Jee Course Brochure 09

Worldwide 2009

Pipeline, riser and subsea engineering courses

www.jee.co.uk

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Welcome

People are a company’s biggest asset and knowledgeable, skilled people who excel at their jobs are essential to the growth and success of any business. At Jee we are proud to deliver high-quality pipeline, riser and subsea engineering training courses worldwide. Our range of courses deliver skills and knowledge that can be implemented immediately in the workplace, helping companies and individuals reach their full potential. Training and self development is at the heart of Jee and we will continue to write and deliver exceptional courses that meet the industry’s evolving learning and development requirements. I hope you find a course to suit your needs but if you can’t, or if you have suggestions for new courses you would like Jee to run, please email me directly on [email protected]. I’d be happy to hear from you.

Trevor Jee Managing Director, Jee Limited

Trevor Jee

Contents Welcome . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3 About Jee . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 4 About our courses . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 5 Training paths . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 6 Public courses . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 8 In-company courses . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 9 Course tutors . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 10 Introduction to the oil and gas industry . . . . . . . . . . . . . . . . . . . . 12 Overview of subsea pipelines . . . . . . . . . . . . . . . . . . . . . . . . . . . . 13 Overview of subsea systems . . . . . . . . . . . . . . . . . . . . . . . . . . . . 14 Overview of risers, umbilicals and flexibles . . . . . . . . . . . . . . . . . 15 Design of subsea pipelines - Part 1 . . . . . . . . . . . . . . . . . . . . . . . 16 Design of subsea pipelines - Part 2 . . . . . . . . . . . . . . . . . . . . . . . 17 Construction of subsea pipelines . . . . . . . . . . . . . . . . . . . . . . . . . 18 Installation calculations for subsea pipelines . . . . . . . . . . . . . . . . 19 Integrity management of subsea pipelines – Part 1 . . . . . . . . . . . 20 Integrity management of subsea pipelines – Part 2 . . . . . . . . . . . 21 How to book . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 22

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About Jee

We are an independent firm of consultants providing high-calibre pipeline, riser and subsea engineering and training services to the oil and gas industry. Established in 1988, we have provided professional training since 1995 and continue to develop new and existing courses to meet the learning requirements of our clients.

Courses with a difference Our courses are the very best in the subsea arena because they are written and delivered by our own specialist, chartered engineers. We know what people need to do their jobs, because they are our jobs too. Each course is written from the bottom up and consistently teaches each subject in a structured and logical order. Our engineers spend 90% of their time working on subsea projects and bring fresh experience direct to every course they teach.

Investing in people is at the heart of our business We are proud to be an Investor in People and to achieve the highest accolade of ‘excellent practice’ for the training and development of our own staff. We truly understand what is required to improve a company through its people and this standard is built into every course we write and deliver for our clients.

Quality assured

Thorough, professional and engaging training. Excellent! Lee Cunningham, Flexibles Team Leader, Woodside Energy Ltd

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We are certified by Lloyd’s Register to ISO 9001:2000 for the provision of pipeline engineering services and training for the oil and gas industry. Our courses undergo the same rigorous quality checks as our engineering work, guaranteeing excellence in training delivery every time.

The material is very well presented and the course notes are a valuable take-away resource. James Holborn, Facilities Engineer, Chevron Australia Pty Ltd

About our courses

Training tools Our courses are structured to provide a classroom environment that stimulates learning and aids retention. Here is how we do it: Course content Courses are written by our own practising, chartered engineers bringing years of specialist expertise and the latest industry developments straight to the classroom. Course structure Courses are written in modules and structured with regular breaks to keep delegates fresh throughout the day. Teaching style Tutors use group discussions, worked examples and question and answer sessions to stimulate thinking. Videos Videos and animations are used to show the real-life application of technology, materials and processes. Samples A range of material and equipment samples are a popular addition to courses, allowing delegates to touch, feel and understand their use in industry. Training apparatus Bespoke training equipment is used to replicate the subsea environment, helping delegates to visualise effects of external conditions on pipelines, such as pressure. Course notes Full colour course notes provide comprehensive study packs during the course as well as useful reference material when back in the office.

Jee’s course notes

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Training paths

Understanding our courses Foundation courses provide breadth and depth of knowledge. Practitioner courses impart skills and deepen knowledge further. Attendance at all of our courses will build an all-encompassing knowledge and skill set in subsea engineering.

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A great introduction to subsea pipeline applications – I look forward to coming back for the design and integrity courses. Christian Winterfield, Pipeline Integrity Engineer, Santos Limited

Our courses are written to develop subsea engineering knowledge and skill at all levels. Benefits for delegates Further your career, attend all our courses and become an expert in subsea engineering Define your career, attend one of our courses to find out if specialising in a particular field is for you High-quality training is available throughout your career, as the industry develops, so do our courses Benefits for organisations Consistently high standards of training for your entire subsea team, from office administrators to graduate and senior engineers Regular courses held worldwide make it easier to meet global competency targets Defined learning outcomes easily identify courses to meet training requirements

Example training paths followed by Jee delegates Our courses provide a structured framework for delegates to tailor their learning and development throughout their career, building breadth and depth of knowledge and skill as they progress through their chosen training path.

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The course is all I expected it to be. I am highly impressed and motivated towards gaining more knowledge from Jee. Emeruwa Iheanyichukwu, Project Engineer, Shell Petroleum Development Company of Nigeria Ltd

Public courses

We understand it can be difficult to schedule time out of the office, so our range of public courses regularly run in all the major oil and gas centres around the world, making it easy to find a course to suit your diary. Benefits of public courses: Access specialist training around the world, wherever you are based Suitable for individuals or small group bookings Ideal for delegates who prefer the ‘out of office’ learning environment A valuable opportunity to network with your peers and share lessons learned Course dates are scheduled in line with our recommended training paths to help continuous learning Public course locations include: Aberdeen Abu Dhabi Kuala Lumpur Houston Perth Find out about new locations at www.jee.co.uk Turn to pages 12 - 21 for full details of the courses on offer. Use our online course finder to search for a course by subject, location, level or date.

Jee’s public course locations

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The customisation of Jee’s standard courses to meet our exact requirements was quite simple. The dedicated in-house course delivered by Jee was a huge success. Richard Noordermeer, Senior Department Manager, Gusto B.V.

In-company courses

If you have a team of people to train, an in-company course is ideal. We will run the course of your choice, at a date and location to suit you. You can choose from our standard courses or create your own bespoke course, tailored to your team or company’s learning requirements. Benefits of in-company courses: You control what, where and when your team learns Schedule your training programmes around projects or recruitment schedules Achieve cost-savings via group rates Minimise delegate travel time and expenses Maximise productivity by bringing everyone’s skill set up to the same level in one go Boost employee morale and improve team bonding Group discussions and Q and A sessions can be focussed on specific project issues relating to your company

Build your own course online at www.jee.co.uk

Ease the administration burden – one set of paperwork not twenty! Plus, you are assigned your own personal course co-ordinator taking the hassle out of organising a course Our courses are written in modules, making it easy for you to tailor a programme to suit your needs. Standard courses Choose a course from our existing programme and we’ll deliver it at a location and date of your choice. Customised courses Choose a standard course and we can adapt it in length, content and emphasis to suit your particular requirements. New courses Can’t see what you want? We can write a course for you. We have extensive experience in developing new courses for clients and we will work with you to assess your training needs and develop a programme to meet them. Turn to pages 12 – 21 for full details of the courses on offer. Use our online builder to create your own course.

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Course tutors

Our courses are written and delivered by Jee’s own chartered engineers, bringing valuable project experience straight to the classroom. Our tutors are world-renowned for their proven abilities to teach specialist knowledge in an engaging learning environment.

Managing Director Trevor Jee MA CEng FIMechE Trevor is the Managing Director of Jee and an engineer with nearly 30 years’ experience worldwide in pipeline, riser and subsea engineering, spanning design, construction and operations. During that time, he has built up particular niche skills in fishing interaction, the use of mechanical connectors in pipelines, and lifetime extension. He retains an active role in developing, promoting and delivering Jee’s courses.

Technical Director Mike Hawkins BTech (Hons) CEng FIMechE Mike is the Technical Director at Jee and has 25 years’ experience in the design, construction and operation of pipelines. He has particular expertise in conceptual and detailed design of pipeline and rigid riser systems, computer analysis of fluid, mechanical, structural, soils and thermal problems, upheaval and lateral buckling, analysis of freespans, vortex-induced vibrations and fatigue assessment, risk and reliability analysis, finite element analysis and trawl gear interaction with pipelines.

Engineering Manager Jonathan Franklin BEng (Hons) CEng MIMechE Trevor Jee

Mike Hawkins

Jonathan Franklin

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Jonathan is the Engineering Manager at Jee and has nearly fifteen years’ experience of pipeline engineering studies and project work in the oil and gas industry. He has particular expertise in pipeline span assessment, remnant life assessment, onshore pipeline design assessments, subsea LNG pipelines, failure investigation, pipeline integrity management, subsea insulation systems, defect assessment and deep and ultra-deepwater pipeline design.

The tutor’s expertise and professionalism is of outstanding value Course delegate, Design of subsea pipelines, Aberdeen September 2008

Head of Analysis Martin East BSc (Hons) MSc CEng MIMechE Martin is the Head of Analysis at Jee and has over 20 years’ experience in design and analysis. His experience spans a wide range of structures and engineering problems including limit-state design of HP/HT pipelines; upheaval buckling analysis of trenched and buried pipelines; riser and spoolpiece design and bottom roughness analysis; hydrodynamic effects of helical strakes on a riser and the effect of strake pitch and profile on performance for a helical strake.

Civil and Construction Specialist Alan G Knowles BSc (Hons) CEng MICE Eur Ing Alan has over 25 years’ experience in the design and construction of offshore pipelines and landfalls. He has particular expertise in installation methods for subsea lines for hydrocarbon developments, design and specification of onshore and offshore pipelines, soil assessment for pipeline trenching, burial and pile design, calculations for coated pipelines with regard to stability and thermal insulation and subsea pipe bundles.

Principal Engineer Dr Phil Medlicott BSc PhD CEng MIMechE Phil has nearly 20 years’ experience in pipeline engineering studies for the oil and gas industry. He has particular expertise in FEED studies, pipeline piggability studies, pipeline stability analysis, trawl gear interaction with pipelines, verification, design and cost studies of alternative subsea pipeline and umbilical schemes and determining suitability of mechanical connectors for S and J-lay. Martin East

Alan G Knowles

Dr Phil Medlicott

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A good high level overview of the industry. Steven George, Financial Controller, First Subsea Ltd

Introduction to the oil and gas industry Level: Foundation Duration: 1 day

Purpose of this course Gain a complete overview to the oil and gas industry from its origin, exploration methods and production processes to commercial trends. Benefits for delegates You will understand how the industry operates and how your company fits into the bigger picture. You will gain an awareness of the market drivers and commercial trends and get to grips with industry terms and jargon. Benefits for employers Fast-track new starters’ knowledge of the oil and gas industry, your company and their role within it. Employees will be familiar with industry terms and gain confidence applying them in their job, integrating easily with more knowledgeable team members. Who this course is for Anyone working in the oil and gas industry who needs an appreciation of the industry or wants to update their industry knowledge, including: Graduate engineers Engineers entering the oil and gas industry Conversion engineers Operational and technical support staff Administrators and personal assistants Sales and marketing personnel Managing directors Buyers and contract personnel Recommended follow on course: Overview of subsea pipelines

Course content Hydrocarbon formation Origin of oil and gas, Products generated, Alkanes, cyclo-alkanes and aromatics, Migration of petroleum, Typical composition of crude, Accumulation in traps – anti-clines, faults and salt domes, Location of major offshore fields Exploration methods Geological field mapping, Geophysical prospecting, Magnetic, gravity and seismic surveys, Exploratory drilling – onshore and offshore, Oil recovery and enhanced oil recovery – gas, water, chemical and air injection, Hydrocarbon recovery, Hydrocarbon production Onshore production wells, Offshore platforms and floating facilities, Offshore production drilling, Subsea equipment, Field layouts and terminology, Trees and manifolds

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Transportation systems Installation methods for flowlines and trunklines, Flexible and rigid risers, Existing infrastructure – typical developments, Decommissioning Gas treatment and uses Natural gas terminals and processing, LNG production, Gas distribution network, Power generation Refining process Refining crude oil – distillation, Cracking and blending, Petroleum products Commercial trends History of hydrocarbon abstraction and use, Major influences on industry, Politics of oil, Consumption trends and reserves, Price fluctuations in oil, New areas of production

Take away from this course Full colour, bound printed notes for use as reference material throughout your career in the oil and gas industry • Electronic copy of course on CD • Valuable peer networking experiences

This course should be an industry prerequisite. The comprehensive nature of the material reduces the development time for a new recruit to subsea pipelines by years. Peter Dixon, Mechanical Engineer, Weatherford Pipeline & Speciality Services

Overview of subsea pipelines Level: Foundation Duration: 3 days

Purpose of this course Attain a complete overview to the lifecycle of subsea pipeline engineering, from pipeline design and construction to operation. Benefits for delegates You will understand the processes and issues involved with designing, laying and operating subsea pipelines. You will become familiar with industry terms and build confidence in applying them day-to-day. Benefits for employers Team members will gain a thorough overview to all aspects of subsea pipeline engineering, seeing the industry from different perspectives, their role within it and how to relate to suppliers and customers. Understanding the complete lifecycle of subsea pipelines will bring breadth of knowledge and confidence to those in new roles or taking on new projects. Who this course is for Graduate engineers Engineers entering the oil and gas industry or moving into the subsea arena Managers and supervisors taking on new subsea teams Technical specialists and engineers from manufacturer and supplier companies Sales and marketing personnel Support staff such as buyers, administrators and human resources personnel Recommended follow on courses: Overview of subsea systems Overview of risers, umbilicals and flexibles

Course content Field layouts Configurations and equipment, Water and gas injection, Manifolds and flexible risers, Pigging loops and umbilicals Route selection Survey techniques, Soil types and properties, Routing of pipelines Pipe manufacture Rigid steel pipe, Flexible pipe Pipe sizing Pipeline diameter, Wall thickness determination, Buckles and axial expansion Materials Strength selection, Corrosion resistance, Clad and lined pipe

External coatings Corrosion control, On-bottom stability, Thermal insulation, Pipe-in-pipe Design methods Risk and limit states, Selection of safety factors, DNV OS-F101, HP/HT and HIPPS, Fishing interaction, Dropped objects

Tie-ins, spools and risers Flanges and hubs, Diver and diverless connection methods, Rigid riser installation and equipment – slung from jacket, J-tubes, SCR, TTR and hybrid, Flexible riser installation – flexible manufacture, static analysis, lazy and steep wave, S and compliant configuration

Common work Construction surveys, Pipelay initiation, Seabed preparation, Welding – stick, TIG, MIG, STT, SAW, Flaw detection (NDT)

Introduction to integrity Pipeline integrity management systems (PIMS), Responsibilities and safety, Changes in operational conditions

Installation methods S-lay, J-lay, Reel-lay, Bundles and towed methods, Flexibles and umbilicals

Flow assurance Routine operations, Operational controls, Hydrates and wax, Corrosion and erosion, Turn down, Pigging and additives

Construction support Landfalls, Trenching and burial, Rock dump, Mattress installation, Precommissioning

Pipeline inspection Philosophy, Risk-based approach, Inspection plan, Scheduling, Internal inspection methods, External inspection equipment, Exposure and spans, Wall defect assessment, Remedial works (clamps, mattresses, stabilisation) Modification and repair Isolation methods, Hot taps and tie-ins, Mechanical connectors, Hyperbaric welding, Damage repairs, Decommissioning Take away from this course • Full colour, bound printed notes – Over 600 pages of detailed information presented in two volumes • Electronic copy of course on CD • Valuable peer networking experiences

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An excellent overall picture of subsea development. Azwan Shaharun, Process Engineer, Technip Oceania Pty Ltd

Overview of subsea systems Level: Foundation Duration: 3 days

Purpose of this course Attain a comprehensive overview of subsea systems and the latest industry developments. Benefits for delegates You will gain a complete understanding of subsea systems and how everything fits together. You will learn about the equipment and processes used for subsea operations and gain an understanding of the market drivers and issues affecting subsea production. Benefits for employers Team members will broaden their know-how of subsea engineering, helping them to work on a range of subsea projects with confidence. They will see how the latest technology has shaped the industry and will get to grips with the terminology. Who this course is for Graduate engineers Engineers entering the oil and gas industry or moving into the subsea arena Subsea and pipeline engineers Design engineers Subsea process engineers Engineering team managers, leaders and supervisors Technical specialists and engineers from manufacturer and supplier companies Recommended follow on courses: Overview of subsea pipelines Overview of risers, umbilicals and flexibles

Course content History of subsea production Early onshore developments, Offshore developments, Subsea developments, Deepwater drivers and technologies, The future for subsea Drilling and completing a subsea well Drilling equipment, Drilling processes, Completion types, Completion processes Subsea configurations Templates, Clusters, Daisy chains, Satellites Subsea production control equipment Christmas trees, Control modules, Choke valves, Manifolds Subsea processing equipment Steady-state and transient flow, Why use subsea processing?, Subsea multiphase meters, Subsea separators, Subsea pumps, Subsea compressors, Subsea water reinjection, Current developments

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Structural design of subsea equipment Template types, Template design, Template installation, Protection structures, Corrosion protection Installation and commissioning of subsea equipment Installation methods, Seabed preparation, Factory acceptance testing, Integration testing, Commissioning Subsea intervention systems Diverless repair systems, Diverless tie-in systems, ROV intervention, AUV capabilities Workover Workover vessels, Wireline workovers, Coiled tubing workovers Abandonment of subsea developments International and national regulations, History of subsea decommissioning, Well abandonment process, Subsea structure removal

Take away from this course • Full colour, bound printed notes – Over 350 pages of detailed information presented in one volume • Electronic copy of course on CD • Valuable peer networking experiences

I would recommend this course to other team members. A good general overview of risers, umbilicals and flexibles and well delivered. Paul Broadbent, Subsea Controls Engineer, Chevron Upstream Europe

Overview of risers, umbilicals and flexibles Level: Foundation Duration: 3 days

Purpose of this course Attain a comprehensive knowledge of risers, umbilicals and flexibles. Benefits for delegates You will gain a thorough understanding of the different types of risers, umbilicals and flexibles and how they operate within the subsea environment. You will learn about design, installation and operational considerations, building your knowledge for current and future projects. Benefits for employers Team members will gain an insight into the latest developments in riser systems and understand their suitability for different applications. They will broaden their knowledge of subsea engineering, and see the bigger picture of subsea projects. Who this course is for Graduate engineers Engineers entering the oil and gas industry or moving into the subsea arena Subsea and pipeline engineers Riser engineers Design engineers Subsea process engineers Engineering team managers, leaders and supervisors Technical specialists and engineers from manufacturer and supplier companies Recommended follow on courses: Overview of subsea systems Overview of subsea pipelines

Course content Riser types and uses Types of riser, Selection of risers for different applications Bonded hoses Types and uses, Configuration of offloading systems, Manufacture of bonded hoses, Deployment, operation, monitoring and rotation of hoses Flexibles Comparison of configurations and influences on selection, Design of flexible flowlines, Design of flexible risers, Flexible riser components, Manufacture and testing of flexibles Umbilicals Types and uses, Functions, Materials selection, Cross-section design, Fittings, Manufacture

Flexible and umbilical installation Storage and loadout, Flexible flowline and umbilical installation, Riser installation, Commissioning Rigid riser design Design approaches: allowable stress and limit state, Diameter and wall thickness sizing, Design for fatigue Steel catenary risers Design of SCRs, Seabed interaction, Walking, Manufacture and fabrication, Installation

Damage assessment, inspection and monitoring Damage assessment, Inspection techniques, Inspection costs, Monitoring systems Take away from this course • Full colour, bound printed notes – Over 500 pages of detailed information presented in two volumes • Electronic copy of course on CD • Valuable peer networking experiences

Top-tensioned risers Components of TTRs, Design and analysis of production TTRs, Design and analysis of temporary TTRs, Installation of TTRs Hybrid risers Types of hybrid riser, Generic design, Fabrication and installation

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The tutor showed a great deal of ability to simply explain complicated areas of engineering, to assist in giving a good overall knowledge of design requirements. Stefan Claveria, Engineer, Atteris Pty Ltd

Design of subsea pipelines – Part 1 Level: Practitioner Duration: 3 days

Purpose of this course Gain a technical introduction to subsea pipeline design and understand the engineering principles and codes applied. Benefits for delegates You will learn about subsea pipeline design and understand why subsea pipelines are made the way they are. You will carry out design calculations and learn about the codes they follow. You will keep abreast of industry developments and new technologies. Benefits for employers Calculation exercises reinforce team members’ understanding of the latest codes and how to apply them to design projects. They will gain the knowledge they need to question design contractors’ output or apply it to their own projects. Who this course is for Anyone with responsibility for design calculations, including: Pipeline and subsea engineers Design engineers Mechanical engineers Facilities engineers Flow assurance engineers Subsea pipeline specialists Project managers Engineering managers, leaders and supervisors Recommended follow on courses: Design of subsea pipelines – Part 2 Construction of subsea pipelines Integrity management of subsea pipelines – Part 1

Course content Pipeline routing Rules of routing, Route survey, Alignment sheets, Route planning exercise Diameter sizing Sizing for flow, Fluid properties, Flow fundamentals, Single phase flow, Diameter sizing exercise Thermal design and insulation Thermal profile analysis, Cooldown during shut-in, Insulation issues, Insulation systems, Application of insulation, Operational problems in deep water, Case studies, Insulation thickness exercise Materials specification Linepipe codes, Material properties, Specification for different services, Materials selection exercise

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Corrosion Principles of internal and external corrosion, Anti-corrosion coatings, Chemical methods, Cathodic protection, Anode design, Anode design exercise Design for strength Design principles, Bursting, Collapse, Buckling and combined stresses, Strain‑based design, Wall thickness exercise End expansion and spool pieces Thermal expansion, Forces, strain and stress, Geotechnical considerations, Accommodation of expansion, Spool bend and lift, End expansion exercise On-bottom stability Review of fundamentals, Oceanography and geotechnical design, Hydrodynamic loads, Soil resistance, Stability analysis methods, Computational fluid dynamics, Stability prediction exercise

Bottom roughness and intervention Seabed profile, Bottom roughness analysis, Design for spanning, Intervention methods Exercises and worked examples on: Route planning, Diameter sizing, Insulation thickness, Materials selection, Anode design, Wall thickness, End expansion, Stability prediction Take away from this course • Full colour, bound printed notes – Over 700 pages of detailed information presented in two volumes • E xercise book containing comprehensive solutions to all exercises in MathCAD format • Electronic copy of course on CD • Valuable peer networking experiences

This course is the best way to understand some of the more complex design problems in the industry. Dane McNally, Senior Project Engineer, Neptune Marine Services

Design of subsea pipelines - Part 2 Level: Practitioner Duration: 4 days

Purpose of this course Gain an in-depth understanding of the complex design issues affecting deepwater subsea pipelines and risers. Benefits for delegates You will gain knowledge and engineering skills to identify and manage complex design challenges of subsea pipelines in deepwater, high pressure and high temperature environments. You will discover how your peers manage their pipelines, sharing valuable lessons learned. Benefits for employers Team members can identify and understand design issues affecting deepwater subsea pipelines and understand how to apply the correct codes of practice. They will carry out design calculations and take away worked examples for use in future projects. Who this course is for Anyone with responsibility for design calculations, including: Pipeline and subsea engineers Design engineers Mechanical engineers Facilities engineers Subsea pipeline specialists Pipeline managers Project managers Engineering team managers, leaders and supervisors Plus anyone who has attended Design of subsea pipelines – Part 1 Recommended follow on courses: Construction of subsea pipelines Integrity management of subsea pipelines – Part 1

Course content HIPPS Purpose and layout of HIPPS systems, Design calculations, Reliability and availability, Case studies Hydrostatic collapse External pressure, Collapse criteria, Buckle propagation, Buckle arrestors, Hydrostatic collapse exercise Further corrosion Advanced corrosion mechanisms, Corrosion control, Corrosion rates, Case studies, Corrosion rate exercise Lateral buckling Virtual anchor spacing, Design for lateral buckling, Out-of-straightness surveys, Mitigation methods, Lateral buckling exercise Upheaval buckling Upheaval buckling, Software, Soil restraint

Strain-based design Applications in reeling and buckling, Loading, Low strain requirements, Moderate strain requirements and ECA, High strain requirements, ECA and FAD crack assessment exercise

Protection Hazards, Pipeline loads and capacity, Risk and safety analysis, Pipeline coatings, Rock dump, Trenching for impact protection, Protection structures, ‘Soft’ protection options

Low-cycle fatigue Design for low-cycle fatigue, Environmental considerations, Material considerations, Case study, Low-cycle fatigue exercise

Exercises and worked examples on: Hydrostatic collapse, Lateral buckling, ECA and FAD crack assessment, Lowcycle fatigue, Corrosion control, Pipeline walking, End expansion

Expansion, walking and anchoring End expansion, Pipeline walking, Walking modes, Pressure effects, Walking and lateral buckling, Anchoring, Other mitigation methods, Case study, Pipeline walking exercise, End expansion exercise

Take away from this course • Full colour, bound printed notes – Over 700 pages of detailed information presented in two volumes • E xercise book containing comprehensive solutions to all exercises in MathCAD format • Electronic copy of course on CD • Valuable peer networking experiences

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Excellent coverage from the design of pipelines through to installation and decommissioning. Tim Farrow, Construction Manager, Fugro Survey (Middle East) Ltd

Construction of subsea pipelines Level: Practitioner Duration: 4 days

Purpose of this course Gain in-depth knowledge of offshore pipe-lay methods and associated activities. Benefits for delegates You will understand the processes, equipment and vessels involved in offshore pipe-lay and gain knowledge to compare and select different pipe-lay methods. Benefits for employers Team members will gain an appreciation for the size and nature of offshore pipe-lay vessels, equipment and methods. They will gain confidence in identifying the best choice for pipe-lay and the ability to question construction contractors’ output. Who this course is for Anyone involved in pipeline construction projects, including: Construction engineers and managers Installation engineers and managers Pipeline engineers and managers Project engineers and managers Offshore structural engineers Subsea engineers Planning engineers Facilities engineers Technical specialists Recommended follow on courses: Installation calculations for subsea pipelines Integrity management of subsea pipelines – Part 1 & 2

Course content S-lay S-lay process , Vessels and market, Insulated pipe, Lay curve control Pipe supply, welding, NDT and ECA Line pipe supply and specifications, Welding procedures, Sample testing, Welding methods, Non-destructive testing, Engineering critical assessment, ECA case-study J-lay J-lay process, Example J-lay projects, Vessels and market, Rapid pipe welding, Connectors, J-lay from drilling rig Bundles Design of bundles, Fabrication, Towheads, Insulation and heating, Re-usable bundles, Deep water, Advantages of bundles

Flexibles Installing unbonded flexibles, J-tube installation, Risers, Umbilicals, Bonded hoses

Management systems Law, Quality assurance, Health, safety, and environment, Commercial risk management

Post-lay trenching and burial Ploughs, jetters, cutters and dredgers, Cable trenching, Trench transitions, Backfill options

Reel-lay Reel-lay process, Vessels and market, Special considerations, Ovalisation and cumulative strain, Lay method comparison exercise and discussion

Health, safety and environment Health issues, Safety issues, Environmental issues

Diving and ROV Diving physiology, Diving operations, Diving market, ROV types and uses, Tooling, ROV market

Landfalls Pull ashore, Pull offshore, Directional drilling Tie-ins Flanged connection by divers, Hyperbaric welding, Flanged diverless tie-ins, Connector diverless tie-ins Pre-commissioning Gauging and flooding, Hydrotest, Finding leaks, Dewatering, air and vacuum drying

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Survey Geophysical survey equipment and methods, Geotechnical equipment and methods, Visual surveys, ROVs and AUVs, Survey operations, Post survey data analysis Seabed modification Sandwave sweeping, Rock outcrop removal, Rock dump, Concrete mattresses, Protection covers, Pipeline crossings

Decommissioning and abandonment Legislation, Infrastructure removal, Decommissioning/ abandonment in-situ, Pipeline recovery, Re-use, Different interpretation of legislation in USA and Europe, Environmental and financial costs Take away from this course • Full colour, bound printed notes – Over 800 pages of detailed information presented in three volumes • Electronic copy of course on CD • Valuable peer networking experiences

I wish I could have taken this course in my first year in the subsea pipeline field. John Gerlach, Project Manager, Tenaris Coiled Tubes

Installation calculations for subsea pipelines Level: Practitioner Duration: 3 days

Purpose of this course Gain a full understanding of subsea pipeline installation calculations and the engineering principles governing them. Benefits for delegates You will practice installation calculations using worked examples to fully understand the codes and standards and how they are applied. You will learn best-practice for using and understanding installation calculations. Benefits for employers Organisations will benefit from team members who can confidently and accurately produce installation calculations for offshore pipelay projects. They will understand how to check and question contractors’ output. Who this course is for Anyone involved in pipeline construction projects, including: Installation engineers and managers Construction engineers and managers Structural engineers Subsea pipeline engineers and managers Subsea design engineers Project engineers and managers Planning engineers Facilities engineers Technical specialists Plus anyone who has attended Construction of subsea pipelines Recommended follow on courses: Design of subsea pipelines - Part 1 & 2 Integrity management of subsea pipelines – Part 1 & 2

Course content Catenaries Catenary curves, Pipelay catenary equations, Pipe stresses, Control by tension, J-lay pipe stress exercise Bending Bending during S-lay, Break-over lengths, Concrete-coated pipe, Horizontal lay curve radii, Stinger pipe stress exercise Reeling Reeling criteria - back tension; low cycle fatigue; strength and ovality, Ovalisation exercise Sagbend buckling Local buckling criteria, Prediction of buckling in catenary, Buckle propagation, Buckle arrestors and detectors, Plastic moment and axial force, Buckle prevention exercise

Ropes, winches and chains Pulley usage, Wire rope construction, Fatigue life, Linear and drum winches, Chains and fittings, Winch capacity exercise Pipe pull forces Linear winch set-up - diablo roller forces, Alternative pull setups, Offshore pulls, Landfall pull load exercise Steelwork Design process, Visualisation, Analysis, Steelwork design codes, Combined load checks, Fatigue, Connections, Frame analysis exercise, Strut design code exercise Pipelifting Attachments, 2, 3 and 4 point lifts, Strop sizing, Spreader beams, Deepwater resonance, Strop sizing exercise, Spool lift exercise

Lugs and seafastenings Lug and padeye design, Foundations and fixing to deck, Sea fastenings, Lug stress exercise Barge stability Stable floating bodies, Determining vessel stability, Free liquid surfaces and suspended loads, Modular craft and local barge adaptation, Crane load stability exercise Anchors and piles Anchor types and handling, Driven, suction and gravity piles, Sheet pile anchorage, Soils properties, Anchor capacity exercise, Sheet pile exercise

Exercises and worked examples on: J-lay pipe stress, Stinger pipe stress, Ovalisation, Buckle prevention, Winch capacity, Landfall pull load, Strut design code, Strop sizing, Spool lift, Lug stress, Crane load stability, Anchor capacity, Sheet pile, Laydown Take away from this course • Full colour, bound printed notes – Over 800 pages of detailed information presented in two volumes • E xercise book containing comprehensive solutions to all exercises in MathCAD format • Electronic copy of course on CD • Valuable peer networking experiences

Abandonment and recovery A&R overview, Case study for reel-lay barge, A&R analysis, Laydown exercise

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The course was fantastic, well thought out and executed. David Spence, Pipelines Engineer, CAN Offshore Ltd

Integrity management of subsea pipelines – Part 1 Level: Practitioner Duration: 3 days

Purpose of this course Gain an in-depth understanding of the engineering principles behind successful integrity management of subsea pipelines. Benefits for delegates You will learn about the issues and activities required to run subsea pipelines in optimum condition. You will learn how to assess a range of integrity threats and understand the key engineering issues affecting subsea pipelines. Benefits for employers Team members will gain a comprehensive understanding of the key issues affecting the integrity of subsea pipelines and the ability to assess defects in a staged approach, using basic screening tools to undertake detailed assessments. Who this course is for Anyone responsible for maintaining or operating subsea pipelines, including: Pipeline engineers and managers Integrity engineers Production engineers Flow assurance engineers Facilities engineers Subsea pipeline specialists Project managers Operations engineers and managers Recommended follow on course: Integrity management of subsea pipelines – Part 2

Jee’s span monitoring kit

Course content Pipeline Integrity Management System Introduction, What does a PIMS involve? Flow assurance Introduction to flow assurance, Causes of flow restriction, Flow control methods External inspection Introduction, What to look for, Inspection methods, Riser and flexible inspection, Pig trap inspection, Risk-based inspection Thermal buckling What is a thermal buckle?, Why are they a problem?, Assessment, mitigation and remediation Internal inspection Introduction, Gauge pig, Calliper pig, Magnetic flux pig, Ultrasonic pig, Inspection of flexibles, Other pigs, Launching and receiving, Case study

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Corrosion overview Introduction, Types of corrosion, Corrosion rate modelling, Corrosion monitoring, Control measures, Case studies

Spans Span detection, Assessment of spans, Stress analysis, Buckling, Vortex-induced vibrations, Remedial measures

Exercises and worked examples on: Span VIV screening criteria, External inspection, Stability assessment, Upheaval buckling, Defect assessment, Survey results

Corrosion defects Defect types and loadings, Corrosion defect assessment levels, Corrosion defect assessment codes, Corrosion defect interaction, Crack assessment

Offshore repairs Pipewrap, Clamp repairs, Spool repairs, Mechanical connectors, Hyperbaric welding, Other repair methods

Take away from this course • Full colour, bound printed notes – Over 600 pages of detailed information presented in two volumes • Electronic copy of course on CD • Valuable peer networking experiences

Dent assessment Dent properties and behaviour, Causes of dents in subsea pipelines, Methods of assessment, Worked example, Exercise, Case studies Stability Pipeline instability, Stabilisation options, Case studies

Isolation Operations issues, Tethered isolation plugs, Remote set isolation pigs, Remote set spheres, Pipe freezing, High friction pigs, Hot tap and stopple, Environment and safety Life extension and decommissioning Pipeline design life, Pipeline life extension, Pipeline decommissioning, Decommissioning regulations, Status of subsea decommissioning, Decommissioning options

This training gives a good overview with really interesting case studies of flowlines and risers. Thomas Cuau, Consulting Engineer, DV Offshore

Integrity management of subsea pipelines – Part 2 Level: Practitioner Duration: 3 days

Purpose of this course Gain an in-depth understanding of issues affecting the integrity management of deepwater risers and flowlines. Benefits for delegates You will learn directly from case-studies of real pipeline failures, reviewing why the failures occurred and understanding how lessons learned can be applied to your pipelines. You will learn efficient ways to perform integrity assessments and manage corrosion defects. Benefits for employers Organisations will benefit from team members who understand how to build ‘integrity’ into assets during the design, construction and operation phase of offshore pipelines, ultimately improving operating costs whilst reducing the risk of pipeline failure. Who this course is for Anyone responsible for maintaining or operating subsea pipelines, including: Pipeline engineers and managers Integrity engineers Production engineers Flow assurance engineers Facilities engineers Subsea pipeline specialists Project managers Operations engineers and managers Plus anyone who has attended Integrity management of subsea pipelines – Part 1

Course content Integrity management systems Introduction to IMS, Structure of an IMS, IMS tools, Risk–based inspection Operational aspects of design and installation Rigid pipeline design for operations, Rigid riser design for operations, Rigid pipeline installation, Rigid riser installation, Commissioning Case study 1: Pipeline installation failure North Sea application – Failure during installation. The facts and circumstances surrounding a pipeline installation failure will be reviewed and discussed in this group exercise. Looking at what really happened, why it happened, how the failure could have been prevented and lessons learned Integrity management during operation of rigid pipelines and risers Introduction, Flow assurance, Operation and remediation, Inspection methods

Case study 2: Pipe–in–pipe installation and operational failure Gulf of Mexico application – Failure during commissioning and operation. The facts and circumstances surrounding a failure during commissioning and operation will be reviewed and discussed in this group exercise. Looking at what really happened, why it happened, how the failure could have been prevented and lessons learned Case study 3: Pipe–in–pipe failure during operation North Sea application – Catastrophic failure during operation. The facts and circumstances surrounding a catastrophic failure during operation will be reviewed and discussed in this group exercise. Looking at what really happened, why it happened, how the failure could have been prevented and lessons learned

Case study 4: Pipeline operational failure North Sea application – Failure during operation. The facts and circumstances surrounding a failure during operation will be reviewed and discussed in this group exercise. Looking at what really happened, why it happened, how the failure could have been prevented and lessons learned Integrity management of flexibles Materials and makeup, Inspection techniques, Monitoring methods Design and installation incidents, Operational deterioration and damage Case study 5: Flow–induced pulsations Introduction, FLIP – theory and dependencies, Potential problems. Corrective actions, Lessons learned

Case study 6: Umbilical failure North Sea application – Blockage of umbilical hoses. The facts and circumstances surrounding an umbilical failure will be reviewed and discussed in this group exercise. Looking at what really happened, why it happened, how the failure could have been prevented and lessons learned Take away from this course • Full colour, bound printed notes – Over 500 pages of detailed information presented in two volumes • Electronic copy of course on CD • Valuable peer networking experiences

Integrity management of umbilicals Materials and makeup, Inspection techniques, Monitoring methods, Design and installation incidents, Operational deterioration and damage

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How to book

Ready to book? Book online at www.jee.co.uk or contact Jodie Deadman for a booking form: Email [email protected] Tel +44 (0) 1732 371 391 Fax +44 (0) 1732 361 646

Do you have a team to train? Don’t forget all our courses can be tailored and delivered to a team of people within your organisation. We can also write new training programmes. For more information, contact Jenny Matthew on +44 (0) 1732 371 385 or email [email protected]

Useful information Visit www.jee.co.uk to answer all your course-related questions. The site holds information on: Latest course dates Availability and booking deadlines Course venues and NEW locations Prices and discounts on offer What is included and what you need to bring Travel and accommodation Visas Start and finish times Tutor profiles and who’s teaching which course Training paths and recommended courses Course certification and accreditation Terms and conditions Or call us on +44 (0) 1732 371 371.

This brochure is available for download at www.jee.co.uk Jodie Deadman Public course enquiries

Jenny Matthew In-company course enquiries

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Comprehensive, informative and interesting. Time and money well spent! Amir Mansouri, Pipeline Engineer, Shell Exploration & Production International Ltd

Public course schedule 2009 For further course information or to book visit www.jee.co.uk

Course

Date

Price

Location

Duration

Level

Construction of subsea pipelines

3-6 February 2009

US$3400

Houston

4 days

Practitioner

Overview of risers, umbilicals and flexibles

9-11 February 2009

US$3000

Houston

3 days

Foundation

Overview of subsea pipelines

3-5 March 2009

£1850 + VAT

Aberdeen

3 days

Foundation

Design of subsea pipelines - Part 1

9-11 March 2009

£1850 + VAT

Aberdeen

3 days

Practitioner

Design of subsea pipelines - Part 1

17-19 March 2009

US$2500

Kuala Lumpur

3 days

Practitioner

Design of subsea pipelines - Part 1

23-25 March 2009

US$2750

Perth

3 days

Practitioner

Overview of subsea pipelines

30 March - 1 April 2009

US$2750

Perth

3 days

Foundation

Design of subsea pipelines - Part 1

21-23 April 2009

US$3000

Abu Dhabi

3 days

Practitioner

Design of subsea pipelines - Part 2

26-29 April 2009

US$3400

Abu Dhabi

4 days

Practitioner

Introduction to the oil and gas industry

18 May 2009

£650 + VAT

LONDON

1 day

Foundation

Design of subsea pipelines - Part 1

19-21 May 2009

£1850 + VAT

LONDON

3 days

Practitioner

Installation calculations for subsea pipelines

17-19 June 2009

US$3000

Houston

3 days

Practitioner

Design of subsea pipelines - Part 1

22-24 June 2009

US$3000

Houston

3 days

Practitioner

Overview of risers, umbilicals and flexibles

1-3 July 2009

US$2750

Perth

3 days

Foundation

Integrity management of subsea pipelines - Part 1

6-8 July 2009

US$2750

Perth

3 days

Practitioner

Overview of subsea systems

14-16 July 2009

£1850 + VAT

Aberdeen

3 days

Foundation

Overview of risers, umbilicals and flexibles

21-23 July 2009

US$2500

Kuala Lumpur

3 days

Foundation

Design of subsea pipelines - Part 2

27-30 July 2009

US$2900

Kuala Lumpur

4 days

Practitioner

Overview of subsea systems

16-18 September 2009

US$3000

Houston

3 days

Foundation

Design of subsea pipelines - Part 2

21-24 September 2009

US$3400

Houston

4 days

Practitioner

Integrity management of subsea pipelines - Part 1

29 September-1 October 2009

£1850 + VAT

Aberdeen

3 days

Practitioner

Construction of subsea pipelines

5-8 October 2009

US$3400

Abu Dhabi

4 days

Practitioner

Integrity management of subsea pipelines - Part 1

13-15 October 2009

US$3000

Abu Dhabi

3 days

Practitioner

Design of subsea pipelines - Part 2

13-16 October 2009

US$3200

Perth

4 days

Practitioner

Overview of subsea systems

19-21 October 2009

US$2750

Perth

3 days

Foundation

Overview of subsea systems

17-19 November 2009

US$2500

Kuala Lumpur

3 days

Foundation

Design of subsea pipelines - Part 1

23-25 November 2009

US$2500

Kuala Lumpur

3 days

Practitioner

OverVIew of subsea pipelines

1-3 December 2009

£1850 + VAT

Aberdeen

3 days

Foundation

Registered office Jee Limited Hildenbrook House The Slade Tonbridge Kent TN9 1HR United Kingdom Tel: +44 (0)1732 371 371 Fax: +44 (0)1732 361 646 www.jee.co.uk Offices: Aberdeen, Abu Dhabi, London

Jee Limited Registered in England and Wales No. 3579143