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

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  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

Rectus attendance certificate will be issued to all attendees completing minimum of 80% of the total course duration.