Trammo will purchase up to 100% of renewable ammonia produced by Allied Green Ammonia in the Northern Territory, Australia, with the first ammonia sales anticipated to occur in late 2028. In further news for AGA’s project, Germany-based EPC firm SPG Steiner will supply two 40,000 ton, cryogenic tanks to store ammonia production before offtake.
CIC plans to develop two projects in Australia, based on its modular hydrogen production technology. Each project will feature a 10 GW “network” of off-grid modules, incorporating renewable energy, water extraction and electrolysis to produce renewable hydrogen. The first project - named Green Springs - will be located south of Tennant Creek in the Northern Territory, producing more than 500,000 tons of renewable hydrogen every year.
Nel will supply over 1 GW of alkaline electrolysers for Hy Stor Energy’s hydrogen production and storage hub project in Mississippi, USA. In other electrolyser news, Cepsa and Allied Green Ammonia have picked technology providers for their under-development projects in Spain and Australia.
The joint venture between Fortescue and OCP will supply hydrogen, ammonia and fertiliser to the Moroccan market and beyond. Meanwhile in Australia, Fortescue’s recently opened electrolyser production facility will produce 2 GW of PEM electrolysers per year.
The Port Bonython and Pilbara Hubs are part of a wider strategy by the Australian government to set up multiple hubs around the country to promote renewable hydrogen & ammonia production in Australia. Based on a common-user infrastructure approach and equal federal-state funding, other locations set to benefit from this initiative include Kwinana, Gladstone, Townsville, Bell Bay and the Hunter.
Discussions will commence for the supply, purchase, and sale of ammonia from two of CIP’s ongoing mega-projects - St. Charles in Louisiana and Murchison in Western Australia - to Lotte in South Korea. Meanwhile, Lotte has selected KBR’s synthesis technology for its hydro-ammonia production project in Malaysia.
A research team from Griffith & Oxford Universities concludes that, with the right approach, multiple world-scale, renewable ammonia plants could operate on the Queensland coast, supporting the deep decarbonisation of the electricity grid. Flexible plants can provide “green ammonia value chain-based” demand response services, representing a potential answer to Australia’s winter energy problem.