A game-changing method could cut cement production’s carbon emissions by up to 80 %: By using steel waste and methane in a novel catalytic process, researchers rethink calcium carbonate decomposition — offering a powerful new path to climate-friendly cement.

Every Thursday, S&P Global Platts will publish a price for liquid green hydrogen for the following week based on Plug’s supply and demand. With this move, Plug has already entered into multiple spot pricing agreements with several key industry players.

Claimed to be the first green hydrogen production site in northern France, Lhyfe has plans to develop the site in Croixrault, in the Somme region of Hauts-de-France. The site, which will be able to produce and deliver up to two tonnes of green and renewable hydrogen per day, is one of the five Lhyfe sites in operation or under construction in France.

Under a MOU signed between Acwa Power and Snam, both the companies will explore collaboration and joint investments to establish a supply chain of green hydrogen from Saudi Arabia to Europe. The companies will also evaluate the development of an ammonia import terminal to facilitate the delivery of green hydrogen from Saudi Arabia to Italy, Austria, and Germany.

Almost every sector around the world right from the chemical industry to the aviation industry are looking to decarbonize their operations. New technologies and even sustainable alternatives are being explored for this purpose. Renewable methanol or sustainable methanol is just one of these many new solutions that aims to slash and even eliminate carbon emissions for these sectors.

New Energy Risk (NER) has been chosen by Topsoe as its insurance partner for its SOEC (solid oxide electrolyzer cells) hydrogen electrolyzer products. With this, the company aims to de-risk the development of SOEC as well as the customers’ green hydrogen and Power-to-X projects.

Ren-Gas has selected Man Energy Solutions’ catalytic methanation technology for its Tampere Power-to-Gas project in Finland. The technology will be used to convert green hydrogen and captured biogenic CO2 into renewable e-methane.

Clariant’s Megamax 900 methanol synthesis catalyst was used for European Energy’s e-methanol plant in Denmark. The project is claimed to be one of the world’s first and currently largest commercial e-methanol production facility.

Asahi Kasei has secured government support to expand its manufacturing capacity for cell frames and membranes of alkaline water electrolyzers for the production of green hydrogen at its plant site in Kawasaki, Japan.

Mitsubishi Gas Chemical Company has begun the development of a methanol production demonstration facility within its Mizushima plant in Japan. The facility is expected to utilize diverse gases, including CO2 and industrial by-product gases as raw materials.