Modular plants. Built where the mission is.
Marrying biocatalysis and chemical engineering enables modular chemical plants that can be built 5X faster, 3X cheaper & 10X smaller than incumbents.
Dextrose, water, and compressed air feed engineered enzymes that drive oxidation at ambient temperature and pressure — sidestepping the high-heat, high-pressure regimes of legacy chemistry.
Proprietary catalysts transform the bio-derived intermediates into the high-purity molecules industry actually buys — without the waste stream of petrochemical incumbents.
Standardized, skid-mounted modules deploy in months, not years — sited near demand, behind the meter, on the rail line, or at the wellhead.
Our demand-driven model compresses the path from molecule to mission: bio-feedstock in, mission-grade molecule out, with on-going technical service the whole way through.
Our problem assessment allows our production to lead directly into requirements.
Across deployed Solugen forges, year over year.
14549 Minetta St.
Houston, Texas 77035
To produce more oil and gas with a fraction of the footprint.
Our process starts with simple, abundant, and inexpensive bio-based feedstocks. Dextrose, water, and compressed air is continuously pumped into our enzyme oxidation reactor where our engineered enzymes begin the conversion process.
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Our process starts with simple, abundant, and inexpensive bio-based feedstocks. Dextrose, water, and compressed air is continuously pumped into our enzyme oxidation reactor where our engineered enzymes begin the conversion process.
See More →
Our process starts with simple, abundant, and inexpensive bio-based feedstocks. Dextrose, water, and compressed air is continuously pumped into our enzyme oxidation reactor where our engineered enzymes begin the conversion process.
See More →
Our process starts with simple, abundant, and inexpensive bio-based feedstocks. Dextrose, water, and compressed air is continuously pumped into our enzyme oxidation reactor where our engineered enzymes begin the conversion process.
See More →