Article
Description
Air Liquide has launched the world’s first industrial-scale ammonia-cracking pilot at the Port of Antwerp-Bruges, producing hydrogen from ammonia. The facility proves ammonia can be used as a global hydrogen carrier, enabling long-distance, low-carbon transport. This breakthrough could reshape global hydrogen trade and accelerate industrial decarbonization.
Other articles in the issue
BASF and ExxonMobil have partnered to advance methane pyrolysis technology that produces low-emission hydrogen and solid carbon without generating CO₂. A demonstration plant in Baytown, Texas, will validate the process at scale and move it toward commercial readiness. The technology offers a cost-efficient alternative to electrolysis and supports industrial decarbonization.
Haffner Energy has introduced the H6 generation of its HYNOCA® and SYNOCA® technologies, cutting green hydrogen costs to €2.34/kg and tripling syngas cost efficiency. The compact units, scalable up to 10 MW, make local renewable gas and hydrogen production more viable and profitable. This marks a major step toward decentralized, low-carbon energy solutions.
Finance in Common, CAF, BNDES, and iCS launched a coalition at COP30 to mobilize capital and coordinate Public Development Banks in advancing a just global energy transition. The initiative focuses on expanding energy access, improving efficiency, and decarbonizing industry in emerging economies. It aims to turn political commitments into real investment and implementation.
Amogy received a $15 million investment from GS E&C to accelerate deployment of its ammonia-to-power technology for carbon-free distributed energy. The partnership includes a commercial pilot in South Korea and plans to expand globally by 2028. This collaboration supports the growth of ammonia-based hydrogen systems for clean power generation.
Plug Power will supply 55 MW of GenEco electrolyzers for three Carlton Power green hydrogen projects across the UK, marking the country’s largest combined electrolyzer deployment. The projects will decarbonize industrial and transport operations in Cumbria, Manchester, and Plymouth starting in 2027. Backed by the UK government, these developments advance large-scale renewable hydrogen production and infrastructure.
Canada Nickel Company’s Crawford Project has been referred to Canada’s Major Projects Office, marking it as a nationally significant clean energy initiative. The project will produce nickel, cobalt, and chromium while integrating carbon capture and storage through its IPT Carbonation process. Once operational, it’s expected to become one of Canada’s largest carbon storage sites supporting low-carbon industrial growth.
Boeing will purchase up to 100,000 tons of carbon removal from Charm Industrial, which converts forest waste into bio-oil for underground storage. The deal marks Boeing’s first step in large-scale carbon removal and supports sustainable aviation goals. The process also produces biochar, aiding soil health and long-term CO₂ reduction.
Follow the money flow of climate, technology, and energy investments to uncover new opportunities and jobs.