Technology Development and Innovation 03 04 Wood Group Kenny An introduction to Wood Group Kenny Leadership in key technology areas Wood Group Kenny capabilities 05 Meet our technology development team Background/roles of our technology development team members 06/07 Technology development Our expertise and capabilities 08/09 Our JIP portfolio Past and present/new initiatives 10/11 Our JIP expertise Project highlights 12/13 Case studies Our technology development applied to projects 14/15 Technical Papers & Conferences Recent papers & industry events Design by Lighthouse www.lighthousethinking.com Introduction The largest independent subsea, pipeline and riser engineering company in the world, delivering life-cycle engineering technology, project management, integrity management and renewable energy solutions for energy projects from concept through operation and abandonment. J P Kenny, MCS Kenny and MSi Kenny provide integrated services for the engineering design and project management of subsea facilities, pipelines, risers and marine renewable energy developments worldwide. WGIM provides all-of-asset integrity assurance founded on its extensive materials engineering capability, service life prediction experience and inspection management skills. SgurrEnergy provides engineering consultancy services specialising in offshore renewable energy projects. At Wood Group Kenny, we offer a multi-disciplinary team that can deliver your project from concept through to detail design, commissioning, operation and abandonment. With over thirty years experience in the energy industry, our approximately 2000 people deliver engineering, project management and asset management services across 20 offices worldwide. Through our professional and experienced staff, we provide engineering technology solutions, project and asset management capability, and operations support to projects. These services are backed by an extensive suite of specialist software for pipeline and riser design; mooring design; flow assurance and Su Renew bsea abl es Eng & in Pr o n sig T D e s ea er Ris Sub & ec A hn dva olo nce gy d Through our focus on technology, the organisation continuously improves its core competencies as it tackles the growing challenges of subsea and floating production developments worldwide, working in the most challenging and hostile environments from ultra-deepwater to the Arctic. A defining factor for Wood Group Kenny is our commitment to the development and application of state-of-the-art design, analysis and engineering techniques while remaining independent of proprietary equipment and solutions. ProFlow ce A ss s O e& n nc tio ra isa su ptim gn , esi gement D a g n rin Ma ee e c t j production optimisation; project management; asset integrity management and wind energy assessment. En nag gi em ne e eri nt ng Wood Group Kenny comprises five sister companies: J P Kenny, MCS Kenny, MSi Kenny, Wood Group Integrity Management (WGIM) and SgurrEnergy. a yMs t i l gr ia Inte ater &M 03 04 Leadership Leadership in key technology areas... Innovation and technology development are key differentiators by which Wood Group Kenny has distinguished its expertise in subsea engineering. Our focus on technology has the potential to bring significant value to the projects we deliver, enabled by the expertise we have developed in key challenge areas. • New Subsea and Pipeline Concepts • New Riser Concepts • Renewable Energy Concepts • Integrity Management Solutions • Deepwater • Pipeline Stability • Arctic • HPHT • Sour Service • CO2 • LNG • Power & Processing • Cryogenics • Renewable Energy Challenges 05 Structure www.woodgroupkenny.com Meet our technology development team... Wood Group Kenny’s vision for your company is not driven by technology. It is driven by talented people and enabled by technology to produce practical solutions. Wood Group Kenny has a global team of Technology and Innovation leaders that believe it makes more sense to consider the end users, to think about the people who will implement and use these new technologies and deliver practical solutions they value and respect. Ian Irvine: Technical Director, SgurrEnergy Originally a co-founder of SgurrEnergy, Ian Irvine as Technical Director is responsible for a wide range of renewable energy technologies, ranging from small hydro schemes and stand-alone wind diesel schemes to some of the world’s largest wind farms, providing expert advice to both developers and financiers. Dr Dale Erickson: Vice President (Technology), MSi Kenny Dale Erickson currently serves as the Vice President (Technology) and Engineering Authority for the MSi Kenny Group. He has over 25 years experience in the development and application of mathematical models for oil and gas operations, with expertise in the development of real-time transient, multiphase flow simulation leak detection systems and control/optimisation software for platforms and pipelines. David Olsen: Global Innovation Manager, WGIM David Olsen is responsible for global innovation technology development and continuous improvement across Wood Group Integrity Management (WGIM). He has experience through various past roles with companies such as BHP Billiton and Rio Tinto. Michael Lane: Head of Engineering (Software Division), MCS Kenny Michael Lane as Head of Engineering Software has been closely involved in the evolution of the MCS Kenny Offshore Software Suite. Michael is responsible for overseeing the future direction of the existing range of products, and for the identification and development of new software solutions. Colin McKinnon: Technical Director, J P Kenny Colin McKinnon is responsible for the J P Kenny technical development program and application of new technology such as trenching equipment, pipe lay vessels, deepwater structures, wavehub, HT/HP pipelines, LNG pipelines. He has thirty years experience of offshore and onshore pipeline project management, engineering, procurement, construction and operations. Kieran Kavanagh: Group Technology Director, Wood Group Kenny As Group Technology Director, Kieran Kavanagh is responsible for technology development across the Wood Group Kenny Companies. With over 25 years experience in offshore and marine engineering, specialising in riser and subsea engineering, Kieran is responsible for the strategic growth of Wood Group Kenny’s Technology business. 06 Expertise Technology development and expertise... Wood Group Kenny is at the forefront of subsea engineering technology, developing the concepts, capabilities and tools to support our projects, developing new industry standards and delivering focused joint industry projects (JIPs) that provide solutions to our clients. Our commitment to innovation underpins our capability to deliver engineering excellence as the industry moves into more challenging environments. Our track record of industry firsts in the field of technology is testament to our success in delivering real value to our clients. Flexible Pipe Bend Stiffener Assembly Structural Analysis (Image reproduced courtesy of Prysmian Cables and Systems) www.woodgroupkenny.com 07 Expertise Our capabilities... Subsea & Pipelines Risers Flow Assurance We have led the industry in the application of limit state design techniques, pipe-in-pipe systems, pipeline stability, HPHT and a host of pipeline analytical techniques. We have a reputation for executing large offshore pipeline projects, but we also provide a comprehensive consultancy service delivered to suit our client requirements in terms of work scope, global location and schedule. Our design capability and expertise extends across the full range of riser solutions, enabled by a suite of world leading proprietary analysis and design software tools. Our flow assurance capabilities covers the entire upstream process, from the formation (reservoir) to the production processing facilities. Wood Group Kenny provides flow assurance consulting services for all stages of greenfield and brownfield developments. Our competence and experience in riser system engineering enables us to provide engineering, delivery management and consultancy services from concept through execution, delivery and operation. Our expertise: • Flowline Design • Cost Estimating • Materials Engineering • Controls systems and umbilical support • Systems integration • Flow assurance. Our expertise: • Flexible Riser Design • Steel Catenary Riser Design • Hybrid Riser Design • Top Tensioner Riser (TTR) Design • Integrated Riser Mooring - Vessel Design. To find out more, visit: www.jpkenny.com To find out more, visit: www.mcskenny.com Our expertise: • Feasibility studies • Conceptual design • Pre-FEED • Hook-up and commissioning • Operating guideline development • De-bottlenecking • Asset expansion and abandonment. To find out more, visit: www.msikenny.com “ Integrity Management Offshore Renewables Our clients are as diverse as the projects that we work on. We work with government agencies, multinational resource companies, energy majors, marine operators and defence organisations. Clients reap the benefits of fit for purpose/relevant solutions and advice. We have consulted on over 34,000MW of renewable energy in over 20 countries covering both project development and due diligence. Our expertise: • Subsea • Manufacturing • Pipelines • Mining • Topsides • Civil • Structures • Marine • Plant & Process. To find out more, visit: www.wgim.com Our expertise: • Wind • Hydro • Bio-energy • Wave & tidal • Solar • Micro-generation • Project management • Noise & vibration. To find out more, visit: www.jpkenny.com www.sgurrenergy.com Wood Group Kenny has a long history of practical and value adding technical innovation that we use to overcome industry challenges such as waxy products, HT/HP fluids, deepwater and arctic environments. We maintain a global network of technical specialists who share knowledge on how to overcome these challenges and seek to constantly evolve our technical capabilities. Colin McKinnon Technical Director J P Kenny ” 08 JIP portfolio 1994 1995 1996 1997 1998 1999 2000 2001 2002 2003 20 Flexible Pipe Ancillary Equipment JIP: Developing a standard ISO specification for ancillary equipment (bend stiffeners, restrictors, bellmouths etc) for unbonded flexible pipe. Flexible Pipe Technology (FPT) 17J/RP 17B: Developing revisions to API Spec 17J & API RP 17B, the industry Specification and RP for Unbonded Flexible Pipes. Project led by MCS Kenny and supported by 10 companies, including operators, manufacturers, and regulators, to develop a framework for the ‘Inspection and Condition Management of Flexible Pipe.’ Integrated Design, Risers & Moorings JIP: Led by MCS Kenny and NDE. Supported by 20 participants. Flexible Pipe Integrity Management JIP: Led by MCS Kenny (supported by 10 companies). Developed a framework for the inspection and condition management of flexible pipe. Pipelay JIP: Has been developed by MCS K Contractors, Petrobras, Saipem the problems associated with d Insulation of Buoyancy Spec (InSpec) JIP: InSpec brought together 19 participants (Operators, Suppliers & Contractors) to develop an industry standard specification and recommended practice of such systems. API 16Q: A joint industry initiative objective to update the API RP 16Q stress criteria. Delivering value to multiple clients through Joint Industry Projects... Technology Development is the driving force behind the solutions that Wood Group Kenny provides to the energy sector. We have a long association with technology development and JIPs, playing a key role in investigating new technologies, developing new capabilities and software tools, and introducing best practice through new industry standards and guidelines. Flexible Pipe Technology Drilling Risers Integrated Design: Risers & Moorings Riser & Mooring Technology Riser Design Insulation & Buoyancy Guidelines www.woodgroupkenny.com 004 2005 2006 JIP portfolio 2007 2008 2009 2010 2011 2012 2013 2014 Thermoplastic Composite Riser (TCR) JIP: Assessment/testing of Airborne TCR for hydrocarbon riser service. Sponsored by over 20 operators & contractors. Flexible Pipe Technology (FPT) JIP Spec 17J/RP 17B: Partnered with an ISO/API Task group, investigating development of updated ISO specification and RP for unbounded flexible pipe. Sponsored by over 20 contractors & manufactures. Slug Loading and Response in Pipelines (SLARP) JIP: Developing best practice for analysis of slug loading on pipelines, spools and risers. Participants include BP, ExxonMobil, Total, Technip, Wellstream, Saipem and Petrobras. Kenny in collaboration with Allseas, Heerema Marine m and Technip to provide a state-of-the-art solution to deepwater pipeline installation analysis. Riser Code of Practice ISO-13628-12 (API RP2RD) JIP: Development of updated riser code of practice as new ISO document. Sponsored by 11 oil companies, contractors and US regulators. Spirally Welded Pipelines JIP: Design guide and analysis techniques for spirally welded pipelines. Participants include ExxonMobil, Chevron, Total, Arcelor Mittal, JFE and Corinth. Real Life JIP: Supported by 10 companies, delivered a fatigue analysis methodology for flexible pipes. Flexible Pipe Fatigue (Thru Life) JIP: Led to the development of a software created with the aim of allowing operators and/or regulatory authorities to see at-a-glance, the exact integrity status of a subsea system, showing evidence of fitness for on-going use or allowing planning for repair or replacement. Subsea Integrity Management JIP (SURFIM): Subsea integrity management guidelines and methods. Participants include BP, Chevron, Total, Woodside, Hess, BG, Maersk, Shell, BHBP and Petrobras. Worldwide Approximation of Current Profile (WACUP) JIP: Assessment of effect on riser design of the methods used for design current prediction. Steel Catenary Riser (SCR) Integrity Management JIP: Supported by 20 participants. Pipe stability (STABLEpipe) JIP: Phase 1 (definition phase) ran from May 2008 - Jan 2010. Phase 2 (laboratory and experimental phase) commenced Feb 2010 and will run until the end of 2011. Phase 3 is to commence Jan 2012 and will involve field monitoring and further work. Offshore Renewables - CORES: Motions & mooring analysis and testing of new concept wave energy device European Union 7th Framework. Integrity Management Pipeline Design & Installation Metocean Renewables 09 To find out more, visit: www.woodgroupkenny.com 10 JIP expertise Our JIP expertise... Running joint industry projects has always been, and will continue to be, a key part of our strategy. Continuous improvement in design methodology and technology development is important to Wood Group Kenny, and doing this through JIPs is an effective means to achieve measurable success in partnership with the industry. www.woodgroupkenny.com JIP expertise Current JIPs... Subsea Integrity Management (SURFIM) JIP A subsea umbilical risers and flowlines integrity management (SURFIM) joint industry project is being undertaken to organise and develop a systematic approach to Integrity Management of subsea systems. Duration: 12-18 months Cost: Total approximate project cost - $600,000 Helically Wound Pipe (HWP) JIP Slug Loading and Response in Pipelines (SLARP) JIP This Helically Wound Pipe JIP offers to provide a thorough insight into the state of the art in this technology used in onshore applications and guidance for its imminent deployment. This JIP will perform a state of the art review of slug turbulence loading and response analysis models. It will develop industry best-practice guidelines for their assessment. Duration: 12 months Cost: Total approximate project cost - $240,000 Duration: 13 months, commenced 3rd Quarter, 2010 Cost: Total approximate project cost - $480,000 Participation fee: $30,000 Participation fee: $68,500 Participation fee: $60,000 JIP Partnership: WGIM/MCS Kenny Members: BP, Chevron, Total, BG, Hess, Woodside, Maersk, Petrobras, Shell and BHP Billiton Key Benefits: • The innovative nature of this project is to develop for the first time, a systematic approach to Integrity Management of subsea systems • The JIP will provide a detailed insight into the mechanisms that lead to failure in SURF components, something that is not provided in current industry databases • The JIP will also survey current technologies for the monitoring and inspection of subsea systems and technology gaps will be identified to highlight key areas where technology development is required • Industry guidelines will also be produced to define the best practice approach for development of integrity management strategy using available technologies. JIP Partnership: MCS Kenny/ J P Kenny JIP Partnership: MCS Kenny/ MSi Kenny Participating Manufacturers: Pipestream, SPS Members: ExxonMobil, BP, Total, Wellstream, Saipem, Technip and Petrobras Key Benefits: • >30% total installed cost savings, reduced carbon footprint • Potential of combining a 3D pipe mechanical structure which is intrinsically crack growth resistant with a corrosion resistant liner • It optimises the materials, mechanical and chemical properties of the pipe relatively new with no industry wide consensus or guideline on their implementation. Key Benefits: • Increased safety through better understanding of slug loading Opex savings from reduced risk of shutdown, intervention or replacement due to unanticipated slug or turbulence-induced events • Capex-savings through better understanding and quantification of slug loading on pipelines, risers, pipeline spools, clamps, connectors and other ancillary equipment. “ JIPs have always been a primary way of keeping our technical edge, offering multiple clients a solution to technical problems and development of our own expertise to solve them. Kieran Kavanagh Group Technology Director Wood Group Kenny ” For further information or to join any of these initiatives, contact: Kieran.Kavanagh@woodgroupkenny.com Pipelines in Ice-Gouge Environments (ICEGOUGE) JIP One of the key engineering challenges for offshore pipelines in ice environments relates to the interaction of an ice feature with the seabed, known as an ice-gouge event, and the corresponding load effects. Current engineering tools require a more extensive and systematic approach to calibrate and validate the numerical models used. Duration: 36months, Kick-off Quarter Four Cost: Total approximate project cost - $2,100,000 Participation fee: $70,000 per annum JIP Partnership: Wood Group Kenny, Det Norske Veritas, Memorial University, Newfoundland Key Benefits: • Leverage of Wood Group/ MUN research test program focused on ice gouging in sand valued at US$0.65million • Leverage the outcomes of the DNV ICEPIPE JIP • Physical and Mechanical testing program in clay to provide qualified test data. 11 12 Case studies Case studies... With 20 offices across the globe, Wood Group Kenny brings a wealth of experience in delivering technology projects to the energy industry. These selected case studies highlight the specialist expertise within Wood Group Kenny, displaying the latest materials and engineering techniques. Photo © GlobalSantaFe/Transocean Subsea & Pipelines Risers Drilling Riser Management VSAS (North West Shelf, Africa) Flexible Armour Wire Buckling OPTIMA Software Vertical Strategic Anchoring System (VSAS) In regions where the continental shelf drops off rapidly in to deepwater, like that of the North West Shelf (NWS), challenges have been found in crossing the steeply sloping region where around 200m scarp heights are typically encountered. Historically the use of deep trenching equipment to reduce the influence of the scarp height has been favoured but at great cost to a project. These challenges led to J P Kenny developing the Vertical Strategic Anchoring System (VSAS) enabling the development of marginal deepwater oil and gas fields that would otherwise not be selected for investment as they would fail to meet the economic criteria for development. Designed to anchor and stabilise pipelines crossing steep sea bed slopes the VSAS design provides the means for the buoyant pipeline section between the two anchor locations to remain stable and maintain its position above the seabed. The combination of the strategic anchoring system, deepwater location, high quality SCR type welding, mitigation of geohazards, and the assurance of multiphase flow make the VSAS a highly original unique innovation for J P Kenny clients. To find out more, visit www.jpkenny.com Flexible Armour Wire Compression Buckling The installation flexible risers in deepwater can exert severe compressive and bending loads on the cross section of the structure. Reverse end cap effects can cause individual tensile armour wires to buckle and deform leading to either birdcaging or circumferential disorganisation. These deformation modes are traditionally difficult to predict and complex to analyse. The emergence of this issue as a potential failure mode lead MCS Kenny to develop analytical prediction methods for the numerical evaluation of this phenomenon. The solution is based on detailed 3D FEA modelling accounting for all layers of the flexible pipe from the internal carcass to the external sheath with stick/slip and interlocking contact occurring under applied load. This is part of a suite of tools and analytical techniques developed for the detailed modelling and analysis of flexible pipes and umbilicals. It provides clients with analytical assurance when planning and replicating full scale Deep Immersion Pressure (DIP) tests. To find out more, visit www.mcskenny.com Software Solutions With exploration and development drilling occurring in deeper waters and more challenging environments, safe and efficient management of drilling riser operations and the optimisation of drilling uptime are crucial to the success of offshore drilling programs. To address these challenges, MCS Kenny partnered with Fugro Structural Monitoring to develop an on-board riser management software system for planning and monitoring operations with drilling and intervention risers. Called Optima™, the solution has been supplied for use on a fleet of 6th generation deepwater semi-submersible drilling vessels. The Optima™ system allows personnel on-board the vessels to plan a broad range of riser operations offshore using measured or forecast metocean data, eliminating the conservatism in office-based operations planning and providing the potential for significantly increased uptime. The system provides continuously-updated operational guidance by acquiring data in realtime from a range of vessel systems and using this information as input to real-time simulations of riser operations. The Optima™ system also tracks the usage history and fatigue exposure of individual riser components, allowing the drilling contractor to implement a conditionbased maintenance and inspection program. Optima™ is now the most comprehensive and capable riser management solution available in the industry and has been deployed on over 20 mobile offshore drilling units, light well intervention vessels and floating production facilities, operating in all of the major deepwater arenas worldwide. To find out more, visit www.mcskenny.com www.woodgroupkenny.com Case studies “ We provide modelling software and services that ensure our clients can operate their production and distribution pipeline networks and facilities in a reliable and cost effective manner. ” Dr. Dale Erickson Vice President (Technology), MSi Kenny Offshore Renewables Tidal Turbine Wake Modelling Flow Assurance Integrity Management Shell (Alaminos Canyon, Gulf of Mexico) Total E&P UK (North Sea, UK) Perdido Transient Engineering Simulator Pipeline Integrity Management Tidal Turbine Wake Modelling Perdido, the world’s deepest production spar, located in the Alaminos Canyon of the Gulf of Mexico, is one of the foremost examples of a subsea production development. The key to preventing overdesign and reducing uncertainty in understanding these innovative production system designs is high-fidelity integrated field modelling. Total E&P UK operates a network of approximately 1,200 kilometres of pipelines in the UK sector of the North Sea. Total manage the integrity of the pipeline network and subsea assets using a risk based philosophy. J P Kenny Renewables are currently investigating and developing an approach to predict tidal array energy yield. This study is being undertaken with actual device data and input from device suppliers. The study will specifically consider the effects of wake and shielding to demonstrate the capability to undertake complex analysis related to the optimisation of an array. By undertaking this study, J P Kenny will further develop the necessary competencies to enable more accurate yield prediction for tidal farms. The simulation system MSi Kenny developed enabled Shell to gain confidence in its operation of the Perdido system and train operators well in advance of actual field startup. The ability to carry such simulators on a laptop helps to minimize maintenance costs and enable the system to be adapted after production startup for use as surveillance tool as field conditions deviate from initial estimates. WGIM were awarded a contract to develop a new pipeline integrity management system (PIMS), using our in house developed proprietary NEXUS IC software product to manage asset and anomaly data; and to determine the risk to the pipelines and schedule inspection campaigns. This has enabled Total E&P UK to manage and maintain the integrity of their entire network of pipelines/subsea assets in a proactive and cost effective manner consistent with international best practice. By using innovative modelling techniques, MSi Kenny was able to deliver on the high-fidelity requirements of a subsea pipeline simulation package, and the speed, flexibility and robust operation required of an engineering simulation tool in one integrated package. The Perdido Transient Engineering Simulator, functioning as both a stand-alone simulator as well as the physics package of an operator training system, has provided value as a tool to validate operational procedures and for operator training prior to facility startup and will continue to provide value throughout the life of the facility. By managing the risk and associated inspections of their assets, expenditure can be optimised and life extension programs implemented. To find out more, visit www.msikenny.com “ The significant benefits of this project are the capability of modelling and analysing wake and shielding associated with tidal devices within an array. Knowledge of the key factors influencing wake and shielding and an ability to quantify these effects on an individual turbine or an array. The ability to apply an approach to accurately predict energy yield from tidal devices within an array. J P Kenny Renewables hope to be able to complement existing skills in the optimisation of turbine arrays. To find out more, visit www.wgim.com To find out more, visit www.jpkenny.com We pride ourselves on being a leading renewable energy consultancy, advocating new technologies and their application in wind measurement. This allows us to play a leading role in the development of cutting edge Lidar technology. ” Ian Irvine Technical Director, SgurrEnergy 13 14 Reference Technical Papers The following publications are a selection of recent Wood Group Kenny technical papers from industry conferences Pipelines & Subsea Jukes, P., Kenny, S., Panapaitiya, U., Eltaher, A., and Jafri, S., ‘Arctic and Harsh Environment Pipeline Trenching Technologies and Challenges’, Paper 22083, Arctic OTC, Houston, February 2011. Antonio C. Caraballo, Oil and Pipelines Agency - Katherine Patino, J P Kenny Limited - Kamran Nikbin, Department of Mechanical Engineering, Imperial College and Feargal Brennan, Offshore, Process and Energy Engineering Department, Cranfield University, Cranfield, “Process and Structural Integrity Considerations during the Conversion of Pipelines to Transport “Captured” CO2”, OPT 2011, Amsterdam. Zhiwei Huang, Raymond Chan, and Colin McKinnon - J P Kenny Limited, “Prediction and Mitigation of Walking of Flowlines on Soft Soils and Sloping Seabeds”, SUT Global Buckling Symposium - February 2011, Perth, West Australia. Emil Maschner, Colin McKinnon and Basel Abdalla - J P Kenny Limited ,“Experiences and Learning Applied to Current Global Buckling Analyses “ SUT Global Buckling Symposium – February 2011, Perth, West Australia. C. Spradbery - Wood Group Kenny Ltd, “Design and Engineering of the Wave Hub Project”, 3rd International Conference on Ocean Energy, 6 October, Bilbao. Aravind Nair, MCS Kenny, Christian Chauvet, MSi Kenny, Alan Whooley, MCS Kenny, Ayman Eltaher, MCS Kenny, Paul Jukes, MCS Kenny, Inc “Flow Induced Forces on Multi-Planar Rigid Jumper Systems”, OMAE 2011-50225, OMAE Amsterdam. Thomas Versavel, Eoin Burke, MCS Kenny, “Hybrid Riser Design Jumper Design Methods, Challenges and Solutions”, OTC 2011, Houston. Flow Assurance M.A. Mutaz Daas, SPE, and T.S. Golczynski, SPE, Multiphase Solutions Kenny Inc.; and A.A.O. Magalhães, SPE, E.C. Bastos, SPE, and P.A. Ferreira, SPE, “ Downhole Chemical injection through gas lift lines: options and consequences”, OTC Offshore, Brasil, 2011. M.A. Mutaz Daas, “Computational Fluid Dynamics for Enhanced Environment Protection and Water Management”, SPE London Young Professionals Technical Blast 2010. Golczynski T., Sanford E. A., Alapti R., Lee, J., ‘Successful LDHI Qualification for Produced Fluids in a Flexible Riser at 10F’, Paper 20189, Offshore Technology Conference (OTC), Houston, Texas, USA, May 2009. Integrity Management Patrick Rabindran, Hande Cote, Ian George Winning - Wood Group Integrity Management, “Integrity Management Approach to Reuse of Oil and Gas Pipelines for CO2 Transportation”, London. Pipeline Technology Conference 2011 - Hannover 4-5 April 2011. Mills, A. “Integrity management of Flexible Risers and Flowlines”, presented at the Life-Cycle of Flexible Risers and Flowlines course for the Society for Underwater Technology (SUT), Kuala Lumpur, 27-28 April 2010. Colin McKinnon, IPC2010 - 31254, “Code Compliance of a New Metallic Composite Pipeline”, 8th International Pipeline Conference September 27 - October 1, 2010, Calgary, Alberta, Canada. Kennedy, R. and Maslen, C. “Failure Modes of Flexible Pipe” presented at The Life-Cycle of Flexible Risers and Flowlines course for the Society for Underwater Technology (SUT), Perth, Western Australia, 20-21 April 2010. Yunxiao Nick Wang, Emil A Maschner, Rob Hayes - ASME 2010 29th International Conference on Ocean, OMAE2010-20784,” A global migration risk to partially constrained long pipelines subject to localised thermal gradient cycles Offshore and Arctic Engineering”, OMAE2010 June 6-11, 2010, Shanghai, China. Strong, G. and Kennedy, R. “Integrity Management of Flexible Risers and Flowlines” presented at the Life-Cycle of Flexible Risers and Flowlines course for the Society for Underwater Technology (SUT), Perth, Western Australia, 20-21 April 2010. Nair, A., Kadiyala, R., Whooley, A., “Vortex Induced Vibration (VIV) Analysis of Multi-planar Rigid Jumpers - New Methodology,” DOT, Amsterdam, 2010. Botto, A.; Hull, M.; and Kavanagh, K. “Managing the Integrity of Flexible Pipe Field Systems: Industry Guidelines and their Application.”, OTC Paper No. 20835. Proceedings of the 2010 Offshore Technology Conference. Houston, Texas, USA; 3-6 May 2010. Risers Renewables Kavanagh, K., ‘New ISO 13628 -12 Code of Practice for Floating Production Risers and its Implications for Gulf of Mexico Riser Design’, Deep Offshore Technology International (DOT), Houston, Texas, USA, February 2010. Clive, P.J.M , “Remote sensing standards - their current status and significance for offshore projects” EWEA 2011. O’Sullivan, M. ‘Meeting the Future Challenges of Flexible Pipe Technology - Advances in Industry Standards’ Paper 20027, Offshore Technology Conference (OTC), Houston, Texas, USA, May 2009. Clive, P.J.M, Direct Measurement of wind turbine wakes using remote sensing” EWEA 2011. Patrick O’Brien, Wood Group Kenny; Chris Overton, Wood Group Integrity Management (WGIM); John Picksley, MCS Kenny, Keith Anderson, MCS Kenny, Ian MacLeod, WGIM; and Euan Meldrum, Oil and Gas UK, “Outcomes from the SureFlex Joint Industry Project – An International Initiative on Flexible Pipe Integrity Assurance”, OTC21524, OTC 2011 Houston. Clive, P.J.M , “Getting it right pre-construction” EWEA 2011. Clive, P.J.M, “2nd generation Lidar techniques in complex forrested terrain”, EWEA 2011. Clive, P.J.M, “ Assessing wind tubine power performance using remote oddington, R, “ Understanding Wind Turbine Performance for Asset Productivity and Longevity”. See us at... OTC (Offshore Technical Conference) Houston, Texas Subsea Tieback Forum San Antonio, Texas OMAE (Offshore Mechanics and Arctic Engineering) Conference Rotterdam, Netherlands DOT (Deep Offshore Technology) New Orleans, USA All Energy Aberdeen, UK Subsea UK Aberdeen, UK AOG (Australia Oil and Gas) Perth, Australia Renewables UK - Offshore Wind Liverpool, UK EWEA (European Wind Energy Association) Amsterdam, Netherlands For the chance to meet us and find out more, visit us at: www.woodgroupkenny.com © Copyright 2011 MCS Kenny t: +353 91 481254 e: Kieran.Kavanagh@woodgroupkenny.com www.woodgroupkenny.com Renewables Oil & Gas Subsea Projects t: +44 1784 417200 e: Colin.McKinnon@ jpkenny.com www.jpkenny.com t: + 353 91 481210 e: Michael.Lane@ mcskenny.com www.mcskenny.com All of Facility Integrity Management t: +1 281 646 1515 e: Dale.Erickson@ msikenny.com www.msikenny.com t: +61 8 6314 2400 e: David.Olsen@ wgim.com www.wgim.com t: +44 1784 417200 e: Tim.OSullivan@ jpkenny.com www.jpkenny.com t: +44 141 2271700 e: Ian.Irvine@ sgurrenergy.com www.sgurrenergy.com