Lower Austria

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.

Funding and support for innovation and business

Energy, fuels, and chemicals

Integrated oil, gas, and chemicals

A type of electrolyzer technology that uses a Proton Exchange Membrane, known for its nimbleness and suitability for blending with green power.

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.

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.

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.

A new electrolyzer-powered hydrogen plant aiming to harness renewable energy to generate zero-emission hydrogen.

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 clean drop-in fuel for road transport, produced using hydrogen from the new plant.

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