Asset Integrity Management for Purpose-Built FPSO’s and Subsea System Facilities

Introduction

This interactive, application-driven 5-Day Asset Integrity Management for Purpose-Built FPSO’s and Subsea System Facilities training course offers a professional approach providing access to support tools in Asset Integrity management decision making. It will show the principles of asset integrity management for subsea systems, risers and FPSOs and it will show how the use of real-time condition-based monitoring can support strategic initiatives and to direct subsea & marine operational decisions making in a more proactive and efficient manner.

In today's globally challenged Oil & Gas Upstream Business Sector to reduce Operating Expenditure (OPEX) costs this course will add value to your own development as an operations or asset maintenance engineer and support your Asset Management goals and objectives over the Life of Field Operations.

This training course is aimed at addressing the following criteria:

Providing engineers, operations and maintenance personnel and asset-operations managers with the ability to draw down the critical information on any reported anomalies, inspection or planned maintenance, repair activities across your assets

Obviously, operations teams have busy day-to-day lives. So, this course will enable you to plan your workload and teach your teams on how to improve the production assurance efficiencies of your marine assets.

This training course will feature:

• Guidelines of asset integrity management
• Subsea and risk assessment framework
• Deepwater Riser and Subsea Integrity Management Strategy
• How to develop more robust asset integrity maintenance and repair philosophy
• Learning about asset management interpretation
• AIM for FPSOs and offshore floating facilities
• Riser and subsea asset field life extension case studies
• Risk-based inspection for FPSOs and subsea facilities

Objectives

Upon the successful completion of the course, participants will be able to:-

• Improve the utilization of these various tools and have the awareness and a better understanding of how to make improved quality and timely decisions for your operational and asset management roles
• Apply and improve Asset Integrity planning, skill sets over a cross-section of subsea or marine asset inspections, periodic preventative planned maintenance routines or subsea intervention operations.
• Learn about new subsea inspection, maintenance and repair techniques
• Understand the risk-based inspection management systems for subsea and FPSOs
• IDENTIFY how to improve the operability and integrity of subsea developments- marine assets over the life of field operations
• LEARN how to improve your daily planning on asset integrity monitoring and reporting requirements
• GET BETTER UNDERSTANDING of the guidelines to asset integrity management and asset integrity procedures and program implementation
• UNDERSTAND the inspection, maintenance and repair techniques of subsea systems, subsea pipelines
• UNDERSTAND the regulations of FPSO operation and maintenance
• Learn about riser and mooring lines Management based on Real-Time Integrity Monitoring
• RECOGNIZE the requirements, the International Standards of subsea systems and marine assets
• REVIEW a number of examples of asset integrity failures that could have been avoided by more proactive asset management

Training Methodology

Who Should Attend?

The course is intended for: -

• New Graduates and Professionals in both operations and onshore to offshore asset management support roles
• Reliability or Operations-Maintenance Engineers
• Field Supervisors
• Marine operations

Course Outline

Day 1: Introduction to Subsea System Operation and FPSO Production Asset

• Overview of Subsea Engineering

• Subsea field development

• Subsea Production Systems

• Subsea Structures and Equipment

• Subsea Field Development Overview

• Introduction to FPSO Operation and Maintenance

• Regulations and Codes

• Environmental influences affecting FPSO Operations

• FPSO Mooring, Turret and Swivel operations

• Subsea Umbilicals, Risers + Flowlines (SURF) and Subsea facility Interfaces

• Oil or Gas Transfer (Offloading)

Day 2: Guidelines for Asset Integrity Management

• Asset integrity management (AIM)

• Management Responsibility

• AIM Life Cycle

• Failure Modes and Mechanisms

• Asset Selection and Criticality Determination

• Inspection, Testing and Preventive Maintenance

• Established Approaches for Developing Test and Inspection Plans

• Asset Integrity Procedures

• Equipment Deficiency Management

• AIM Program Implementation

Day 3: Subsea Asset Integrity and Risk Assessment

• Subsea asset integrity framework for project execution phase

• Risk Assessment

• Maintaining a stable Integrity Performance for your assets

• Project Risk Management

• Subsea Equipment RBI Methodology

• Pipeline RBI

• Risk and reliability analysis

• Risk-Based Inspection Planning for different offshore facilities

• Deepwater Riser and Subsea Integrity Management Strategy  

• Risers and Mooring Lines Integrity Management based on Real-Time Integrity Monitoring

Day 4: Operability, Subsea Inspections, Maintenance and Repair Asset Integrity

• Remote Operated Vehicles (ROV) Intervention and Interface

• Inspection and maintenance of subsea systems

• Subsea Pipeline Repair methods

• Autonomous Underwater Vehicle (AUV)

• Acoustic sand monitors

• Monitoring of corrosion and erosion damage of pipelines

• RISER AND SUBSEA ASSET FIELD LIFE EXTENSION case studies

• Interpretation of Subsea Inspection Data

Day 5: FPSO Asset Integrity

• AIM for offshore floating facilities

• PFPSO degradation mechanisms examples

• Risk-based inspection for FPSOs

• Spectral fatigue for FPSO conversion

• Structural Longevity of FPSO Hulls

• Inspection management for FPSOs