The oil and gas sector is a cornerstone of the global economy. As many onshore and shallow-water reserves are depleting, the focus on oil and gas exploration and production is increasingly shifting toward deeper and ultra-deep waters. It is anticipated that future offshore exploration efforts will predominantly target these deeper zones. Although subsea engineering has made significant progress in recent years, the subsea industry still faces numerous challenges related to cost, operation, and maintenance.
For professionals in offshore and subsea engineering, having a comprehensive understanding of subsea technologies, management practices, design processes, and maintenance is crucial.
This 5-day Energy training course is specifically designed to address subsea equipment installation and design, operational and maintenance requirements, as well as subsea technologies and emerging trends.
Participants will gain valuable international insight into the offshore subsea industry, with a strong foundation in business acumen. This knowledge will help individuals identify, develop, and retain talent to maintain a competitive advantage while fostering sustainable career growth. The course is particularly beneficial for those looking to advance their expertise in subsea design, operations, and management.
Key aspects of this Subsea Equipment and Technology for Oil & Gas Production training course include:
- A comprehensive overview of the evolving offshore subsea and marine technology landscape
- In-depth exploration of subsea equipment, systems, and technologies
- Insights into subsea project management and the roles and responsibilities of multidisciplinary teams
- Enhanced understanding of subsea system engineering
- Installation techniques for subsea equipment
- Examination of the latest subsea inspection technologies, operational procedures, and maintenance practices
- Focus on emerging subsea technologies and the challenges they present
By the conclusion of this Subsea Equipment and Technology for Oil & Gas Production training course, participants will be able to:
- Comprehend the design principles behind various subsea equipment
- Understand the installation processes of subsea systems
- Explore subsea and marine maintenance technologies and techniques
- Recognize the challenges associated with subsea and marine operations
- Gain insight into new technologies and emerging trends in the industry
This Energy training course will utilise a variety of proven adult learning techniques to ensure maximum understanding, comprehension and retention of the information presented including but not limited to Course manual, PowerPoint presentations, Videos presentations, Competency assurance tests including pre-assessment and post-assessment tests.
The daily training will be highly interactive and participative. This involves regular discussion of applications as well as hands-on exposure to techniques using examples from the offshore workplace environment. Delegates are strongly encouraged to bring and share their own experiences, lessons learnt from the work domain. This adds greater relevancy to the content.
This Subsea Equipment and Technology for Oil & Gas Production training course will significantly benefit the organization by extending the lifespan of subsea projects, lowering maintenance and operational costs, and reducing safety, environmental, and business risks. Additionally, the course will reinforce the following:
- Essential design, operation, and maintenance requirements for subsea equipment
- Subsea inspection, maintenance, and risk evaluation processes
- Emerging technologies and future developments in the subsea industry
Upon successful completion of the training course, participants will be able to comprehend and effectively manage the challenges or obstacles encountered during the development of subsea projects within their organizations.
This Subsea Equipment and Technology for Oil & Gas Production training course is very comprehensive and will address subsea equipment design and operation, new technologies and future trends so that participants of any engineering discipline will have a holistic understanding of the subsea industry and its service life requirements.
This Energy training course is suitable for a wide range of professionals but will greatly benefit:
- Offshore subsea engineers who want to expand their knowledge in the subsea and marine industry
- Engineers from all disciplines who are new to the offshore subsea industry
- Managers and executives who are new to the offshore subsea industry
- Project engineers
- Operation engineers
- Maintenance engineers
- Technicians
Day One: Introduction to Subsea Engineering & Project Management
- Subsea field development overview
- Subsea Structures and Equipment
- Project Execution and Interfaces
- Managing teams of multi-disciplined personnel
- Project team Roles and Responsibilities
- Subsea Asset integrity framework for project execution
Day Two: Subsea Surveying, Installation & Cost Estimate
- Subsea Surveying
- Subsea Soil Investigation
- Subsea Foundation
- Typical Installation Vessels
- Vessel Requirements and Selection
- Subsea Cost Estimation (cost methodologies, equipment costs, installation costs)
- Case Study: Subsea System CAPEX Estimation
Day Three: Subsea Systems/Equipment Design & Operation
- System Design and Operability
- Subsea power supply
- Subsea control
- Subsea manifolds
- Pipeline Ends and In-Line Structures
- Subsea connections and jumpers
Day Four: Subsea Inspection, Maintenance & Risk Assessment
- Risk Assessment and Project Risk Management
- Subsea Equipment Risk Based Inspection (RBI) Methodology
- Pipeline RBI
- Inspection and maintenance of subsea systems
- Remote Operated Vehicles (ROV) Intervention and Interface
- Autonomous Underwater Vehicle (AUV)
- Next Generation Subsea Inspection, Maintenance and Repair Operations
Day Five: Subsea New Technologies & Challenges
- Reliability Data for New Technology Equipment in Subsea Production Systems
- Technology Developments
- Subsea Incidents and integrity management
- Degradation mechanisms and failure modes
- Future trends and challenges