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Gas Lift Design, Operation & Troubleshooting

Dates Venues Register
02/11/2025 - 06/11/2025 ISTANBUL

Introduction

Gas Lift Design, Operation & Troubleshooting

What are the Goals?

By the end of this Gas Lift Design, Operation & Troubleshooting training course, participants will learn to:

  • Learn about production optimization using artificial lift systems
  • Understand the equipment used in gas lift system
  • Learn how perform gas lift design with different methods
  • Learn how deal with different problems during gas lift operations
  • Get familiar with different new technology in gas lift

Who is this Training Course for?

This Global Franchise training course is tailored to provide a practical and detailed insight for professionals who actually involved in the; selection, installation, operation and maintenance of gas lift system.

This Gas Lift Design, Operation & Troubleshooting training course is suitable to a wide range of professionals but will greatly benefit:

  • Design and maintenance professionals
  • Petroleum engineers
  • Production technology engineers
  • Reservoir Engineers
  • Production engineers
  • Field operators
  • Production technicians

 

Daily Agenda

Day One: Production System Analysis & Artificial Lifting Theory 
  • Reservoir drive mechanisms
  • Produced fluids properties
  • Inflow performance relationship
  • Vertical Lift Performance
  • Multiphase flow and Multiphase flow correlations
  • System nodal analysis
  • Artificial lift systems and non-Flowing well Vs flowing well
  • Gas lift concept
Day Two: Gas Lift Technology 
  • History of gas lift
  • Natural flow vs gas lift
  • Applications of gas lift
  • Continuous gas flow
  • Intermittent gas flow
  • Main considerations surrounding gas lift systems
  • Optimum GLR and injection depth
  • Advantages and disadvantages
Day Three: Downhole Equipment 
  • Gas lift mandrels
  • Gas Lift Valves and latches
  • Kick-over Tool’s operations
  • IPO and PPO valves
  • Gas lift valve’s mechanics
  • Continuous flow unloading sequence
  • Force Balance Theory
  • Orifice gas lift valve behavior
Day Four: Gas Laws and Gas Lift Design 
  • Basic Gas Law
  • Natural gas and nitrogen pressure calculations
  • Gas lift design types and steps
  • Design Bias
  • Constant Casing Pressure Drop Method
  • Bracketing
  • Practical case
  • Tips regarding well modelling and gas lift design with software.
Day Five: Gas Lift Troubleshooting 
  • Gas Lift System selection(compressors)
  • Gas Rate Control and Measurement
  • Instability and Heading
  • Analysis and Diagnostic Techniques
  • Well Testing for GL Wells
  • Unloading Procedures
  • Troubleshooting real cases
  • New technology in gas lifting systems

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