Combined Cycle Power Plant Fundamentals

The delegates on this training course will be utilising a variety of proven teaching techniques. Each section shall begin with an introduction, followed by a presentation of the key technical concepts. It will include PowerPoint presentations, videos, illustrations, real case studies, and hands-on exercises. Finally, at the end of each section, a group discussion (Q&A) shall be held.

By the end of this Combined Cycle Power Plant Fundamentals training course, the participants will be able to:

• Design and evaluate thermodynamic cycles of combined cycle power plants
• Choose the suitable methods for performance evaluation
• Select the proper configuration and size of the combined cycle power plant
• Evaluate Economics and LCOE
• Evaluate Environmental Impacts
• Learn appropriate operation and maintenance practices
• Ability to simulate and predict power plant performance

This training course will benefit project planners, middle management, O&M engineers, and technicians and economists.

This Gulf Rowad Combined Cycle Power Plant Fundamentals training course is suitable to a wide range of professionals but will greatly benefit: 

• Engineers
• Managers
• Top and Middle Management
• Project Developers and Owners
• High-Level Power Plant Technicians (O&M)
• Process Plant Technical Professionals: Engineers, Technicians and Operators

Organisational Impact

The organisation will benefit directly and indirectly from this Combined Cycle Power Plant Fundamentals training course as follows:

• Properly sizing and selecting combined cycle power plants
• Enhance economic impact and increase in revenues
• Improve socio-economic implications for job creation in the organisation
• Enhance marketing, image, and competitiveness of the organisation
• Reduction of operation and maintenance costs
• Optimising project implementation time 

Personal Impact

This training course on the Combined Cycle Power Plants Fundamentals will significantly benefit the program participants in the following aspects:

• Enhance personal technical knowledge on theory and design
• Enhance intimate, technical expertise on plant operation and maintenance
• Enhance socio-economic knowledge related to different power plants
• Understand the environmental benefits of combined cycle power plants
• Help in career advancement and growth
• Enhance competitiveness