Combined Cycle Power Plant Fundamentals
Training Course
16 hours
Power Plant Engineers
Combined Cycle Engineers
Mechanical Engineers
Process Engineers
Operations Managers
Maintenance Engineers
Project Engineers
Energy Analysts
Turbine Engineers
Thermal Engineers
Facility Managers
Technical Consultants
Control Room Operators
Energy Consultants
Plant Managers
Gas Turbine Combined Cycle (GTCC) technology is a leading solution in improving efficiency and reducing emissions. The course provides an introduction to the basic thermodynamic concepts underlying the design and operation of GTCC plants, followed by a description of the major components and their operation. Participants will complete the course with an understanding of what drives the performance of the integrated plant. This course is suitable for anyone with a general technical background that is or will be involved in the construction, operation or management of GTCC power plants.
Introduction to Thermal Power Cycles Fundamentals • Rankine and Carnot Cycles
• Conventional Boilers
• Combined Cycle Gas Turbine (CCGT) Plant Basics
• History and Evolution of CCGT Plants
• Future Trends in Power
The Gas Turbine (GT)
• Design Fundamentals
• Types and Applications
• Key Components
The Heat Recovery Steam Generator (HRSG)
• Design Fundamentals
• Design Variants
• Key Components
The Steam Turbine (ST)
• Design Types
• Key Components
• Operation
Balance-of-Plant
• Air, Water and Fuel Supply
• Emissions Control
• Cooling Systems
• Piping and Pumps
• Electrical
Operational Aspects
• Startup, Cycling & Load Changes
• Preservation
• Alternate Fuels
• Plant Protection and Control
• Lifetime and Maintenance Issues
• Performance Tracking