Japanese glass bottle manufacturer Nihon Yamamura Glass and the University of Osaka will embark on a research project to substitute city gas fuel for ammonia fuel in glass manufacturing.
Foshan Xianhu Laboratory and its collaborators have unveiled a new ammonia-fueled aluminium rod furnace, replacing a conventional, gas-powered multi-bar furnace in the production process.
Hanwha Power Systems has received Approval in Principle from the American Bureau of Shipping for its ammonia gas turbine conversion design. Hanwha and partners are aiming for conversion of LNG carriers by 2028.
Japan Engine Corporation has announced commercial readiness for its new 2-stroke, dual-fuel engine. The first engine unit will be installed on an ammonia-fueled medium gas carrier next month, with the vessel scheduled to enter service in 2026.
GMF’s new report finds that both ammonia and methanol fuels are now “ready” for commercial deployment, but a concerted push is required to enable scale-up beyond 2030. The report highlights the increased familiarity (and confidence) from key maritime stakeholders with ammonia fuel, and a recommendation to independently verify emissions from the first ammonia-fueled vessels.
Ammonigy, Heraeus Precious Metals and the Technical University of Darmstadt have partnered to demonstrate operations using cracked ammonia fuel in a four-stroke MAN test engine. The performance and efficiency of the test engine when running on ammonia-hydrogen fuel was comparable to natural gas operations, and use of an exhaust aftertreatment system reduced potentially harmful nitrogen-based emissions to near-zero levels.
Ammonia cracking tech provider Ammonigy and leading German brick manufacturer Juwö Poroton led the project, successfully demonstrating a pilot-sized brick kiln that runs on cracked ammonia fuel gas. The cracked ammonia-fired bricks were virtually “indistinguishable from bricks fired with natural gas”.
