Integrity Management of Flexibles and Risers

About the Course

This course provides an in-depth understanding of the integrity management of risers and flexible pipelines Participants will explore the key aspects of managing the integrity of both rigid and flexible systems, with a focus on ensuring safety, reliability, and efficiency throughout their lifecycle.
 
The course begins with an introduction to integrity management systems, covering documentation, reporting, and emergency response procedures. Standards and best practices are examined, including risk-based inspection (RBI) processes that identify criticality, inspection methods, and frequency. Case studies are incorporated to highlight real-world applications, such as the integrity challenges faced by steel catenary risers.
 
A detailed review of riser types follows, including dynamic risers used for drilling, production, and export. Participants will examine the design approaches for rigid risers, addressing key factors such as riser sizing, dynamic and fatigue loading, and analysis methods. Flexible riser design is also covered, with a focus on materials selection, ancillary equipment, and interactions with waves, currents, and soil.
 
Further attention is given to integrity during installation and operation, where participants will learn about the challenges associated with FPSO interfaces, riser installation, and operational failures. Case studies provide practical insights into failure detection, causes, and the available repair options, drawing valuable lessons from real industry scenarios.
 
The course also delves into integrity threats during operations, including vortex-induced vibrations, fracture, and fatigue within rigid pipelines and risers. Flexible pipeline integrity management is explored through vessel motion monitoring, fault detection, and dynamic analysis. Umbilical integrity management is another key focus, with topics covering design, manufacturing, and operational challenges, supported by case studies like the Hudson Field umbilical failure.
 
By the end of the course, delegates will be equipped with the skills and knowledge to manage the integrity of risers and flexibles, ensuring safe and efficient offshore operations.

Who's it for

The Integrity Management of Flexibles and Risers course is tailored for professionals involved in the inspection, maintenance, and management of flexible pipelines and risers. This includes:

• Project engineers managing the integrity of subsea pipeline systems.

• Inspection engineers responsible for planning and executing inspection programmes.

• Maintenance engineers overseeing the upkeep and operational integrity of flexible pipelines and risers.

• Technical team leaders and managers leading teams in subsea pipeline integrity management.

• Offshore operations engineers involved in the day-to-day management of subsea assets.

This course is designed to enhance the professional development of individuals dedicated to mastering advanced concepts in the integrity management of flexibles and risers.

Learning Objectives

Upon completing this course, delegates will be able to:

• Summarise the key features of an integrity management system.

• Implement risk-based inspection techniques for flexible pipelines and risers.

• Conduct detailed analysis for inspection planning and execution.

• Identify and mitigate risks associated with flexible pipeline operations.

• Apply best practices for the repair and maintenance of flexible pipelines and risers.

Course Content

Learning Outcomes

By the end of the course, delegates will have:

• A comprehensive understanding of integrity management systems for flexible pipelines and risers.

• Practical knowledge of inspection planning and risk-based inspection techniques.

• Enhanced ability to analyse and mitigate risks in flexible pipeline operations.

• Developed skills in the repair and maintenance of flexible pipelines and risers.

• Improved capability to manage the integrity of subsea assets throughout their lifecycle.

These outcomes prepare delegates to effectively address the challenges in the integrity management of flexibles and risers, ensuring they can contribute significantly to their organisations and the industry.