Inside The Startup Reinventing America’s Trillion Dollar Chemical Industry

Solugen has developed a chemienzymatic process that fuses enzymes—sourced initially from pancreatic cancer cells—with metal catalysts to produce industrial chemicals from corn syrup rather than fossil fuels. This yields up to 96% efficiency, far above traditional 60%, while reducing environmental impact. Founders Sean and Gorb started with a $10,000 PVC-pipe reactor bought from Home Depot, scaled through customer sales to a billion-dollar operation shipping tanker trucks from Houston plants, as detailed in this Y Combinator podcast visit to their facilities.

Core Technology and Production Process

Solugen's key innovation pairs biological enzymes with metal catalysts in continuous reactors. Corn syrup feeds into tall bubble columns—scaled-up versions of the original seven-gallon PVC prototype now at 10,000 gallons and 60 feet high—where air is sparged in, enzymes convert the syrup, and catalysts refine it into products like hydrogen peroxide for water treatment, defense, infrastructure, and agriculture. One Coke bottle of enzyme produces two to four tanker trucks of output. The company produces enzymes in-house in a biology lab by growing and breaking open engineered microbes, then tests pairings in a metals lab for optimal yields. Finished products store in tanks or blend with others before loading at 300 gallons per minute into customer trucks. This avoids fossil fuel byp