ACME and IHI have signed an offtake agreement for the supply of renewable ammonia from the pair’s under-development production plant in Odisha, eastern India. On a long-term basis, 400,000 tons per year will be transported, with production to begin in 2027. A number of other Indian production projects were launched this month.
US-based Syzygy Plasmonics announced successful final tests of its light-powered ammonia cracking technology. More than 1,500 hours of testing have validated the production of hydrogen from ammonia in the reactor cell, which is now available to order as a stacked, 5 tons per day capacity system.
AustriaEnergy, Ökowind and Copenhagen Infrastructure Partners’ HNH Energy project in southern Chile will expand to a second phase, featuring a tripling of onshore wind capacity to 5 GW. Construction is due to start in 2025.
MAN Energy Solutions has announced that the first SCR catalytic converter for a marine ammonia engine has passed factory tests and been delivered to Japan. Produced in China by stainless steel specialists BUTTING, the unit is designed to significantly reduce NOx emissions from ammonia combustion engines.
8 Rivers will develop the 880,000 tonnes-per-year production facility in Port Arthur, Texas. Utilizing its proprietary 8RH2 hydrogen production process - where captive CO2 molecules are continuously recycled and utilized - 8 Rivers plans to produce ammonia for local use & export markets, including power generation in South Korea.
Clarksons Research and DNV have provided their analysis of global ship orders for 2023. Last year saw the first orders for ammonia-fueled vessels, with container ships & car carriers dominating the order book for alternative fuel propulsion ships. But UMAS & the Global Maritime Forum warn that the current order book trajectory may only be a fifth of what is needed to achieve the IMO’s 2030 target for alternative fuel uptake.
For producers to qualify for 45V tax credits, the US Treasury has proposed a set of new rules for renewable hydrogen that closely align with EU standards. The three pillars approach already adopted by the EU is proposed, as is the use of Argonne National Laboratory’s GREET model for lifecycle emissions analysis.
The Maritime and Port Authority of Singapore and six Japanese ports will establish a “Green and Digital Shipping Corridor” between the two countries. The partners will embark on pilot projects and trials for alternative maritime fuels including ammonia, and work together to develop the necessary bunkering infrastructure, regulatory & training standards.