Fuel compatibility verification with military and civilian infrastructure

Sustainable e-fuels producer specializing in Power-to-Liquid technology

Cleantech company specializing in direct air capture technology

Clean energy technology

Sustainable aviation fuel produced from renewable hydrogen and captured CO₂

A process used to convert green hydrogen and captured biogenic CO₂ into carbon-neutral eSAF.

A technology pathway that uses renewable electricity to make hydrogen via electrolysis and captures CO2 from air or industrial sources, synthesising them into synthetic hydrocarbons for fuel.

Karlsruhe (Baden-Württemberg)

Frankfurt-Höchst (Hesse)

North Rhine-Westphalia

Europe-wide network of decentralised synthetic fuel production plants for NATO armed forces to enhance energy resilience

Advanced electrolysis technology utilizing process heat in the form of steam to enable higher hydrogen production efficiency with equivalent power requirements

Modular containerized system for capturing carbon dioxide directly from the atmosphere, enabling e-fuel plants to operate independently from existing carbon infrastructure and increasing deployment flexibility

Synthetic methanol produced from renewable hydrogen and captured CO₂. CO₂-neutral fuel utilizing recycled carbon.