The Combined-Cycle Power Plant Efficiency training program is designed to provide participants with comprehensive knowledge and practical skills in optimizing the efficiency of combined-cycle power plants. This program is intended for professionals working in the power generation industry and those seeking to enhance their understanding of combined-cycle power plant operations.
This training program is suitable for:
Power plant engineers and operators
Energy and utilities professionals
Maintenance and reliability engineers
Project managers in the energy sector
Graduates and students pursuing careers in power generation
By the end of this training program, participants will be able to:
Understand the principles of combined-cycle power generation.
Identify key components and systems in combined-cycle power plants.
Analyze and optimize the efficiency of combined-cycle power plants.
Implement best practices for maintenance and reliability.
Improve safety and environmental compliance in power plant operations.
Day 1: Introduction to Combined-Cycle Power Plants (5 hours)
Overview of power generation technologies
Introduction to combined-cycle power plants
Basic thermodynamics and efficiency concepts
Components of a combined-cycle power plant
Gas turbine technology and operation
Day 2: Steam Turbine and Heat Recovery Steam Generators (HRSG) (5 hours)
Steam turbine technology and operation
HRSG design and function
Combined-cycle process and integration
Efficiency calculations and analysis
Day 3: Operation and Control of Combined-Cycle Plants (5 hours)
Control systems in combined-cycle plants
Start-up and shutdown procedures
Load-following and grid integration
Troubleshooting common operational issues
Day 4: Maintenance and Reliability (5 hours)
Preventive and predictive maintenance strategies
Condition monitoring and diagnostics
Risk assessment and safety protocols
Environmental compliance and emissions control
Day 5: Optimization and Future Trends (5 hours)
Efficiency enhancement techniques
Combined-cycle plant performance analysis
Emerging technologies in power generation
Case studies and best practices
Course review and Q&A