
The pair will jointly develop a new small-size, 100% ammonia-capable turbine for maritime applications. Tests will be completed by the end of 2027, after which the ~16 MW unit will be commercially available for orders.
The pair will jointly develop a new small-size, 100% ammonia-capable turbine for maritime applications. Tests will be completed by the end of 2027, after which the ~16 MW unit will be commercially available for orders.
During the recent AEA Annual Conference 2024, the status of ammonia as fuel for gas turbines was discussed, featuring a panel of global OEMs and gas turbine experts. We explore the technology developments to date, different fuel strategies for ammonia, demonstration projects planned, and the pathway forward for deployment.
Hanwha Power Systems and GasLog will develop a comprehensive demonstration plan for the retrofit of existing large LNG carriers to be powered by ammonia gas turbines.
The pair will explore a million-ton-per-year ammonia production plant at an undisclosed US location, based on CCS hydrogen production. The plant will be a “potentially important contributor” to INEOS Nitriles’ emission reduction targets, as ammonia is a key feedstock for acrylonitrile manufacturing.
Amogy’s ammonia-to-electrical power system will be used to charge Terox’s electric construction vehicles, thanks to a new commercial partnership in Norway. It will also be deployed onboard Hanwa Ocean’s ammonia-fueled supply vessels.
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.