FUNDAMENTALS OF SUBSEA ENGINEERING- Beginners & Intermediate Engineers
COURSE TITLE: FUNDAMENTALS OF SUBSEA ENGINEERING
OBJECTIVE / AIM:
To gain a wider knowledge and understanding of Subsea Engineering, Subsea Field Development Planning / Options, Subsea Survey, Systems Positioning and Metrology, Deepwater Subsea MUX BOP Control System & Maintenance, Subsea Production Control System, Offshore Structures Design, Transportation & Installation, Reliability, Availability, Maintainability & Safety of Subsea Systems, Subsea Field Development project Interface Management, Offshore & Subsea Structures Decommissioning & Abandonment and Relevant International Standards.
COURSE OUTLINES
MODULE 1: OVERVIEW OF SUBSEA ENGINEERING
- History of Subsea Engineering
- Subsea Production Control Systems Configuration / Architecture
- Subsea Flow Assurance and System Engineering
- Subsea Structures and Equipment
- Subsea Umbilicals Risers and Pipelines
- Deepwater Well Drilling and Tooling Equipments
MODULE 2: SUBSEA FIELD DEVELOPMENT PLANNING / OPTIONS
- Deepwater and Shallow Water Development
- Wet Tree & Dry Tree System
- Subsea Tie-Back Development
- Subsea processing
- Template, Clustered Well System and Daisy Chain
- Subsea Field Development Assessment Case Study
MODULE 3: SUBSEA SURVEY, SYSTEMS POSITIONING AND METROLOGY
- Subsea Systems Positioning Techniques
- Types of Survey Sensors
- Subsea Acoustic Positioning System
- General Guidelines , Major Considerations and
- Application of Acoustic Positioning Systems
- Spool Piece Metrology Case Study – Intro
MODULE 4: DEEPWATER SUBSEA MUX BOP CONTROL SYSTEM & MAINTENANCE
- Introduction to Subsea MUX BOP Control Systems
- Types of Indirect operating Systems
- Subsea MUX BOP Control System Configuration
- Operational Sequence of Subsea MUX BOP Control System
- Function Testing of Subsea MUX BOP Control System
- Hydraulic Power Units Sizing & Configuration
- Subsea Marine Riser Drilling System & Components Interconnection
- BOP Maintenance & Inspection Job Safety Analysis
MODULE 5: SUBSEA PRODUCTION CONTROL SYSTEM
- Control Systems International Standards
- Subsea Control Systems Selection Major Criteria
- Components of Subsea Production Control System
- Subsea Control Systems Evolution
- Case Study: Control System Operation – opening of production Master Valve (PMV) on XT
MODULE 6: OFFSHORE STRUCTURES DESIGN, TRANSPORTATION & INSTALLATION
- Overview of Global Subsea Installation, Design and Installation Projects
- Phases of Subsea Structures Installation
- Subsea Structures Installation Vessels & Verifications
- Case Study: Subsea Systems Lift Rigging Design Exercises
MODULE 7: REILABILITY, AVAILABILITY, MAINTENABILITY & SAFETY OF SUBSEA SYSTEMS
- Introduction to Subsea Systems Reliability Engineering
- Case Study: Reliability Assessment of Subsea Xmas Tree using Failure Mode Effect and Critical Analysis (FMECA)
- Case Study: Reliability Assessment of Subsea Control Module (SCM)using Failure Mode Effect and Critical Analysis (FMECA)
MODULE 8: SUBSEA FIELD DEVELOPMENT PROJECT INTERFACE MANAGEMENT – PIPELINE CASE STUDY
- Concept Selection & FEED
- Detailed Engineering Design
- Fabrication & Installation
- Pre-Commissioning Activities, Tie Ins & Protection
MODULE 9: OFFSHORE & SUBSEA STRUCTURES DECOMMISSIONING & ADANDONMENT
- Concept Selection & FEED
- Detailed Engineering Design
- Fabrication & Installation
- Pre-Commissioning Activities, Tie Ins & Protection
COURSE DATE:FLEXIBLE
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