More than a Data Transfer Standard
Web 2.0 Technology, Mashups, and
infrastructures for Mass Collaboration
WORLD CLASS – through people, technology and dedication
© KONGSBERG March 22, 2016
1
Intellifield is now part of the Kongsberg Group
KONGSBERG March 22, 2016
2
Integrated Collaboration Environments (ICE)
ICE House
Work Process
Analysis and
Design
Real-Time
Data
and Facilities
© KONGSBERG March 22, 2016
People
3
Outline
 What is Web 2.0?
 What are Mashups?
 How can we use Web 2.0 technologies and Mashups for Mass
Collaboration to make Drilling and Production Operations safer
and more efficient?
 Kongsberg Intellifield Solutions
Best Data Application/Visualization Award
SiteCom/Discovery Real-Time Data Management and Visualization Suite
Best Data Management Solution Award
VISPO3D Software
© KONGSBERG March 22, 2016
4
Web 2.0
The phrase Web 2.0 refers to a perceived second generation of webbased communities and hosted services — such as social-networking
sites, wikis and folksonomies — which aim to facilitate
collaboration and sharing between users.
Although the term suggests a new version of the World Wide Web, it
does not refer to an update to Web technical specifications, but to
changes in the ways software developers and end-users use
the web as a platform.
According to Tim O'Reilly, "Web 2.0 is the business revolution in the
computer industry caused by the move to the internet as the
platform, and an attempt to understand the rules for success on
that new platform."
© KONGSBERG March 22, 2016
5
Web 2.0 Mashups
A mashup is a web application that
combines data from more than one
source into an integrated
experience.
Paul Rademacher's
housingmaps.com, which combines
Google Maps with Craigslist
apartment rental and home
purchase data to create an
interactive housing search tool, is
the pre-eminent example of such a
mashup.
© KONGSBERG March 22, 2016
6
Discovery Portal™
Discovery Portal combines data from LWD, drilling
instrumentation, MWD, weather, equipment monitoring,
to create an interactive tool for making rapid decisions
and to make oil and gas operations safer and more
efficient. It is the pre-eminent example of a mashup in
the oil and gas industry.
KONGSBERG March 22, 2016
7
Discovery Portal™
KONGSBERG March 22, 2016
8
Discovery Wells ™
 Gather data from
different wells, different
fields, different vendors,
in the same display,
track or transparent
 Alarms and warning on
any sensor
 Real-Time Composite
logs for rapid decision
making
New
© KONGSBERG March 22, 2016
Full WITSML 1.2 & 1.3 compatibility
9
Discovery Wells™
 Accesses all data via web
services
 Easy to extend with new
”widgets”
 Future Development is
being sponsored by
operators
– KI owns IP 100%
© KONGSBERG March 22, 2016
10
WITSML on the Rig Site

Single entry point for real-time
management of all data
generated on the rig

Data delivery system
–
–
Highly Secure data access

Applications can access realtime data from any location

Data entry for reporting
packages can be automated.

Rigsite vendors have access to
real-time data

Must allow numerous
simultaneous WITSML queries
every second
Allows Oil Company to take
ownership of the RAW data
immediately. (Before
massaging)

Single link to shore

Plug and Play
Applications in the office
Drilling System
Local buffer
Redundancy


Local Applications
Local access to data
Anchor
Weather
Mud Logging
SiteCom Rig
LWD/MWD
Cementing
Equipment monitoring
Where oil company owns the data
Optional
Redundant
SiteCom Rig
Rig Site
Applications on Internet
Company
Example – Enterprise Solution
SiteCom Rig
Rig 1
WITSML
Server
KSI
SiteCom Rig
Rig 2
WITSML Server
WITSML Server
SiteCom Rig
Rig 1
SiteCom Rig
Rig 2
WITSML Server
Petrophysics
WITSML Server
WITSML Server
Pore Pressure
Prediction
WITSML Server
Paradigm
SiteCom Rig
Rig 1
SiteCom Rig
Rig 2
© KONGSBERG March 22, 2016
SiteCom Rig
Rig 3
Data Transfer to
Partners
Smith International
12
SiteCom® Features
 Manages both time-indexed and depth-indexed
data in Real-Time. (All vendors, service
companies, vendors on the rig or platform)
 Fastest Insert, update, access speeds in the
industry
 Flexibility
–
–
–
–
WITSML Web Service interfaces
PRODML Web Service interfaces
OPC Data Access
OPC Historical Data Access
 Query for raw data and aggregated data
ODBC
– Average, Interpolated, Max, Min, Count, Standard
deviation, Variance, Sum, etc.
 Extremely fast data access time
– Get raw data and aggregated data from logs with
several 100K rows in a matter of milliseconds
 Lossless compression
– ½ GB five-sec data (60 sensors)  40MB
SiteCom
Curve
Data
(Real-time
Database)
Contextual
Data
(Oracle, or
any rel. DB)
 Easy to administer using standard backup tools
© KONGSBERG March 22, 2016
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Web 2.0 Data focused solutions
Every significant Web 2.0 internet application to date has been
backed by a specialized database:
Google's web crawl,
Yahoo!'s directory (and web crawl),
Amazon's database of products,
eBay's database of products and sellers,
MapQuest's map databases,
Napster's distributed song database.
Database management is a core competency of Web 2.0
companies, so much so that we have sometimes referred to
these applications as "infoware" rather than merely software.
© KONGSBERG March 22, 2016
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Discovery Web
KONGSBERG March 22, 2016
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Discovery Web
KONGSBERG March 22, 2016
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Predictive Analytics
Real-Time Predictive Analytics
solutions to deliver early,
actionable warning of
deteriorating equipmentperformance and operational
issues to the right people at the
right time.
This provides unprecedented
insights into the health of your
operations and critical rotating
and non-rotating equipment.
© KONGSBERG March 22, 2016
17
Vendor Neutral Multi-well Quality Control
and Reporting
© KONGSBERG March 22, 2016
18
Discovery File Transfer™
 Extremely simple data transfer
– Files can be transferred both to and from
rigs.
– Once the file has been transferred to the file
transfer system on the local network users
can turn off their laptop/PC
– The file transfer is handled by the SiteCom
systems on the rig and in the office.
 Automatic resume (to deal with network
outage during transfer of large files)
 Predefined categories + user definable
categories
– Easy to browse files
 Data compression
 Bandwidth throttling
 Encryption
 Web based easy to use user interface.
KONGSBERG March 22, 2016
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Discovery File Transfer™
KONGSBERG March 22, 2016
20
Vispo3D – 3D
Logistics management
Client:
ConocoPhillips
License:
Greater Ekofisk
Description:
3D visualization of the Greater
Ekofisk field that supports logistics
planning and operations.
Key benefits:



KONGSBERG March 22, 2016
Improved HSE
Optimized performance
Conflict resolution
21
Integrated Collaboration Environments (ICE)
Welcome to the
ICE House
Work Process
Real-Time
Data
and Facilities
© KONGSBERG March 22, 2016
People
22
Methodology for the design of
Integrated Collaboration Environments
Phase 1: Assessment
Phase 2a: Understanding of Current State
Project Definition
and Scope
Phas
e 1:
Feasi
Pha
bility
se
/Sco
Phase
2:
3:
ping
Desi
Q Q Q Q Q Q
4 1 2 3 4 1
No.
Implem
(December 2005
entatio
gn
January
n
2006)
(Janua
(May
ry
2006
2006 –Decem
May
ber
2006)
Priority
Type
Category
Addressed
20
10
Process
Syste
ms
47
21
17
Process/
Job
Lack
of
aware
ness
Inp
ut
J
22
12
Org
Syste
ms
50,
51,
52
Description of Disconnect
MIS-processed
allowances – completely
manual
Timecards not submitted
in timely fashion
German taxes issue: short
processing turnaround
- taxes incorrectly input
or calculated
- currency conversions
Impact of Disconnect
Allowances not paid or
incorrect – EE ethics
complaints
EE not paid or paid
incorrect – suspense
accounts --live check
problems – billing
problems
EE pays the taxes
incorrectly / rework
• RT Data Flow
RT Applications
RT Processes
• Roles and Responsibilities Physical Environment
Phase 2b: Design Processes, Data Management, and Physical Environment
1. Step
Function
1
Function
2
Function
3
Function
4
Function
5
P
A
R
I
S
2. Step
• Design Workshop
• Data QC
Automated WorkFlows
Web as the Platform
Phase 3: Implementation
Web Services
Facility Design
Cross-functional Work Processes
Phase 4: Operations
Vendor-neutral Process Implementation Planning
Task 1
Task 2
Task 3
Task 4
© KONGSBERG March 22, 2016
Continuous
Improvement
23
Kongsberg Intellifield
WORLD CLASS – through people, technology and dedication
WORLD CLASS – through people, technology and dedication
KONGSBERG March 22, 2016
24
Kongsberg Intellifield
•SiteCom and Discovery
•3D Visualization
•ICE facilities
•Work Process and Data Flow Analysis and Design
WORLD CLASS – through people, technology and dedication
WORLD CLASS – through people, technology and dedication
KONGSBERG March 22, 2016
25
Kongsberg SIM –
3D Visualization
Software development company providing:
3D visualization applications

Vispo3D (Visualization Portal)

Geo2000 (CBT for Geologists)

SIM Reservoir (Reservoir visualization)
3D software development tools

Coin3D (library for 3D graphics)

SIM Scenery (library for terrain visualization)

SIM Voleon (library for volume rendering)

SIM Reservoir (library for cell rendering)

SIM eCAD (library for CAD models)

Rational Reducer (polygon optimization software)
KONGSBERG March 22, 2016
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Vispo3D –
Modification projects
Client:
ConocoPhillips
License:
Greater Ekofisk
Description:
3D visualization of the Greater
Ekofisk field that supports planning
and operations of modifications
projects.
Key benefits:



KONGSBERG March 22, 2016
Improved HSE
Optimized performance
Conflict resolution
27
Vispo3D –
Offshore inspections
Client:
Total
License:
Frigg
Description:
3D viewer of the Frigg quarter
platform for planning, execution
and follow-up of maintenance
inspections.
Key benefits:



KONGSBERG March 22, 2016
Increased awareness
Optimized performance
Improved HSE
28
Vispo3D –
Reservoir Management
Client:
Statoil
Licenses:
Gullfaks, Kristin
Description:
3D viewer of reservoir models
for planning of well operations.
Key benefits:



KONGSBERG March 22, 2016
Improved understanding
Optimized production
Conflict resolution
29
Vispo3D –
Reservoir Management
Client:
Statoil
License:
Gullfaks
Description:
3D viewer of reservoir models
for planning of well operations.
Key benefits:



KONGSBERG March 22, 2016
Improved understanding
Increased awareness
Optimized performance
30
Geo2000 –
Snøhvit simulator
Client:
Statoil
License:
Snøhvit
Description:
3D viewer of the Snøhvit seabed
and Melkøya process plant for
planning of remote operations.
Key benefits:



KONGSBERG March 22, 2016
Improved understanding
Optimized performance
Improved HSE
31
SIMLA –
Pipe laying simulator
Client:
Norsk Hydro
License:
Ormen Lange
Description:
Pipe laying simulator for
planning the installation of
pipelines.
Partners:
Marintech, Ceetron
Key benefits:



KONGSBERG March 22, 2016
Optimized performance
Conflict resolution
Improved HSE
32
SIM Reservoir –
Reservoir visualization
Client:
Saudi-Aramco
Project:
Huge Reservoir visualization
Description:
3D viewer of huge reservoirs for
planning of well operations and
production optimization.
Key benefits:



KONGSBERG March 22, 2016
Improved understanding
Conflict resolution
Optimized performance
33
PRODML
 PRODuction xML. An emerging industry standard specification
for the exchange of Production data using XML.
 Benefits of highly instrumented fields for optimal operation
E-Fields, Fields of the Future, Smart Fields
 PRODML is focused on production optimization, hence the data
relates to product flows and properties within production
systems.
 Need appropriate IT infrastructure and data exchange
protocols. Rapid evolution of Information Technology (IT) in
the oil industry
PRODML addresses integration between software tools that are
used to turn raw production data into control actions
KONGSBERG March
KONGSBERG
March
22,
22,
2016
2016
34
34
Kongsberg PRODML deliverables
 Fully compliant PRODML server according to latest PRODML
specification. Based on SiteCom technology platform.
 Server verified with vendor software interactions through the
PRODML pilots (OSISoft, AspenTech, P2ES, Weatherford)
 With this server Kongsberg will have a basis for short
development cycles for added value service to support several
kinds of production optimization work flows
 OPC Data Access
 OPC Historical Data Access
KONGSBERG March
KONGSBERG
March
22,
22,
2016
2016
35
35
Fracs tracked using microseismic images
HARTS E&P S.C. Maxwell and T.I. Urbancic, ESG International,
Kingston, Ontario, Canada. N. Steinsberger, Devon
Energy, Fort Worth, Texas and R. Zinno,
Schlumberger, Houston, Texas.
© KONGSBERG March 22, 2016
37
The way we work
Our client teams, providing:
•objectivity to bring together the diverse views
and departmental interests
•a proven methodology for design and
implementation to achieve integration
•facilitation and project management expertise to
ensure ownership and readiness across functions
& disciplines
•access to industry best practices and lessons
learned from other Integrated Operations
engagements
•time to do your “day job.”
KONGSBERG March 22, 2016
38
Mass Collaboration
 Wikipedia is a web-based project for the creation of an up-to-date
real-time encyclopedia and is written collaboratively by volunteers
from all around the world. It’s articles can be edited by anyone with
access to the Internet, simply by clicking the edit this page link.
 Other Examples:
 2nd Life
 LINUX
 Banking XML
© KONGSBERG March 22, 2016
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Web 2.0 Web Services for Drilling
 A web service is a software
application that allows transfer of
data via the internet or that allows
access to other remote software
applications using an XML-based
language.
 WITSML is an XML standard
designed for the drilling
environment to allow transfer of
data for remote viewing or for
automated loading into software
applications used in real-time
decision-making.
© KONGSBERG March 22, 2016
40
Mass Collaboration for Drilling Decisions
 Mass Collaboration requires a
platform for interoperability
between people,software, and
systems from many different
Vendors, Decision Makers, and
Support Personnel in Real-Time
 Mass Collaboration requires
instant Access to all data on the
rig and in the office:
– For Viewing of Raw Data
– By Applications for automated
calculations
– For Viewing of Results data
© KONGSBERG March 22, 2016
41
Real-Time Drilling Data Management

Data gathering
–


Data delivery
–
Local buffer – NO DATA IS LOST
–
Redundancy
Data available instantly
–
–
–
–

Applications in the office
Service
company
Drilling System
Anchor
To all vendors on the rig
With Correct Permissions
To onshore centers
3rd party applications
Permanent infrastructure
–
–

Local Applications
Local access to data
From all vendors on the Rig
Operator Owned
Stays in place when switching vendors
on the rig
Weather
Mud Logging
Service comp
SiteCom Rig
SiteCom Central
Optional
Redundant
SiteCom Rig
Applications on Internet
LWD/MWD
Security
–
Encryption
–
–
Integrates with LDAP / Active Directory
Audit trails – who accesses the data?
Cementing
Other
© KONGSBERG March 22, 2016
Where oil company owns the data
Rig Site
Company
42
Example Hybrid Environment
Office
WITSML Applications
Discovery Wells, RMS Wellplan, Reporting,
Predict, IDS, Smith International etc.
Geosteering
Well planning, etc.
Data from
Rig source
Rigs
Halliburton - INSITE
Company WITSML
Server
SiteCom
OpenWire
OpenWorks
EDM
GeoFrame
Etc.
Baker - RigLink
Schlumberger - InterACT
Service Company
WITSML Servers
© KONGSBERG March 22, 2016
•
•
•
•
•
Company WITSML server used for sharing data
Workflow implementations
Two-way data flow
Data QC
Scales to the Enterprise
43
Discovery in Motion
Logistics management
Another Mashup
Client:
ConocoPhillips Norway
License:
Greater Ekofisk
Description:
3D visualization of the offshore
installations and vessels to
support logistics planning and
operations.
Mashup:






© KONGSBERG 22 March 2016
Weather data
GPS
Shipping schedules
Manifests
Crane operations
Alarming and Intelligent
Agents
44
What makes an application a Web 2.0 Application?
Definition that was developed at the first WEB 2.0 brainstorming session
Strategic Positioning
 The Web as the Platform (facilitated by WITSML)
User Positioning
 You Control your own data (SiteCom accepts data at the Source)
Core Competencies
 Services, not packaged software (Applications access data using SOAP messaging)
 Architecture of Participation (ANYONE with the correct authentication can participate)
 Cost Effective Scalability (.net platform is scalable to 1000s of wells and data sources)
 Remixable data source and data transformation (Vendor Neutral – Mix and Match)
 Software above the level of a single device (View data on rig, office, handheld, phone,
etc.)
 Harnessing Collective Intelligence (Experts can contribute Regardless of their location)
© KONGSBERG March 22, 2016
45
Kongsberg Intellifield provides solutions that integrate diverse
technologies, processes, and people to make oil and gas operations safer
and more efficient.
a lot of talk about Web 2.0, web mashups, Ajax etc., which in my mind are all
facets of the same phenomenon: that information and presentation are being
separated in ways that allow for novel forms of reuse.”
Sho Kuwamoto
WORLD CLASS – through people, technology and dedication
© KONGSBERG March 22, 2016
46
Automated Data QC
 Calculation engine that measures the quality of data based on
a set of business rules.
 Correction engine that intelligently corrects and syncs data
based on a set of business rules.
 Data viewing for discovering/exploring the available data
 Delta Views for comparing data across multiple data stores
from different service companies
 Ability to repair data - Automated or Manual by exception
 Ability to Synchronize the data
 Ability to do Advanced Data QC
© KONGSBERG March 22, 2016
47
Predictive Analytics
Real-Time Predictive Analytics
solutions to deliver early,
actionable warning of
deteriorating equipmentperformance and operational
issues to the right people at the
right time.
This provides unprecedented
insights into the health of your
operations and critical rotating
and non-rotating equipment.
© KONGSBERG March 22, 2016
48
Automated Daily Drilling Reports
Gather data required for
completing daily operations.
Automatic population of these
forms saves time and money and
allows a focus on operations
rather than on paperwork.
© KONGSBERG March 22, 2016
49
Real-Time Rules Engine
Combines real-time reasoning
technologies, including rules,
workflows, procedures, object
modeling, simulation, and graphics,
in a single development and
deployment environment.
Transforms data into automated
decisions and actions in real-time
Works with existing operational
systems, including SiteCom,
enterprise systems, databases,
automation systems, data historians,
network management systems,
telemetry systems, and many more.
© KONGSBERG March 22, 2016
Real-Time Operations Rules
Drilling
Logging
Well
Operations
Logging
Drilling Business rules platform that
transforms operational data into smarter
decisions and automated actions, all in real
time.
50
Knowledge Access at all levels in Real-Time
 Executive View
–
–
–
–
KPI’s
Drilling Status of all rigs globally
Non-Productive Time analysis in real-time
Consistent real-time data management across all assets
 Business Unit View
– Predictive Analytics
– Monitoring of Service Company Performance
– Trending Analysis of performance
 Drilling Engineer View
–
–
–
–
–
Real-Time Petrophysics
Real-Time Drilling Optimization
Real-Time Pore Pressure and Wellbore Stability
Automated Daily Report Generation
Automated Decisions based on Drilling Rules Engine
 Service Companies and Partners
– Easy access to required data in real-time
–
© KONGSBERG March 22, 2016
51
Theory behind Mass Collaboration
Wikipedia Analogy
 Wikipedia is a web-based project for the creation of an up-to-date
real-time encyclopedia and is written collaboratively by volunteers
from all around the world. It’s articles can be edited by anyone with
access to the Internet, simply by clicking the edit this page link.
 SiteCom is a web-based platform for the creation of an up-to-date
real-time drilling decision making environment. Raw data, quality
controlled data, and results of advanced calculations are provided
collaboratively by professionals from all around the world. These
professionals can be in the field, in the asset team, associated with
supporting vendors or partners, or by anyone with access to the
Internet, with the correct user identification credentials.
© KONGSBERG March 22, 2016
52
Simple workflows using Web Services
Onshore Geoscientist using
Petrel, Paradigm, Openworks
Driller
LWD
Mudlogger
What is the current well
depth, lithology, WOB, SW ?
Are we on target?
© KONGSBERG March 22, 2016
53
SiteCom
Replaces and/or interfaces with many current
unconnected legacy systems:
•Mudlog data transfer
•Drilling data (EDR) data transfer
•LWD data transfer
•Flat file data transfer
•Integrated Viewing tools
Allows instant access to all data for decision makers
And allows simple transfer of all data to partners.
Data Access is an order of magnitude
faster than other systems.
Vendor Neutral – Permanent Platform
© KONGSBERG March 22, 2016
54
Discovery Portal™ Driling state Indicator
 Complete operations overview
 Shows location and status of
all active wells
“Your operations at a glance!”
 Well site status indicators
 Status indicators driven by
“smart agents” (company
collected knowledge working
on real time data streams)
 Collaboration and decision
making tool for multiple
operations
 A “company wide” event,
alarm and response system
for all drilling data
 Assigned resources are
automatically alerted about
problems, anywhere
 WITSML compliant
© KONGSBERG March 22, 2016
“It’s like real-time Google Earth for
operators and rig owners.”
55
Mass Collaboration Platform
Visualization and Decision Making
WORLD CLASS – through people, technology and dedication
© KONGSBERG March 22, 2016
56
What makes an application a Web 2.0 Application?
Definition that was developed at the first WEB 2.0 brainstorming session
 The Web as the Platform
 You Control your own data
 Services, not packaged software
 Architecture of Participation
 Cost Effective Scalability
 Remixable data source and data transformation
 Software above the level of a single device
 Harnessing Collective Intelligence
© KONGSBERG March 22, 2016
57
Proprietary Intelligence
The Landscape
Drilling Recorder
Geosteering
Well planning, etc.
Overview Portals,
alarms.
Govt Agencies,
Univerisities, Research
groups
Geophysical and
Petrophysical
applications.
LWD
Mudlogging
Pore Pressure Prediction
Hydraulics and Drilling
optimization.
Cementing
Other, weather, anchors, etc.
Geophysical and
Petrophysical
applications.
Reporting and
Visualization Packages
There are multiple Vendors
and data sources on the rigs
and many diverse personnel
and applications requiring
the data in real-time or near
real-time
Remote Control of
Drilling, logging, LWD,
mudlogging, etc.
Decsion and
Collaboration Centers
3D visualization –
Potential areas of use
 Drilling & Well construction
– Geosteering
– Directional drilling
– Completion
 Reservoir & Production management
– Reservoir management
– Production & Injection planning
– Process control & optimization
 Operation & Maintenance
–
–
–
–
–
–
Monitoring & Process control
Maintenance & Inspections
Modifications
Logistics
Training (CBT)
HSE
KONGSBERG March 22, 2016
59
Methodology for the design of
Integrated Collaboration Environments
Phase 1: Assessment
Phase 2a: Understanding of Current State
Project Definition
and Scope
Phas
e 1:
Feasi
Pha
bility
se
/Sco
Phase
2:
3:
ping
Desi
Q Q Q Q Q Q
4 1 2 3 4 1
No.
Implem
(December 2005
entatio
gn
January
n
2006)
(Janua
(May
ry
2006
2006 –Decem
May
ber
2006)
• Data Flow
Applications
• Roles and Responsibilities
Priority
Type
Category
Addressed
20
10
Process
Syste
ms
47
21
17
Process/
Job
Lack
of
aware
ness
Inp
ut
J
22
12
Org
Syste
ms
50,
51,
52
Description of Disconnect
MIS-processed
allowances – completely
manual
Timecards not submitted
in timely fashion
German taxes issue: short
processing turnaround
- taxes incorrectly input
or calculated
- currency conversions
Impact of Disconnect
Allowances not paid or
incorrect – EE ethics
complaints
EE not paid or paid
incorrect – suspense
accounts --live check
problems – billing
problems
EE pays the taxes
incorrectly / rework
Processes
Phase 2b: Design Processes, Data Management, and Physical Environment
1. Step
Function
1
Function
2
Function
3
Function
4
Function
5
P
A
R
I
S
2. Step
• Design Workshop
• Data QC
Automated WorkFlows
Web as the Platform
Phase 3: Implementation
Web Services
Cross-functional Work Processes
Phase 4: Operations
Process Implementation Planning
Task 1
Task 2
Task 3
Task 4
© KONGSBERG March 22, 2016
Continuous
Improvement
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