Put your heat to work
Genvia’s high-efficiency solid oxide electrolyzer technology allows you to make the best use of electrical energy and the heat generated by industrial processes to produce competitive clean hydrogen for hard-to-abate industries.
Genvia’s thermally-charged electrolysis process actively consumes industrial heat so that less additional energy is needed to split the water; reducing the electrical input required to produce each kg of hydrogen.
This approach delivers the most energy-efficient electrolysis performance available at scale, with up to 40% more hydrogen produced for every kWh of electrical energy input.
Engineered to power real life industry transition. Our electrolyzer’s performance stems from a comprehensive engineering roadmap that incorporates considerations throughout the entire product lifecycle, lessons from past generations and deep integration experience.
Constant Efficiency By Design
Our operating pattern preserves superior constant stack efficiency by offsetting degradation through internal temperature control.
LCOH competitiveness
Our product architecture (high-density cells, optimised stack layout, and ancillary systems mutualisation) drives optimised asset cost efficiency, while reducing operational cost through superior efficiency.
Seamless maintenance
Our holistic maintenance approach, combining predictable system performance, plug-and-play Pods, and rapid temperature ramp-up and ramp-down, ensures seamless parts replacement throughout the plant lifetime.
Trusted provider
Blending end-to-end project experience with process modelling capabilities, Genvia provides the credibility required to drive complex plant projects.
Genvia supports e-fuel producers to produce synthetic sustainable aviation fuels (e-SAFs) generated from low-carbon electricity as a direct ‘drop-in’ replacement to conventional fuels.
e-SAF
Fischer-Tropsch reactor
Methanolation reactor
MtO reactor
Oligomerization reactor
Hydrogenation reactor
Genvia supports ammonia and fertilizer producers in their decarbonization journey by unlocking cost efficient clean hydorgen production through recycling the heat from the Haber-Bosch process.
e-Ammonia
Haber-Bosch reactor
Genvia partners with steelmakers all along the steel value chain from furnace to finishing to deliver safe, efficient on-site hydrogen production, enabling cleaner steel through hydrogen-based reduction, efficient oxy-combustion, exhaust steam recycling for deeper industrial decarbonization.
Hydrogen and Oxygen for Oxy-Combustion
Hydrogen as Reducing Agent
Hot exhaust flue gases (blast furnace...)
Hot air stream from cooling section
Genvia supports the shipping industry to transition to cleaner-operating fleets through the production of ammonia and methanol from low-carbon electricity.
e-Ammonia
e-Methanol
Haber-Bosch reactor
Methanolation reactor
Genvia provides the refining industry with a solution to produce cost efficient, clean hydrogen by valorizing the heat available along the refining process.
Hydrogen for hydrotreatment of hydrocarbons
Fluid Catalytic Cracking unit
Sulfur Recovery Unit
Excess steam utility
Genvia provides chemical plants with new opportunities to produce greener products and contribute to a cleaner value chain. Our technologies have application across a broad variety of large-scale industrial processes, from methanol-based chemicals to plastics.
e-Methanol
Methanolation reactor
Excess steam utility
Genvia can help companies reduce the power consumption and cost of low-carbon cement production, providing a more affordable pathway to a greener product.
Hydrogen and Oxygen for Oxy-Combustion,
Other hydrogen derivative / Project dependent
Kiln hot exhaust flue gases
Hot air stream from Clinker cooler
Genvia supports heat intensive industrials in unlocking the full potential of their value chain for competitive clean hydrogen, creating new pathways to decarbonize industry, mobility and sustainable fuels.
Hydrogen and Oxygen for Oxy-Combustion
Hydrogen as Reducing Agent
Other hydrogen derivative / Project dependent
Hot exhaust flue gases (furnace…)
Hot air stream from cooling section
Genvia supports nuclear and geothermal energy producers in transforming reliable low-carbon electricity and co-generated heat into competitive clean hydrogen, accelerating the decarbonization of industry, fuels and energy systems.
Project dependent
Cogenerated steam
Geothermal heat source (steam,brine)
Nuclear heat
Hot exhaust gases
Optimize your project performance and economics
with Genvia expertise and H-Pod™