SOEL VS
OTHERS
Solid Oxide High Temperature Electrolysers are 30% more efficient than Alkaline and PEM Electrolysers
Electricity need
in SOEL
SOEL’s Electricity needs
Heat
recovery
The energy released by the EII during combustion is mainly Heat. Heat could be recovered to generate steam in the SOEL Electrolyser.
Low electricity consumption
Heat recovery cancels the electricity need for steam generation
Oxygen
in used
In a stand-alone SOEL, oxygen is a waste. To dilute the Oxygen, a lot of compressed air is normally provided. Hydrogen combustion will use Oxygen. No need for compressed air. Reduction in NOx.
Low OPEX
Low CAPEX
What is Kerionics?
At Kerionics we face the great challenges of industrial decarbonisation and energy transition with cutting-edge technology.
Since 2022, we have been developing high-temperature solid oxide electrolysers (SOEC), which can generate hydrogen and green oxygen more efficiently and competitively.
Our technology is key for energy-intensive industries seeking to reduce their carbon footprint without sacrificing productivity.
At Kerionics we are working to industrialise SOEC, optimising costs and improving our clients’ energy efficiency, thus driving a more sustainable, low-emission economy.
Innovation for industrial decarbonisation
Efficient and competitive production of green hydrogen
Commitment to sustainability and energy efficiency
Steel Production
Petrochemical
Cement production
Ceramic & Glass
Paper Production
Use cases and Customers
CO2 hard-to-abate sectors and difficult to electrify
Availability of residual-Heat in production processes
