Siemens news

The project, backed by Dutch and EU support, will produce 23,000 tons of renewable hydrogen annually, cutting 300,000 tons of CO₂ emissions, and aims for operation by 2027.

Antwerp site invests in green hydrogen, SAF, and battery storage to boost decarbonization and efficiency, while ceasing an old steam cracker to address petrochemical overcapacity.

The new electrolyzer produces green hydrogen, reducing emissions by 72,000 tons annually, supporting a hydrogen economy, and receiving €124.3M in funding.

The project will produce 140,000 tons of e-methanol annually, using biogenic carbon and renewable hydrogen, aiding decarbonization in shipping and aviation.

Two projects in the Netherlands will produce 45,000 tons of green hydrogen annually, cutting CO2 emissions by 450,000 tons at refineries in Belgium and the Netherlands by 2030.

Two electrolyzer projects in Europe aim to produce renewable hydrogen, cutting CO2 emissions by 500,000 tonnes annually, with completion by 2027 and 2029.

A pilot project in Herne aims to produce green hydrogen for wind turbine materials, reducing CO2 emissions. Funded by the German Federal Ministry, it tests new electrolysis technology until mid-2025.

The joint venture will produce industrial-scale renewable hydrogen electrolyzers in Berlin, starting in 2023, with a 3 GW capacity by 2025. It aims to advance hydrogen technology and decarbonize industries.

A new pilot plant in Marl uses renewable energy to convert CO2 and water into specialty chemicals, aiming to advance climate-friendly production and energy storage through artificial photosynthesis.

The EU-funded H2FUTURE project aims to decarbonize steel production with a 6 MW green hydrogen plant, operational by spring 2019, to meet climate goals and explore industrial applications.

The Rheticus project uses electrolysis and fermentation to convert CO2 into specialty chemicals, aiming for cost-effective, eco-friendly production. A test plant will start by 2021 in Marl, Germany.