The Maritime & Port Authority of Singapore and the country’s Energy Market Authority (EMA) have jointly launched an EOI process to build, own and operate low or zero-carbon ammonia power generation and bunkering projects on Jurong Island. A project lifetime of 25 years is stipulated, with operations to begin in 2027 or before.
In this week’s maritime ammonia news:
Kepco and the Hydrogen Utility have signed an offtake agreement for renewable ammonia produced at the under-development H2-Hub in Gladstone, Queensland. The pair will develop supply chains for the ammonia product to be exported to Korea, where it will be used to decarbonise power stations. In Western Australia, two new renewable energy-powered, million-tonne-per-year projects have been launched, with Korean-based KOMIPO and Australia-based Progressive Green Solutions agreeing to develop the new export plants.
Johnson Matthey and Doosan Enerbility will develop hydrogen-fueled, closed cycle gas turbine power plants in South Korea. Johnson Matthey will provide cracking technology and catalysts to convert ammonia into pure hydrogen fuel, while Doosan is currently developing a 380 MW, 100% hydrogen fed gas turbine, which will reportedly be complete by 2027. The two will work together to integrate cracking & CCGT technologies, potentially providing a blueprint for similar power plants in the future.
Singapore’s government has launched an official hydrogen strategy for the island nation. Ammonia plays a key role in the maritime sector’s multi-fuel transition, with other direct uses emerging in Singapore’s energy future: fertiliser, industrial feedstock and power generation.
MHI, Keppel Infrastructure and DNV have agreed to explore the feasibility and deployment of a 100% ammonia-fired gas turbine on Jurong Island, Singapore. In Indonesia, MHI and Bandung Institute of Technology will work together to demonstrate 100% ammonia firing with MHI’s H-25 Series, 40 MW gas turbine.
KBR, Odfjell, Equinor and Wärtsilä will all collaborate to study conversion of diesel generators on board semi-submersible, offshore drilling vessels to ammonia-fueled generators. On-board power for equipment and heavy machinery on these vessels is typically provided by fossil-fed generators. As fuel costs increase, operators are looking to new energy solutions including offshore wind and alternative fuels like hydrogen & ammonia.