Gas and Steam Turbines

Practical understanding of the principles, operation, control, and maintenance of gas and steam turbines, including their integration within power-generation and industrial facilities. Training covers the major turbine components, operating cycles, auxiliary systems, start-up and shutdown procedures, performance monitoring, protection systems, and common operational challenges.

• Gas Turbines: Fundamentals of the Brayton cycle, compressor and combustion systems, turbine expansion, fuel systems, starting systems, exhaust systems, and generator integration.
• Steam Turbines: Fundamentals of the Rankine cycle, steam admission and expansion, turbine stages, condensers, boiler/HRSG interfaces, steam extraction, and generator integration.
• Operation: Start-up, synchronization, loading, normal operation, shutdown, operating parameters, efficiency monitoring, and control systems.
• Maintenance: Preventive and predictive maintenance, inspection practices, vibration monitoring, lubrication systems, thermal performance monitoring, alignment, and troubleshooting of common turbine issues.
• Protection & Control: Overspeed protection, vibration and temperature monitoring, emergency shutdown systems, trip logic, alarms, and turbine control systems.
• Practical Applications: Understanding turbine operation in combined-cycle, cogeneration, and conventional power plants, with emphasis on real-world operating conditions, troubleshooting, maintenance practices, and electrical/mechanical system interfaces.

Professional training focus: Bridging the gap between theoretical turbine principles and practical plant operation, maintenance, troubleshooting, and performance optimization.