Combined Cycle Gas Turbines, Power Generation and Decarbonisation

Program Overview

This five-day course from Cranfield University delves into the fundamentals of combined cycle gas turbines (CCGTs) and their role in decarbonized power generation. Participants will gain a comprehensive understanding of CCGT technology, design, performance, economics, and future challenges. The course combines lectures, tutorials, and interactive exercises, providing a practical and theoretical foundation for professionals in the power generation industry.

Program Outline

Cranfield University Combined Cycle Gas Turbines, Power Generation and Decarbonisation Course

Degree Overview

This five-day course delves into the fundamentals of gas turbines and combined cycle gas turbine plants, exploring their evolving role in a decarbonized power generation landscape.

Objectives:

• Understand the operational characteristics of CCGT power plants.
• Evaluate the design and performance of CCGTs under various conditions.
• Apply economic viability assessment methods to power generation projects.
• Compare the technical and economic advantages of various CCGT configurations.
• Identify key aspects of system monitoring, diagnostics, and maintenance.
• Analyze the development of CCGT technology in response to future challenges and market demands.
• Assist in selecting and operating CCGT plants.

Program Description:

This course combines lectures, tutorials, and interactive exercises to provide a comprehensive understanding of CCGT technology and its applications. Participants receive printed course materials and a Certificate of Attendance upon completion.

Outline

Program Content:

• Combined cycle design performance: Explore fundamental designs of CCGTs, their influence on plant efficiency and output, and technology evolution.
• Combined cycle off-design: Analyze the impact of reduced load settings and varying ambient conditions on performance and environmental impact.
• Combined cycle transients: Understand the transient behavior of CCGTs, including typical load variations and start-up procedures.
• Flexible operation and frequency control: Explore the role of CCGTs in stabilizing grid frequency in the context of renewable energy integration and challenges.
• Performance economics and market design: Learn performance economics assessment techniques and their application to CCGT economic performance.
Analyze market design features, price formation mechanisms, and the role of CCGTs within this context.
• Power generation and climate change: Gain insights into the nature of climate change, international negotiations, and their influence on CCGT development and use.
Examine climate change policies, decarbonization strategies, and associated opportunities and challenges for the CCGT industry.
• Hydrogen and alternative fuels for the future: Explore the future of CCGTs in the context of alternative fuels and technologies and the urgent need for decarbonization.
Understand hydrogen as a potential energy source, including its production, storage, distribution, and application as a potential CCGT fuel. Analyze net-zero power generation, associated challenges, and cost analyses.

Course Schedule:

The course runs over five days, with a schedule incorporating lectures, tutorials, and active participation from delegates.

Individual Modules:

• Each content area listed above constitutes a module with detailed lectures and exercises.

Assessment

Assessment Methods:

• Active participation in tutorials and discussions.
• Completion of assigned exercises and problem-solving tasks.
• Final written exam testing theoretical knowledge and application.

Assessment Criteria:

• Demonstration of understanding of key CCGT concepts and principles.
• Ability to apply knowledge to practical scenarios and problem-solving.
• Accuracy and clarity of written responses in the final exam.

Teaching

Teaching Methods:

• Interactive lectures delivered by Cranfield University faculty and industry experts.
• Practical tutorials and problem-solving exercises guided by experienced instructors.
• Open discussion and knowledge-sharing encouraged throughout the course.

Faculty:

• Experienced and qualified faculty members from Cranfield University with extensive academic and industrial expertise.
• Guest lecturers from industry providing real-world insights and practical applications.

Unique Approaches:

• Emphasis on practical application of theoretical knowledge through interactive exercises and case studies.
• Encouragement of active participation and peer-to-peer learning.
• Access to industry experts and networking opportunities.

Careers

Potential Career Paths:

• Power plant engineers
• Design engineers
• Operation and maintenance engineers
• Project managers
• Consultants
• Researchers

Career Opportunities:

• Power generation companies
• Engineering contractors
• Equipment manufacturers
• Research and development organizations
• Government agencies

Career Outcomes:

• Graduates are well-equipped to pursue various career paths in the power generation industry and related fields.
• They possess a strong foundation in CCGT technology and its application to address current and future challenges in power generation.
• The course provides valuable knowledge and skills for career advancement and leadership roles within the industry.

Other

Additional Information:

• The course fee is £1,710 and covers refreshments, lunch, and printed materials.
Accommodation is not included and must be booked separately.
• Concessions are available for Cranfield alumni and group registrations.
• The course is non-residential, but on-campus accommodation options are available at Mitchell Hall or Cranfield Management Development Centre.
• The course is conveniently located near major transportation links, including London Luton, Stansted, and Heathrow airports.