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Jee Star Logo Advanced integrity management of deepwater pipelines and risers

Advanced integrity management of deepwater pipelines and risers

About the course

Designed to enhance technical knowledge of integrity management issues, this advanced course helps engineers understand the more complex issues affecting deepwater risers and flowlines.


Consisting of numerous case studies of pipeline failures, you will review root causes and how lessons learned can be applied to your pipelines. The tutor will share relevant methods for efficiently performing integrity assessments and managing corrosion. You will also learn how to incorporate integrity into all phases of offshore pipeline projects, reducing operating costs and the risk of pipeline failure.

Learning outcomes

  • Perform root cause analysis (RCA) of failures
  • Select efficient methods to perform integrity assessments
  • Manage corrosion defects to improve operating costs
  • Reduce the risk of pipeline failure
  • Apply lessons learned to your pipeline and riser projects

View course contents



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course bar chart Level Advanced
timer icon Duration 4 Days
clock Study Hours 28
Also available in house

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Jee Star Logo Advanced integrity management of deepwater pipelines and risers - course contents

Day 1

Integrity management systems

  • Integrity management strategy
  • Plan
  • Execute
  • Measure
  • Improve
  • Document management and reporting
  • Risk-based inspection
  • Emergency response
  • Incident investigation and learning
  • Integrity management standards

Integrity during design and installation

  • Rigid pipeline design
  • Rigid riser design
  • Rigid pipeline installation
  • Rigid riser installation
  • Commissioning

Day 2

Case study 1: Pipeline installation failure

  • Pipeline installation failure
  • Failure investigation
  • Pipeline repair
  • Lessons learned

Integrity during operation

  • Flow assurance
  • Operation and remediation
  • Inspection methods

Day 3

Case study 2: Pipe-in-pipe installation and operational failure

  • Field development
  • Flowline design
  • Flowline installation
  • Riser design
  • Riser installation
  • Failure detection
  • Failure causes and consequences
  • Repair options
  • Lessons learned

Case study 3: Pipe-in-pipe failure during operation

  • Pipeline design
  • Pipeline failure
  • Pipeline repair options
  • New pipeline
  • Lessons learned

Case study 4: Pipeline operational failure

  • Background to the problem
  • Buoyant span assessment
  • Remedial works
  • Lessons learned

Day 4

Flexible integrity management

  • Codes and standards
  • Materials and makeup
  • Inspection techniques
  • Monitoring and testing methods
  • Design and installation incidents
  • Operational deterioration and damage

Case study 5: Flow-induced pulsations

  • FLIP – theory and dependencies
  • Potential problems
  • Corrective actions – discussion
  • Lessons learned

Integrity management of umbilicals

  • Umbilical failure statistics
  • Integrity management in design
  • Integrity management in manufacture
  • Integrity management in installation
  • Integrity management in operation

Case study 6: Umbilical failure

  • Introduction to Hudson Field
  • Blockage in inhibitor hoses
  • Blockage in methanol hose
  • Lessons learned
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