thyssenkrupp Uhde will lead concept development of a 50 MW electrolysis facility adjacent to Fertiberia’s Puertollano plant. Together with Nel and Iberdrola’s existing 20 MW electrolysis facility operating nearby, enough electrolytic hydrogen feedstock will be produced to decarbonise 40% of Puertollano’s site emissions.
Nel will license its alkaline electrolyser technology to India-based Reliance Industries which will manufacture them for the Indian market.
Hydrom, Oman’s dedicated government development vehicle for low-carbon hydrogen, has awarded land to two projects. Actis and Fortescue will develop about 4.5 GW of wind and solar energy to power the production of more than 1 million ton tons of ammonia per year. With the same wind and solar energy capacity, EDF, J-Power and Yamna will develop a similarly-sized, 1 million ton per-year ammonia plant.
H2Carrier intends to develop two wind farms in far northern Norway with a combined capacity of 1.55 GW, which will power offshore hydrogen and ammonia production.
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.
Incentivised by the US government’s Inflation Reduction Act, Topsoe plans to build a 1 GW solid oxide electrolysis cell manufacturing plant in Virginia. Combined with its existing SOEC factory in Herning, Denmark, the new factory will make Topsoe the largest SOEC manufacturer globally.
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.
Launched in 2022, MAIRE Tecnimont will complete FEED for the MadoquaPower2X project in Sines, Portugal, as well as an EPC proposal for construction. The project will feature up to 1 GW of alkaline electrolysis capacity, feeding the production of 300,000 tons per year of ammonia. Terminal facilities will include large-scale storage, enabling the export of ammonia to northwest Europe.
China is keeping pace with IEA predictions for electrolyzer installations, with as much as 55% of the world’s total capacity to be installed there by 2028. Coupled with strong wind-power resources, domestic manufacturing capabilities and multiple economic drivers to transition away from coal-based ammonia production, China is ideally positioned to speed up the deployment of renewable ammonia projects.
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.