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The Complete 10-Day Course on Gas Lift Excellence

Design, Operation, and Optimization

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Why Choose Us

The Gas Lift Excellence Course gives production engineers, petroleum engineers, and well intervention professionals a comprehensive, technically rigorous ten-day programme covering every dimension of gas lift technology from fluid dynamics fundamentals and valve selection, through system design, mandrel installation, operations, troubleshooting, and optimisation, to advanced applications in unconventional reservoirs and HPHT environments.

Gas lift is one of the most widely applied artificial lift methods in the oil and gas industry — and its performance is directly determined by the depth of technical knowledge behind its design, installation, and operational management. Professionals who understand gas lift comprehensively — from valve mechanics and injection depth optimisation to diagnostic troubleshooting and data-driven production optimisation — consistently deliver better well performance and lower lifting costs.

This ten-day course addresses that knowledge end-to-end. Delegates move progressively through the complete gas lift lifecycle building foundational understanding before advancing to system design, real-time optimisation, advanced diagnostic techniques, and emerging applications. Case studies, hands-on exercises, and practical optimisation sessions are integrated throughout every module.

The Gas Lift Excellence Training is built for professionals who want mastery — not just familiarity — with gas lift systems, and who want to apply that mastery to deliver measurable improvements in production performance and artificial lift efficiency.

Why Choose The Complete 10-Day Course on Gas Lift Excellence
Course Goals

What are the Goals?

The Gas Lift Excellence Course is designed to develop complete, end-to-end gas lift technical capability — from system fundamentals and valve selection through design, installation, operations, troubleshooting, optimisation, and advanced applications.

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

  • Explain the importance, history, and evolution of gas lift technology and identify the key components and terminology of gas lift systems
  • Analyse fluid properties, gas-liquid flow regimes, flow patterns, and pressure drop calculations relevant to gas lift performance
  • Identify and evaluate continuous, intermittent, and conventional gas lift valve types and apply structured valve selection criteria
  • Apply the principles of gas lift system design — including tubing and casing design, injection depth optimisation, and gas injection rate determination
  • Understand gas lift mandrel function, apply installation best practices, and troubleshoot common installation issues
  • Apply start-up and shutdown procedures, operate surface and downhole control equipment, and monitor system performance
  • Diagnose common gas lift system problems and apply remedial actions through structured troubleshooting approaches
  • Apply production optimisation strategies using data analysis, data-driven techniques, and software tools
  • Evaluate gas lift applications in unconventional reservoirs and HPHT environments and assess advances in valve technology
  • Integrate course learning across the full ten-day programme through open discussion, Q&A, and peer knowledge exchange

Who is this Training Course for?

The Gas Lift Excellence Training is designed for production engineers, petroleum engineers, well intervention professionals, and operations specialists who work with gas lift systems and want to develop a technically complete, practically grounded mastery of gas lift design, operations, and optimisation.

This course is suitable for:

  • Production engineers responsible for gas lift system performance, injection rate management, and production optimisation
  • Petroleum engineers involved in artificial lift method selection, system design, and field development planning
  • Well intervention engineers planning and executing gas lift valve retrieval, replacement, and mandrel operations
  • Operations engineers and supervisors managing gas lift system start-up, shutdown, and real-time performance monitoring
  • Reservoir engineers evaluating gas lift as an artificial lift strategy across different reservoir types and production stages
  • Oilfield services professionals providing gas lift equipment, technical support, or field optimisation services
  • Asset managers responsible for artificial lift strategy and the long-term production performance of gas lift wells
  • Graduate petroleum and production engineers building a structured, comprehensive technical foundation in gas lift systems
Learning Approach

How will this Training Course be Presented?

The Gas Lift Excellence Course is delivered as a ten-day intensive programme structured in a logical, progressive sequence building foundational gas lift knowledge in the first five days before advancing to operational management, troubleshooting, optimisation, and advanced applications in days six through ten. Each day addresses a distinct technical domain within the gas lift discipline — ensuring delegates develop both depth and breadth across the complete subject.

Practical valve selection exercises, mandrel installation demonstrations, troubleshooting case studies, optimisation software applications, and HPHT and unconventional reservoir case studies are integrated throughout ensuring every technical concept is grounded in practical application.

Delivery methods include:

  • Instructor-led sessions covering gas lift fundamentals, fluid dynamics, valve technology, system design, and advanced applications
  • Fluid dynamics and flow regime workshops applying pressure drop calculations and flow pattern analysis to gas lift performance assessment
  • Valve selection exercises applying structured selection criteria to continuous, intermittent, and conventional valve scenarios
  • System design case studies applying injection depth and gas injection rate optimisation to real gas lift design challenges
  • Advanced applications sessions examining unconventional reservoir and HPHT gas lift case studies and emerging valve technology

The Course Content

Introduction to Gas Lift Systems

  • Course introduction and overview
  • Importance of gas lift systems in oil and gas production
  • Historical development and evolution of gas lift technology
  • Basic components and terminology of gas lift systems

Fundamentals of Fluid Dynamics

  • Fluid properties and behavior in gas lift systems
  • Gas-liquid flow regimes in production tubing
  • Flow patterns and pressure drop calculations
  • Key performance factors in gas lift

Gas Lift Valve Types and Selection

  • Overview of gas lift valve types: continuous, intermittent, and conventional
  • Criteria for selecting the appropriate gas lift valves
  • Installation and maintenance considerations
  • Practical exercises on valve selection

Gas Lift System Design Principles

  • Factors influencing the design of gas lift systems
  • Tubing and casing design considerations
  • Determining the optimal injection depth and gas injection rates
  • Case studies and examples of gas lift system design

Gas Lift Mandrels and Installation

  • Role and significance of gas lift mandrels
  • Installation techniques and best practices
  • Troubleshooting common installation issues
  • Hands-on exercises on mandrel installation

Operation and Control of Gas Lift Systems

  • Startup and shutdown procedures for gas lift systems
  • Surface and downhole control equipment
  • Monitoring and maintaining system performance
  • Real-time optimization techniques

Troubleshooting Gas Lift Systems

  • Identifying common problems and challenges
  • Diagnosing issues within gas lift systems
  • Remedial actions and troubleshooting exercises
  • Case studies on system troubleshooting

Gas Lift Optimization Strategies

  • Strategies for optimizing production with gas lift systems
  • Selecting the appropriate artificial lift strategy
  • Data analysis and data-driven optimization techniques
  • Utilizing software tools for optimization

Advanced Topics in Gas Lift

  • Gas lift applications in unconventional reservoirs
  • Gas lift in high-pressure, high-temperature (HPHT) environments
  • Advances in gas lift valve technology
  • Case studies highlighting advanced gas lift applications

Course Recap and Certification

  • Recap of key course concepts and learnings
  • Open discussion, Q&A session, and participant feedback
  • Certification distribution for successful course completion
Recognition

Certificate

  • Wallstreet Development Academy Certificate of Completion for delegates who attend and complete the training course.
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In Partnership With