Offshore Engineering
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Offshore Pipelines Design, Installation, and Maintenance

Boyun Guo, Shanhong Song, Ali Ghalambor, Tian Ran Lin

Description

The development of offshore oil and gas fields demands specialized pipeline equipment capable of withstanding extreme environments while maintaining reliable, cost-effective production. Recent Gulf of Mexico incidents have heightened focus on maintenance and reliability, with a new section on Condition Based Maintenance (CBM) introducing multi-objective optimization to maximize reliability, prevent failures, and reduce costs using proportional hazards models and control limit policies. Primarily aimed at engineers and managers, this updated edition featuring a 30% increase in content covers essential fundamentals for designing, installing, and commissioning offshore and deepwater pipelines, along with expanded coverage of maintenance strategies, support systems, cost-effective reliability approaches, and lifecycle management tools.

Contents:

  • Chapter 1: Introduction
  • Chapter 2: General Design Information
  • Chapter 3: Diameter and Wall Thickness
  • Chapter 4: Hydrodynamic Stability of Pipelines
  • Chapter 5: Pipeline Span
  • Chapter 6: Operating Stresses
  • Chapter 7: Pipeline Riser Design
  • Chapter 8: Pipeline External Corrosion Protection
  • Chapter 9: Pipeline Insulation
  • Chapter 10: Introduction to Flexible Pipelines
  • Chapter 11: Pipeline Installation Methods
  • Chapter 12: Installation Bending Stress Control
  • Chapter 13: Pipeline On-Bottom Stability Control
  • Chapter 14: Pipeline Testing and Pre-commissioning
  • Chapter 15: Flow Assurance
  • Chapter 16: Pigging Operations