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Sector:
Industrial and Energy - Rotating Equipment
Technical Focus Area:
Mechanical & Rotating
About the Course
This course provides practical training in artificial lift systems, covering how lift methods are screened and selected for specific well conditions. It is designed for production professionals who need to understand and optimize the performance of artificially lifted wells.
Participants examine rod pumping, progressive cavity pumping, gas lift, and electrical submersible pump (ESP) systems, building the diagnostic skills needed to identify and resolve common artificial lift performance issues. Case examples reinforce practical lift optimization decisions.
Learning Milestones
By the end of this course, participants will be able to:
- Select an appropriate artificial lift method for given well conditions.
- Explain the operating principles of major lift systems.
- Diagnose common artificial lift performance issues.
- Evaluate lift system efficiency and run life.
- Interpret dynamometer and lift performance data.
- Recommend optimization changes for underperforming lift systems.
Professional Audience
This course is ideal for professionals working with artificial lift systems, including:
- Production engineers
- Artificial lift specialists
- Field operations personnel
- Well performance analysts
- Maintenance engineers supporting lift equipment
Modular Syllabus
Artificial Lift Method Screening
Overview of artificial lift methods
Screening criteria by well conditions
Economic considerations in lift selection
Comparing lift method advantages and limitations
Case study: lift method selection for a sample well
Course Dates & Prices
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