Hydrogen fuel cells have a long association with aerospace, going back to the Gemini space program in the 1960s, but for decades the technology has been associated primarily with ground transportation ...

Renderings of delta-wing aircraft and other futuristic jets usually give the impression that cool-looking, zero-emission ... on hydrogen fuel-cell stacks to power electric engines.

One of the greatest climate-related engineering challenges right now is the design and construction of a large, zero-emission ... be powered by four fuel-cell “engines” (two on each wing ...

The concept features four electric propulsion engines—a departure from the six that appeared on a ZeroE concept revealed in 2020—each driven by an independent fuel cell system converting ...

Work on the precursor of this airplane began back in 2020, when Airbus announced a project called ZEROe ... Each of the four engines is backed by a fuel cell system that transforms hydrogen ...

ZeroAvia will launch a Hydrogen Centre of Excellence and major manufacturing facility in Renfrewshire, Scotland, near Glasgow ...

These technologies were notably showcased as part of a new, notional concept of a hydrogen aircraft powered by four, 2-megawatt electric propulsion engines, each driven by a fuel cell system that ...

The UK Government has awarded ZeroAvia £18.5m total research and development funding since 2019 to develop fuel cell and powertrain technology.

ZeroAvia’s Hydrogen Centre of Excellence will support the company in manufacturing operations relating to powertrain ...

Image source: Wolf - TU Graz Stack test bench for fuel cells ... Sustainable Propulsion Systems at TU Graz. Image source: Wolf - TU Graz Test rig for large hydrogen-capable engines at the Large ...