Gas Turbine Technology Design, Operation, Control & Troubleshooting
Join On Event :
| Event | Start | End | Instructor | Location | Registration |
|---|---|---|---|---|---|
| Gas Turbine Technology Design, Operation, Control & Troubleshooting | 20-Apr | 24-Apr | ins2 |
Details :
This training course provides a good knowledge of gas
turbine technology and enhance competency in the operation, control and
troubleshooting of gas turbines. This training course provides participants
with an opportunity to acquire a fundamental understanding of many aspects of
stationary gas turbine engine performance appropriate to its operation and
control.
The training course is intended to supply the participants
with the principal of gas turbine operation. Also, to train them in monitoring
the behavior of the gas turbine that will help them in enhancing its
performance. This training course develops a background in gas turbine
operation that enables participants to analyze operating problems properly and
take the necessary corrective action. The course will be also
directed to the tools and the trouble shooting techniques obeyed so as to help
them to reach the full understanding of the operation of each system
components. Control philosophy of gas turbines will be explained.
This Gas Turbine Technology training course will
highlight:
- Principles
of operation of gas turbines
- Design
of modern gas turbines
- Control
and protection system of gas turbines
- Different
stages involved in the operation of a gas turbine cycle
- Problems
of gas turbines and recommended solutions
At the end of this training course, you will learn to:
- 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
This training course is suitable to a wide range of
professionals but will greatly benefit:
- All
employees involved in the gas turbines technology design, operation,
control and troubleshooting
- Mechanical
Engineers
- Operators
- Foremen
- Supervisors
- Control
Engineers
Module One: Basics of Gas Turbines
- Introduction
to Gas Turbine
- Simple
Gas Turbine Cycle
- Heavy
Duty Gas Turbine
- Industrial
Gas Turbine
- Aero
derivative Gas Turbine
- Advanced
Gas Turbine
- Pressure
Ratio and Firing Temperature
Module Two: 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 Three: Auxiliaries, Protection and Control
Systems
- Lubrication
System
- Gas
Fuel System
- Oil
Fuel System
- Hydraulic
System
- Starting
System
- TMR
and Simplex Control System
- Critical
Redundant Sensors
- Protection
System
Module Four: 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
Module Five: Monitoring System and Troubleshooting
- Vibration
Monitoring and Analysis
- Abnormal
Conditions of a Gas Turbine
- Axial
Compressors Problems
- Combustors
Problems
- Axial
Turbine Problems
This gas turbines technology training course will be
delivered along workshop principles with interactive lecture format and
roundtable discussions for certain topics. Case studies are employed to
highlight particular points and appropriate video material used to illustrate
particular conditions. It will include interactive worked examples that
will allow all participants to use the knowledge they gained to demonstrate
their skills in operating, controlling and troubleshooting gas turbine system.
09:00 to 14:00