Training Course: Combined-Cycle Power Plant Efficiency

SC235205 6 - 10 Apr 2025 Cost : 2275 € Euro
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Introduction:

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.

Target Audience:

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

Objectives:

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.

Outlines:

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

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