Course Objectives:

By the end of this training, participants will be able to:

1. Introduction to Advanced Well Completion Technologies

• Understand the importance of advanced completion design in maximizing well productivity.
• Learn about completion evolution, from conventional to intelligent and digital completions.
• Identify completion challenges in different reservoir environments (shale, deepwater, HPHT, tight gas, etc.).

2. Advanced Completion Design and Selection

• Evaluate completion strategies for complex wells (horizontal, multilateral, extended-reach, HPHT).
• Optimize tubing string design, packers, safety valves, and flow control devices.
• Implement customized completion solutions based on reservoir characteristics and well objectives.

3. Intelligent Well Completions and Digitalization

• Learn about smart well technologies, including:
• Downhole flow control valves (ICDs, AICDs, ICVs).
• Fiber-optic monitoring and permanent downhole gauges (PDG).
• Distributed Temperature Sensing (DTS) and Distributed Acoustic Sensing (DAS).
• Implement real-time well performance monitoring using IoT and AI-driven analytics.

4. Sand Control and Reservoir Flow Optimization

• Explore advanced sand control methods, including:
• Expandable screens, autonomous inflow control devices (AICD), and open-hole gravel packs.
• Hybrid completions for maximizing productivity and minimizing pressure loss.
• Apply Reservoir Flow Control Strategies for production enhancement.

5. Hydraulic Fracturing and Stimulation Integration

• Understand multi-stage fracturing for unconventional wells.
• Implement smart fracturing techniques using fiber-optic monitoring.
• Optimize completion fluids and proppants selection for well longevity.

6. Well Integrity and High-Performance Completion Materials

• Learn about corrosion-resistant alloys, elastomers, and smart materials in completion systems.
• Implement zonal isolation techniques for enhanced well integrity.
• Develop completion strategies for HPHT and deepwater wells.

7. Advanced Artificial Lift Completions

• Integrate artificial lift systems (ESP, gas lift, jet pumps, and rod pumps) with smart completions.
• Optimize production performance using real-time sensor-driven lift techniques.
• Improve reservoir drainage through hybrid lift and completion strategies.

8. Case Studies and Field Applications

• Analyze real-world completion challenges and solutions.
• Develop problem-solving techniques for unconventional, offshore, and high-risk reservoirs.
• Apply best practices from successful advanced completion deployments.

Target Audience

This course is designed for professionals involved in well completion design, optimization, and technology implementation, including:

• Completion Engineers
• Well Intervention Engineers
• Artificial Lift Specialists

• Reservoir Engineers
• Production Engineers
• Field Development Planners

• Wellsite Supervisors
• Asset Managers
• Digital Oilfield Specialists

• HSE Managers
• Well Integrity Specialists
• Regulatory Compliance Officers