By the end of this course delegates will be able to:

• Gain a detailed understanding of the applications, operations and maintenance of Gas Turbines
• Identify different technologies and applications of gas turbines
• Recognize different parameters affecting the performance of a gas turbine
• Identify the requirements and the procedures for safe start up and shutdown of the turbine
• Understand the importance of TMR control system of the reliability of gas turbine
• Understand how to detect and solve the problems of gas turbines
• Be able to understand the applications, operations of a gas turbine
• Update regarding the latest international standards
• Gain knowledge of basic design and operating principles
• Have an improved understanding of the theory behind the practice
• Gain knowledge of the latest designs and research results
• Learn about monitoring and influencing emissions

Electrical Engineers, Power Generation Engineers, Power System Protection Engineers, Gas turbine newcomers and more experienced persons who desire an overview of the many available gas turbine technologies, Process Control Engineers & Personnel, Electrical and Instrumentation Technicians &, Maintenance Technicians & Supervisors, Plant Operators & Technicians, Oil & Gas Industry Personnel

• Presentation
• Case study
• Life examples
• Video Demo
• Group Discussion
• Workshop

Module One:

Introduction

Types of Gas Turbine and Gas Turbine Applications

• Heavy Duty Gas Turbines
• Aero-Derivative Gas Turbines
• Two-shaft Gas Turbines
• Simple Cycle
• Combined Cycle
• Combined Heat and Power Applications
• Major Components of a Gas Turbine
• Compressor
• Combustor
• Turbine

Module Two:

Compressor Components

• Compressor Design
• Effects on Performance
• Compressor Washing Techniques/Philosophies

Combustion Components

• Combustion Liner Design
• Types
• Combustion Liner Materials/Repair
• Fuel Nozzle Design
• Repair
• Environmental Control for Combustion Systems
• Types Of Environmental Control
• Installation
• Retrofitting Environmental Control Systems

Module Three:

Design of a Gas Turbine

• Single, Spool and Split Shaft Gas Turbines
• Principle of Operation of Axial Compressors
• Design of IGV, Stators and Rotors
• Can, Annular and Can-annular combustors
• Fuel Nozzles
• Principle of Operation of an Axial Turbine
• Impulse and Reaction Turbine Blades
• Techniques of Internal Cooling of the Blades

Module Four:

Gas Turbine Systems

• Lubrication Systems
• Lube Oil Types
• Oil Monitoring and Cleaning
• Fuel Systems
• Fuel Properties and Selection
• Fuel Measurement
• Supply Systems
• Heavy Fuels and Fuel Dosing
• Fuel Performance Impacts
• Environmental Considerations
• Bearings
• Types of Bearing
• Bearing Materials and Repairs
• Additional Systems
• Starting Systems
• Inlet Air Systems/Filtering

Module Five:

Performance and Operation of a Gas Turbines

• Operating Parameters
• Factors Affecting the Performance of a Gas Turbine
• Pre- start check out list
• Start Up and Shutdown Procedures
• Synchronizing procedure
• Normal Loading
• Speed Control and Temperature Control
• Trip Oil system

Types of Control System

• Evaluating
• Collecting Control System Data
• Evaluating Control System Retrofits/Upgrades
• Pressure
• Temperature

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