Power Generation System — Master the Core of Industrial Energy
Power generation systems—especially gas turbines—are essential in industrial plants, oil & gas facilities, and large-scale utilities. Understanding how these systems operate is crucial for engineers responsible for reliability, operation, and maintenance.
The Power Generation System course presented by Eng. Mohamed El Sharkawy provides a focused and practical understanding of turbine technology and power generation components.
Power generation systems—especially gas turbines—are essential in industrial plants, oil & gas facilities, and large-scale utilities. Understanding how these systems operate is crucial for engineers responsible for reliability, operation, and maintenance.
The Power Generation System course presented by Eng. Mohamed El Sharkawy provides a focused and practical understanding of turbine technology and power generation components.
What the Course Covers of Power Generation System
This program introduces participants to the fundamentals and practical aspects of gas turbine systems, including:
1. Gas Turbine Basics
What a gas turbine is and how it works
Brayton thermodynamic cycle
Advantages, limitations, and performance factors
2. Major System Components
- Air inlet & filtration systems
- Axial air compressors
- Combustion chambers (tubular, can-annular, annular)
- Gas turbine stages and ancillary components
3. Support Systems
- Start-up systems
- Lube oil and fuel systems
- Electrical control systems
- Safety systems, detectors, and firefighting
4. Operation & Troubleshooting
- Start-up & shutdown procedures
- Performance evaluation
- Common problems and diagnostics
5. Maintenance & Overhaul
- Preventive & predictive maintenance
- Vibration & oil analysis
- Borescope inspections
- Maintenance planning and best practices
- Who Should Attend?
- This training is ideal for:
- Mechanical Engineers
- Maintenance Technicians
- Mechanical Supervisors
- Operation & Reliability Engineers
Why This Course Matters
Participants gain essential knowledge to:
-
Operate turbines efficiently
-
Diagnose system faults
-
Improve maintenance performance
-
Extend equipment life
-
Boost their professional competency in power generation