KBR will deploy its new H2ACTSM ammonia cracking technology in Daesan, South Korea, delivering 200 tonnes of hydrogen per day as fuel for power generation. The new project is part of Hanwha Corporation’s decarbonisation push which includes co- and 100% firing of hydrogen fuel in gas turbines, ammonia production & export, and ammonia-powered vessels.
CF Industries & POSCO will commence a FEED study on CCS-based ammonia production at CF’s Blue Point Complex in Louisiana as part of a potential joint venture in low-carbon ammonia production, with long-term offtake to South Korea.
Korea-based Doosan Enerbility and Indonesia Power will partner up to deploy ammonia co-firing technology at the Suralaya Power Plant in Java. The newly-commissioned Jawa 9 & 10 generating units will be converted, with studies into a full ammonia supply chain and technical requirements to be completed by 2027 - the same year Doosan is targeting for commercialisation of its co-firing burner technology.
German energy company EnBW has acquired a 10% equity stake in the SkiGA project, as well as securing long-term offtake rights to the renewable ammonia produced at the Norwegian facility. SkiGA will be completed in 2026, producing 100,000 tonnes per year of renewable ammonia.
Mitsui & Co., Mitsui Chemicals, IHI Corporation and the Kansai Electric Power Company will explore the establishment of a hydrogen & ammonia supply chain based in Osaka. Ammonia fuel will be used to decarbonise electricity generation, and cracked to provide a feedstock for other industrial processes like steel-making. In South Korea, a similar partnership is evolving between LOTTE and Air Liquide. You can learn more about the emerging nexus between ammonia cracking and steel-making at our upcoming annual conference in Atlanta, USA.
Germany’s updated national hydrogen strategy forecasts that hydrogen demand in the country will skyrocket by 2045, including new demand for hydrogen and ammonia power generation. An auction process ending in 2026 will spur the construction of 4.4 GW of “sprinter” power plants around the country, generating electricity from pure hydrogen or ammonia. This will support the continued integration of renewable energy into Germany’s national grid.
