Japanese government funding for N2O removal system for ammonia-fueled ships
Hitachi Zozen and NYK will work towards a catalyst-based N2O removal system for ammonia-powered, 2-stroke marine engines.
Hitachi Zozen and NYK will work towards a catalyst-based N2O removal system for ammonia-powered, 2-stroke marine engines.
International crude oil giant Euronav and CMB.TECH will merge to form a new clean shipping entity. The future fleet will feature nearly one hundred ammonia-fueled ships, including Ultramaxes, large-scale container vessels, long-range carriers and chemical tankers. Further details have also emerged about CMB.TECH’s ammonia fuel production project in Namibia, which is targeting a yearly production capacity of 185,000 tonnes of ammonia fuel by 2028.
An NYK-led consortium, which includes Japan Engine Corporation, IHI Power Systems and Nihon Shipyard, has announced that a construction contract has been signed with Japan Marine United to build its 40,000 m3 ammonia-fueled medium gas carrier (AFMGC) in Ariake. The vessel is due to be delivered in November 2026.
AFC Energy, MAHLE, the University of Nottingham and Clean Air Power have been awarded funding from Innovate UK to demonstrate the feasibility of ammonia combustion engines in the marine sector, based on the integration of AFC Energy’s ammonia cracking technology. The new program builds on a prior R&D program exploring ammonia combustion engines for the off-road construction industry.
For our final episode of Maritime Ammonia Insights, we take stock of the progress of marine ammonia fuel to date, and ask what comes next. Meet Fürstenberg Maritime Advisory to learn about upcoming key decision points at the IMO, communications strategies for marine ammonia, current safety gaps, and priorities for 2024 as we work towards the first demonstrations of marine ammonia fuel.
Hear from the authors of a new joint study into ammonia safety onboard ships. The study is the most comprehensive to-date on the effectiveness of risk mitigation measures applied to ammonia-fueled vessels, pairing Quantitative Risk Assessment with an analysis of human factors.