Industrial Microbes specializes in the development of biobased materials through the innovative use of synthetic biology and microbial strain engineering. By utilizing renewable, low-carbon feedstocks such as ethanol and methane, the company has engineered programmable microorganisms that convert these materials into valuable drop-in chemicals and sustainable products. Their processes integrate multiple chemical reactions within a single reactor, allowing for low-energy production with a significantly reduced carbon footprint. This approach not only enhances efficiency but also enables the production of high-demand products like acrylic acid, biopolymers, and acrylonitrile, all while focusing on cost reduction and environmental sustainability.

The company’s technology is built on a robust intellectual property portfolio, including 22 patents, which supports their unique fermentation processes akin to advanced whiskey brewing. Industrial Microbes employs a five-step process that encompasses feedstock selection, strain engineering, fermentation, chemical conversion, and scale-up for commercialization. This systematic approach allows them to tailor solutions to meet specific customer needs while driving innovation in the biomanufacturing sector. By collaborating with various industry partners, Industrial Microbes aims to provide sustainable alternatives to traditional petrochemical manufacturing, ultimately contributing to a circular economy and reducing the overall environmental impact of essential chemical products.

United States

iMicrobes is a synthetic biology company on a mission to accelerate the transition to sustainable materials. 

We have developed a bio-manufacturing process that turns greenhouse gases (GHG) like methane into a wide range of net-zero chemicals, based on our patented microorganisms. 

We are a team of techno-optimists, backed by Y Combinator and are committed to fueling the circular economy through innovation and industrial partnerships.

If you are a chemical company interested in reducing your carbon emissions, let’s talk! 

www.imicrobes.com


Industrial Microbes

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