About this Training
This 3-days course offers a comprehensive exploration of subsea production control systems and umbilicals, designed for professionals in the offshore oil and gas industry. This face-to-face training program provides participants with a deep understanding of the various components, design considerations, and operational aspects of subsea control systems.
Day 1 of the course introduces participants to the fundamentals of subsea control systems and umbilicals. It covers different types of control systems, factors affecting their selection, and field layout examples. The day also includes a detailed overview of both topside and subsea-located equipment, as well as sub-surface controls and interfaces. This foundational knowledge sets the stage for more in-depth discussions in the following days.
Day 2 focuses on the design aspects of subsea power and communication distribution systems, as well as hydraulic distribution systems. Participants will learn about electrical and optical field simulation, umbilical component sizing, and various types of flying leads and connectors. The hydraulic portion covers fluid types, cleanliness, and wear mechanisms. The day concludes with an exploration of Master Control Station (MCS) and Subsea Control Unit (SCU) interfaces, including system overviews, mimics, and alarm configurations.
Day 3 begins with a review of the previous day's material before delving into subsea production control system design guidelines. This section covers industry standards, government regulations, and equipment ratings. A group exercise allows participants to apply their knowledge by designing a conceptual control system. The course then moves on to subsea safety system design and control system operations, covering critical aspects such as shutdowns, interlocks, and redundancy. The final part of Day 3 addresses installation and post-startup considerations. This includes load-out and installation procedures for umbilicals, Installation/Intervention WorkOver Controls (IWOCs), and Inspection, Repair, and Maintenance (IRM) practices. The course concludes with an overview of underwater vehicles used in subsea operations, including ROVs, AUVs, and USVs, providing participants with a well-rounded understanding of the entire subsea control system lifecycle.
