uroboros
Using enzymes to convert air into fuel
The Challenge
It’s no secrete that climate change is getting worse. Increasing the need for a sustainable fuel source.
Current bioethanol production is unlikely to be the solution because it depends on growing corn, which itself emits carbon dioxide.
A Novel Approach
Our technology uses enzymes from the Calvin Cycle and Fermentation pathway to chemically transform carbon from the atmosphere into ethanol
This means we don’t need any bacteria or agricultural inputs. Just CO2, water and electricity, making our fuel truly carbon neutral, whilst increasing efficiency and reducing costs.
Current Research
We’re demonstrating that a cell free solution of Phosphopentose Isomerase enzyme can convert ribose-5-phosphate (R5P) into ribulose-5-phosphate (Ru5P). This is the first step in our pathway
Future Research
Next, we will integrate successive enzymes from our pathway alongside Phosphopentose isomerase.
Ultimately, we would aim to demonstrate the conversion of carbon dioxide into ethanol using this reagent mixture.
Founders
Arya Chen
Head of financials and investor relations
Yegor Lisle
Company Director
Derek Harrison
Head of R&D
Collaborators
Prof Frank Baganz
Professor in Fermentation and Cell Culture.
Associate Member of AMIChemE
Dr Nalok Dutta
Specialises in enzyme biomaterials
Dr James Attwater
Royal Society University
Researches directed evolution of Ribozymes