It dyes jeans blue, is found in PUR foam and rocket fuel and is extracted from naphtha on a scale of millions of tons: Aniline. The versatile basic chemical is set to turn green thanks to bioprocess engineering - a project in Leverkusen shows how straw can be turned into plastic

Italy has witnessed the inauguration of an important project – the Modena Hydrogen Valley which will help in the development of renewable hydrogen and also support the country’s energy transition.

Solvay’s Voikkaa site in Finland has been operating on 100 % wind-generated electricity however, the transportation of its products results in more than 850 tons of CO2 emissions annually. To address this issue, the firm collaborated with transportation providers who will transition to biofuels in 2024, thus leading to a significant annual reduction of over 700 tons of CO2 emissions.

A consortium of 15 companies including Neste have successfully concluded a joint ‘E-Fuel research project’ in which high temperature electrolysis (SOEC), carbon capture, and hydrocarbon synthesis technologies were demonstrated and production of synthetic e-fuels was also accelerated.

Hycc delays the green hydrogen project H2eron in Delfzijl to 2028 due to slow market development and rising costs. The European Renewable Energy Directive III impacts the timeline, pushing market maturity to around 2030. To mitigate costs, Hycc plans to increase H2eron's capacity to 50 MW and shifts from Nel to Norwegian alkaline electrolyzers for the project.

Topsoe has received a massive funding of 94 million euros from EU’s Innovation Fund for developing a solid oxide electrolyzer cells factory in Denmark. The factory is expected to manufacture advanced, energy efficient solid oxide electrolyzer cells which are used in the production of green hydrogen.

Linde boosts its liquid hydrogen production at the McIntosh, Alabama facility, now generating up to 30 tons daily to meet growing demands in manufacturing, electronics, space launch, and mobility sectors.

Hydrogen is the solution to all promises of defossilization – but handling the light gas is surprisingly difficult due to its low density. It would be easier to store the substance in a liquid, as promised by so-called Liquid Organic Hydrogen Carriers (LOHCs)...

KBR’s blue ammonia technology has been selected by Inpex Corporation and LSB Industries for a large-scale clean ammonia production and export project in the US Gulf Coast. KBR will be responsible to provide technology licensing and proprietary engineering design for the 1.1 million tonnes per annum ammonia plant.

Under a strategic collaboration agreement between the two parties, Adnoc and MHI will work together to explore potential opportunities for building low carbon energy supply chains as well as advance carbon neutral solutions. The move is expected to speed up decarbonization in the energy industry.