Underlying principles
of our technology
Currently, over 80% of global energy is produced by burning fossil fuels, leading to significant amounts of CO₂ emissions. With the Liquid Sun low temperature electrolysis (LTE) technology we can reverse this planet-destroying process. By utilizing renewable electricity, we transform CO₂ and water into synthetic hydrocarbons and oxygen.
Our LTE technology uses innovative catalyst materials and electrolyzer designs that enable selective chemical production from simple structures such as carbon monoxide to more complex ones like ethene and formic acid.
Our technology seamlessly integrates with existing infrastructures, supplying synthetic hydrocarbons to the energy field, transportation, and chemical sectors. The output can be in the form of CO, ethane, or formic acid.
Fossil-free, scalable, and future-proof technology
ADJUSTABLE
END-PRODUCT
ROBUST AND SCALABLE ELECTROLYZER SYSTEM
EXISTING
INFRASTRUCTURE
ADDITIONAL
REVENUE STREAMS
The breakthrough invention
of Liquid Sun technology
relies on catalyst architecture, which is made by atomic layer deposition (ALD).
Our electrolyzer system is fully scalable. It consists of electrolysis modules that combine several electrolyzer stacks. Each stack consists of several electrolysis cells with membrane electrode assemblies. Stacks can be serviced separately causing minimum downtime to the plant.
The Liquid Sun technology is a modular system that can be scaled to a customer's specific needs. It seamlessly integrates into existing industrial systems and e-fuels, and the chemicals are easy to store and transport with the existing distribution infrastructure.
The solution can be fitted into existing power plants and biorefineries to capture and utilize CO₂ emissions, reduce the facility's carbon footprint, and create additional revenue streams.
Our vision is to recreate artificial photosynthesis by converting CO₂ and water into fossil-free hydrocarbons with the inexhaustible energy of the sun. Liquid Sun photoelectrochemical reactor will be powered by multijunction solar cells capable of delivering over a 50% solar-to-power efficiency. Using this technology we could make traveling to Mars and back a reality.
Artificial photosynthesis - nature’s way
INDUSTRY &
CHEMICALS
AVIATION
POWER &
ELECTRICITY
TRANSPORT & SHIPPING
Key application areas
Contact us
We are partnering with investors, industry experts, talents, and brands who share our ambition and values.
If you want to join our journey to replace fossils with a sustainable and economically viable alternative, let’s be in contact.
For inquiries and cooperation, please contact Pasi Keinänen (CEO), pasi@liquidsun.fi, +358 40 4404355