q
'EOMECHANICALÏIMPACTSÏONÏ#"-Ï
ENHANCEDÏRECOVERYÏPROJECTSÏANDÏ#/
sequestration
PREREQUISITE
None
&UNDAMENTALSÏOFÏGEOMECHANICSÏ
3TRESSÏANDÏSTRAINÏMECHANICALÏ
properties, in situ stresses, principle
OFÏEFFECTIVEÏSTRESSÏCOMPUTATIONÏOFÏ
MECHANICALÏPROPERTIESÏANDÏSTRENGTHÏ
PARAMETERSÏFROMÏLOGSÏANDÏCALIBRATIONÏ
with static properties
COURSE CONTENT
Q
&UNDAMENTALSÏOFÏGEOMECHANICSÏINÏ
UNCONVENTIONALÏRESERVOIRS
Q
3HALEÏHETEROGENEITYÏEVALUATIONÏ
Q
2EVIEWÏOFÏWORKmOWSÏUSINGÏ
GEOMECHANICSÏPRINCIPLESÏ
Q
$ESIGNÏOFÏDATAACQUISITIONÏPROGRAMSÏ
FORÏEFFECTIVEÏGEOMECHANICSÏANALYSESÏ
Q
7ORKmOWSÏFORÏESTIMATIONÏOFÏ
ANISOTROPICÏPARAMETERSÏUSINGÏ
ACOUSTICÏAZIMUTHALÏANISOTROPY
COURSE CONTENT
Q
"ASICÏPRINCIPLESÏOFÏROCKÏMECHANICSÏ
Q
)NDEPTHÏDISCUSSIONÏOFÏEARTHÏSTRESSESÏ
Q
4YPESÏOFÏROCKÏFAILURESÏANDÏTHEIRÏ
causes
Q
-%-S
Q
#APROCKÏINTEGRITYÏANALYSISÏTOÏASSESSÏ
HYDRAULICÏANDÏMECHANICALÏINTEGRITY
Q
7ORKmOWÏFORÏCOUPLEDÏRESERVOIR
GEOMECHANICSÏMODELINGÏ
Q
-ECHANICALÏEARTHÏMODELSÏANDÏTIGHTÏ
ROCKÏANALYSES
Q
2ESERVOIRÏMONITORING
Q
+EYÏGEOMECHANICALÏELEMENTSÏ
AFFECTINGÏHYDRAULICÏFRACTUREÏ
STIMULATIONÏDESIGN
Q
#OMPLETIONÏ
AUDIENCE
%NGINEERSÏGEOSCIENTISTSÏANDÏ
TECHNOLOGISTSÏINVOLVEDÏINÏEXPLORATIONÏ
DRILLINGÏCOMPLETIONÏANDÏPRODUCTIONÏINÏ
UNCONVENTIONALÏRESERVOIRSÏASSETÏANDÏ
TECHNICALÏMANAGERS
PREREQUISITE
"ACHELORSÏDEGREEÏINÏENGINEERINGÏORÏ
geosciences.
AUDIENCE
%NGINEERSÏGEOSCIENTISTSÏANDÏ
TECHNOLOGISTSÏINVOLVEDÏINÏEXPLORATIONÏ
DRILLINGÏCOMPLETIONSÏANDÏPRODUCTIONÏINÏ
UNCONVENTIONALÏRESERVOIRS
PREREQUISITE
"ACHELORSÏDEGREEÏINÏENGINEERINGÏORÏ
geosciences.
AUDIENCE
%NGINEERSÏGEOSCIENTISTSÏANDÏ
TECHNOLOGISTSÏINVOLVEDÏINÏEXPLORATIONÏ
DRILLINGÏCOMPLETIONSÏANDÏPRODUCTIONÏINÏ
UNCONVENTIONALÏRESERVOIRSÏASSETÏANDÏ
TECHNICALÏMANAGERS
PREREQUISITE
"ACHELORSÏDEGREEÏINÏENGINEERINGÏORÏ
geosciences.
208 |
NExT Catalog-2014(21.5x27.5).indd 208
Visit NExTtraining.net/classes for the latest calendar or to register for a course.
12/22/13 2:50 AM
GEOMECHANICS
Intermediate Petroleum
Geomechanics
Pore Pressure Prediction
Methods
Seismic Geomechanics
Petrel Reservoir
Geomechanics
Skill – 5 Days
Advanced – 3 Days
Advanced – 1 Day
Skill – 2 Days
4HISÏCOURSEÏOPENSÏWITHÏAÏBRIEFÏREVIEWÏ
of the principles of elastic and isotropic
BEHAVIORSÏOFÏROCKÏFUNDAMENTALSÏOFÏ
GEOMECHANICSÏEARTHÏSTRESSESÏANDÏ
MECHANICALÏEARTHÏMODELSÏANDÏTHENÏMOVESÏ
TOÏMOREÏADVANCEDÏTOPICSÏ!TTENDEESÏ
WILLÏLEARNÏTHEÏIMPACTÏOFÏREVERSIBLEÏANDÏ
NONREVERSIBLEÏGEOMECHANICALÏBEHAVIORÏ
ONÏDRILLINGÏSTIMULATIONÏSANDÏPRODUCTIONÏ
ANDÏINJECTIONÏOPERATIONSÏINÏADDITIONÏ
TOÏINVESTIGATINGÏANISOTROPYÏITSÏNATUREÏ
ANDÏEFFECTÏONÏGEOMECHANICSÏANDÏITSÏ
SIGNIlCANCEÏANDÏINmUENCEÏONÏWELLÏ
CONSTRUCTIONÏANDÏlELDÏDEVELOPMENTÏ
The attendees will obtain a better
UNDERSTANDINGÏOFÏTHEÏMECHANICSÏOFÏSALTÏ
ITSÏSHORTTERMÏANDÏLONGTERMÏBEHAVIORÏ
ANDÏTHEÏIMPACTSÏONÏDRILLINGÏSUBSALTÏANDÏ
presalt.
!ÏPREDRILLÏESTIMATEÏOFÏFORMATIONÏPOREÏ
PRESSUREÏISÏAÏKEYÏREQUIREMENTÏFORÏ
SUCCESSFULÏEXPLORATIONÏANDÏDRILLINGÏ4HISÏ
course teaches attendees the basics
OFÏFORMATIONÏPOREÏPRESSUREÏINCLUDINGÏ
TECHNIQUESÏFORÏPREDICTINGÏFORMATIONÏ
PRESSUREÏANALYZINGÏPOREÏPRESSUREÏDATAÏ
detecting and collecting pressure data,
ANDÏUNDERSTANDINGÏNORMALÏOVERÏANDÏ
UNDERÏPRESSUREDÏENVIRONMENTSÏ0RACTICALÏ
ANALYSISÏEXERCISESÏREINFORCEÏTHEÏ
presentations.
)NÏTHISÏADVANCEDÏCOURSEÏATTENDEESÏAREÏ
INTRODUCEDÏTOÏTHEÏWORKmOWSÏAVAILABLEÏ
TOÏBUILDÏANDÏRUNÏCALIBRATEDÏRESERVOIRÏ
GEOMECHANICALÏMODELSÏTHATÏMAXIMIZEÏ
USEÏOFÏ$ÏANDÏ$ÏSEISMICÏDATAÏ2OCKÏ
PHYSICSÏRELATINGÏTHEÏSTATEÏOFÏSTRESSÏ
INÏTHEÏ%ARTHÏWITHÏTHEÏPROPAGATIONÏ
VELOCITYÏOFÏSEISMICÏWAVESÏFORMSÏTHEÏLINKÏ
BETWEENÏSEISMICÏOBSERVATIONSÏANDÏTHEÏ
GEOMECHANICALÏMODELÏ$ISCUSSIONSÏOFÏTHISÏ
LINKÏINCLUDEÏBOTHÏEXPERIMENTALÏDATAÏANDÏ
THEÏTHEORETICALÏVIEWPOINTÏ4HEÏATTENDEESÏ
WILLÏLEARNÏHOWÏAÏCOMBINATIONÏOFÏ$Ï
GEOMECHANICALÏMODELSÏCOUPLEDÏWITHÏmOWÏ
MODELSÏCALIBRATEDÏWITHÏ$ÏANDÏ$ÏSEISMICÏ
data, can increase their understanding
OFÏTHEÏRESERVOIRÏDEPLETIONÏPROCESSESÏ
ANDÏTHEÏSTRESSÏSTATEÏINÏTHEÏRESERVOIRÏANDÏ
surrounding rocks.
4HISÏCOURSEÏINTRODUCESÏRESERVOIRÏ
ENGINEERSÏANDÏCONSULTANTSÏTOÏSOMEÏ
BASICÏCONCEPTSÏINÏGEOMECHANICSÏANDÏ
THEÏ0ETRELÏPLATFORMÏPRODUCTÏ!TTENDEESÏ
will learn how to incorporate data about
GEOMECHANICALÏEFFECTSÏINTOÏRESERVOIRÏ
MODELSÏOFÏWELLÏPRODUCTIONÏBEHAVIOR
COURSE CONTENT
Q
Q
Q
)MPORTANCEÏOFÏREVERSIBLEÏANDÏ
NONREVERSIBLEÏBEHAVIORSÏOFÏROCKSÏ
FORÏWELLÏCONSTRUCTIONÏANDÏlELDÏ
DEVELOPMENT
3IGNIlCANCEÏOFÏANISOTROPICÏ
BEHAVIORÏOFÏROCKSÏWHENÏCONSIDERINGÏ
MECHANICALÏPROPERTIESÏANDÏSTRESSES
Challenges in drilling salt and
CONSEQUENTÏlELDÏDEVELOPMENTÏ
MITIGATIONÏANDÏMANAGEMENTÏ
MEASURES
COURSE CONTENT
Q
&ORMATIONÏPOREÏPRESSUREÏ
FUNDAMENTALS
Q
0OREÏPRESSUREÏESTIMATIONÏTECHNIQUES
Q
0OREÏPRESSUREÏPREDICTIONÏIMPACTÏONÏ
EXPLORATIONÏANDÏDRILLINGÏSUCCESS
Q
0RESSUREÏDISTRIBUTIONÏCONCEPTSÏANDÏ
application
Q
&LUIDÏMIGRATIONÏMODELÏBACKGROUNDÏ
ANDÏDEVELOPMENT
Q
(ANDSONÏPOREÏPRESSUREÏDATAÏANALYSIS
Q
Geoscientists and engineers wanting
ANÏUNDERSTANDINGÏOFÏTHEÏIMPACTÏOFÏPOREÏ
PRESSUREÏONÏDRILLINGÏWELLBOREÏSTABILITYÏ
ANDÏRESERVOIRÏMANAGEMENT
'EOLOGISTSÏGEOPHYSICISTSÏGEOMECHANICSÏ
DRILLINGÏPRODUCTIONÏCOMPLETIONÏANDÏ
RESERVOIRÏENGINEERSÏANDÏEXPLORATIONÏ
SUPERVISORSÏANDÏMANAGERSÏINVOLVEDÏ
WITHÏGEOMECHANICSÏCHALLENGESÏOFÏlELDÏ
DEVELOPMENT
"ASICÏUNDERSTANDINGÏOFÏDRILLINGÏGEOLOGYÏ
GEOPHYSICSÏANDÏRISKSÏASSOCIATEDÏWITHÏ
drilling operations.
PREREQUISITE
&UNDAMENTALSÏOFÏ0ETROLEUMÏ
'EOMECHANICSÏCOURSEÏORÏAÏSTRONGÏ
UNDERSTANDINGÏOFÏGEOMECHANICSÏ
FUNDAMENTALS
Technical courses that use software
NExT Catalog-2014(21.5x27.5).indd 209
/VERVIEWÏOFÏWORKmOWSÏAVAILABLEÏTOÏ
BUILDÏRUNÏANDÏCALIBRATEÏRESERVOIRÏ
GEOMECHANICALÏMODELSÏTHATÏMAXIMIZEÏ
USEÏOFÏ$ÏANDÏ$ÏSEISMICÏDATA
Q
7ORKmOWÏAPPLICATIONSÏTOÏlELDÏ
DEVELOPMENTÏANDÏRESERVOIRÏ
MANAGEMENT
Q
7ORKmOWÏLIMITATIONSÏ
Q
!DVANCEDÏWORKmOWSÏANDÏTECHNIQUESÏ
FORÏDESIGNÏOFÏRESERVOIRÏMANAGEMENTÏ
strategies
AUDIENCE
PREREQUISITE
AUDIENCE
Software
COURSE CONTENT
AUDIENCE
-ULTIDISCIPLINARYÏASSETÏTEAMÏMEMBERSÏ
INCLUDINGÏGEOLOGISTSÏGEOPHYSICISTSÏ
ASSETÏMANAGERSÏANDÏRESERVOIRÏDRILLINGÏ
PRODUCTIONÏANDÏCOMPLETIONÏENGINEERS
NEW
)NÏADDITIONÏTOÏINTRODUCINGÏGEOMECHANICSÏ
concepts, this course presents the
TYPESÏOFÏDATAÏUSEDÏFORÏGEOMECHANICALÏ
MODELINGÏINÏTHEÏPETROLEUMÏINDUSTRYÏ
ANDÏSOMEÏOFÏTHEÏGEOMECHANICALÏEFFECTSÏ
OBSERVEDÏINÏOILÏANDÏGASÏRESERVOIRSÏANDÏ
THEÏSUBSURFACEÏDURINGÏHYDROCARBONÏ
production. The course also includes
HOWÏTOÏBUILDÏRESERVOIRÏMODELSÏTHATÏSHOWÏ
GEOMECHANICALÏEFFECTSÏSUCHÏASÏPRESSUREÏ
stress, and strain, as well as data on
RESERVOIRÏmOWÏILLUSTRATINGÏTHEÏEFFECTSÏ
OVERÏTIMEÏANDÏHOWÏTOÏBUILDÏRESERVOIRÏ
GEOMECHANICALÏMODELSÏUSINGÏTHEÏ0ETRELÏ
SOFTWAREÏPLATFORM
COURSE CONTENT
Q
&UNDAMENTALSÏOFÏGEOMECHANICSÏ
Q
0ETROLEUMÏGEOMECHANICSÏANDÏ
RESERVOIRÏGEOMECHANICSÏ
Q
4HEÏUSEÏOFÏ0ETRELÏGEOMECHANICSÏ
software
AUDIENCE
2ESERVOIRÏENGINEERSÏANDÏGEOTECHNICALÏ
consultants.
PREREQUISITE
0ETRELÏRESERVOIRÏENGINEERINGÏSOFTWAREÏANDÏ
%#,)03%ÏRESERVOIRÏSIMULATIONÏSOFTWARE
PREREQUISITE
"ACHELORSÏDEGREEÏINÏENGINEERINGÏORÏ
geosciences.
Includes practical sessions
Field trips
Uses simulation
| 209
12/22/13 2:50 AM
UNCONVENTIONAL RESOURCES
COMPETENCY
LEVEL
Coal Seam Gas
ADVANCED
Tight Gas
Shale Gas
Analysis and Development of Tight
Gas Reservoirs
Production Data Analysis:
Shale Gas, Tight Gas and
Coalbed Methane
Heavy Oil
Gas Shale and Liquids Production Exploiting Production Sweet Spots
Shale Play Production:
Exploiting Production Sweet Spots
Unconventional Gas Reservoirs - Focus on Coalbed Methane and Introductions to Shale and Tight Sand Reservoirs
SKILL
Heavy Oil Transportion
and Processing
Economics of Unconventional Resources
Geomechanics Applications in
Coalbed Methane
Geomechanics Applications
in Shale Gas
Geomechanics Applications in
Heavy Oil
Shale Oil Fundamentals
Production Forecasting and Reserves Estimates in Unconventional Reservoirs with Workshop
Petroleum Systems and Exploration and Development Geochemistry
FOUNDATION
210 |
NExT Catalog-2014(21.5x27.5).indd 210
Introduction to the Geology of
Coalbed Methane
Introduction to Unconventional
Reservoirs - Shale Gas and Liquids
Characterization and Production
Heavy Oil Exploitation
Visit NExTtraining.net/classes for the latest calendar or to register for a course.
12/22/13 2:50 AM
UNCONVENTIONAL RESOURCES
Petrel
OFM
ECLIPSE
ECLIPSE Thermal Reservoir
Simulation
PetroMod Petroleum Systems
Modeling for Shale Plays
Software
Petrel Reservoir Geomechanics
Technical courses that use software
NExT Catalog-2014(21.5x27.5).indd 211
SKILL
Diagnosis and Analysis of Shale
Gas Wells using OFM
Includes practical sessions
Field trips
ADVANCED
SOFTWARE
PetroMod
COMPETENCY
LEVEL
Uses simulation
| 211
12/22/13 2:50 AM
UNCONVENTIONAL RESOURCES
Heavy Oil Exploitation
Introduction to Unconventional Reservoirs - Shale Gas and
Liquids Characterization and Production
Economics of
Unconventional Resources
Foundation – 5 Days
Foundation – 5 Days
Skill – 4 Days
4HISÏFOUNDATIONÏCOURSEÏCOVERSÏTHEÏFULLÏ
%0ÏLIFEÏCYCLEÏWITHÏMAJORÏFOCUSÏONÏTHEÏ
CHALLENGESÏINÏEXPLOITATIONÏ4HEÏCOURSEÏ
introduces attendees to the applications
OFÏVARIOUSÏKEYÏTECHNOLOGIESÏANDÏTHEIRÏ
appropriate interpretations along with
SYSTEMATICÏWORKmOWSÏANDÏlELDÏEXAMPLESÏ
!TTENDEESÏWILLÏLEARNÏWAYSÏTOÏREDUCEÏ
THEÏLIFTINGÏCOSTÏANDÏMAKEÏHEAVYÏOILÏMOREÏ
ECONOMICALLYÏVIABLEÏASSETS
5NCONVENTIONALÏGASÏANDÏLIQUIDSÏRESOURCESÏ
AREÏEVOLVINGÏASÏAÏMAJORÏSOURCEÏOFÏENERGYÏ
NOTÏONLYÏINÏTHEÏ53ÏBUTÏWORLDWIDEÏ)NÏ
THISÏCOURSEÏATTENDEESÏAREÏPROVIDEDÏ
with a thorough discussion of the
MAJORÏUNCONVENTIONALÏGASÏANDÏLIQUIDSÏ
resource s along with the geological and
PETROPHYSICALÏUNIQUENESSÏ!TTENDEESÏ
WILLÏLEARNÏTHEÏMETHODSÏFORÏIDENTIFYINGÏ
CHARACTERIZINGÏDEVELOPINGÏANDÏPERFORMINGÏ
ASSESSMENTSÏONÏTHESEÏRESOURCES
COURSE CONTENT
Q
Q
(EAVYÏOILSÏ$ElNITIONÏGEOLOGICÏ
FEATURESÏTECHNOLOGIESÏANDÏWORKmOWSÏ
FORÏSAMPLINGÏANDÏPHASEÏBEHAVIORÏ
CHARACTERIZATIONÏANDÏPRODUCTIONÏ
challenges
2ECOVERYÏMETHODOLOGIESÏ.ONTHERMALÏ
ANDÏTHERMALÏTOETOHEELÏAIRÏINJECTIONÏ
WITHÏANDÏWITHOUTÏSOLIDÏCATALYSTÏ
ANDÏSTEAMSOLVENTBASEDÏHYBRIDÏ
processes
COURSE CONTENT
Q
Q
Q
'ENERALÏOVERVIEWÏOFÏSHALEÏ
RESERVOIRSˆGEOLOGYÏCOREÏ
INGREDIENTSÏOFÏPRODUCTIVEÏRESERVOIRÏ
STRESSÏANDÏSTIMULATION
&UNDAMENTALSÏOFÏSHALEÏPETROPHYSICALÏ
EVALUATIONÏ&OCUSÏONÏCREATIONÏ
OFÏGENERALÏACCURATEÏ%,!.0LUSÏ
PETROPHYSICALÏMODEL
%SSENTIALSÏOFÏFARlELDÏANDÏNEARlELDÏ
STRESSÏINÏANÏANISOTROPICÏFORMATIONÏ
$EMONSTRATEÏSTRESSÏCALCULATIONSÏANDÏ
RELEVANCEÏTOÏWELLÏOPTIMIZATION
Q
.ONTHERMALÏANDÏTHERMALÏSIMULATIONÏ
processes
Q
#OMPLETIONSÏTYPESÏANDÏREQUIREMENTSÏ
FORÏTHERMALÏRECOVERYÏPROCESSESÏSANDÏ
CONTROLÏANDÏMANAGEMENTÏTECHNIQUES
Q
/VERVIEWÏOFÏLIQUIDPRODUCINGÏSHALESÏ
Q
"ASICSÏOFÏPRODUCTIONÏMECHANISMSÏ
0RODUCTIONÏTECHNIQUESÏANDÏLIFTÏ
METHODSÏ
Q
$EMONSTRATIONÏOFÏCALCULATIONSÏOFÏ
PRODUCIBLEÏHYDROCARBONÏVOLUMESÏANDÏ
PAYÏIDENTIlCATIONÏ
Q
Q
Surface processing and upgrading
SCHEMESÏTRANSPORTATIONÏ
METHODOLOGIESÏSTORAGEÏPRACTICES
AUDIENCE
%NGINEERSÏGEOSCIENTISTSÏlNANCIALÏ
DECISIONÏMAKERSÏANDÏMANAGERSÏWHOÏ
WANTÏTOÏHAVEÏAÏBASICÏUNDERSTANDINGÏOFÏ
UNCONVENTIONALÏSHALEÏLIQUIDSÏANDÏGASÏ
RESOURCESÏANDÏHOWÏTHEYÏAREÏEFFECTIVELYÏ
EXPLOITED
PREREQUISITE
+NOWLEDGEÏOFÏGENERALÏSCIENCESÏANDÏ
FUNDAMENTALSÏOFÏGEOSCIENCESÏANDÏ
engineering.
4HISÏCOURSEÏPARTICULARLYÏSUITABLEÏFORÏ
ATTENDEESÏINVOLVEDÏWITHÏSHALEÏGASÏANDÏ
COALBEDÏMETHANEÏPRESENTSÏAÏPROBABILISTICÏ
APPROACHÏTHATÏCANÏBEÏIMMEDIATELYÏ
IMPLEMENTEDÏFORÏECONOMICÏEVALUATIONÏ
OFÏUNCONVENTIONALÏGASÏRESOURCESÏ
#ASEÏSTUDIESÏHIGHLIGHTÏTHEÏTECHNOLOGYÏ
ANDÏWORKmOWSÏTHATÏCANÏHELPÏREDUCEÏ
THEÏUNCERTAINTYÏINÏYOURÏEVALUATIONSÏ
#OURSEÏMATERIALÏINCLUDESÏANÏOVERVIEWÏ
OFÏWORLDWIDEÏUNCONVENTIONALÏACTIVITYÏ
DISCUSSIONÏOFÏTECHNICALÏANDÏDEVELOPMENTÏ
uncertainties, and the use of a decision
ANALYSISÏPROCESSÏINCLUDINGÏSENSITIVITIESÏ
DECISIONÏTREESÏANDÏVALUEÏOFÏINFORMATION
COURSE CONTENT
Q
7ORLDWIDEÏUNCONVENTIONALÏGASÏ
ACTIVITY
Q
)MPACTÏOFÏUNCONVENTIONALÏGASÏ
PROJECTSÏONÏCOMPANYÏPORTFOLIO
Q
5NCERTAINTYÏANDÏRISKÏANALYSIS
Q
4ECHNICALÏANDÏDEVELOPMENTÏ
uncertainties and risks
Q
Q
6ALUEÏOFÏINFORMATIONÏDURINGÏPILOTÏANDÏ
appraisal phases
Q
$ECISIONÏANALYSISÏPROCESS
Q
"UILDINGÏECONOMICÏCASESÏANDÏDECISIONÏ
MODELS
Q
AUDIENCE
-ULTIDISCIPLINARYÏASSETÏTEAMÏMEMBERSÏ
INCLUDINGÏGEOLOGISTSÏGEOPHYSICISTSÏ
ASSETÏMANAGERSÏANDÏRESERVOIRÏDRILLINGÏ
PRODUCTIONÏCOMPLETIONÏANDÏFACILITIESÏ
engineers.
Strategies and technologies to
MINIMIZEÏUNCERTAINTYÏANDÏRISK
Considerations and options for
MODELING
Q
-ULTIPLEÏDECISIONÏANALYSESÏEXERCISE
Q
"REAKEVENÏPRICEÏHURDLEÏRATEÏANDÏ
OTHERÏMETRICS
Q
#ASEÏSTUDIESÏANDÏPRACTICEÏPROBLEMS
PREREQUISITE
AUDIENCE
"ACHELORSÏDEGREEÏINÏENGINEERINGÏORÏ
geosciences.
'EOSCIENTISTSÏENGINEERSÏCOMMERCIALÏ
TEAMÏMEMBERSÏORÏMANAGERSÏWANTINGÏTOÏ
MODELÏANDÏANALYZEÏTHEÏBUSINESSÏIMPACTÏOFÏ
UNCONVENTIONALÏRESOURCES
PREREQUISITE
%XPERIENCEÏWITHÏPETROLEUMÏECONOMICSÏ
THEORYÏANDÏAPPLIEDÏSOFTWAREÏUSE
212 |
NExT Catalog-2014(21.5x27.5).indd 212
Visit NExTtraining.net/classes for the latest calendar or to register for a course.
12/22/13 2:50 AM
UNCONVENTIONAL RESOURCES
Introduction to the Geology of Coalbed Methane
Geomechanics Applications
in Coalbed Methane
Geomechanics Applications
in Heavy Oil
Foundation – 3 Days
Skill – 2 Days
Skill – 3 Days
%XPLOREÏTHEÏASPECTSÏOFÏGEOMECHANICSÏ
FORÏ#"-ÏRECOVERYÏTHATÏCANÏRESULTÏINÏ
BETTERÏlELDÏDEVELOPMENTÏANDÏOPERATIONALÏ
decisions. A unique feature of this
COURSEÏISÏTHEÏUNIlEDÏGEOMECHANICSÏ
APPROACHÏTHATÏCOMBINESÏTHEORETICALÏ
LABORATORYÏCOREÏTESTINGÏANDÏlELDÏ
ASPECTSÏFORÏEFFECTIVEÏEXPLOITATIONÏOFÏ
THESEÏUNCONVENTIONALÏRESERVOIRSÏ#OURSEÏ
MATERIALÏCOVERSÏTHEÏFUNDAMENTALSÏ
OFÏGEOMECHANICSÏASÏAPPLIEDÏTOÏCOALÏ
cleats, and natural fractures and their
INmUENCEÏONÏDRILLINGÏWELLBOREÏSTABILITYÏ
ANDÏSTIMULATIONÏ!TTENDEESÏWILLÏLEARNÏTHEÏ
CRITICALÏELEMENTSÏINÏDESIGNINGÏCOALBEDÏ
COMPLETIONSÏANDÏTHEÏGEOMECHANICALÏ
ASPECTSÏFORÏ#"-ÏENHANCEDÏRECOVERYÏ
efforts and CO sequestration.
Structured to help engineers and
GEOSCIENTISTSÏMAKEÏINFORMEDÏDECISIONSÏONÏ
DEVELOPMENTÏSTRATEGIESÏANDÏOPERATIONSÏ
INÏHEAVYÏOILÏSANDSÏTHEÏCOURSEÏMATERIALÏ
PRESENTSÏTHEÏESSENTIALÏGEOMECHANICSÏ
ASPECTSÏEMPLOYEDÏINÏTHERMALBASEDÏ
RECOVERYÏOPERATIONSÏ!TTENDEESÏWILLÏLEARNÏ
HOWÏTOÏBUILDÏ-%-SÏANDÏTHEÏADVANTAGESÏ
OFÏCOUPLINGÏGEOMECHANICSÏMODELSÏWITHÏ
RESERVOIRÏMODELSÏ4HEÏATTENDEESÏWILLÏALSOÏ
LEARNÏABOUTÏTHEÏGEOMECHANICALÏEFFECTSÏ
THATÏCANÏRESULTÏFROMÏ3!'$ÏPROJECTSÏANDÏ
keep up to date with technologies and
TOOLSÏFORÏMONITORINGÏTHEÏINTEGRITYÏOFÏTHEÏ
RESERVOIRÏANDÏTHEÏCAPROCK
4HISÏCOURSEÏREVIEWSÏÏ#"-ÏORIGINSÏ
ÏCONTROLSÏONÏ#"-ÏOCCURRENCEÏANDÏ
PRODUCTIONÏÏMETHODSÏOFÏASSESSINGÏ
#"-ÏRESOURCESÏANDÏPRODUCIBILITYÏINÏ
VARIOUSÏGEOLOGICÏSETTINGSÏÏCONTROLSÏONÏ
COALBEDÏGASÏCOMPOSITIONÏÏINmUENCESÏ
ONÏPERMEABILITYÏANDÏPRODUCTIONÏRATESÏÏ
HYDROLOGICÏISSUESÏANDÏWATERÏPRODUCTIONÏ
ANDÏÏMETHODSÏOFÏDRILLINGÏCOMPLETINGÏ
ANDÏSTIMULATINGÏ#"-ÏWELLSÏ)NÏTHEÏ53Ï
#"-ÏACCOUNTSÏFORÏAPPROXIMATELYÏÏOFÏ
BOTHÏNATURALÏGASÏPRODUCTIONÏANDÏRESERVESÏ
)NTERNATIONALLYÏHOWEVERÏ#"-ÏPLAYSÏ
AÏMUCHÏLESSÏIMPORTANTÏROLEÏINÏMEETINGÏ
ENERGYÏDEMANDSÏEVENÏINÏCOUNTRIESÏWHEREÏ
coal and CBM are abundant.
%XAMPLESÏFROMÏSEVERALÏBASINSÏWILLÏBEÏ
PRESENTEDÏTOÏCLARIFYÏCONTROLSÏONÏ#"-Ï
OCCURRENCEÏANDÏPRODUCIBILITYÏANDÏTOÏ
DEMONSTRATEÏTHEÏORIGINSÏOFÏHIGHLYÏ
PRODUCTIVEÏ#"-ÏFAIRWAYSÏORÏSWEETSPOTSÏ
The properties of contrasting coalbed
GASÏSYSTEMSÏIEÏTHERMOGENICÏVSÏ
BIOGENICÏSYSTEMÏANDÏWATERPRODUCTIVEÏ
ANDÏWATERFREEÏSYSTEMSÏWILLÏBEÏDESCRIBEDÏ
INÏTERMSÏOFÏTHEIRÏORIGINSÏGASÏRESOURCESÏ
ANDÏ#"-ÏPLAYÏCHARACTERISTICSÏ$RILLINGÏ
COMPLETIONÏANDÏSTIMULATIONÏOFÏ#"-ÏWELLSÏ
are considerations in relation to geologic
controls of best engineering practices.
Understanding these factors can
FACILITATEÏDEVELOPMENTÏOFÏ#"-ÏRESOURCESÏ
FROMÏDIVERSEÏPHYSICALÏSETTINGS
COURSE CONTENT
Q
#OALÏDEPOSITIONALÏSYSTEMSÏ
Q
Resource delineation questions
Q
Structural settings
Q
-ACERALÏTYPESÏANDÏRESERVOIRÏmUIDÏ
COMPOSITIONÏ
Q
#OALBEDÏGASÏORIGINSÏANDÏCOALÏTHERMALÏ
MATURITYÏ
Q
#OALBEDÏPERMEABILITYÏ
Q
(YDROLOGICÏANALYSISÏ
Q
#OALÏTONNAGEÏESTIMATINGÏANDÏCOALBEDÏ
GASÏVOLUMESÏ
Q
#OALBEDÏGASÏDRILLINGÏCOMPLETIONSÏ
ANDÏPRODUCTIONÏMETHODSÏ
Q
#OALBEDÏGASÏSTIMULATIONÏANDÏ
COMPLETIONÏADVISORÏ
Q
7ATERLIFTÏMETHODSÏFORÏCOALBEDÏGASÏ
wells
Q
7ATERÏDISPOSALÏMETHODSÏ
Q
COURSE CONTENT
Q
#OALBEDÏGASÏEXPLORATIONÏMODELSÏ
AUDIENCE
2ESERVOIRÏANDÏPRODUCTIONÏENGINEERSÏ
GEOSCIENTISTSÏANDÏTECHNICALÏMANAGERSÏ
RESPONSIBLEÏFORÏMAKINGÏEXPLORATIONÏANDÏ
DEVELOPMENTÏDECISIONSÏANDÏOPTIMIZINGÏ
RECOVERYÏFROMÏCOALBEDÏMETHANEÏ
RESERVOIRS
Q
PREREQUISITE
"ASICÏKNOWLEDGEÏOFÏPETROLEUMÏGEOLOGYÏ
and engineering principles.
&UNDAMENTALSÏOFÏGEOMECHANICSÏ
3TRESSÏANDÏSTRAINÏMECHANICALÏ
properties, in situ stresses, principle
OFÏEFFECTIVEÏSTRESSÏCOMPUTATIONÏOFÏ
MECHANICALÏPROPERTIESÏANDÏSTRENGTHÏ
PARAMETERSÏFROMÏLOGSÏANDÏCALIBRATIONÏ
with static properties
#OALÏCHARACTERISTICSÏ#OALÏSTRUCTUREÏ
CHARACTERIZATIONÏEFFECTÏOFÏCOALÏCLEATSÏ
ANDÏNATURALÏFRACTURESÏONÏMECHANICALÏ
properties, strength and stresses,
ANDÏEVALUATIONÏOFÏCOALÏMECHANICALÏ
PROPERTIESÏANDÏSTRENGTHÏFROMÏCOREÏ
data
Q
7ELLBOREÏSTABILITYÏINÏCOALÏ"OREHOLEÏ
STRESSESÏANDÏNEARWELLBOREÏ
MECHANICSÏ
Q
#OALÏSTIMULATIONÏ"ASICSÏOFÏFRACTUREÏ
GRADIENTÏANDÏHYDRAULICÏFRACTURING
Q
#OMMONÏCOMPLETIONÏTECHNIQUES
Q
'EOMECHANICALÏIMPACTSÏONÏ#"-Ï
ENHANCEDÏRECOVERYÏPROJECTSÏANDÏ#/
sequestration
COURSE CONTENT
Q
"ASICÏPRINCIPLESÏOFÏROCKÏMECHANICSÏ
Q
)NDEPTHÏDISCUSSIONÏOFÏEARTHÏSTRESSESÏ
Q
4YPESÏOFÏROCKÏFAILURESÏANDÏTHEIRÏ
causes
Q
-%-S
Q
#APROCKÏINTEGRITYÏANALYSISÏTOÏASSESSÏ
HYDRAULICÏANDÏMECHANICALÏINTEGRITY
Q
7ORKmOWÏFORÏCOUPLEDÏRESERVOIR
GEOMECHANICSÏMODELINGÏ
Q
2ESERVOIRÏMONITORING
AUDIENCE
%NGINEERSÏGEOSCIENTISTSÏANDÏ
TECHNOLOGISTSÏINVOLVEDÏINÏEXPLORATIONÏ
DRILLINGÏCOMPLETIONÏANDÏPRODUCTIONÏINÏ
UNCONVENTIONALÏRESERVOIRSÏASSETÏANDÏ
TECHNICALÏMANAGERS
PREREQUISITE
"ACHELORSÏDEGREEÏINÏENGINEERINGÏORÏ
geosciences.
AUDIENCE
%NGINEERSÏGEOSCIENTISTSÏANDÏ
TECHNOLOGISTSÏINVOLVEDÏINÏEXPLORATIONÏ
DRILLINGÏCOMPLETIONSÏANDÏPRODUCTIONÏINÏ
UNCONVENTIONALÏRESERVOIRSÏASSETÏANDÏ
TECHNICALÏMANAGERS
PREREQUISITE
"ACHELORSÏDEGREEÏINÏENGINEERINGÏORÏ
geosciences.
Software
Technical courses that use software
NExT Catalog-2014(21.5x27.5).indd 213
Includes practical sessions
Field trips
Uses simulation
| 213
12/22/13 2:50 AM
UNCONVENTIONAL RESOURCES
Petroleum Systems and
Exploration and Development
Geochemistry
Geomechanics Applications
in Shale Gas
Heavy Oil Transportation
and Processing
Shale Oil Fundamentals
Skill – 2 Days
Skill – 5 Days
Skill – 3 Days
4HISÏCOURSEÏPRESENTSÏTHEÏFUNDAMENTALSÏ
OFÏGEOMECHANICSÏASÏTHEYÏAPPLYÏTOÏ
EXPLOITATIONÏOFÏSHALEÏGASÏRESERVOIRSÏ4HEÏ
COURSEÏCOMBINESÏTHEORETICALÏLABORATORYÏ
COREÏTESTINGÏANDÏlELDÏASPECTSÏ
resulting in a consolidated approach to
UNDERSTANDINGÏTHEÏOPTIMALÏMETHODOLOGIESÏ
ANDÏTECHNOLOGIESÏFORÏEFlCIENTÏRECOVERYÏ
OFÏTHESEÏRESOURCESÏ&IELDÏEXAMPLESÏFROMÏ
UNCONVENTIONALÏRESERVOIRSÏREINFORCEÏ
THEÏATTENDEESÏUNDERSTANDINGÏOFÏTHESEÏ
FUNDAMENTALSÏANDÏTHEIRÏAPPLICATIONS
4HISÏINTRODUCTORYÏHEAVYÏANDÏEXTRAHEAVYÏ
oil course focuses on storage, transport,
ANDÏTREATMENTÏANDÏENCOMPASSESÏTHEÏ
TECHNOLOGYÏANALYSISÏFORÏTRANSPORTATIONÏ
Attendees will learn how to assess the
mOWÏOFÏHEAVYÏOILÏINÏAÏGATHERINGÏSYSTEMÏ
ANDÏTECHNIQUESÏFORÏMITIGATINGÏmOWÏ
PROBLEMSÏINHERENTÏTOÏHEAVYÏOILÏOPERATIONSÏ
INÏADDITIONÏTOÏUSINGÏMODELINGÏSOFTWAREÏ
DEVELOPINGÏGATHERINGÏSCENARIOSÏANDÏ
MODELINGÏTRANSPORTATIONÏISSUES
4HISÏCOURSEÏISÏDESIGNEDÏTOÏCOVERÏTHEÏ
TYPICALÏWORKmOWÏPERFORMEDÏDURINGÏ
THEÏEXPLORATIONÏDEVELOPMENTÏANDÏ
EXPLOITATIONÏOFÏAÏSHALEÏRESERVOIRÏPLAYÏ
The attendee will learn about the
INTEGRATIONÏOFÏDISCIPLINESÏIMPORTANTÏ
INÏSTUDYINGÏSHALESÏ4HISÏWORKmOWÏHASÏ
BEENÏDEVELOPEDÏBASEDÏONÏEXPERIENCEÏ
INÏMULTIPLEÏSHALEÏPLAYSÏINÏ.ORTHÏ
!MERICAÏANDÏWILLÏBEÏREFERREDÏTOÏASÏTHEÏ
3HALEÏ/PERATINGÏ#YCLEÏ4HISÏCYCLEÏISÏ
COMPOSEDÏOFÏTHEÏFOLLOWINGÏPHASESÏTHEÏ
EXPLORATIONÏPHASEÏPILOTÏPROJECTÏPHASEÏ
APPRAISALÏPHASEÏFACTORYÏMODEPHASEÏ
ANDÏREASSESSMENTÏPHASEÏ4HEÏULTIMATEÏ
GOALÏOFÏTHEÏINVESTIGATIONÏINTOÏEACHÏSHALEÏ
RESERVOIRÏISÏTOÏDEVELOPÏANÏUNDERSTANDINGÏ
of the geologic factors that control
PRODUCTIONÏFROMÏTHEÏSHALEÏRESERVOIRÏANDÏ
THENÏDETERMINEÏTHEÏBESTÏMETHODSÏFORÏ
PRODUCINGÏTHEM
COURSE CONTENT
COURSE CONTENT
Q
(EAVYÏOILÏPRODUCTIONÏSYSTEMÏNODALÏ
ANALYSISÏmOWÏOFÏmUIDSÏANDÏSURFACEÏ
processing
Q
&UNDAMENTALSÏOFÏGEOMECHANICSÏINÏ
UNCONVENTIONALÏRESERVOIRS
Q
3HALEÏHETEROGENEITYÏEVALUATIONÏ
Q
Q
2EVIEWÏOFÏWORKmOWSÏUSINGÏ
GEOMECHANICSÏPRINCIPLESÏ
)SOTHERMALÏmOWÏINÏPIPELINEÏ
INCOMPRESSIBLEÏSINGLEPHASEÏmOWÏ
Q
4EMPERATUREÏPROlLESÏINÏPIPELINESÏ
Q
#RUDEÏOILÏDILUENTSÏANDÏHYDRAULICÏ
ANALYSISÏTOÏDETERMINEÏOPTIMALÏ
VOLUMES
Q
$ESIGNÏOFÏDATAACQUISITIONÏPROGRAMSÏ
FORÏEFFECTIVEÏGEOMECHANICSÏANALYSESÏ
Q
7ORKmOWSÏFORÏESTIMATIONÏOFÏ
ANISOTROPICÏPARAMETERSÏUSINGÏ
ACOUSTICÏAZIMUTHALÏANISOTROPY
Q
Q
-ECHANICALÏEARTHÏMODELSÏANDÏTIGHTÏ
ROCKÏANALYSES
Q
+EYÏGEOMECHANICALÏELEMENTSÏ
AFFECTINGÏHYDRAULICÏFRACTUREÏ
STIMULATIONÏDESIGN
Q
#OMPLETIONÏ
Q
Q
AUDIENCE
Q
$ILUENTÏIMPACTSÏONÏDENSITYÏVISCOSITYÏ
PRESSUREÏREQUIREMENT
4ERRAINÏTOPOGRAPHYÏEFFECTÏONÏHEAVYÏ
oil transport, including water as
CONVEYANCEÏMEDIUM
'ASLIQUIDÏmOWÏINÏAÏGATHERINGÏSYSTEMÏ
correlations
Structure of gathering network and
basic equations
NEW
COURSE CONTENT
Q
5NCONVENTIONALÏRESERVOIRSÏOVERVIEWÏ
Q
Shale basics
Skill – 5 Days
!PPLICATIONSORIENTEDÏTHISÏCOURSEÏ
presents interpretation guidelines to
EVALUATEÏPROSPECTIVEÏSOURCEÏROCKSÏANDÏ
DElNEÏPETROLEUMÏSYSTEMSÏ!TTENDEESÏWILLÏ
LEARNÏABOUTÏSOMEÏOFÏTHEÏMAINÏAPPLICATIONSÏ
OFÏGEOCHEMISTRYÏTOÏREDUCEÏTHEÏRISKÏINÏ%0Ï
TOTALÏORGANICÏCARBONÏROCKEVALUATIONÏ
PYROLYSISÏVITRINITEÏREmECTANCEÏTHERMALÏ
ALTERATIONÏINDEXÏKEROGENÏELEMENTALÏ
ANALYSISÏGEOCHEMICALÏLOGSÏANDÏMAPSÏ
RECONSTRUCTEDÏGENERATIVEÏPOTENTIALÏ
CALCULATIONSÏANDÏGASÏCHROMATOGRAPHY
COURSE CONTENT
Q
&UNDAMENTALSÏOFÏPETROLEUMÏ
GEOCHEMISTRY
Q
"ASICÏGEOCHEMICALÏMEASUREMENTSÏ
and interpretation pitfalls
Q
Construction of the original
PETROLEUMÏGENERATIVEÏPOTENTIALÏOFÏ
spent source rock
Q
)DENTIlCATIONÏANDÏQUANTIlCATIONÏOFÏ
ELEMENTSÏANDÏPROCESSESÏTHATÏCONTROLÏ
PETROLEUMÏSYSTEMSÏ
Q
'EOSCIENCEÏGEOCHEMICALÏANDÏ
GEOMECHANICALÏCONSIDERATIONS
Q
#OLLECTIONÏOFÏOILÏANDÏROCKÏSAMPLESÏANDÏ
EVALUATIONÏOFÏDATAÏQUALITY
Q
3HALEÏEXPLORATIONÏPROJECTSÏANDÏ
considerations
Q
Q
2ECONNAISSANCEÏMETHODSÏ
5SEÏOFÏBIOMARKERSÏANDÏISOTOPESÏ
to correlate oils and source rocks
ANDÏASSESSÏTHERMALÏMATURITYÏANDÏ
biodegradation
Q
3CREENINGÏANDÏRANKINGÏSHALEÏPLAYSÏ
Q
-INERALOGYÏPOROSITYÏANDÏ
PERMEABILITYÏDETERMINATIONÏ
%NGINEERSÏGEOSCIENTISTSÏANDÏ
TECHNOLOGISTSÏINVOLVEDÏINÏEXPLORATIONÏ
DRILLINGÏCOMPLETIONSÏANDÏPRODUCTIONÏINÏ
UNCONVENTIONALÏRESERVOIRS
AUDIENCE
%NGINEERSÏANDÏPRODUCTIONÏMANAGERSÏ
INTERESTEDÏINÏHEAVYÏOILÏGATHERINGÏANDÏ
transportation.
Q
2ESERVOIRÏEVALUATIONÏTOOLSÏ
Q
&RACTUREÏCHARACTERIZATIONÏPREDICTIONÏ
ANDÏDETECTIONÏMETHODSÏ
PREREQUISITE
PREREQUISITE
Q
"ACHELORSÏDEGREEÏINÏENGINEERINGÏORÏ
geosciences.
"ASICÏKNOWLEDGEÏOFÏHYDROCARBONÏ
PROPERTIESÏmUIDÏmOWÏANDÏPRODUCTIONÏ
surface facilities design and operations.
(YDRAULICÏFRACTURINGÏHORIZONTALÏ
BOREHOLEÏLATERALÏLANDINGÏCOMPLETIONÏ
ANDÏENVIRONMENTALÏCONSIDERATIONSÏ
AUDIENCE
AUDIENCE
%XPLORATIONÏANDÏDEVELOPMENTÏGEOLOGISTSÏ
GEOCHEMICALÏCOORDINATORSÏMANAGERSÏ
ANDÏGEOSCIENTISTSÏWHOÏREQUIREÏMOREÏ
KNOWLEDGEÏABOUTÏPETROLEUMÏSYSTEMSÏ
PETROLEUMÏGEOCHEMISTRYÏANDÏBASINÏ
MODELING
PREREQUISITE
+NOWLEDGEÏOFÏBASICÏPETROLEUMÏGEOLOGYÏ
ANDÏPETROLEUMÏSYSTEMS
'EOSCIENTISTSÏENGINEERSÏANDÏMANAGERSÏ
wishing to know about shale oil
EXPLORATIONÏANDÏDEVELOPMENT
PREREQUISITE
None
214 |
NExT Catalog-2014(21.5x27.5).indd 214
Visit NExTtraining.net/classes for the latest calendar or to register for a course.
12/22/13 2:50 AM
UNCONVENTIONAL RESOURCES
Production Forecasting and Reserves Estimates in
Unconventional Reservoirs with Workshop
Shale Plays Evaluation:
Finding Production
Sweet Spots
Analysis and Development
of Tight Gas Reservoirs
Skill – 2 Days
Advanced – 4 Days
Advanced – 5 Days
3HALEÏGASÏRESERVOIRSÏHAVEÏDISTINCTÏ
CHARACTERISTICSÏTHATÏREQUIREÏSPECIlCÏ
EVALUATIONÏTECHNIQUESÏ)NÏTHISÏCOURSEÏ
attendees will learn the geologic,
GEOPHYSICALÏANDÏPETROPHYSICALÏATTRIBUTESÏ
OFÏTHESEÏRESERVOIRSÏINCLUDINGÏTHEÏORIGINÏ
ANDÏACCUMULATIONÏOFÏTHEÏNATURALÏGASÏ
4HEÏATTENDEESÏWILLÏGAINÏEXPOSUREÏTOÏTHEÏ
METHODSÏANDÏWORKmOWSÏFORÏIDENTIFYINGÏ
CHARACTERIZINGÏANDÏDEVELOPINGÏSHALEÏ
GASÏRESERVOIRSÏ)NSTRUCTIONÏINCLUDESÏlELDÏ
EXAMPLESÏTHATÏDELIVERÏAÏFOUNDATIONÏFORÏ
UNDERSTANDINGÏTHEÏEXPLORATIONÏAPPRAISALÏ
and location of production sweet spots
FORÏDEVELOPMENTÏ#OURSEÏEXERCISESÏ
DEMONSTRATEÏHOWÏTOÏASSESSÏECONOMICÏ
VIABILITYÏOFÏASSETS
4HISÏOVERVIEWÏOFÏTIGHTÏGASÏRESERVOIRSÏ
COVERSÏTHEIRÏEVALUATIONÏCOMPLETIONÏ
STIMULATIONÏANDÏDEVELOPMENTÏ-ATERIALÏ
ENCOMPASSESÏGEOLOGICÏCHARACTERISTICSÏ
FORMATIONÏEVALUATIONÏESTIMATIONÏOFÏ
RESERVESÏANDÏWELLÏPERFORMANCEÏHYDRAULICÏ
FRACTUREÏTREATMENTÏDESIGNÏANDÏEXECUTIONÏ
ANDÏlELDÏDEVELOPMENTÏCONSIDERATIONS
4HISÏDAYÏWORKSHOPÏWILLÏPROVIDEÏ
ATTENDEESÏWITHÏANÏOVERVIEWÏOFÏSYSTEMATICÏ
procedures for forecasting production
FROMÏINDIVIDUALÏWELLSÏINÏLOWPERMEABILITYÏ
OILÏANDÏGASÏRESERVOIRSÏWITHÏANÏEMPHASISÏ
ONÏSHALEÏPLAYSÏ4HEÏWORKSHOPÏWILLÏPROVIDEÏ
BACKGROUNDÏMATERIALÏLEADINGÏTOÏANÏ
UNDERSTANDINGÏOFÏFORECASTINGÏMETHODSÏ
and will concentrate on traditional
!RPSÏEQUATIONÏDECLINEÏMODELSÏANDÏ
MOREÏRECENTÏMODELSÏDESIGNEDÏTOÏPROVIDEÏ
FORECASTSÏWITHÏIMPROVEDÏACCURACYÏDURINGÏ
THEÏLONGDURATIONÏTRANSIENTÏmOWÏPERIODSÏ
USUALLYÏLINEARÏmOWÏASSOCIATEDÏWITHÏ
LOWPERMEABILITYÏHYDRAULICALLYÏFRACTUREDÏ
WELLSÏ!PPLICATIONSÏOFÏTHEÏTHEORYÏWILLÏBEÏ
ILLUSTRATEDÏWITHÏINCLASSÏEXERCISES
AUDIENCE
0ETROLEUMÏENGINEERSÏGEOLOGISTSÏ
RESERVESÏANALYSTSÏANDÏANYONEÏWHOSEÏJOBÏ
responsibilities or professional interest
INCLUDEÏTHEÏRESERVESÏESTIMATION
PREREQUISITE
"ASICÏUNDERSTANDINGÏOFÏGEOLOGYÏANDÏ
RESERVOIRÏENGINEERING
COURSE CONTENT
COURSE CONTENT
Q
0RODUCTIONÏFORECASTINGÏANDÏRESERVESÏ
ESTIMATESÏINÏUNCONVENTIONALÏ
RESERVOIRSÏ
Q
&LUIDÏmOWÏTHEORYÏ
Q
4RANSIENTÏRADIALÏANDÏLINEARÏmOWÏ
Q
$EPTHÏOFÏINVESTIGATIONÏ
Q
$ECLINEÏCURVEÏANALYSISÏUSINGÏ!RPSÏ
DECLINEÏMODELÏ
Q
0RODUCTIONÏFORECASTINGÏANDÏRESERVESÏ
ESTIMATESÏINÏUNCONVENTIONALÏ
RESERVOIRSÏ
Q
!DVANCEDÏDECLINEÏCURVEÏANALYSISÏ
Q
#OMBINATIONÏTRANSIENT"$&ÏMODELSÏ
Q
)DEALÏFORECASTINGÏMODELÏ
COURSE CONTENT
Q
)NTRODUCTIONÏTOÏTIGHTÏGASÏRESERVOIRS
Q
&ORMATIONÏEVALUATION
Q
Statistical correlations
Q
7ELLÏTESTING
Q
%STIMATIONÏOFÏRESERVESÏANDÏPREDICTIONÏ
OFÏPERFORMANCE
Q
7ELLÏCOMPLETIONSÏANDÏWORKOVERS
Q
(YDRAULICÏFRACTUREÏTREATMENTÏDESIGNÏ
ANDÏEXECUTION
Q
&IELDÏDEVELOPMENTÏCONSIDERATIONSÏ
STRATEGIESÏANDÏECONOMICS
Q
#RITICALÏPARAMETERS
Q
)NlLLÏPOTENTIAL
Q
5NCONVENTIONALÏVERSUSÏCONVENTIONALÏ
RESERVOIRSÏ
Q
'EOLOGICÏGEOCHEMICALÏANDÏ
GEOMECHANICALÏCONSIDERATIONSÏINÏ
EXPLOITATIONÏ
Q
2OLEÏOFÏGEOMECHANICSÏINÏBASINÏ
MODELINGÏPETROLEUMÏSYSTEMSÏ
ANALYSISÏANDÏRISKÏASSESSMENT
AUDIENCE
Q
$EVELOPMENTÏOFÏ-%-SÏINCLUDINGÏ
thickness, depth, pressure, and gas
STORAGEÏCAPACITY
2ESERVOIRÏENGINEERSÏANDÏPRODUCTIONÏ
ENGINEERSÏRESPONSIBLEÏFORÏOPTIMIZINGÏ
RECOVERYÏFROMÏTIGHTÏGASÏRESERVOIRS
Q
&ORMATIONÏEVALUATIONÏMETHODOLOGIESÏ
-INERALOGYÏPOROSITYÏPERMEABILITYÏ
FREEÏANDÏTOTALÏGASÏQUANTIlCATIONÏ
adsorbed gas
Q
Q
Q
Correlation of wireline logs, borehole
IMAGESÏMICROSEISMICÏANALYSISÏANDÏ
WIRELINEÏFORMATIONÏTESTS
5NDERSTANDINGÏOFÏPETROLEUMÏENGINEERINGÏ
and a strong background in production or
operations.
)NÏSITUÏPERMEABILITYÏANDÏDETERMINATIONÏ
OFÏPERMEABILITYÏANISOTROPY
Calculations of gas in place
Q
+EYÏCRITERIAÏGOVERNINGÏWELLBOREÏ
PLACEMENTÏINCLUDINGÏDRAINAGEÏAREASÏ
and borehole spacing
Q
0ENETRATIONÏOFÏPRODUCTIONÏSWEETÏ
SPOTSÏANDÏTHEIRÏECONOMICSÏ
Q
PREREQUISITE
Statistical drilling and sweet spot
drilling
AUDIENCE
/PERATINGÏCOMPANYÏMULTIDISCIPLINARYÏ
ASSETÏTEAMÏMEMBERSÏENGINEERSÏ
GEOSCIENTISTSÏlNANCIALÏDECISIONMAKERSÏ
ANDÏRESOURCEÏMANAGERS
PREREQUISITE
"ACHELORSÏDEGREEÏINÏGEOSCIENCES
Software
Technical courses that use software
NExT Catalog-2014(21.5x27.5).indd 215
Includes practical sessions
Field trips
Uses simulation
| 215
12/22/13 2:50 AM
UNCONVENTIONAL RESOURCES
Production Data Analysis:
Shale Gas, Tight Gas, and
Coalbed Methane
Shale Plays Production:
Exploiting Production
Sweet Spots
Unconventional Gas Reservoirs: Focus on
Coalbed Methane and Introductions to Shale
and Tight Sand Reservoirs
Advanced – 3 Days
Advanced – 4 Days
Advanced – 5 Days
4HISÏCOURSEÏISÏDESIGNEDÏTOÏIMPLEMENTÏ
AÏCOMPREHENSIVEÏLEARNINGÏMODULEÏOFÏ
production data interpretation and
ANALYSISÏINCLUDINGÏTHEÏPRINCIPLESÏOFÏ
PRODUCTIONÏFUNDAMENTALSÏTECHNOLOGIESÏ
ANDÏWORKmOWSÏWITHÏAPPLICATIONSÏANDÏlELDÏ
EXAMPLESÏFORÏUNCONVENTIONALÏRECOURSESÏ
0RODUCTIONÏANALYSISÏREQUIRESÏHANDLINGÏ
ANDÏCONDITIONINGÏLARGEÏVOLUMESÏOFÏ
MULTIPLEÏSOURCEÏMULTIPLEÏFREQUENCYÏDATAÏ
IDENTIFYINGÏANDÏSYNCHRONIZINGÏEVENTSÏANDÏ
assigning the appropriate production rate
TOÏEACHÏEVENTÏ4HESEÏCRITICALÏSTEPSÏENABLEÏ
PRODUCTIONÏENGINEERSÏTOÏMAKEÏEFlCIENTÏ
INTERPRETATIONÏANDÏANALYSISÏOFÏTHEÏDATAÏ
ANDÏTOÏOPTIMIZEÏWELLÏPRODUCTIVITYÏUSINGÏ
ADVANCEDÏMETHODOLOGIES
!CCORDINGÏTOÏSOMEÏINDUSTRYÏFORECASTERSÏ
THEÏ%0ÏGASÏBOOMÏISÏJUSTÏBEGINNINGÏ
In this course, the focus is on the
ENGINEERINGÏASPECTSÏOFÏEXPLOITINGÏ
SHALEÏGASÏRESERVOIRSÏ!TTENDEESÏWILLÏ
GAINÏANÏUNDERSTANDINGÏOFÏTHEÏMETHODSÏ
ANDÏWORKmOWSÏFORÏCHARACTERIZINGÏANDÏ
DEVELOPINGÏTHESEÏUNCONVENTIONALÏ
RESOURCESÏINCLUDINGÏRESERVOIRÏEVALUATIONÏ
WELLÏARCHITECTUREÏANDÏPLACEMENTÏ
COMPLETIONSÏHYDRAULICÏFRACTUREÏ
TREATMENTSÏANDÏPRODUCTIONÏ4HEÏCOURSEÏ
ALSOÏINCLUDESÏTHEÏFUNDAMENTALSÏOFÏTHEÏ
ASSETÏEXPLOITATIONÏLIFEÏCYCLEÏ)NSTRUCTIONÏ
INCLUDESÏlELDÏEXAMPLESÏANDÏINCLASSÏ
EXERCISESÏONÏTHEÏECONOMICÏVIABILITYÏOFÏ
these assets.
4HISÏCOURSEÏWITHÏITSÏEMPHASISÏONÏCOALBEDÏ
METHANEÏRESERVOIRSÏANDÏOVERVIEWÏOFÏ
SHALEÏGASÏANDÏTIGHTÏGASÏSANDÏRESERVOIRSÏ
COVERSÏTHEÏCRITICALÏASPECTSÏOFÏTHESEÏTHREEÏ
UNCONVENTIONALÏRESOURCESÏ!TTENDEESÏ
will learn the role that natural fractures
PLAYÏINÏmUIDÏmOWÏFROMÏTHESEÏTYPICALLYÏLOW
PERMEABILITYÏFORMATIONSÏINÏADDITIONÏTOÏ
LEARNINGÏTHEÏOPTIMALÏDRILLINGÏCOMPLETIONÏ
ANDÏSTIMULATIONÏPRACTICESÏFORÏPRODUCTIONÏ
FROMÏTHESEÏRESERVOIRS
COURSE CONTENT
COURSE CONTENT
Q
3CIENCEÏ&OUNDATIONALÏUNDERSTANDINGÏ
OFÏPRINCIPLESÏANDÏGOVERNINGÏFACTORSÏOFÏ
production
Q
4ECHNOLOGIESÏ%XPOSUREÏTOÏSENSORÏ
TECHNOLOGIESÏANDÏTOOLSÏNECESSARYÏFORÏ
data conditioning
Q
7ORKmOWSÏ3KILLSÏTOÏAPPLYÏ
METHODOLOGIESÏANDÏWORKmOWSÏTOÏ
enable data interpretation and
ANALYSISÏ
AUDIENCE
0RACTICINGÏRESERVOIRÏPRODUCTIONÏANDÏ
facilities engineers and engineering and
ASSETÏMANAGERS
PREREQUISITE
YEARÏGEOSCIENCEENGINEERINGÏDEGREE
Q
5NCONVENTIONALÏVERSUSÏCONVENTIONALÏ
RESERVOIRS
Q
)NDEPTHÏDISCUSSIONÏOFÏSHALEÏGASÏ
ANDÏSHALEÏOILÏRESERVOIRSÏ%VALUATIONÏ
METHODOLOGIESÏANDÏWORKmOWSÏBASICÏ
GEOLOGICÏGEOPHYSICALÏPETROPHYSICALÏ
ANDÏGEOMECHANICALÏCONSIDERATIONS
Q
Introduction to drilling operations and
TOÏMETHODOLOGIESÏANDÏWORKmOWSÏFORÏ
well architecture, construction, and
PLACEMENT
Q
"ESTÏPRACTICESÏ7ELLÏCOMPLETIONSÏ
STIMULATIONÏSTRATEGIESÏOPERATIONSÏ
ANDÏEVALUATIONS
Q
0RODUCTIONÏANDÏlELDÏREDEVELOPMENTÏ
STRATEGIESÏTOÏMAINTAINÏECONOMICÏ
production
AUDIENCE
-ULTIDISCIPLINARYÏASSETÏTEAMÏMEMBERSÏ
GEOLOGISTSÏGEOPHYSICISTSÏRESERVOIRÏ
DRILLINGÏPRODUCTIONÏCOMPLETIONÏANDÏ
FACILITIESÏENGINEERSÏANDÏMANAGERS
PREREQUISITE
"ACHELORSÏDEGREEÏINÏENGINEERINGÏORÏ
GEOSCIENCESÏORÏEXPERIENCEÏINÏEXPLOITATIONÏ
OFÏUNCONVENTIONALÏGASÏRESERVOIRS
COURSE CONTENT
Q
5NCONVENTIONALÏGASÏ/RIGINSÏINÏ
SELFSOURCINGÏRESERVOIRSÏTHERMALÏ
MATURATIONÏANDÏHYDROCARBONÏ
generation
Q
4HERMOGENICÏVERSUSÏBIOGENICÏ
SELFSOURCINGÏGASÏRESERVOIRSÏCONTROLSÏ
ONÏGASÏOCCURRENCEÏANDÏPRODUCIBILITY
Q
Role of natural fractures in
UNCONVENTIONALÏGASÏPRODUCTIONÏ
REVIEWÏOFÏHYDROLOGYÏROLEÏINÏWATERÏ
PRODUCTIONÏANDÏMANAGEMENT
Q
$RILLINGÏCOMPLETIONÏANDÏSTIMULATIONÏ
PRACTICESÏWITHÏAÏFOCUSÏONÏMATUREÏ53Ï
basins
Q
%XAMPLESÏOFÏMATUREÏUNCONVENTIONALÏ
GASÏPLAYSÏAROUNDÏTHEÏWORLD
AUDIENCE
/PERATINGÏCOMPANYÏMULTIDISCIPLINARYÏ
PERSONNELÏINCLUDINGÏASSETÏTEAMÏ
MEMBERSÏENGINEERSÏGEOSCIENTISTSÏ
lNANCIALÏDECISIONMAKERSÏANDÏRESOURCEÏ
MANAGERS
PREREQUISITE
"ACHELORSÏDEGREEÏINÏENGINEERINGÏORÏ
geosciences.
216 |
NExT Catalog-2014(21.5x27.5).indd 216
Visit NExTtraining.net/classes for the latest calendar or to register for a course.
12/22/13 2:50 AM
UNCONVENTIONAL RESOURCES
PetroMod Petroleum
Systems Modeling for Shale
Plays
ECLIPSE Thermal Reservoir
Simulation
Skill – 5 Days
Advanced – 5 Days
4HISÏCOURSEÏINTRODUCESÏRESERVOIRÏ
ENGINEERSÏANDÏCONSULTANTSÏTOÏSOMEÏBASICÏ
CONCEPTSÏINÏGEOMECHANICSÏANDÏTHEÏ0ETRELÏ
PLATFORMÏ!TTENDEESÏWILLÏLEARNÏHOWÏTOÏ
INCORPORATEÏDATAÏABOUTÏGEOMECHANICALÏ
EFFECTSÏINTOÏRESERVOIRÏMODELSÏOFÏWELLÏ
PRODUCTIONÏBEHAVIOR
3HALEÏRESOURCEÏEXPLORATIONÏISÏAÏNEWÏ
AREAÏOFÏEXPLORATIONÏFORÏUNCONVENTIONALÏ
RESERVOIRSÏ)NÏCONTRASTÏWITHÏCONVENTIONALÏ
PETROLEUMÏSYSTEMSÏANALYSISÏSHALEÏPLAYSÏ
AREÏCHARACTERIZEDÏBYÏAÏSINGLEÏENCLOSEDÏ
SYSTEMÏCHARGEÏRESERVOIRÏANDÏTRAPÏINÏONEÏ
FORMATION
)NÏADDITIONÏTOÏINTRODUCINGÏGEOMECHANICSÏ
concepts, this course presents the
TYPESÏOFÏDATAÏUSEDÏFORÏGEOMECHANICALÏ
MODELINGÏINÏTHEÏPETROLEUMÏINDUSTRYÏ
ANDÏSOMEÏOFÏTHEÏGEOMECHANICALÏEFFECTSÏ
OBSERVEDÏINÏOILÏANDÏGASÏRESERVOIRSÏANDÏ
THEÏSUBSURFACEÏDURINGÏHYDROCARBONÏ
production. The course also includes
HOWÏTOÏBUILDÏRESERVOIRÏMODELSÏTHATÏSHOWÏ
GEOMECHANICALÏEFFECTSÏSUCHÏASÏPRESSUREÏ
stress, and strain, as well as data on
RESERVOIRÏmOWÏILLUSTRATINGÏTHEÏEFFECTSÏ
OVERÏTIMEÏANDÏHOWÏTOÏBUILDÏRESERVOIRÏ
GEOMECHANICALÏMODELSÏUSINGÏTHEÏ0ETRELÏ
SOFTWAREÏPLATFORM
4HEÏDAYÏ0ETROLEUMÏ3YSTEMSÏ-ODELINGÏ
FORÏ3HALEÏ0LAYSÏCOURSEÏCOVERSÏALLÏASPECTSÏ
OFÏTHISÏUNCONVENTIONALÏPETROLEUMÏSYSTEMÏ
0ARTICIPANTSÏWILLÏUSEÏ0ETRO-ODÏSOFTWAREÏ
TOÏEXPLOREÏTOOLSÏANDÏWORKmOWSÏDIRECTLYÏ
APPLICABLEÏTOÏSOLVINGÏTHEÏCHALLENGESÏFACEDÏ
INÏSHALEÏRESOURCEÏEXPLOITATION
4HERMALÏRECOVERYÏMETHODSÏAREÏTYPICALLYÏ
USEDÏINÏHEAVYÏOILÏRESERVOIRSÏWHEREÏTHEÏOILÏ
VISCOSITYÏISÏHIGHÏATÏRESERVOIRÏTEMPERATURESÏ
BUTÏREDUCESÏASÏTHEÏTEMPERATUREÏ
increases. Attendees will learn how
TOÏUSEÏ%#,)03%Ï4HERMALÏ%0ÏSOFTWAREÏ
PLATFORMÏTOÏEXTENDÏTHEÏ%#,)03%Ï"LACKOILÏ
SIMULATORÏTOÏSTUDYÏPROBLEMSÏSUCHÏASÏ
STEAMÏINJECTIONÏHOTÏmUIDÏORÏGASÏINJECTIONÏ
WELLBOREÏHEATERSÏANDÏSIMPLEÏCOMBUSTION
Diagnosis and Analysis of
Shale Gas Wells using OFM
Petrel Reservoir
Geomechanics
Skill – 2 Days
Skill – 2 Days
4HISÏCOURSEÏPROVIDESÏTOOLSÏANDÏPROCEDURESÏ
FORÏANALYZINGÏPRODUCTIONÏDATAÏFROMÏ
shale gas wells. The attendees will
learn to use diagnostic plots and
SPECIALÏANALYSISÏTECHNIQUESÏTOÏFORECASTÏ
production. Attendees will also learn
SCREENINGÏMETHODSÏFORÏSELECTINGÏWORKOVERÏ
candidates.
COURSE CONTENT
Q
&LOWÏREGIMESÏINÏUNCONVENTIONALÏ
RESERVOIRSÏ
Q
"ASICSÏOFÏHYDRAULICÏFRACTURINGÏ
Q
'RAPHICALÏANALYSISÏTOOLS
Q
"ETAÏVALUEÏPLOT
Q
2ATEÏCUMULATIVEÏRATIOÏPLOTÏ
Q
2ATEÏINVERSEÏPLOTÏ
Q
2ATEÏTIMEÏPLOTÏ
Q
0RODUCTIONÏFORECASTINGÏ
Q
%STIMATIONÏOFÏRECOVERYÏ
Q
2ESTIMULATIONÏCANDIDATEÏSCREENING
!NYONEÏWHOÏNEEDSÏTOÏANALYZEÏPRODUCTIONÏ
DATAÏFROMÏSHALEÏGASÏWELLS
PREREQUISITE
/&-ÏSOFTWAREÏPROlCIENCYÏORÏ/&-Ï
&UNDAMENTALSÏCOURSE
&UNDAMENTALSÏOFÏGEOMECHANICSÏ
Q
0ETROLEUMÏGEOMECHANICSÏANDÏ
RESERVOIRÏGEOMECHANICSÏ
Q
4HEÏUSEÏOFÏ0ETRELÏGEOMECHANICSÏ
software
2ESERVOIRÏENGINEERSÏANDÏGEOTECHNICALÏ
consultants.
PREREQUISITE
0ETRELÏRESERVOIRÏENGINEERINGÏSOFTWAREÏANDÏ
%#,)03%ÏSIMULATORÏSOFTWARE
Software
Technical courses that use software
NExT Catalog-2014(21.5x27.5).indd 217
Q
)NTRODUCTIONÏTOÏGLOBALÏSHALEÏPLAYSÏ
Q
3HALESÏÏRESERVOIRÏANDÏCHARGEÏÏ
CHARACTERIZATIONÏPROPERTIESÏANDÏ
challenges
Q
3HALESÏÏCHARGEÏTRAPÏANDÏSEALÏÏ
,ANGMUIRÏADSORPTIONÏPRINCIPLES
Q
'EOMECHANICSÏÏTHEORETICALÏOVERVIEWÏ
Q
3HALEÏPLAYÏPETROLEUMÏSYSTEMÏ
ASSESSMENTÏ
Q
)NDIVIDUALÏBASINÏEXERCISESÏ
Q
3HALEÏPLAYÏEXPLORATION
Q
064ÏPRACTICESÏANDÏPHASEÏBEHAVIORÏ
CONCEPTSÏOFÏHEAVYÏOILS
Q
7ORLDWIDEÏTHERMALÏRECOVERYÏ
processes and screening criteria
Q
+EYÏFEATURESÏOFÏTHERMALÏRESERVOIRÏ
SIMULATION
Q
%QUATIONSÏINÏ%#,)03%Ï4HERMALÏ
SIMULATORÏSOFTWARE
Q
3!'$ÏRECOVERYÏANDÏTHEÏ
MULTISEGMENTEDÏWELLÏMODEL
Q
3IMULATIONÏOFÏFOAMYÏOIL
Q
3TRUCTUREÏREQUIREMENTSÏANDÏKEYWORDSÏ
FORÏ%#,)03%Ï4HERMALÏSIMULATORÏ
software
AUDIENCE
AUDIENCE
AUDIENCE
COURSE CONTENT
COURSE CONTENT
COURSE CONTENT
Q
AUDIENCE
NEW
5NCONVENTIONALÏEXPLORATIONÏGEOLOGISTSÏ
"03-ÏGEOSCIENTISTSÏANDÏGEOCHEMISTSÏ
ENGAGEDÏINÏTHEÏPETROLEUMÏSYSTEMSÏ
MODELINGÏOFÏSHALEÏPLAYS
PREREQUISITE
2ESERVOIRÏENGINEERSÏINTERESTEDÏINÏLEARNINGÏ
SIMULATIONÏOFÏTHERMALÏPROCESSESÏUSINGÏ
%#,)03%Ï4HERMALÏSIMULATOR
PREREQUISITE
%XPERIENCEÏWITHÏTHEÏ%#,)03%Ï"LACKOILÏ
SIMULATOR
)NTRODUCTIONÏTOÏ0ETRO-ODÏCOURSEÏREQUIREDÏ
WITHINÏLASTÏÏYEARSÏORÏEXISTINGÏ0ETRO-ODÏ
software user.
Includes practical sessions
Field trips
Uses simulation
| 217
12/22/13 2:50 AM
SCHLUMBERGER LEARNING CENTERS
Kellyville Learning Center
Tulsa, OK, USA
European Learning Center
Melun, France
Siberian Training Center
Tyumen, Russia
Sugar Land Learning Center
Houston, TX, USA
Middle East Learning Center
Abu Dhabi, UAE
Brazil Research Geoscience Center
Rio de Janeiro, Brazil
NExT has access to well-equipped, global Schlumberger training centers and technical facilities, where participants gain practical, hands-on experiences.
218 |
NExT Catalog-2014(21.5x27.5).indd 218
Visit NExTtraining.net/classes for the latest calendar or to register for a course.
12/22/13 2:50 AM
TECHNICAL COURSE INDEX
Software
Technical courses that use software
NExT Catalog-2014(21.5x27.5).indd 219
Includes practical sessions
Field trips
Uses simulation
| 219
12/22/13 2:50 AM
TECHNICAL COURSE INDEX
Advances in Well Test Interpretation 122
Basic Production Logging 20, 83, 132
Drilling Fluids 99
A Strategic Approach to Oil and Gas Exploration 53, 186
Basic Reservoir Monitoring 20, 83
Drilling Operations Management Simulation 102
Acid Stimulation Techniques 134
Basin Analysis and Petroleum Systems Modeling 38
Drilling Optimization 103
Advanced Carbonate Petrophysics From Pores to Logs 86
Becoming an Inspirational Leader in Oil and Gas 186
Drilling Project and Risk Management 103
Advanced Core and Log Interpretation 87
Borehole Seismic Acquisition, Processing and
Operations 70
Drillstring Design 103
Advanced Formation Evaluation in Carbonates 89
Advanced Formation Evaluation in Carbonates, Clastics
and Basement Rock 89
Advanced Formation Evaluation in Sandstones 90
Advanced Gas Lift Design & Troubleshooting 135
Advanced Integrated Reservoir Analysis 23, 87
Advanced Natural Gas Engineering 115
Advanced Nodal Analysis for Production Engineers 135
Advanced Production Data Analysis and Nodal Analysis 138
Advanced Production Logging 90
Advanced Slickline Operations 135
Advanced Well Test Analysis 115
Advances in Information Technology for Oil and Gas 184
Borehole Seismic Technology 68
Economics of Deepwater Projects 191, 203
Carbonate Seismic Reservoir Analysis 73
Carbonate Sequence Stratigraphy and Application to
Petroleum Reservoirs 43
Cased Hole Logging and Formation Evaluation 84
Casing Design 101
Economics of Petroleum Exploration 44, 192
Economics of Unconventional Resources 192, 212
Electric Submersible Pumps - Advanced 139
Electric Submersible Pumps: Application Engineering 136
Electrical Protection Systems and Equipment 168
Cathodic Protection 176
Cement Integrity Assurance and Evaluation 101
Electrical Submersible Pumps 176
Cementing Operations 102
Enhanced Oil Recovery Processes: Chemical, Miscible
and Thermal 112
Characterization, Evaluation and Enhanced Oil Recovery
in Naturally Fractured Reservoirs 120
Equipment Inspection and Maintenance 176
Clastic Sedimentology for Exploration and Development 24, 43
Evaluation and Management of Fractured Reservoirs 53
Exploration and Production Accounting - Level 1 190
Analysis and Development of Tight Gas Reservoirs 119, 215
Communication and Presentation Skills for Project
Managers 181
Analysis of Production Performance Curves 119
Communication Systems 167
Exploration and Production Accounting - Level 3 192
Applications of Borehole Imaging to Hydrocarbon
Exploration & Production 42
Completion and Production Engineering 132
Exploration Methods and Workflows: Integrating
Petroleum System, Play and Prospect Evaluation and
Assessment 39
Applied Capillary Pressure and Saturation Heigh
Modeling 82
Applied Core Analysis - How to Interpret Core Data 87, 115
Applied Geostatistics 43
Applied Geostatistics for Petroleum Engineers and
Geoscientists 23, 115
Applied Production Logging and Reservoir Monitoring 25, 91, 139
Applied Project Management - Oil and Gas 23, 184
Applied Reservoir Engineering 116
Applied Reservoir Petrophysics and Characterization 91
Applied Reservoir Simulation 116
Applied Structural Geology in Hydrocarbon Systems
Analysis 53
Artificial Lift Technology 132
Assuring Flow from Pore to Process 119, 139, 162
Auditing in the E&P Industry 191
Automation, Instrumentation, Measurements, and
Process Control 160, 178
AVO and Seismic inversion 70
Basic Core Analysis 82, 112
Basic Logging Methods and Formation Evaluation 20, 83
Basic Petrophysics, Quick Look and Log Quality Control 83
Condition-Based Maintenance For Static and Rotating
Equipments 160
Conducting an Integrated Reservoir Study 14, 24, 116
Contracts, Procurements and Partnering 184
Control Room 176
Control Systems and Equipment 167
Crude Oil and Water Treatment 156
Data Room Management and Rapid Asset Evaluation 120
Deepwater Drilling Design and Operations 102, 200
Deepwater Petroleum Systems: Fundamentals and
Applications 44, 201
Deepwater Reservoirs 38, 200
Deepwater Sedimentary Systems: Exploration and
Production 44, 201
Deepwater Seismic Interpretation 70, 201
Deepwater Well Project and Risk Management 102, 201
Design, Diagnosis and Optimization of Gas Lift Systems 135
Development Geology 21, 39
Dipmeter and Borehole Image Logging 87
Directional Drilling and Surveying 98
Drill Bits and Hydraulics 98
Exploration and Production Accounting - Level 2 192
Export System Operations 168
Failure Mode Effect Analysis Applied to Production
Operations 160, 177
Field Trip: Arid coastline carbonates and evaporites of
Abu Dhabi, UAE 45
Control Systems 167
Drilling Engineering 99
220 |
Dynamic Pressure Drilling 105
Field Trip: Characterisation and Petrel 3D Modelling
of Fluvio-Deltaic Sedimentary Architecture, Upper
Carboniferous: East Kentucky, USA 45
Field Trip: Delta-Slope-Turbidite Deposition and
Synsedimentary Deformation - County Clare, Ireland
46, 202
Field Trip: Depositional Environments from Slope
Aprons to Tropical Reefs - Tabernas & Sorbas Basins,
Spain 46, 202
Field Trip: Fluvial and Deltaic Architecture and Advanced
Modeling using Petrel - Utah / Colorado, USA 47
Field Trip: Foreland Basin Syntectonic Sedimentation:
Southern Pyrenees, Spain 47
Field Trip: Late Palaeozoic-Early Mesozoic
Sedimentation in S.W.Province, UK 48
Field Trip: Oligo-Miocene Carbonate Sedimentary
Models of Malta – Analogues for Cenozoic Reservoirs
Worldwide 48
Field Trip: Permian basin Floor Fan Systems of Karoo,
South Africa 49, 203
Visit NExTtraining.net/classes for the latest calendar or to register for a course.
TECHNICAL COURSE INDEX
Introduction to the Geology of Coalbed Methane 213
Field Trip: Practical Fracture Analysis of Clastic
Reservoirs with Petrel - Casper, Wyoming, USA 44
Horizontal Wells, Applications, Drilling, Completion,
Productivity and Surveillance 117
Field Trip: Reservoir-scale heterogeneity in Upper
Miocene Platforms of the Balearic Islands, Spain 49
Horizontal, Extended Reach and Multilateral Drilling 103
Introduction to Unconventional Reservoirs - Shale Gas
and Liquids Characterization and Production 212
HPHT Operational Awareness and Drilling Challenges 104, 203
IWCF Surface Well Control Certification 105
HSE in Exploration and Production 170
Knowledge Management 181
Hydraulic Control Panels 178
Low-Voltage Distribution Systems and Equipment 171
Hydraulic Fracture Treatment Design and Quality
Control 137
Maintenance 158
Field Trip: Syn-Rift Carbonate Platforms; MioceneRecent Gulf of Suez 50
Firefighting and Safety 168
First Time Leadership and Supervision 182
Fishing, Perforating and other Slickline Applications 136
Flare System Operations 168
Forecasting Production and Estimating Reserves in Low
Permeability Oil and Gas Reservoirs 121
Formation Damage and Mitigation 136
Formation Evaluation: Heriot-Watt University Program 84
Formation Testing: Wireline and LWD 117
Fractured Reservoir Characterization with Emphasis on
Carbonates 39
Full Life Cycle Fluid Evaluation - Downhole to
Laboratory 121, 140
Fundamentals of Field Development Planning 13, 20, 113
Fundamentals of Petroleum Geomechanics 99, 208
Hydraulic Fracturing 133
Maintenance and Reliability 158
Maintenance Cost Control 158
Instrumentation and Control Basics 170
Integrated 3D Reservoir Modeling Workshop 25, 50
Integrated Approach to Optimize the Economy of the
Asset Life Cycle 14
Integrated Production and Well Operations Modeling
Using a Physical Simulator 133
Integrated Reservoir Management 113
Maintenance Integrated Planning 158
Maintenance Management and Control Indicators 161
Mapping the Subsurface 50
Mastering Finance for Nonfinancial Oil and Gas
Personnel 13, 190
Microsoft Project for Oil and Gas 182
Integrated Resevoir Analysis 21, 84
Mud Logging - Surface Gas Measurement and Fluid
Characterization 51, 104
Integrated Wellbore and Reservoir Analysis: From Pore
to Well Test Scale 84
Mud Logging Operations 41, 100
Intermediate Petroleum Geomechanics 209
Multiphase Flow 161
MWD and LWD Tool Physics and Applications 88
Fundamentals of Reservoir Engineering 21, 112
Intermediate Production Logging and Reservoir
Monitoring 25, 88
Gas Processing and Conditioning 156, 169
International Business Communication Skills 184
Negotiation Skills for the Oil and Gas Industry 185
Gas Processing Operations 169
International Management Skills 185
New Advances in Well Test Interpretation 122
General Production Engineering 133
International Oil and Gas Exploitation Contracts 185
Nodal Analysis - Subsurface Operations 134
Generator Control 169
Introduction to Biostratigraphy 40
Nonseismic Geophysical Methods 68
Geological Assessment of Reservoir Seals and Pay 54
Introduction to Deepwater Rig Operations 99, 200
Offshore Drilling Operations 100
Geology of Clastic Reservoirs 40
Introduction to Drilling 12, 98
Offshore Facilities 156
Geomechanics Applications in Coal-Bed Methane 208, 213
Introduction to Finance and Accounting in Oil and Gas
10, 190
Oil and Gas Asset Management 14, 182
Introduction to Flow Assurance 133, 157, 170
Oil and Gas Reserves and Evaluation II 117
Introduction to Geology 13, 38
Oil Processing and Conditioning 171
Introduction to Geology Including Day Pyrenees
Field Trip 38
Oil Processing Operations 171
Geomechanics Applications in Heavy Oil 208, 213
Geomechanics Applications in Shale Gas 208, 214
Geostatistical Reservoir Modeling: Standard
Approaches and Best Practices 54
Global Tectonics and Geological Prospecting Tools for
Exploration 40
Introduction to Geophysics 12, 68
Natural Gas Reservoir Engineering 113
Oil and Gas Reserves and Evaluation I 113
Oilfield Corrosion Management 161, 178
Oilfield Water Management 137
Hazard and Operability 177
Introduction to Geoscience 11
HAZOP/HAZID and SIL 157, 177
Introduction to High Temperature ESP Applications 137
Openhole and Cased Hole Data Acquisition and
Interpretation 88
Health, Safety, and Environment in Exploration and
Production 13, 157
Introduction to HYSYS Software in Oil and Gas
Processing 157
Operations and Wellsite Geology 41
Heat Exchangers 169
Introduction to Petroleum Economics 12, 82, 190
Heavy Oil Exploitation 212
Introduction to Petrophysics 12
Heavy Oil Transportation and Processing 160, 177, 214
Introduction to Production Engineering 11, 132
High Gas/Oil Ratio Well Liquid Unloading 136
Introduction to Production Logging and Reservoir
Monitoring 82
High-Voltage Distribution Systems and Equipment 170
History Matching and Reservoir Optimization 120
Software
Technical courses that use software
Personal Breakthrough Impact 182
Petroleum Decision and Risk Analysis 22, 191
Petroleum Economics 22, 191
Petroleum Economics: Heriot-Watt University Program 193
Petroleum Exploration and Production 10
Introduction to Reservoir Engineering 11, 112
Petroleum Geology 41
Introduction to Surface Facilities 11, 156, 167
Petroleum Geoscience - Heriot-Watt University Program 41
Includes practical sessions
Field trips
Uses simulation
| 221
TECHNICAL COURSE INDEX
Reservoir Management and Monitoring 118
Structural Geology 52
Reservoir Monitoring Solutions Workshop 26, 91
Stuck Pipe and Fishing Operations 104
Stuck Pipe and Hole Cleaning 105
Petrophysics for Drilling Engineers 85, 100
Reservoir Optimization using Applied Oilfield Manager
(OFM) Software 114
Pipelines Operation and Maintenance 171
Reservoir Simulation - Heriott-Watt University Program 118
Piping and Pipeline Design, Maintenance and Operation 172
Resources and Reserves Evaluation 26, 122
Plant Turnaround Management (Programmed Plant
Shutdown) 161
Rig Awareness and Familiarization 98
Petroleum Systems and Exploration and Development
Geochemistry 51, 214
Petroleum Technology 10
Play-to-Prospect Exploration : Integrated Exploration
Techniques and workflows using Petrel E&P Software
Platform 51
Pore Pressure Prediction Methods 209
Portfolio Management 193
Power Generation Systems and Equipment 172
Powerful Technical Presentations 185
Practical AVO and Seismic Inversion with Petrel E&P
Software Platform 71
Practical Depth Conversion and Depth Imaging for the
Interpreter 71
Practical Directional Drilling and Surveying 104
Practical Seismic Attributes with Petrel E&P Software
Platform 71
Practical Seismic Interpretation with Petrel E&P
Software Platform 73
Risk, Uncertainty and Decisions in E&P Projects 25, 193
Rock Physics and Statistical Rock Physics for
Seismic Reservoir Characterization and Quantitative
Interpretation 72
Subsea Production Systems (SPS) and Subsea
Technologies 162
Subsurface Facies Analysis - Integrating Borehole
Images & Well Logs with Rock Physics and Seismic
Data to Develop Geologic Models 52
Subsurface-Surface Production Optimization 138, 162
Sucker Rod Pumps - Application Engineering 138
Supply Chain Strategy 186
Rotary Equipment Design and Operations 173
Surface Facility Production Operations 159
Rotating Electrical Systems and Equipment 173
Tendering and Technical Bidding 186
Rotating Equipment Operations and Maintenance 173
The Wellsite Coach 183
Rotating and Reciprocating Equipment Control and
Protection 179
Tool Physics of High Technology Imaging and Logging
Tools 88
Safety Systems 173
Tool Physics- Standard Logging Tools 86
Sand Control 138
Ultimate PMP ® Prep Boot Camp 183
Sedimentology and Depositional Environments of
Deepwater Deposits 52, 203
Unconventional Gas Reservoirs: Focus on Coalbed
Methane and Introduction to Shale and Tight Sand
Reservoirs 216
Seismic Acquisition and Processing 69
Seismic Attribute and Image Interpretation 72
Utilities Operations 174
Utilities: Design and Operations 159, 174
Practical Wireline Logging for Geoscientists 85
Seismic Geomechanics 209
Principles of Reservoir Engineering - Heriot-Watt
University Program 114
Seismic Interpretation Fundamentals 68
Valves Operation and Maintenance 175
Vessels 175
Problem Solving (RCA), 178
Seismic Interpretation Mapping with Petrel E&P
Software Platform 72
Process Control Systems 172
Seismic Petrophysics and Rock Properties 73
Water Treatment Operations 175
Process Safeguarding (Flare, ESD, Vent, Depressurizing,
Fire and Gas) 179
Seismic processing for interpreters and others 69
Waterflood Management 118
Seismic Stratigraphy 69
Waterflooding and Applied Reservoir Simulation 118
Process Variable Measurements & Control Equipment 172
Seismic Structural Interpretation 73
Well Control 101
Production Data Analysis: Shale Gas, Tight Gas and
Coal-Bed Methane 122, 140, 216
Selection, Operation and Maintenance of Pumps,
Compressors and Prime Movers 159
Well Design and Construction Engineering - HeriotWatt University Program 105
Production Forecasting and Reserves Estimates in
Unconventional Reservoirs with Workshop 215
Separation Process Operations 174
Well Integrity 92, 106
Sequence Stratigraphy: Principles and Applications 53
Well Placement Fundamentals 21, 86, 101
Shale Oil Fundamentals 214
Well Test Design and Analysis 114
Shale Plays Evaluation: Finding Production Sweet Spots
215
Workovers and Completions 134
Production Logging Solutions Workshop 26, 91
Production Systems (SPS) and Subsea Technologies 200
Production Technology: Heriot-Watt University Program 137
Project Management 22, 183
222 |
Risk and Reliability Engineering 159
Subsea Control Systems 179
Project Management for Team Members 10, 181
Shale Plays Production: Exploiting Production Sweet
Spots 216
Project Management Fundamentals 183
Siliciclastic Reservoirs in Fluvial to Shelf Transitions 42
Project Risk Analysis and Management 26, 187
Slickline Operations 134
Prospect Evaluation, Risks and Volumes 22, 42
Static Equipment Design and Operation 174
PVT Properties of Reservoir Fluids 114
Statistics and Petrophysics 86
Reliability for O&M 179
Strategic Project Management 187
Water Treatment 175
Well Testing Operations 119
Workovers and Completions 134
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SOFTWARE COURSE INDEX
Software
Technical courses that use software
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Field trips
Uses simulation
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SOFTWARE COURSE INDEX
Avocet
Avocet for Administrators 162
Avocet Integrated Asset Modeler Fundamentals 27,
123, 140, 163
GeoFrame Charisma Seismic Data Loading and Data
Management 147
GeoFrame Charisma Seismic Interpretation 74
GeoFrame CPS-3 Advanced Mapping and Volumetrics 63
Avocet Volumes Manager for End Users 163
GeoFrame CPS-3 Mapping Fundamentals 55, 74, 92
Avocet Workflow Manager - Level 1 164
GeoFrame Fundamentals 55, 74
Avocet Workflow Manager - Level 2 164
GeoFrame Geology Office 56
Drillbench
GeoFrame GeoViz Advanced Seismic Interpretation and
Visualization Techniques 78
Drillbench Dynamic Hydraulics and Temperature
Modeling Software106, 204
Drillbench Dynamic Well Control Modeling Software
106, 204
GeoFrame GeoViz Seismic Interpretation and
Visualization Techniques Fundamentals 75
GeoFrame GIS 76
Merak
Merak Capital Planning Fundamentals 195
Merak Enterprise Planning 196
Merak Peep Advanced 196
Merak Peep Decline Fundamentals 194
Merak Peep Fiscal Model Library Fundamentals 196
ECLIPSE
GeoFrame IESX Seismic Data Loading and Data
Management 148
ECLIPSE Applied Reservoir Simulation Fundamentals 123
MEPO Introduction 124
Merak Decision Tool Kit Fundamentals 194
GeoFrame IESX Gathers Seismic Workflow 76
ECLIPSE Advanced Topics 126
MEPO Advanced 27, 129
Merak Decision Tool Kit and Merak Peep Monte Carlo 29, 195
WELLFLO Underbalanced Hydraulics Modeling 107
FrontSim Streamline Reservoir Simulation 123
MEPO
GeoFrame IESX Seismic Interpretation 75
GeoFrame InDepth Conversion Software 77
GeoFrame Litho ToolKit Facies Classification 64, 94
Merak Peep Fundamentals 194
Merak Peep Fundamentals and Merak Peep Decline
Fundamentals Combined Course 16, 27, 194
Merak VOLTS Reserves Management Fundamentals 195
Ocean
GeoFrame Seismic Attribute ToolKit Workflow 75
Ocean Software Development Framework
Fundamentals for Petrel 153
GeoFrame Synthetics 79
Open Inventor .NET: 3D Visualization for Ocean 153
GeoX
OFM
GeoX Advanced Risk and Resource Assessment 63,
196
Diagnosis and Analysis of Shale Gas Wells using OFM 125,
142, 217
GeoX Basic Risk and Resource Assessment 55, 193
OFM Administration 124, 141
GeoX Prospect Assessment Concepts and Applications
57, 195
OFM Advanced Topics 129, 144
eSearch Administration 150
eSearch Fundamentals 147
InnerLogix
eSearch Intermediate 150
InnerLogix DQM Intermediate 148
FrontSim
InnerLogix DQM Solution Workshop 147
FrontSim Streamline Reservoir Simulation 123
INTERSECT
OFM Using Oil and Waterflood Examples
(Intermediate) 127, 143
GeoFrame
Introduction to INTERSECT 29, 126, 205
OFM Waterflood Analysis 127, 144
ECLIPSE Blackoil Reservoir Simulation 27, 123
ECLIPSE Compositional Simulation 126
ECLIPSE Equation of State and Pressure-TemperatureVolume 126
ECLIPSE Simulation of Naturally Fractured Reservoirs 128
ECLIPSE Thermal Reservoir Simulation 128, 217
eSearch
OFM Fundamentals Using Gas Operations Examples
15, 28, 124, 141
OFM Fundamentals Using Oil and Waterflood
Production Examples 16, 28, 124, 141
GeoFrame Administration 55, 147
224 |
Visit NExTtraining.net/classes for the latest calendar or to register for a course.
OLGA
Petrel Structural Modeling 30, 60
ProSource Seismic Fundamentals 149
OLGA Advanced Blowout Control 107, 205
Petrel Velocity Modeling 31, 61, 77
Studio
OLGA Advanced Flow Assurance 144, 165
Petrel Well Correlation 57, 92
Studio Manager 149
OLGA Flow Assurance 141, 163, 204
Petrel Well Deliverability 31, 143
Techlog
OLGA Well Dynamics 142, 163, 204
Petrel Well Design 28, 57, 106, 125
Techlog Advanced Analysis 64, 79, 95
Petrel
PetroMod
Techlog Borehole Image Interpretation 65, 95
Petrel Advanced Property Modeling 63, 94
Introduction to PetroMod 56
Techlog for Geologists 32, 65, 95
Petrel Advanced Wells 58, 93, 127
PetroMod Advanced Topics 64
Techlog Formation Evaluation 65, 95, 129
Petrel Assisted History Matching and Uncertainty
Analysis 31, 127
PetroMod Calibration Workflows for Petroleum
Systems Models 61
Techlog Formation Evaluation with Quanti.Elan 62, 94
Petrel Fracture Modeling 58
PetroMod Petroleum Systems Modeling for Shale Plays
62, 217
Petrel Fundamentals 15, 54, 74
Petrel Fundamentals and Petrel Geology Combined
Course 56
Petrel Geological Workflows and Uncertainty Analysis
32, 61, 78, 128
PetroMod Quantification of Uncertainty Analyses in
Petroleum Systems Modeling 64
Techlog Python 58, 93, 153
WELLFLO
WELLFLO Underbalanced Hydraulics Modeling 107
PetroMod Structural Analysis for Petroleum Systems
Modeling 62
PetroMod Version 11 to Release 2011.1/2012.1 Update 62
Petrel Geology 28, 57
Petrel Geophysics: Seismic Interpretation Workflow
Tools 76
Petrel Geophysics: Seismic Visualization and
Interpretation 75
Petrel Introduction to Structural and Fault Analysis
Module (RDR) 59
PIPESIM
PIPESIM Artificial Lift Design and Optimization 144, 205
PIPESIM Fundamentals 15, 125, 142, 164
PIPESIM Gas Field Production Operations 29, 142, 164
ProSource
Petrel Petroleum System-Based Play-to-Prospect
Exploration: Using Petrel Exploration Geology Software
for Integrated Evaluation of Petroleum Systems, Plays
and Prospects 59, 78, 205
ProSource Enterprise Advanced 150
Petrel Prestack Seismic Interpretation 77
ProSource Framework Fundamentals 148
Petrel Property Modeling 30, 60, 93
ProSource Front Office Administration 151
Petrel Proxy Modeling and Optimization 129
ProSource Front Office Fundamentals 16, 149
Petrel Reservoir Engineering 29, 125
ProSource Logs Advanced 151
Petrel Reservoir Geomechanics 58, 128, 209, 217
ProSource Logs Fundamentals 149
Petrel Seismic Well Tie 77
ProSource Seismic Advanced 151
Software
Techlog Fundamentals 15, 54, 92, 122
Technical courses that use software
ProSource Enterprise Fundamentals 148
ProSource Framework Advanced 150
Includes practical sessions
Field trips
Uses simulation
| 225
GEOLOGY FIELD TRIPS
Where do you want your classroom to be?
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With a carefully selected portfolio of practical, high-quality field trips
in the field. Learning by doing puts things into their proper scale, context,
covering relevant depositional and tectonic environments, NExT meets
and perspective. Examining first hand the results of time, weather, and
the needs of working geologists and petroleum engineers and the
tectonic forces allows geoscientists to gain greater insight into the
companies that rely on them to meet their goals.
formation of reservoirs.
226 |
NExT Catalog-2014(21.5x27.5).indd 226
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Software
Technical courses that use software
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Includes practical sessions
Field trips
Uses simulation
| 227
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