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Industrial Microbes was awarded $1.55 million to plan a commercial-scale facility to convert ethanol feedstock into acrylic acid.
Industrial Microbes was selected for a project to use of our patented microorganisms to turn waste materials into a biodegradable plastic.
Using the supply of methane as an intermediate feedstock for the production of complex and high value chemicals, fuels and foods.
What if you could transform waste greenhouse gases into useful products? This is the promise of gas fermentation, a technology that could be a key tool toward circularizing the economy.
Industrial Microbes will collaborate with the Agile BioFoundry to use machine learning to predict performance and improve productivity for gas fermentation. This work will accelerate the use of greenhouse gases as raw materials for biomanufacturing.
Biofuel Digest Article: R&D advances abound for LanzaTech’s India contract, NovoNutrients’ food & feed from CO2, Industrial Microbes’ new methane related patent
Combining an electrochemical process with a gas fermentation, the two Bay Area startups aim to convert greenhouse gases CO2 and methane into valuable chemicals.
Industrial Microbes voted into top tier technology disruptor by a panel of industry experts.
Many of the products we use every day—plastics, cosmetics, clothing, fertilizers, and even aspirin—will soon be made using biotechnology.
Industrial Microbes reveals technical breakthrough in methane bioconversion.
Industrial Microbes takes top prize in Imagine Chemistry Startup Competition -- an LOI for a Joint Development Project.
“What if harmful greenhouse gases could be harnessed as the raw material instead, allowing us to use existing resources to make chemical manufacturing greener, cheaper, and more efficient?”
Interest in methane-conversion tech heats up as Washington aims to reduce methane emissions.
