Role of gas turbines in power generation and industry
Thermodynamic principles: Brayton cycle basics
Classification: heavy-duty, aero-derivative, and industrial turbines
Key performance parameters (efficiency, power output, heat rate)
Compressor types and operation
Combustion chamber design and fuel systems
Turbine section: blades, cooling methods, materials
Auxiliary systems: lubrication, control, and monitoring systems
Startup and shutdown procedures
Load control and performance monitoring
Fuel handling and combustion optimization
Efficiency improvement and emissions reduction
Routine inspection and preventive maintenance schedules
Predictive maintenance: vibration analysis, thermography, oil and gas path analysis
Blade inspection, cleaning, and replacement techniques
Alignment, balancing, and lubrication practices
Common operational issues: compressor fouling, hot section damage, vibration problems
Root cause analysis of failures
Corrective actions and repair methods
Reliability improvement and life extension programs
Safety protocols during operation and maintenance
Handling high-temperature and high-pressure systems
Environmental impacts: NOx emissions, noise, and sustainability practices
Compliance with industry standards and regulations
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