By the end of this course, participants will:
- Understand the key principles of offshore field development, focusing on pipeline design and flow assurance.
- Learn the factors influencing pipeline design, including environmental, operational, and economic considerations.
- Understand flow assurance challenges in offshore pipelines, such as hydrates, wax deposition, and corrosion.
- Apply methods to optimize flow assurance through insulation, chemical injection, and heating systems.
- Develop strategies to troubleshoot flow assurance issues and enhance pipeline performance.
DAY 1
Introduction to Offshore Field Development and Pipeline Design
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- Overview of offshore field development concepts
- Types of offshore pipeline systems: subsea, riser, and flowlines
- Key considerations in pipeline design: materials, installation, and integrity
- Exercises: Analyzing pipeline design options for different field conditions
DAY 2
Flow Assurance Fundamentals
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- Understanding the flow assurance concept and its role in offshore development
- Challenges in flow assurance: hydrates, wax deposition, asphaltenes, and corrosion
- Key methods for preventing and managing flow assurance issues
- Exercises: Identifying flow assurance risks and developing mitigation strategies
DAY 3
Pipeline Integrity and Monitoring Systems
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- Pipeline integrity management: monitoring, inspection, and maintenance
- Corrosion control and prevention techniques
- Use of pigging, leak detection systems, and smart pig technology
- Exercises: Designing an integrity management plan for an offshore pipeline
DAY 4
Flow Assurance Solutions and Optimization
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- Insulation and heating systems for offshore pipelines
- Chemical injection and flow improvers
- Case studies on the successful application of flow assurance methods
- Exercises: Developing a flow assurance strategy for a specific offshore pipeline system
DAY 5
Troubleshooting and Case Studies
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- Identifying and solving common flow assurance issues in offshore fields
- Real-world case studies of pipeline and flow assurance challenges
- Strategies for optimizing offshore pipeline systems for reliability and efficiency
- Final exercises: Troubleshooting and improving the performance of offshore pipeline
