Hydrogen and Ammonia fuel use in Combined Cycle Power Plants
Training Course
10 hours online/ 2 days face to face
The target audience for the Hydrogen and Ammonia Fuel Use in Combined Cycle Power Plants course includes:
Power Plant Engineers: Engineers involved in the design, operation, and optimization of combined cycle power plants exploring alternative fuels.
Energy Transition Specialists: Professionals working on the integration of hydrogen and ammonia as part of the transition to cleaner energy sources.
Fuel Technology Experts: Individuals focused on developing and implementing new fuel technologies for power generation.
Plant Managers: Managers overseeing combined cycle power plants who are considering or implementing hydrogen and ammonia fuels.
Project Managers: Professionals managing projects related to the adoption and integration of hydrogen and ammonia fuels in power plants.
Renewable Energy Consultants: Advisors providing expertise on the use of hydrogen and ammonia in power generation and their impacts on plant operations.
Regulatory and Compliance Specialists: Individuals ensuring that the use of hydrogen and ammonia fuels complies with regulatory standards and environmental requirements.
Financial Analysts and Investors: Stakeholders evaluating the financial implications and investment opportunities related to hydrogen and ammonia fuel adoption in power plants.
Technical Researchers and Academics: Scholars and researchers studying the impacts and innovations related to hydrogen and ammonia fuels in power generation.
This course is ideal for anyone involved in or interested in the implementation and optimization of hydrogen and ammonia as fuels in combined cycle power plants, providing in-depth knowledge of their applications, benefits, and challenges.
This training seminar will delve into not only the general theory but also the practical considerations of using hydrogen and ammonia as a fuel in a modern Combined Cycle Power Plant (CCPP). Although the impact of hydrogen on all plant systems is addressed, there is a special emphasis on the HRSG and associated steam cycle as this is often given less consideration than the GT for example. Another focus will be to identify the graduated approaches for bringing hydrogen on-stream at a plant as supplies become more available and costs drop. This includes looking at scenarios for on-site storage requirements, firing options (fuel blends, duct burners and/or GT) and use of ammonia as alternative storage and fuel medium. The course is for plant operations management and technical staff who are looking to gain an understanding of the implications of integrating the burning of hydrogen in the CCPP.
"· Basics of Hydrogen & Ammonia • History of Hydrogen and Ammonia as Fuels
• Fundamentals of Hydrogen and Ammonia Combustion
• Gas Turbines
• Supplementary Firing Burners
• Supply Options for Hydrogen (Green, Blue, Gray and other sources)"
"· Codes and Standards for Hydrogen Fuels (ASME, API, NFPA) • Co-Firing with Blends of Other Fuels "
· Plant Heat Rate and Capacity Changes with Hydrogen/Ammonia Fuels
· Emissions from Gas Turbines and Duct Burners with Hydrogen
· Control System Modifications for Hydrogen/Ammonia Combustion
· Piping and Storage Considerations
· Evaluating On-Site Hydrogen Production plant (Hydrogen Island)
· Economics: Looking at Various Scenarios
•CAPEX and LCOE For Different Design and O&M Scenarios
•Impact of Different Subsidies/Promotion Schemes in Key Markets
· Case Studies
· Discussion and Q & A