10 MW electrolyzer

Energy, fuels, and chemicals

Funding and support for innovation and business

Energy, fuels, and chemicals

This involves the direct catalytic conversion of industrial CO₂ to chemicals like methanol and formic acid, or using engineered microbes in fermentation routes to fix CO₂ into biopolymers.

A recycling technology that breaks down used plastics and reconverts them into virgin-quality plastic material.

This process upgrades waste oils, used cooking oil, and fats through hydrodeoxygenation, cracking, and isomerization using green hydrogen to yield jet fuel compliant with ASTM D7566.

Lower Austria

Vienna

A 8,120 m² facility designed as a cutting-edge accelerator to fast-track green hydrogen production, circular economy processes, CO₂ utilization research, and sustainable aviation fuel development.

Chemical recycling technology that transforms end-of-life plastics unsuited to mechanical loops into circular feedstocks via advanced pyrolysis and depolymerization.

Aviation fuel produced from non-fossil sources, designed to significantly reduce the carbon impact of air travel.

A potential chemical produced via direct catalytic conversion of industrial CO₂ with renewable hydrogen co-feed.

Produced via fermentation routes where engineered microbes fix CO₂.