Deepwater/Offshore Pipeline and Riser Engineering - Iploca
Deepwater/Offshore Pipeline and Riser Engineering - Iploca Deepwater/Offshore Pipeline and Riser Engineering - Iploca
6 – 8 April 2010, M Hotel, Singapore• Internal coating• Sacrificial anode corrosion protection8. Pipeline Thermal Coating Selection Design• External thermal insulation coating• Weight coating design9. Flow assurance in deepwater operationsDay Two, 7 April 20101. Pipeline Free Span Assessment• Free span criteria• Permissible span length and stresses• Pipeline end conditions• Free span analysis• Free span VIV fatigue damage• Seabed intervention requirements• Intervention design method• Free span monitoring and correction• Calculation example2. Pipeline Global Thermal Buckling Analysis& Assessment• Buckling initiation• Buckling propagation• Local buckling• Trawl board impact• Denting and gouging• Strain based design• Calculation example3. Pipeline Crossing Design• Design criteria• Design method4. Pipeline Shore Approach Design• Site investigation• Route selection example5. Design Considerations for Pipe in PipeFlowline6. Pipeline Bundle Technology• Introduction• Configuration design• Fabrication and assembly methods• Launch• Towing engineering• Examples7. Pipeline Installation• Introduction• Installation fleet• Installation methods• Installation analysis• Examples8. Pipeline Interactive Design Exercise9. Managing pipeline risks & pipeline/riser integritymanagement10. Pipeline repair, pigging & maintenanceDay Three, 8 April 20101. Deepwater Riser Technology Update• General• Drilling Riser• Top Tension Riser• Steel Catenary Riser• Flexible Riser• Hybrid Riser• New Riser Concept• Riser Concept Selection for Field Development• Factors in Riser Selection2. Riser Design Codes: API RP 2RD and DNV OSF201• Design Code General• Design Format Expressions• Comparison of API RP 2RD and DNV OS F201• New API RP 2RD Developments• Riser Analytical Tools• Regulatory Requirements3. Riser Design Method, Design Basis and DesignTools• Design Philosophy, Principles and Objectives• Design Spirals• System Key Design Issues• Design Methods General• Design Acceptance Criteria• Safety Factor and Design FormatLearn from the Best in the Industry and Register for this Course today!
6 – 8 April 2010, M Hotel, Singapore• Internal coating• Sacrificial anode corrosion protection8. <strong>Pipeline</strong> Thermal Coating Selection Design• External thermal insulation coating• Weight coating design9. Flow assurance in deepwater operationsDay Two, 7 April 20101. <strong>Pipeline</strong> Free Span Assessment• Free span criteria• Permissible span length <strong>and</strong> stresses• <strong>Pipeline</strong> end conditions• Free span analysis• Free span VIV fatigue damage• Seabed intervention requirements• Intervention design method• Free span monitoring <strong>and</strong> correction• Calculation example2. <strong>Pipeline</strong> Global Thermal Buckling Analysis& Assessment• Buckling initiation• Buckling propagation• Local buckling• Trawl board impact• Denting <strong>and</strong> gouging• Strain based design• Calculation example3. <strong>Pipeline</strong> Crossing Design• Design criteria• Design method4. <strong>Pipeline</strong> Shore Approach Design• Site investigation• Route selection example5. Design Considerations for Pipe in PipeFlowline6. <strong>Pipeline</strong> Bundle Technology• Introduction• Configuration design• Fabrication <strong>and</strong> assembly methods• Launch• Towing engineering• Examples7. <strong>Pipeline</strong> Installation• Introduction• Installation fleet• Installation methods• Installation analysis• Examples8. <strong>Pipeline</strong> Interactive Design Exercise9. Managing pipeline risks & pipeline/riser integritymanagement10. <strong>Pipeline</strong> repair, pigging & maintenanceDay Three, 8 April 20101. <strong>Deepwater</strong> <strong>Riser</strong> Technology Update• General• Drilling <strong>Riser</strong>• Top Tension <strong>Riser</strong>• Steel Catenary <strong>Riser</strong>• Flexible <strong>Riser</strong>• Hybrid <strong>Riser</strong>• New <strong>Riser</strong> Concept• <strong>Riser</strong> Concept Selection for Field Development• Factors in <strong>Riser</strong> Selection2. <strong>Riser</strong> Design Codes: API RP 2RD <strong>and</strong> DNV OSF201• Design Code General• Design Format Expressions• Comparison of API RP 2RD <strong>and</strong> DNV OS F201• New API RP 2RD Developments• <strong>Riser</strong> Analytical Tools• Regulatory Requirements3. <strong>Riser</strong> Design Method, Design Basis <strong>and</strong> DesignTools• Design Philosophy, Principles <strong>and</strong> Objectives• Design Spirals• System Key Design Issues• Design Methods General• Design Acceptance Criteria• Safety Factor <strong>and</strong> Design FormatLearn from the Best in the Industry <strong>and</strong> Register for this Course today!
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