TOMORROW'S eFUEL, ENGINEERED TODAY
Liquid Sun’s low-temperature electrolysis technology transforms emissions into energy – ready to fuel aviation and beyond.
RECODING CARBON
CO₂ is a problem, but it can also be the solution. At Liquid Sun, we've developed a unique technology to turn carbon emissions into something powerful: a clean, fossil-free jet fuel. Our proprietary Low Temperature Electrolysis (LTE) technology recodes carbon dioxide into clean, synthetic hydrocarbons – molecule by molecule, with atomic precision.
THE CARBON RECODING COMPANY®
THE SCIENCE BEHIND THE TECHNOLOGY PROCESS
WHAT IT TAKES
Our technology is built on proprietary design, from catalyst architecture to the modularity of our electrolyzers. At the center of it all is our low-temperature electrolysis (LTE) system, developed through deep R&D, atomic-level precision, and real-world piloting. The breakthrough lies in our catalyst architecture and process control, which enables highly selective chemical production with unmatched efficiency and durability.
PRECISION TECHNOLOGY
Liquid Sun technology is built on proprietary advances in catalyst materials that drive efficiency and selectivity. Our electrolyser design is optimized for reducing production and material costs. The process is controlled with a unique software that enables intelligent, real-time dynamic process optimization.
This technology enables targeted production of key molecules, from simple carbon monoxide (CO) to more advanced compounds like ethene and formic acid – unlocking a wide range of industrial applications.
Whether powering clean aviation, decarbonizing chemical production, or storing renewable energy in molecular form, Liquid Sun is enabling the transition to a circular, carbon-smart economy.
BUILT TO SCALE
Liquid Sun technology is modular, scalable, and infrastructure-ready. It's built to integrate seamlessly into existing value chains to make a real-world impact. Stackable modules enable the system to expand as feedstock volumes and output demand increase. From atomic-level catalyst design to end-product output, every aspect of the process is optimized for high performance and ease of servicing.
APPLICATIONS
From aviation to heavy industry, our synthetic fuels are built to work where emissions are hardest to cut. Here’s how it scales across key sectors.
AVIATION
Sustainable aviation fuel, eSAF, made with our technology, is drop-in ready and works with existing aircraft and infrastructure. It enables airlines to cut emissions and stay ahead of climate targets and mandates.
TRANSPORT & SHIPPING
e-fuels provide real energy and drop-in compatibility to power cleaner logistics in hard-to-decarbonize sectors like freight, trucking, and marine transport.
INDUSTRY & CHEMICALS
Synthetic chemicals will replace fossil-based feedstocks in everything from chemical production to heavy industry and manufacturing – enabling cleaner processes without disrupting operations.
