Solid Oxide Technology Underpinned by competitive durability and low manufacturing cost.
Core technology cell operates in both electrolyser and fuel cell modes.
Solid Oxide fuel cells are able to run on hydrogen, methane, ammonia or methanol.
Putting waste heat to work.
Making low-carbon steel a reality.
Clean hydrogen for agriculture and polymers.
Making renewable power available on demand where needed.
Making renewable power available on demand where needed.
Realising the promise of grid scale energy storage in a clean molecule. As a dynamic joint venture between established engineering, construction and research organisations, Genvia is at the forefront of large-scale energy innovation. Drawing on the combined track records of our partner organisations, Genvia combines hundreds of years of history with stability for the future.
Conducting high-level research and transferring successful new technologies to industry, for the benefit of the energy transition.
Collaborating to create and develop technology that unlocks access to energy for the benefit of all.
Bringing passion and innovation to the construction of buildings and infrastructures that meet the social and environmental challenges facing society worldwide.
Solution generator for the energy and climate transition for the Occitanie territories.
Actively reducing the footprint of the construction materials' value-chain with an innovative low-carbon roadmap.
