Origin

Approaching a Zero-Carbon Future

In April 2016, a team of biotechnology and engineering professors at the University of Colorado Boulder responded to a Department of Defense call for proposals related to engineered living materials – and the seed of what would become Prometheus Materials was sown. While the team developed a product that satisfied the DOD requirements, they imagined a world in which their technology could not only make an impact in the civilian world but also potentially shift the course of climate change. By harnessing microalgae to be used as a living building material, they constructed a replacement for traditional portland cement. In 2021, Prometheus Materials was founded. Our concrete alternative is currently in commercial production.
Pioneer

Pathway To Prometheus

Department of Defense RFP

The Biological Technologies Office of the Department of Defense issued a call for proposals to conduct work on engineered living materials.

Proof of Concept

After a year of testing in the lab, the team was required to build a product to test. They harnessed the microalgae to be used as a low-carbon concrete masonry unit (CMU) – otherwise known as a cinder block.

Formed Company

Prometheus Materials was founded, raised seed capital, and licensed intellectual property from the University of Colorado. The company attracted the attention of major architectural and technology firms.

Microsoft Pilot Demo

Prometheus Materials receives Series A funding and is currently manufacturing its low-carbon concrete alternative to be used in a pilot demonstration for Microsoft.

CHALLENGE
“Coral reefs, shells, and even the limestone we use to produce cement today show us that nature has already figured out how to bind minerals together in a strong, clever, and efficient way. By working with nature to use existing microalgae to bind minerals and other materials together to create new types of sustainable biocomposite building materials, we can eliminate most, if not all of the carbon emissions associated with traditional concrete-based building materials."
Wil V. Srubar III, PhD – Chief Technology Advisor and Co-founder

Thanks for joining our mailing list. We’ll be in touch with important news and views.

Thanks for contacting us.
A member of our team will respond to you soon.

Our site uses cookies to improve your experience. By visiting, you accept this and other aspects of our privacy policy.