Worldwide training courses 2016 - limagraphics.co.uk · Worldwide training courses 2016 Subsea engineering and training experts ... In the current industry downturn we understand

Worldwide training courses 2016Subsea engineering and training experts

www.jee.co.uk

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2Book a course: www.jee.co.uk email: [email protected] tel: +44 (0)1732 371 391

Welcome to our training and development guide for 2016

Flexible training solutions for the oil, gas and renewables industries

Learning solutions tailored to your needs and budgetIn the current industry downturn we understand that budgets are being cut, particularly in areas such as training, and that cost-reduction and efficiencies are key. That’s why we have developed a portfolio of courses which are adaptable to your individual requirements and budget.

Choose from:

A standard course

A customised course – choose modules from our standard courses to create your own

A bespoke course – designed, developed and delivered to your specific requirements

With engaging content, expert tutors and site visits, our courses are interactive. Underpinned by learning theory to maximise knowledge retention and application, our courses develop subsea skills and capabilities across the whole life-of-field.

Beyond the courseWith new options available to enhance your course, you can create your own unique learning experience. Giving you the flexibility to expand the learning experience to include competency assessments, engineering consultancy, tutor-led workshops, virtual sessions and one-to-one coaching, you have plenty of options to choose from. Learn more on pages 6 and 7.

With 90% of our delegates satisfied with the course they attended and would recommend it to others, you can rest assured you will receive the highest quality learning experience with us.

I hope that you find this brochure useful and informative. If you have any questions or want to book a course, please contact me or my team, we’ll be happy to help.

Whatever your budget, however niche the topic, for whatever number of delegates; we can create the perfect learning solution for you.

Jenny Matthew, Head of Training

Contents

3–4 Our coursesLearn about our range of courses spanning the whole life-of-field

5 Training a teamFind out how we can help you provide consistent training for global teams

6–7 What’s on offer?Details of our training offering and the levels of tailoring available for any budget

8 Training pathsExplore suggested training paths and complementary courses

9 Case studyFind out how François Baptiste progressed his career through Jee training

10–36 Our courses portfolioFind details of each course including learning outcomes and content outlines

37–38 Our tutorsLearn about our tutors’ experience and expertise





Design of pipelines

If you would like a more detailed outline, please contact [email protected]

Design of subsea pipelines

About the courseThis is a vital course to help engineers understand contractors’ output, design houses to apply calculations to projects and regulatory bodies to follow up-to-date industry codes. With discussions around industry developments and the latest technologies, this course explains the principles of subsea pipeline design.

Providing guidance on routing, diameter sizing and materials selection, this course enhances awareness of the numerous factors which must be considered when designing a pipeline. Explaining how to assess design calculations to industry codes, as well as pragmatic approaches to analysis techniques, the tutor will work through a number of exercises with you, to promote application of knowledge learnt.

Day 1 Day 2 Day 3 Day 4Route• Rulesforrouting• Routesurvey• Alignmentsheets

Diameter• Sizingforflow• Fluidproperties• Flowfundamentals• Singlephaseflow

Thermal design and insulation• Needforthermaldesign• Fundamentalsofheattransfer• Pipelineheattransfer• Insulationdesign

considerations• Insulationsystems• Applicationofinsulation• Operationalproblemsin

deep water• Exercise

Materials specification• Materialselection• Reviewofmaterialproperties• Specificationoflinepipe

Corrosion• Introduction• Typesofcorrosion• Controlmeasures

Strength• Designprinciples• Bursting• Collapse• Bucklingandcombined

stresses• Strain-baseddesign• Exercise

End expansion and spoolpieces• Endforceandexpansion

factors• Endexpansion• Temperatureprofile• Exercise• Spoolpieces

Stability• Reviewoffundamentals• Oceanography• Hydrodynamics• Resistance• Stabilityanalysis• Computationalfluiddynamics• Exercise

Bottom roughness• Bottomroughnessanalysis• Spans• Intervention

Level Advanced

Duration 4 days

Study hours 28

Location Online, ABN and HOU, in-house

Learning outcomes Appreciate the issues affecting design and why pipelines are

made the way they are

Choose the appropriate route, diameter and materials selection processes

Determine the most relevant corrosion protection methods

Perform calculations based on industry codes

Evaluate the respective benefits of industry developments and new technologies

“Good link made between all the areas of design and very clearly presented methodology to be used by pipeline engineers, thanks to an experienced and patient tutor”Charlotte Tisserand, Subsea Engineer, Doris Engineering




Book a course: www.jee.co.uk email: [email protected] tel: +44 (0)1732 371 39118

Subsea architecture


Advanced design and stress analysis of subsea equipmentAbout the courseThis course provides an intensive overview for engineers working to the rules of API specifications 6A, 16A and 17D (ISO10423,ISO13533andISO13628-4).Thesecodesarethe standard approach for the design of valve bodies, hubs, clamps, wellhead and tree equipment for both normal and high temperature (HT)/high pressure (HP) usage.

The tutor will explain the principles of stress analysis and review standard and non-standard materials used for these specifications. Topics include the concepts of membrane and bending stress, as well as primary, secondary and peak stresses. To add context to your knowledge base, the history and logic of the specifications is explained, in addition to techniques and formulas for analysis of stresses from pressure, external loads, and thermal gradients. Linear and non-linear finite element analysis and the interpretation of finite element results are also covered.

“Very good training, full coverage and deep understanding of the tutor. Love the booklet with slides equipped with comments. Recommend!!”Winner Targian, Life of Field Superintendent, Total

Learning outcomes Apply API specifications 6A, 16A and 17D

Incorporate stress analysis principles into design

Select appropriate specialist techniques

Level Technical awareness

Duration 3 days

Study hours 21

Location In-house

Day 1 Day 2Basic requirements of design• Appropriatematerialselection• APIdesignrules• Analysisofwallthickness

criteria• Membranestressintensity• Boltingandscrewthreads• Bearinganddirectshear

stresses• Bendingstress• Primaryandsecondary

stresses• Bendingstresscalculations

Procedure for stress categorisation• Thermalstress• Fatiguedesign• Stressconsiderations• Fatigueanalysis• Hightemperaturesdesign• Finite-elementanalysis• Linearizingstressdistributions

from linear elastic models• Interpretingpost-processor

output• Non-linearfinite-element

analysis





Risers

Risers, umbilicals and flexibles

Day 1 Day 2 Day 3 Day 4Riser types and uses• Productionvesselselection• Productionrisers• Exportrisers• Drillingrisers• Completionandwork-over

risers• Genericissuesandexercises

Introduction to FPSOs• TypesofFPSOs• Mooringandturret

arrangement

FPSO vessel motions• Componentsofmotion• Typesofvesselmotion• Wavefrequencymotion• Driftandhigherordermotions

FPSO interfaces• Risersandumbilicals• Processingandstorage• Offloadingandexport

Bonded hoses• Typesofbondedhoses• Offloadinghose

configurations• Manufacture• Handlingandstorage• Installation• Operationandmaintenance

Flexible design and manufacture• Riserconfigurations• Design• Components• Manufacture

Umbilical design and manufacture• Cross-sectiondesign• Manufacture• Fittings

Flexible and umbilical system design and installation• Systemdesign• Storageandloadout• Flexibleandumbilical

installation• Riserinstallation• Pre-commissioning

Flexible and umbilical integrity management• Monitoring• Inspection• Damageassessment• Repair

Rigid riser design• Designapproaches• Risersizingdesign• Dynamicloading• Analysismethods• Fatigueloadings• Designforfatigue

Fixed rigid risers• Typesofrigidriser• Designofrigidrisers• Installationofrigidrisers

Production top-tensioned risers• DesignanalysisofTTRs• Installationofproduction

TTRs

Steel catenary risers• Design• Manufacture• Installation

Hybrid risers• Typesofhybridriser• Genericdesign• Fabricationandinstallation

Drilling and top-tensioned risers• Components• Designandanalysisof

drilling TTRs• Installationoftemporary

drilling TTRs

Rigid risers integrity management• Monitoring• Inspection• Damageassessment• Repair

About the courseOne of our most popular courses, this course will help subsea, pipeline and riser engineers and managers understand risers, umbilicals and flexibles and how they operate.

Explaining the different types, their uses, design, installation methods and operational considerations, this course also covers integrity management activities to inspect and maintain equipment and efficient operations. The tutor will discuss why more FPSOs are being used for deeper water, rather than traditional fixed platforms and how the increased motion envelope impacts on topside connections for risers.

Giving you first-hand experience of the manufacturing of an umbilical, this course includes a site visit* to a manufacturer where you will see subsea hardware assembly including stab plates, pull in heads and bend restrictors.

“Excellent! A must do to understand risers, pipelines and flowlines”Lionel Richard, Engineer, 2H Offshore Engineering Ltd

Learning outcomes Identify the different types of risers, umbilicals and flexibles

and their uses

Discuss the latest developments in riser systems

Implement design, installation and operational considerations

Appreciate how FPSOs impact on the design and layout of risers and umbilicals

Outline the principles of riser integrity management

*Available in Houston only


Duration 4 days

Site visit* 1/2 day

Study hours 28

Location Online, HOU, in-house





Construction of pipelines

Reeling design calculations

About the courseDetailing the engineering behind reel-lay installation, this is a technical course that demystifies this complex field. Ideal for reeling companies and anyone involved in the design and installation of pipelines, this course explains the fundamentals of reel-lay.

The tutor will explain key design aspects such as the implications of cumulative plastic strain, ovalisation and weld defects using worked examples and exercises. You will receive guidance on codes and patents and review lessons learned from past successes and failures, developing your skills for installation projects.

“Provided an excellent technical introduction to the pipe reeling process for those new to this subject”Martin Gibbens, Construction Support Engineering Manager, McDermott South East Asia

Day 1 Day 2 Day 3 Day 4Reel lay process• Reel-laysystemconfiguration• Spooling• Installation• Laydown

Reeling history and current market• Historyanddevelopment

of reeling• Reelingshipsandcompanies

around world

Case studies: failures and successes• Canapupipe-in-pipesuccess• Åsgardfieldjointbuckling

failure• Foinaventwistingproblem• Tambarstresscrackingfailure• Nileinsulationsuccess• Dahliaspoolsiteset-up

success

Key technical aspects• Strainconcentration• Materialqualification• Welddefects• Ovalisation• Reelingforces• 13%Chromepipe• Cladpipe• Plastic-linedpipe

Codes and patents• Codesrelatingtoreeling• Aroundtheworld• Patentsrelatingtoreeling

Reeling forces• Forcetoreel-on• Stressesoncereeled-on• Exercise• Elasticenergyinreel• Forceneededtostraighten• Grippingforce• Workedexample• Exercise• Stationaryversustraversing

straightener

Strain concentration effects• Stress-straincurves• Effectofstrainonmaterial

properties• Plasticbehaviourduring

reeling• Exercise• Geometricdiscontinuities• Materialstrength

discontinuities• Layprocesscontrolmethods• Strainconcentrationsat

discontinuities• Exercise• Safeguards

Ovalisation• Ovalisationandrecovery• Collapsepressureand

combined loading• Workedexample• Exercise

Materials and weld defects• Weldingmethods• Weldingprocedures• Inspectionmethodsforwelds• Defectassessmentmethods• Workedexample–crack

growth during reeling• Exercise–effectofload

cycling on root crack weld fatigue life

• DNVECAmethodology

Advances• OTC20043optimisedreeled

pipe design• OTC21487cost-effective

reeling• OTC20506deepwater

pipeline and riser• OTC13245RoncadorSCR

hybrid installation• OTC21655cladSCRfatigue

qualification

Learning outcomes Describe some of the latest developments, including SENT

(single-edge notch tensile) test assessments, the use of lined pipe and partially pressurised lines

Consider key design aspects such as the implications of cumulative plastic strain, ovalisation and weld defects

Assess a vessel’s capability in reel-laying

Apply lessons learned from case studies to projects

Level Advanced

Duration 4 days

Study hours 28

Location In-house





Integrity management of pipelines


Flow assurance

Day 1 Day 2Flow assurance engineering• Flowassuranceengineering• Keydesignissues• Operatingconditions• Operationalrisks

Fluid flow principles• Flowfundamentals• Liquidflow• Gasflow• Multi-phaseflow• Turn-downoverfieldlife

Fluid composition• Fluidproperties• Wellborefluids• Exportlines

Causes of flow restriction• Waxesandasphaltenes• Scales• Hydrates• Sand• Emulsionsandfoams

Flow control methods• Chemicaladditivecontrol• Thermalcontrol• Pressurecontrol• Mechanicalintervention• Othercontrolmethods

Thermal design• Needforthermaldesign• Fundamentals• Thermalprofileanalysis• Cooldownduringshut-in• Insulationdesign

Pigging• Cleaningpigs• Inspectingpigs• Designforpigging• Pipelinedesignforpigging

Corrosion and erosion• Typesofcorrosion• Controlmeasures• Corrosionratemodelling• Corrosionmonitoring• Erosion• Case-studies

Subsea equipment• Gaslift• Subseapumpsand

compressors• Subseaseparationand

water re-injection

About the courseThis course provides an introduction to flow assurance and the general principles behind it. Pipeline engineers will benefit for a deeper knowledge of fluid flow principles and causes of restricted flow.

The tutor will explain the chemistry behind flow assurance and ways to control flow restrictions through inspection, pigging and cleaning. The implications of not managing flow assurance properly and the resulting issues such as corrosion and erosion will be discussed. You will also have the opportunity to apply your knowledge through static analysis exercises using industry software.

“The quality of notes is superb. Also the tutor was very good”Craig Dawson, Junior Structural Engineer, Saipem UK Ltd


Duration 2 days

Study hours 14

Location In-house

Learning outcomes Describe fluid flow principles for liquid, gas and

multi-phase flow

Discuss the causes of flow restriction and methods for managing flow control

Recommend subsea equipment that can improve flow performance

Appreciate the importance of design considerations for pigging operations

Identify types of corrosion and how to predict corrosion problems





Offshore wind

Subsea power cable installation

Day 1 Day 2Project overview• Typicalprojectstructure• Feasibilitystudies• Consenting• Environmentalimpactstudies• Surveys• Routeselection• Cableproduction• Installation• Post-layactivities• Casestudy–Part1:Overview

Cable routing• Selectionofroutecorridor• Geophysicalsurvey• Routedetermination• Charting• Geotechnicalsurvey• Burialmethods• Burialperformanceprediction• Casestudy–Part2:Routing

Cable design• Cabletypesforarray• Exportandinterconnectors• Designqualification• Cableperformance

characteristics• Haulingdevicesandjoints• Casestudy–Part3:Design

Cable installation• Pre-installationdesign

and analysis• Typesofvessel• Decklayoutsandkey

installation equipment• Surfacelaying• Ploughburial• ROVburial• Othertypesofburial• Rockdumping• Casestudy–Part4:

Installation

Offshore structure connection• Cableentrytypes• Entryprotection• Internalcablemanagement• Pull-inanalysis• Installationequipmentand

methods• Casestudy–Part5:

Connections

Landfalls• Landfallselection• Horizontaldirectionaldrilled

installation process• Surfacelayandtrenched

process• Landfalljointbay• Casestudy–Part6:Landfalls

About the courseThis technical awareness course details the cycles and phases in the installation of subsea power cables. This course will help installation contractors, engineers, project managers and oil and gas practitioners transferring to the offshore wind industry deepen their knowledge of the subject.

This course explains various installation methods using surface laying,ploughingandROVburial,includingpullintooffshorestructures and landfalls. The tutor will coach you in identifying and solving issues relating to subsea cable laying from case studies and worked examples.

Level Advanced

Duration 2 days

Study hours 14

Location ABN and HOU, in-house

“Delivered by very experienced and knowledgeable people in a way that was easy to follow using the accompanying handbook. I would recommend this course to anyone entering into subsea power cable installation”Mark Kinder, Technical Director, Kintech Energy Ltd

Learning outcomes Select the correct route for a cable

Demonstrate ways to optimise cable protection

Compare a variety of installation methods

Use worked examples to apply lessons learned to your projects

Identify methods to reduce the risk of failure




Documents

Worldwide training courses 2016 - limagraphics.co.uk · Worldwide training courses 2016 Subsea engineering and training experts ... In the current industry downturn we understand