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Turning Waste Into Sustainable Fuels & Chemicals
Engineered yeast. Renewable feedstocks. A more sustainable future.
SynBioFuel is developing advanced yeast technology to convert agricultural residues and food manufacturing waste into renewable isobutanol, a versatile ingredient for cleaner fuels and industrial chemicals.
Our goal is to make bio-based production more efficient, affordable and scalable.
Smarter Fermantation Greater & Chemicals
We're engineering yeast to unlock the value of renewable waste materials, creating new opportunities for biofuel and chemical manufacturers.
Turning Waste Into Value
Converting agricultural residues and food manufacturing waste into renewable isobutanol, reducing reliance on fossil-derived resources.
Making Sustainable Production More Affordable
Developing high-performance yeast strains to improve fermentation efficiency, reduce production costs and support commercial scalability.
One Technology. Multiple Applications.
Exploring renewable isobutanol for biofuels, solvents, paints, coatings, printing inks and other industrial applications.
Built for a More Sustainable Industry
By combining synthetic biology with advanced yeast engineering, SynBioFuel is developing an alternative route to producing valuable fuels and chemicals.
Our technology aims to deliver:
Lower Production Costs — Through more efficient fermentation and affordable renewable feedstocks.
Reduced Environmental Impact — By converting renewable waste materials into valuable products.
Scalable Production Potential — For fuel and chemical manufacturing applications.
CONTACT US
Help Shape the Future of SynBioFuel
We're currently developing and refining our technology and welcome conversations with industry partners, potential customers and investors.
Whether you're exploring renewable chemicals, new fermentation technologies or commercial collaboration, we'd love to hear from you.
Synbiofuel is a University of Manchester Research to Commercialisation project.
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