Our patented carbon recycling technology consumes CO2 and produces H2, oils and other products. The core discovery is a biological pathway to extrude and ferment sugars from microbial algae without requiring heat or pressure. The low energy requirement of that process, and the demand profile for the biomass it creates, profoundly reduces the cost, land area, and energy footprint of large-scale photosynthetic reactor systems.
THE PROFOUND BREAKTHROUGH THAT SOLVES THE CARBON PROBLEM FOR EMITTERS.
IT'S THE BIG CARBON CAPTURE SOLUTION WITH A SMALL FOOTPRINT.
The Hydrobe® process uses a unique combination of algae and
bacteria to capture carbon with unprecedented efficiency.
Microbiology allows our compact Hydrobe® Photobioreactors to be installed on site or nearby to capture flue gas emissions using a fraction of the land area, energy and cost of existing photosynthetic reactor systems.
DON'T JUST CUT EMISSIONS. TURN THEM INTO COMMERCIAL GAINS.
Our unique process recycles carbon emissions into rich biomass and commercially viable by-products such as fertiliser, syngas, oils, bioplastics, and green hydrogen for a significant return on investment.
RECYCLING CO2 WITHOUT CREATING NEW CO2
Our process harnesses nature to recycle carbon dioxide into other products. This contributes to decarbonisation in two ways: by capturing CO2 before it escapes, and by replacing carbon-intensive products with our outputs. The fastest path to Net Zero, by nature.
THE MODULAR HYDROBE®
PHOTOBIOREACTOR.
Our technology has been designed to be deployed on site at high emissions facilities such as steel works, power plants and refineries, taking a direct feed of carbon from flue gases. Hydrobe® Photobioreactors are modular, with each unit working in array.
WE ARE PROVEN.
WE ARE FUNDED.
WE ARE READY TO WORK WITH YOU.
Our science has been replicated, proven and patented. We have significant commercial and academic partnerships. Our technical readiness level is TRL6. The first 'larger than bench scale' demonstration plant is now under construction in Melbourne, Australia. This facility is designed to validate that laboratory results can be achieved at scale. We are ready to talk to partners and customers to progress this potentially world-changing technology.
