Activities

• Gas Turbine Operation & Maintenance – Arabic

  1. Fundamentals of Gas Turbine Technology

  • 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)

  2. Gas Turbine Components & Design

  • Compressor types and operation

  • Combustion chamber design and fuel systems

  • Turbine section: blades, cooling methods, materials

  • Auxiliary systems: lubrication, control, and monitoring systems

  3. Operation & Performance

  • Startup and shutdown procedures

  • Load control and performance monitoring

  • Fuel handling and combustion optimization

  • Efficiency improvement and emissions reduction

  4. Maintenance Strategies

  • 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

  5. Troubleshooting & Reliability

  • 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

  6. Safety & Environmental Considerations

  • 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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