Who Should Attend?
Mechanical & Electrical Engineers, Control & measurement Supervisors & technicians, Operational & Maintenance Technicians
Objective
This Course is designed to give advance Knowledge about control systems. Enable awareness of the control system functions. Better understanding of related logic & principles of control Systems. Operation & Troubleshooting in gas turbine. Maintenance & safety of gas turbine.
Organisation Responsibility
To Design Syllabus for the course,
to meet all the requirements described.
To prepare a manual [hard & soft copy]
To Nominate an Instructor who has the expertise & high qualifications in
the field.
To apply sophisticated training techniques to enable the participants to develop
the required skill.
To schedule the period of the course & the daily time table
To Determine the venue & the date of the course [In-house courses will be
negotiable]
Day 1:
0730 - 0800 Registration and welcome
0800 - 1000 1. Principle design and operation of gas turbine: Turbine blade
design, & Combustion chamber design.
1000 - 1020 Break
1020 - 1220 Compressor design, & Exhaust systems design.
1220 - 1320 Lunch Break
1320 - 1500 Nozzles and diffusers design, & Operation of gas turbine.
1500 - 1520 Break
1520 - 1630 2. Construction, installation and component of gas turbine: Methods
and technology of construction, & Installation procedure and their precaution.
Day 2:
0730-0800 Coffee & Social Meeting
0800-1000 Component of gas turbine and their function, & The specifications
of materials used for gas turbine components.
1000-1020 Break
1020-1220 3. Thermodynamics, Fluid mechanics, heat transfer and combustion in
gas turbine: Thermodynamic principle and theory, Properties of fluid flow via
gas turbine components, & The effect of boundary layer on the flow around
the gas turbine blade.
1220-1320 Lunch break
1320-1500 Heat transfer and cooling system of gas turbine, & Combustion
process and chemical reaction in gas turbine.
1500-1520 Break
1520-1630 4. Performance and shaft power cycles for gas turbine: Performance
parameters, and Brayton cycle, & Single-shaft and split shaft gas turbine.
Day 3:
0730-0800 Coffee & Social Meeting
0800-1000 Theory of compression cycles, & Theory of expansion cycles.
1000-1020 Break.
1020-1220 Optimum design of gas turbine, & Efficiency and power output from
gas turbine.
1220-1320 Lunch Break
1320-1500 5. Running parts and auxiliaries in gas turbine: Fuel system and their
specification, & Oil system in gas turbine.
1500-1520 Break.
1520-1630 Instrumentation and measurements of flow parameters, & Running
hours, starting and stopping condition.
Day 4:
0730-0800 Coffee & Social meeting
0800-1000 6. Trouble shooting & maintenance in gas turbine: Bearing and
seals, Vibration and its effect, & Scheduled maintenance processes.
1000-1020 Break
1020-1220 Unscheduled maintenance processes, & General maintenance and shutdown
maintenance.
1220-1320 Lunch Break
1320-1500 7. Control strategies in gas turbine and monitoring: Control based
logic system, & Gas turbine protection system.
1500-1520 Break.
1520-1630 Fuel control system, & Temperature, pressure and power control
system.
Day 5:
0730-0800 Coffee & social meeting
0800-1000 Types of condition monitoring, Principle of effective monitoring,
& Computerized logging and monitoring.
1000-1020 Break
1020-1220 8. Safety and environmental strategies for gas turbine: Safe running
procedure for gas turbine, & Overhaul safety features for gas turbine.
1220-1320 Lunch break
1320-1500 Gas turbines exhaust gasses and their effect to the environment.
1500-1520 Break
1520-1600 Ending the course ceremony, certificates & evaluation of the course