INPEX Corp says that it has commenced commissioning work, including the introduction of natural gas at its integrated blue hydrogen and ammonia production and utilisation demonstration test project in Kashiwazaki City, Niigata Prefecture. The project is the first of its kind in Japan to implement an integrated process from the production to the use of […]
By combining oxygen-blown Lurgi™ autothermal reforming (ATR) technology with Cryocap™ H2 carbon capture technology, Air Liquide offers an innovative plant configuration to meet the need for a central production facility offering flexible product diversification with hydrogen and ammonia at a scale that satisfies extensive decarbonisation targets.
Carboverseo technology for e-fuels deployment is now live - Axens, in collaboration with IFP Energies Nouvelles (IFPEN) and SMS group homologate the innovative reverse water-gas shift process, which converts CO2 into CO.
Horisont Energi says that it has secured a non-binding offtake deal with “a European energy group” for ammonia sales from its Barents Blue clean ammonia plant at Markoppnes in northern Norway. Sales and purchase agreements are targeted for completion in 2026. Horisont is pressing ahead with the 1 million t/a project in spite of the withdrawal of project partner Fertiberia, and the exit of Polish company Orlen from a related CCS project. Front end engineering and design work has not yet been completed, but the project has been working on commercial agreements for the supply of gas, offtake of clean ammonia and storage of CO2 . Carbon capture is projected to be above 99%, and it is expected to be the most energy-efficient clean ammonia plant in the world. Barents Blue is supported by a $48 million grant as part of the EU IPCEI hydrogen program, Hy2Use. The project is targeting a final investment decision (FID) in 2026 and estimated production start in 2029/2030.
CF Industries has formed a joint venture with JERA, Japan’s largest energy company, and Mitsui & Co, a leading global investment and trading company, for the construction, production and offtake of low-carbon ammonia.
Tecnicas Reunidas and Siemens Energy have been awarded the contract to carry out front-end engineering design (FEED) for a major green methanol project in La Robla, Spain. The consortium will work on the project for Spanish developer Reolum, part of a partnership that says it is building the largest green methanol plant in Europe. The La Robla Nueva Energia facility will combine biogenic CO2 from a co-located biomass-based cogeneration plant with green hydrogen to produce 140,000 t/a of low carbon methanol. Tecnicas Reunidas will focus on the biogenic carbon capture and methanol production units, while Siemens Energy will handle the renewable hydrogen unit. Johnson Matthey has been selected to supply its eMERALD methanol technology, while Mitsubishi Heavy Industries will license it CO2 capture technology for the project.
NextChem compares KPIs and overall costs to evaluate the performance of several low carbon (blue) hydrogen production technologies. A detailed comparison of SCT-CPO, SMR and ATR technologies is reported.
Liquid Wind has announced the development of a new 100,000 t/a green methanol project in Örnsköldsvik, Sweden, in collaboration with local energy company Övik Energi. Övik Energi’s combined heat and power plant in Örnsköldsvik was due to be the site of Ørsted’s FlagshipONE project, which was slated to produce 55,000 t/a of green methanol from 2025. A final investment decision (FID) was made in late 2022 when Ørsted bought out Liquid Wind’s 55% stake in the project, but the Danish offshore wind company chose to discontinue FlagshipONE in August 2024.
New carbon capture-based plants could see US nitrogen capacity jump over the next few years, but Trump attacks on IRA tax credits may scupper some ongoing projects.
thyssenkrupp Uhde says that it has been selected by MOPCO – the Misr Fertilizers Production Company – to supply advanced technology for three existing ammonia and urea plants in Damietta, Egypt, to improve the sustainability of production. Using an innovative carbon capture and usage (CCU) solution, the aim is to remove up to 145,000 t/a of CO2 from the flue gas of the existing ammonia production and use them to boost urea production. At the same time, three 150 t/d axial-radial flow uhde® ammonia converter cartridges using JM’s high performance KATALCOTM 74-1catalyst will be installed in the existing converters to increase ammonia production capacity while lowering natural gas consumption in the synthesis loop by around 10%. To bring down CO2 emissions further, additional green hydrogen feedstock will be sourced from new water electrolysis units powered by renewable energy. MOPCO plans to produce up to 150,000 t/a of green ammonia.