Vienna

Bosch Aviation Technology's development of a hydrogen-powered aircraft engine based on the Rotax 916 gasoline engine, delivering 115kW of output and producing water vapor instead of carbon emissions.

Manufacturing of electric and hydrogen-powered buses.

Energy supply and hydrogen refueling infrastructure

Applied research and technology development

A method for storing hydrogen fuel at extremely low temperatures (-253°C) in liquid form, enabling higher energy density for aircraft.

The X150 fuel cell modules are designed with modularity to ensure compatibility across various applications including river cruise vessels, trucks, and other heavy-duty transport.

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.

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

A forward-thinking initiative funded by the Dutch Maritime Master Plan to retrofit existing river cruise vessels with modular hydrogen fuel cell systems integrated alongside battery-electric drivetrains, enabling zero-emission river cruising.

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

Produced via fermentation routes where engineered microbes fix CO₂.

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