Well Intervention & Artificial Lift

Course Overview

This course provides a comprehensive understanding of well intervention techniques and artificial lift methods used to optimize production in oil and gas wells. Participants will learn the principles, design considerations, selection criteria, and operational aspects of artificial lift systems, along with practical well intervention strategies to enhance production efficiency and well longevity.

Who Should Attend

• Production engineers and supervisors

• Reservoir and drilling engineers

• Well services and operations personnel

• Field technicians involved in artificial lift systems

• Maintenance and reliability engineers

• Project managers in production optimization

Course Objectives

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

1. Understand the principles and types of artificial lift systems.

2. Evaluate and select appropriate artificial lift methods based on well conditions.

3. Understand well intervention techniques and operational procedures.

4. Identify challenges in artificial lift operations and troubleshoot problems effectively.

5. Apply best practices to optimize production and ensure well integrity.

Course Outline

Day 1: Introduction to Well Intervention and Artificial Lift

• Course introduction and objectives

• Overview of well intervention: purpose, types, and applications

• Introduction to artificial lift: definition, need, and benefits

• Well performance and production optimization concepts

• Types of wells and production profiles

Day 2: Artificial Lift Methods – Part 1

• Beam (Rod) Pumping Systems

  • Principles, components, and design considerations

  • Operation and performance optimization

• Electric Submersible Pumps (ESP)

  • System components, installation, and operational challenges

  • Troubleshooting and performance monitoring

• Case study: Selecting the right artificial lift for different wells

Day 3: Artificial Lift Methods – Part 2

• Gas Lift Systems

  • Continuous and intermittent gas lift operations

  • Design criteria, installation, and maintenance

• Progressive Cavity Pumps (PCP) and Hydraulic Pumps

  • System design, selection, and field applications

• Monitoring and production optimization strategies

• Practical exercise: Artificial lift selection for varying production scenarios

Day 4: Well Intervention Techniques

• Workover and well intervention planning

• Coiled tubing, wireline, and snubbing operations

• Well cleanouts, stimulation, and remedial operations

• Safety and risk considerations in well interventions

• Exercise: Designing a well intervention program

Day 5: Troubleshooting, Optimization & Best Practices

• Troubleshooting artificial lift systems and well intervention issues

• Performance monitoring and production optimization techniques

• Cost-effective intervention planning

• Case studies: Real-world intervention challenges and solutions

• Course review, Q&A, and participant action plan