ARTIFICAIL LIFT

Introduction:

Artificial lift is a crucial technique for enhancing oil production, especially in wells that no longer produce at optimal levels naturally. Through this course, engineers at oil companies will gain a comprehensive understanding of artificial lift techniques to improve production and ensure well continuity. The course aims to introduce engineers to various artificial lift methods, from fundamental principles to advanced applications.

Objectives:  

Participants in this course will learn to:

-        Introduce participants to the concept of artificial lift and its significance in oil production.

-        Enable engineers to select the appropriate artificial lift techniques based on well characteristics and production conditions.

-        Develop skills in the design and operation of artificial lift systems.

-        Enhance engineers’ ability to optimize production performance and reduce operational costs.

-        Improve problem-solving skills related to artificial lift techniques.

Target Audience:

This course is ideal for:

-      Production and maintenance engineers in oil companies.

-      Drilling and well completion engineers.

-      Facility and operations engineers who manage oil production systems.

Day 1: Introduction to Artificial Lift and Fundamentals

-        Definition of artificial lift and its role in enhancing oil production.

-        Types of artificial lift systems and their role at different production stages.

-        Comparison of different artificial lift methods: gas lift, electrical submersible pumps, mechanical pumps, and others.

-        Case studies from global oil companies.

  Day 2: Gas Lift Technique

-        Working principle and fundamentals of gas lift.

-        Design and operation of gas lift systems.

-        Applications of gas lift in medium-production wells.

-       Common issues and solutions in gas lift technology.

Day 3: Electrical Submersible Pumps (ESP)

  -   Components and working mechanism of ESP systems.

  -   Design and operation of electrical submersible pumps.

  -   Application of ESPs in high-flow wells.

  -   Troubleshooting and resolving common ESP issues.

Day 4: Sucker Rod Pumps and Other Techniques

-        Introduction to sucker rod pumps and their applications.

-        Design and operation of sucker rod pumps for low-flow wells.

-        Other artificial lift methods, such as hydraulic pumps and jet pumps.

-        Practical challenges and solutions.

Day 5: Performance Optimization and Problem Management in Artificial Lift

-         How to optimize artificial lift performance based on well conditions.

-        Analyzing performance data and well metrics to improve production strategies.

-        Preventive and emergency maintenance for artificial lift systems.

-        Final discussion, review of key takeaways, and practical applications.

Training Methodology:

Upon completing this course, participants will acquire advanced knowledge of artificial lift techniques and their practical applications in oil production. This will enable them to improve production efficiency, reduce operational costs, and ensure continuity in oil company operations.