Introduction

    The importance of training courses is not only limited to professional life, as most of us think but training courses aim to transfer knowledge and practical experiences that enrich the skills of individuals and enhance their self-confidence, which contributes to the preparation of cadres which in turn contributes to the development and progress of institutions. Therefore, Strategic Vision Training Center aims to enhance the skills and experiences of individuals through the strongest training programs to keep pace with every development in the labor market.
 

Objectives

• Developing the skills of the trainees and providing the participants with the basic skills and concepts of gas turbine maintenance operations and their impact on the overall efficiency of operation.
• Providing participants with the basic skills of turbine operating systems and methods of maintaining and operating them safely and securely.
• Identifying the different types of maintenance, the required equipment, and the steps for dismantling
• All components of the unit and its aids and reassembly
   

Who should attend?

Engineers, managers and technicians interested in maintaining electricity-generating gas turbines in companies, organizations, industrial facilities and various oil fields.
 

Course content:

• Introduction to turbines and gas turbines.
• History of gas turbines and their historical development.
• Theory of operation and operation of gas turbines.
• The main parts of the turbine (the rotor part / the stator part).
• Different types of turbines.
• Various uses of gas turbines.
• Gas turbine components.
• Some equipment and auxiliary machines to operate the gas turbine safely and securely.
• Air filters before entering the air compressor.
• Starter assistant (starter).
• Means or system for ignition.
• Cooling system for gas turbines.
• Control system and equipment for measuring temperature and pressure at every stage of work.
• Energy transfer in gas turbine engines.
• Fluid flow in gas turbines.
• Gas engines performance and specifications.
• Status monitoring, maintenance and troubleshooting.
• Additional components (impact, seals and gears) and applications.
• Safe operation of turbines.
• Vibration and noise in turbines.
• Critical speed of turbine rotor.
• Lubrication and lubrication of the turbines.
• Types of maintenance (maintenance during operation - expected maintenance - preventive maintenance.
• Equipment that is carried out prior to carrying out maintenance and inspection works and equipment.
• Steps to decompile the components of the combustion chamber and assembly steps.
• Steps for dismantling the hot gases path and assembly.
• Steps to unpack the components of the unit when performing a comprehensive pilgrimage and assembly.
• How to disassemble, assemble and perform maintenance for bearings and turbine aids.
• Applications to turbines.
• Practical applications on the work and maintenance of turbines.