Course Schedules

Classroom 7 Sessions
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Introduction

Gas turbines are advanced machines that function under high pressure and temperature conditions, demanding skilled operation and maintenance for optimal performance and durability. This Gas Turbine Operation Training Course is crafted to offer participants a comprehensive understanding of gas turbine technologies, with a focus on component design, performance, and upkeep. The course provides the knowledge necessary to improve turbine efficiency and tackle challenges throughout its operational lifespan.

Targeting turbines in the oil and gas, chemical, and process industries, this training is ideal for operators, maintenance technicians, and professionals involved in procurement or retrofitting. Participants will acquire valuable insights into aerodynamics, thermodynamics, and mechanical integrity, enabling them to contribute to operational excellence and enhanced efficiency.

This training course will feature:

  • Comprehensive knowledge of gas turbine operations and their applications in industrial practice
  • Understanding the critical components and associated equipment of gas turbines
  • Techniques for evaluating performance and improving operational efficiency
  • Practical insights into troubleshooting, maintenance, and performance enhancement
  • Exposure to the latest advancements in gas turbine technology

What are the Goals?

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

  • Analyze efficient operational guidelines for gas turbine systems and components.
  • Evaluate methods for enhancing performance and efficiency in gas turbines.
  • Compare improvement techniques for various industrial applications.
  • Assess the impact of corrosion, fouling, and other factors on turbine performance.
  • Apply best practices to remedy operational challenges in everyday scenarios.

Who is this Training Course for?

This training course is suitable for professionals across various levels in process plant environments, particularly those seeking to understand gas turbine construction, operation, and maintenance. It is especially beneficial for:

  • Engineers and Technicians from the oil and gas, chemical, and process industries
  • Operation and Technical Service Engineers focusing on gas turbines
  • Plant Engineers responsible for turbine system specifications and operation
  • Maintenance Coordinators and Managers overseeing interdisciplinary projects
  • Consultants, Sales Personnel, and Technical Managers involved in energy conservation and equipment procurement

How will this Training Course be Presented?

This training course employs proven adult learning techniques to ensure participants gain both theoretical knowledge and practical skills. Delivery methods include:

  • Workshop Principles: Interactive lectures and worked examples for deeper understanding.
  • Case Studies: Real-life scenarios illustrating performance control and troubleshooting.
  • Collaborative Exercises: Teamwork sessions to foster active participation and solution development.
  • Problem-Solving Sessions: Opportunities to address real-world challenges in turbine operation and maintenance.
  • Open Discussions: Sharing professional experiences to enhance learning outcomes.

Participants will leave this course equipped with the knowledge and tools to optimize gas turbine performance, ensure operational efficiency, and troubleshoot effectively in their respective industries.

Course Content

Day 1

Overview of Gas Turbine Operation

  • Overview of Gas Turbine Technology
  • Application of Gas Turbines in Oil & Gas, Chemical and Process Industry
  • Basics of Operation and Thermodynamics of Gas Turbine Cycles
  • Components of Gas Turbine Package: Compressor – Combustor – Turbine
  • Compressor Matching with gas Turbine: Shafts Arrangements
  • Compressor Design Characteristics and Problems in Operation and Control
  • Compressor Speed Control: Flow Rate Regulation
Day 2

Operation of Combustion System

  • Combustor Design Types and Technical Features
  • Fuel Types and Atomization Methods
  • Effects of Pressure, Temperature and Turbulence
  • Efficiency of Combustion Process
  • Environmental Limits and Pollution Control
  • Operating Problems of Combustor
  • Maintenance Issues of Fuel Nozzles and Combustor Liner
Day 3

Elements of Hot Gas Path

  • Elements of Gas Turbine along Hot Gas Path
  • Blade and Nozzle Design: Velocity and Pressure Interaction
  • Material Selection: Importance of Thermal and Mechanical Stresses
  • Blade and Nozzle Material Degradation: Erosion and Corrosion Prevention
  • Inspection Procedures: NDT Techniques (Ultrasound)
  • Evaluation Methods for Fitness for Service Analysis
  • Repair Options and their Feasibility
Day 4

Functioning of Gas Turbine Systems

  • Fuel System
  • Inlet Air System and Filtering Procedure
  • Ignition System and Flame Control
  • Flue Gas Exhaust System
  • Lubrication System
  • Governor System
  • Control and Safety System
Day 5

Maintenance and Troubleshooting

  • Monitoring of Gas Turbine Performance
  • Problem Detection and Diagnostics: Root Cause Analysis
  • Vibration Problems and Troubleshooting Methods
  • Gas Turbine Maintenance Organization: Procedures, Scheduling, Reports
  • Turbo-machinery Overhaul and Repair Options
  • Summary and Wrap-up

The Certificate

Recognition
  • Anderson Certificate of Completion for delegates who attend and complete the training course
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