Integrated Dynamics converts existing corn ethanol plants into biorefineries capable of producing critical fuels and chemicals from biomass using next-gen biology.
We’re getting big.
On the heels of breaking in our new 50L reactor at mHUB, we’re excited to announce the next phase of our scaleup: pushing our platform to 4,000L at MSU Bioeconomy Institute’s Holland, Michigan facility.
These tests will demonstrate the inherent sterility and scalability of high-temperature, oxygen-free bioprocess through a 160,000x scaleup. At 4,000L, we’ll also be producing industrially-relevant quantities of bio-based ethanol, acetone, and more for analysis and sale.
Our products are guaranteed biogenic, benzene-free, phenol-free, and vegan. If you know anyone selling solvents to the pharmaceutical or semiconductor industries send them our way.
Building our NSF lineage.
I’m excited to announce that Integrated Dynamics has been awarded a Phase I SBIR from the National Science Foundation: “High-Temperature Fermentation for Volatile Organic Chemical Production.” With Illinois state-level matching, this provides us ~$300k in equity-free funding to optimize high throughput bioproduction of the critical fuels and chemicals our economy is based upon.
Congratulations to our Dr. Corey Kennelly for his great work on this application.
Assorted wins:
We’ve brought on Dr. Harvey Blanch, a Senior Faculty Scientist at LBNL and founding member of the DOE JBEI, as an advisor.
Our collaboration with the UIC Mass Spectroscopy Core has confirmed an expanded array of high-margin end products, including acetoin, 2,3-butanediol, diacetyl, and 2-phenylethanol amongst others.
Henry was invited to speak at the July ‘25 Strategy and Innovation Webinar by the Renewable Fuels Association.
If you’d like to learn more, reach out at hmarkarian@int-dyn.com or over LinkedIn.
Awesome progress