How we do
Discover our paths of research and innovation
Strain Prospecting and Engineering
Biopolymer Production - PHA
Biofactory
On Farm
Scion Prospecting and Engineering
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We identified bacteria and yeasts with high potential to convert agro-industrial waste into bio-inputs, biopolymers, and other value-added bioproducts.
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We enhance microorganisms through selection, metabolic optimization, and gene editing via CRISPR to increase productivity, stability, and performance in BioUs' bioprocesses.
Production of biopolymer - PHA
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We produce biodegradable PHA and PHB from biomass and agro-industrial waste, offering renewable raw materials for packaging, films, technical parts, and other products with a lower environmental impact.
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We transform PHA and PHB into biodegradable nanostructures capable of encapsulating and releasing active compounds in a controlled manner, with potential applications in agriculture, cosmetics, diagnostics, and health research.
OnFarm Biofactory
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On-site transformation
The OnFarm Biofactory converts agro-industrial waste directly at the point of generation into traceable bio-inputs and biopolymers, reducing transportation, operational losses, and environmental impacts.
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Modular production and scalable business model
Each unit processes up to 20 m³ of biomass every 48 hours and can be deployed under a lease agreement, through an expansion model similar to a franchise, with technological standardization, operational support, and participation in the revenue generated.
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Economic and environmental results
In field validations, the technology demonstrated up to an 18% increase in productivity and a 20% reduction in production costs, strengthening the circular economy, operational efficiency, and ESG commitments of rural properties, cooperatives, and agribusinesses.
