Centrica Energy, Bord Gáis Energy and Mitsubishi Power will explore the development of Europe's first ammonia-fired power generation facility, based on the existing Whitegate power plant in Cork.
The transition to a low carbon future is a paramount global challenge, requiring innovative solutions that transcend geographical boundaries. IHI has made promising strides in ammonia production technologies, usage technologies, and engineering for a sustainable energy transformation. The presentation explains the journey from Japan’s pioneering role in utilizing ammonia as an energy carrier, including its use as a co-firing fuel in a pulverized coal power plant, to North America’s adaptation and expansion of these advancements. Amid the drive to curb carbon emissions, this presentation underscores the significance of global knowledge sharing in pursuit of cutting-edge ammonia-based solutions.
Sembcorp, IHI and GE will explore potential retrofits to existing gas turbines at the Sakra power plant to run on 100% ammonia fuel. The Sakra plant currently features two GE 9FA turbines, which are among the models IHI & GE are targeting for development of a “retrofittable” ammonia combustion system.
MHI Group released the “Carbon Neutrality Declaration by 2040” with the theme of “MISSION NET ZERO” and we are working to develop technologies and businesses towards the goal. In this panel session, MHI’s technology roadmap for CO2 zero power generation is presented first, where ammonia and hydrogen firing GT/GTCC plays an important role. Then technologies development and validation progress for the ammonia firing GT are presented and discussed together with MHI involved Ammonia power generation projects worldwide. Lastly activities of Hydrogen GT development and validation are briefly introduced.
According to the IHI’s ‘Group Management Policies 2023’ announced this May, Clean Energy business represented by fuel ammonia and others is defined as Development-focus Business, which would drive our future growth in parallel with Aero Engines and Space business. Our aim is to build and enhance the value of our entire ammonia value chain by implementing direct ammonia utilization technology especially for power sector, preparing infrastructure for transportation and storage and also developing new technology for green ammonia production. In the session, IHI’s effort to implement total value chain of ammonia is introduced, especially to use ammonia in thermal power…
ACME and IHI will assess the feasibility of potential joint projects in the ammonia energy space, including production, transportation, distribution, and power generation. Also this week, IHI and GE have presented their findings from an ammonia-powered gas turbine feasibility study, with some favorable fuel economics for ammonia.
GE and IHI will define a technology roadmap to convert existing GE gas turbine models to run on up to 100% ammonia fuel by 2030, with implementation & testing of prototypes to follow. A “retrofittable” ammonia combustion system will be developed for three utility-scale GE models, with the potential to roll the technology out across GE’s existing Asian turbine fleet.
MHI, Keppel Infrastructure and DNV have agreed to explore the feasibility and deployment of a 100% ammonia-fired gas turbine on Jurong Island, Singapore. In Indonesia, MHI and Bandung Institute of Technology will work together to demonstrate 100% ammonia firing with MHI’s H-25 Series, 40 MW gas turbine.
This paper summarizes a comprehensive technical and economic analysis of a hydrogen-ammonia upgrade to an existing 42 MW natural gas plant. A phased approach is carefully chosen which deploys low-carbon technology in modules which are palatable by large-scale utility customers. The objective is to minimize capital costs of the conversion while maximizing decarbonization as each phase is deployed. A phased approach delivers optionality to utilities which are often locked into carbon-emitting technologies by protracted investment durations. Phase one details implementation of an on-site thermal pyrolysis system. Existing natural gas infrastructure and plant waste heat are used to provide clean hydrogen.…