Mitsui & Co. and JERA announced that they have been awarded CfD funds by the Japanese government to support the import of CCS-based ammonia from the Blue Point project in Louisiana, USA. By 2030 (2029 in JERA’s case), full supply chains will be established to import the ammonia into Japan, for use in the power generation, cement manufacturing, and other industrial sectors.
Despite the successes and progress made in 2025, the year remains a missed opportunity for ammonia energy. The first complete supply chains for renewable ammonia are emerging, and some 600,000 tons of annual production capacity is set to be online in northeast China early next year. Maritime engines, cracking, and power & heat technology solutions also made their mark, moving from feasibility into deployment. But disappointing outcomes at the IMO and government support that failed to spark market development remains an issue, with plenty of critical, detail-heavy work ahead of us in 2026.
MUCC has commenced commercial-scale testing of ammonia co-firing in the cement manufacturing process. The company is targeting a calorific replacement ratio of 30% for both the calciner and cement kiln.
Explore a new report from India-based non-profit iFOREST, which sets out a roadmap for the decarbonization of urea production in India. On the supply side, electrolysis deployment for ammonia production and pipeline deployment to couple industrial CO2 emitters with existing urea production plants is key to reducing agricultural emissions.
Heidelberg Materials and partners will conduct a feasibility study on the use of ammonia as a hydrogen carrier for cement production. In the trials, a cracked ammonia fuel mix will power cement clinker production at Heidelberg’s Ribblesdale site in the UK.
