Johnson Matthey demonstrates how its eMERALD CO2-to-Methanol technology offers a bankable, scalable, and renewable-ready pathway for delivering cost effective e-methanol at the volumes required to support global aviation and maritime decarbonisation.
The current energy transition is fundamentally redefining the role of methanol from a simple chemical feedstock to a versatile low-carbon energy carrier and marine fuel. Industry leaders like Casale are advancing a diverse portfolio of production routes, including e-methanol, biomass gasification, and biomethane conversion, while providing the necessary technologies to decarbonise existing fossil-based assets.
ATOME has signed definitive debt agreements for the $650 million Villeta green fertilizer project in Paraguay.
Asahi Kasei Corp says that it has begun operations at a demonstration plant using green ammonia production technology in January 2026, using hydrogen manufactured by Asahi Kasei. The plant, built by JGC, and using KBR’s K-GreeN® ammonia production technology, is part of Japan’s NEDO (New Energy and Industrial Technology Development Organisation) Green Innovation Fund project. The hydrogen feedstock comes from a 10MW alkaline water electrolysis system at the adjacent Fukushima Hydrogen Energy Research facility, which Asahi Kasei has operated since 2020. Leading the design and construction of the ammonia plant, JGC will conduct the demonstration operation during the fiscal year 2026 to advance process optimisation and commercialisation studies.
Ballance Agri‑Nutrients and its partners say that the Kapuni Project has reached financial closure, unlocking an integrated renewable electricity and green hydrogen development in ....
Day two of CRU’s Nitrogen+Syngas Expoconference 2026 saw the conference move into its technical sessions, run in three parallel streams covering everything from low carbon hydrogen production, sustainable plants, emissions reductions, carbon capture, ammonia plant operations, syngas and methanol production to asset safety and maintenance. Blue ammonia One of the things that struck me most, […]
Air Products and Yara International ASA say that they are working to combine Air Products’ industrial gas capabilities and low-emission hydrogen production with Yara’s ammonia production and distribution network, with several major projects under development.
Barents Blue AS has announced Proton Ventures as a new partner in the Barents Clean Ammonia Project (project formerly known as the Barents Blue project). Barents Blue says that the Dutch engineering and project development company, a pioneer in the clean ammonia industry, “will bring significant resources and industry expertise to the project and the value chain for clean ammonia, important for the realisation of Europe’s largest clean ammonia production plant located in Finnmark, Northern Norway”.
A consortium including Danish companies Skovgaard Energy, Topsoe and Vestas says that it has reached an important milestone with the startup of operations in what they describe as the world’s first-of-its-kind green ammonia plant. The plant, owned by Skovgaard Energy and located in Ramme Denmark, is a demonstrator for a dynamic approach to green ammonia production, which means that the plant will adapt to the inherent fluctuations in power output from the renewable power sources in integration with the plant’s electrolysis and ammonia synthesis loop. This, say the developers, will ensure optimal production and improve the cost-effectiveness of green ammonia, ensuring less need for costly storage solutions of green hydrogen or renewable power. Production capacity is 5,000 t/a of green ammonia, with an associated CO2 reduction of 9,600 t/a. The partnership has received euro 11 million in funding from the Danish Energy Technology Development and Demonstration Program (EUDP).
KPI evaluates deep decarbonisation pathways for a new build ammonia plant of 3,500 t/d on the US Gulf Coast. Eight technology configurations are compared with results providing a framework for technology selection, balancing emissions reduction, process integration, and indicative economics.