Course Leader:

Dr Rex SongInternational Deepwater & Offshore Pipeline Expert

Manycasestudiesofdeepwater/offshoreprojectsintheGulfofMexico,Africa,Asia&OffshoreBrazil

DeepwaterandVeryDeepwaterPipelineEngineering Flowassuranceindeepwateroperations Pipelinerepair,pigging&maintenance Pipelineeconomics PipelineMechanicalDesignandMaterialSelection/

WallThicknessSizing PipelineRouteSelectionandShoreApproachDesign PipelineonBottonStabilityDesign PipelineCrossingDesign PipelineFreeSpanAnalysisandDesign PipelineGlobalThermalBucklingAnalysis&

Assessment SeabedInterventionRequirements DesignConsiderationsforPipeinPipeFlowline PipelineCorrosionProtectionDesignandCoating

Selection PipelineFabricationandBundleTechnology PipelineInstallationMethodsandAnalysis DeepwaterRiserConcepts RiserConceptSelectionforFieldDevelopment RiserDesignBasisDevelopment TTRAnalysisandDesign HybridRiserAnalysisandDesign

Organised by:

Registration No: 200707851H

An Updated Programme with new topics, lots of case studies, videos and design exercises

Deepwater/Offshore Pipeline and

Riser Engineering

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5March2010and

saveUS$300onthe

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Most useful to offshore/deepwater professionals, contractors and service providers in Asia, the Middle East, Africa, Sakhalin, New Zealand, South America . Learn from the Best in the Industry at this Value-Added Course:

FlexibleRiserAnalysisandDesign SCRCathodicProtectionSystemDesign SCRFatigueDesign RiserInstallationEngineeringandOffshore

Commissioning &2InteractiveDesignExercisesonPipeline&Riser

6-8April2010, MHotel,Singapore

Registration commences at 7.45 am on Day One. Course begins from 8.30 am to 5.00 pm for all days. There will be mid-morning and mid-afternoon refreshments. Lunch will be served from 12.00 pm to 1.00 pm each day.

Deepwater/Offshore PipelineandRiserEngineering

DayOne,6April2010

1.Deepwater Development Worldwide Update

2.Overview of Offshore Pipeline System

3. Pipeline Design Codes: DNV OS F101 and API RP 1111

Burstdesign Collapsedesign Bucklingdesign Reliabilitybandlimitstatedesign Designprocess

4.Material Selection and Wall Thickness Sizing Materialselection(CS,CRA,PlasticLinerand

FlexiblePipe) Pressurecalculation(internalburstvsexternal

collapse) WTsizingasanimportantandfundamental

task Currentdesignprocess

5.Pipeline Routing Selection Routeselectionprinciples Routesurveydata Routeselectionconstraints Seaapproach Shoreapproach Routeoptimisation

6.Pipeline on Bottom Stability Design Hydrodynamicforces Lateralresistance Stabilitydesignmethod DNVRPE305simplifiedstabilityanalysis Protectionagainstinstability Interactionwithseabed Calculationexample

7.Pipeline Corrosion Protection Design Externalcorrosioncoatingselection Cathodicprotectiondesign

Why this course?Thecoursewillprovideacompleteandup-to-datetechnicaloverviewof offshore pipeline and riser engineering focusing on deepwaterapplication, from concept selection for field development, topreliminarydesign,detailedanalysisanddesign,materialselectionandwelding,fabrication,installation,inspection,andmaintenance.It will provide a complete picture of offshore pipeline and riserengineering using actual examples from deepwater developmentprojectsaroundtheworld. Overviewofpipelineandrisersfocusingondeepwaterapplicationfrommaterialselectiontooffshoreinstallation.

Detailedlecturesonpipelineengineering(singlewallpipe.pipe-in-pipe,andpipelinebundle)includingapplicationofDNVOSF101.

Detailedlecturesondesignandanalysismethodswithparticularattention to Top Tensioned Risers (TTR), Free Standing HybridRisers(FSHR),FlexibleRisers,andSteelCentenaryRisers(SCR)

Fieldapplicationsdiscussed throughout lectures,examplesandcasestudies,

AndAdditionalNewTopicsincluding: Managingpipelinerisks&pipeline/riserintegritymanagement; Flowassuranceindeepwateroperations Pipelinerepair,pigging&maintenance Pipelineeconomics

Who should attend?Engineers from oil companies, engineering service companies,constructioncompanies,pipeandservicesuppliersandregulatoryauthorities, who are newly qualified, have recently moved intopipeline and riser engineering or hold broad responsibilities thatinclude pipelines and risers. The course is especially suitable tothosewhowishtobroadentheirknowledgeofdeepwaterpipelineand riser engineering or deepen their technical understanding ofspecificpipelineandrisertypes.Inparticular: Newlyqualifiedpipelineandriserengineers(designersandanalysts) Experiencedpipelineandriserprojectengineerswhowanttoexpandtheirknowledge

Sub-projectmanagers(ofsubseacontractorsincludingpipelineandrisers)

Subseasupervisors/managers Professionalsinoffshoreengineering

Your Expert Course Instructor:Dr.RexSonghasmorethan20yearsoffshoreworkingexperiencefocusingonpipelinesandrisers.Hehasbeentheleadengineerforsomelargewell-knownriserandpipelineprojectsinNorthSea,GulfofMexico,WestofAfrica,andOffshoreBrazil,includingtheEMDCKizomba,StatoilGullfaks,BPThunderHorse,PetrobrasRoncador,BP Horn Mountain, Enterprise IHF, Kerr McGee Constitution,Petrobras PDET, Chevron Jack and St. Marlo, PAI Cascade &Chinook,etc.Dr.Songhaspublishedmorethan30technicalpapersininternational journalsandforaandhasbeenactively involvedinpipelineandriserdesigncodedevelopmentforABSandAPI.HeisamemberofseveralinternationalassociationsincludingISOPE,MTS,OMAE,OTC,andAPI.Currentlybased inHouston,USA,DrSongworksasaPrincipalOffshoreEngineerwithanameplateoilandgasoutfitspecializingindeepwaterandoffshoreprojectsworldwide.

RegisterforthisCoursetoday!?

RegisterforthisCoursetoday!Callourhotline 65-63912552

68April2010,MHotel,Singapore

LearnfromtheBestintheIndustryandRegisterforthisCoursetoday!

Internalcoating Sacrificialanodecorrosionprotection

8.Pipeline Thermal Coating Selection Design Externalthermalinsulationcoating Weightcoatingdesign

9. Flow assurance in deepwater operations

DayTwo,7April2010

1.Pipeline Free Span Assessment Freespancriteria Permissiblespanlengthandstresses Pipelineendconditions Freespananalysis FreespanVIVfatiguedamage Seabedinterventionrequirements Interventiondesignmethod Freespanmonitoringandcorrection Calculationexample

2.Pipeline Global Thermal Buckling Analysis & Assessment

Bucklinginitiation Bucklingpropagation Localbuckling Trawlboardimpact Dentingandgouging Strainbaseddesign Calculationexample

3.Pipeline Crossing Design Designcriteria Designmethod

4.Pipeline Shore Approach Design Siteinvestigation Routeselectionexample

5.Design Considerations for Pipe in Pipe Flowline

6.Pipeline Bundle Technology Introduction Configurationdesign Fabricationandassemblymethods

Launch Towingengineering Examples

7.Pipeline Installation Introduction Installationfleet Installationmethods Installationanalysis Examples

8.Pipeline Interactive Design Exercise

9.Managing pipeline risks & pipeline/riser integrity management

10.Pipeline repair, pigging & maintenance

DayThree,8April2010

1.Deepwater Riser Technology Update General DrillingRiser TopTensionRiser SteelCatenaryRiser FlexibleRiser HybridRiser NewRiserConcept RiserConceptSelectionforFieldDevelopment FactorsinRiserSelection

2.Riser Design Codes: API RP 2RD and DNV OS F201

DesignCodeGeneral DesignFormatExpressions ComparisonofAPIRP2RDandDNVOSF201 NewAPIRP2RDDevelopments RiserAnalyticalTools RegulatoryRequirements

3.Riser Design Method, Design Basis and Design Tools

DesignPhilosophy,PrinciplesandObjectives DesignSpirals SystemKeyDesignIssues DesignMethodsGeneral DesignAcceptanceCriteria SafetyFactorandDesignFormat

Deepwater/OffshorePipelineandRiserEngineering 68April2010,Hotel,Singapore

SystemInterfaceDesign AnalysisConsiderations ComponentDesignConsiderations DesignBeyondCodes

4.Drilling Riser Design and Analysis GeneralRiserDesignBasis TypicalStructureofRiserDBD BoundaryLimitsandScopeofWork RegulatoryRequirements Codes,StandardsandProjectSpecs DesignData DesignandAnalysisMethodology DesignRequirementsandAcceptance

Criteria OtherDesignIssues

5. Top Tension Riser Design and Analysis

TTRDesignPhases DefinitionofBasicConfiguration DesignSteps TTPComponentDesign PipeSizing TensioningSystemSizing RiserStrokeAnalysis RiserComponentSizing VIVInducedFatigueAnalysis TTRInterferenceAnalysis StrengthAnalysis ComputerModeling GeneralFatigueAnalysis RiserRunningAnalysis TTRDesignExample

6. Steel Catenary Riser Design and Analysis

GeneralSCRDesignFlowchart MaterialSelectionandWallThickness

Sizing HangOffSystemDesign SCRPipeJoints SCRCoatingSystemDesign VIVSuppressionSystem SCRCathodicProtectionSystem

Design InitialGlobalConfigurationDesign

ComputerModeling

SelectionofHydrodynamic Coefficients

StrengthAnalysis VIVAnalysis MotionFatigueAnalysis InterferenceAnalysis InstallationAnalysis SCRFatigueDesign InteractionwithPipelines SCRDesignExample

7. Flexible Riser Design and Analysis Introduction GeneralRequirements CrossSectionDesign EndfittingsandEquipmentDesign Buoyancy BendStiffeners ModelingApproach StaticandDynamicAnalyses FatigueAnalysis

8.Hybrid Riser Design and Analysis Introduction HybridRiserAnalysis ModelingApproach FlexibleJumper RiserSizing Mid-WaterBuoyancyCan RiserBaseDesign(Pile&GBS) StrengthAnalysis VIVAnalysis GeneralFatigueAnalysis DesignExample

9.Deepwater Riser Installation InstallationMethodsOverview InstallationFleet TypicalInstallationProcedure SCRInstallationAnalysis OffshoreCommissioning InstallationExamples(SCR)

10.Riser Interactive Design Exercise

11.Offshore Pipeline Economics

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Registration No: 200707851H

Deepwater/OffshorePipelineand RiserEngineering

MHotel 81AnsonRoad Singapore079908Contact:JenniferKooiemail:jennifer.kooi@m-hotel.comContact:+6565006215

DEEPWATER/OFFSHORE PIPELINE AND RISER ENGINEERING (CR00133)

TEL: Jacques (+65) 6391 2535

FAX: (+65) 6392 3592 / 6392 2102

EMAIL: jacques.lee@magenta-global.com.sg