Bluestem retrofits existing American bioethanol infrastructure to produce higher-value chemicals from corn feedstock. This technology establishes new revenue streams independent of fuel markets, strengthening rural economies. The company secures domestic supply chains for essential chemicals currently reliant on petroleum.
Funding
$5M raised to dateRaised to date based on public sources. This may differ from the amount the company actually raised and is based only on what is publicly available on the internet.
UDFounders
Product
Problem
The chemical industry's reliance on fossil fuels contributes to climate change and necessitates the development of sustainable production methods. Existing supply chains often lack resilience and can be vulnerable to disruptions, while agricultural economies seek diversification and new markets for their products.
Solution
Bluestem Biosciences is developing a decarbonized chemical platform that utilizes programmable biology to biomanufacture commodity chemicals. The company leverages existing agricultural infrastructure in the Midwest to create sustainable production methods, reducing reliance on fossil fuels. By focusing on bio-based chemical production, Bluestem aims to enhance domestic supply chains, support agricultural economies, and positively impact the climate. The company's approach integrates digital biology to facilitate the discovery of biomanufacturing processes, enabling the sustainable production of chemicals and materials. Bluestem is planning a demonstration facility to scale biochemical production and is developing an anaerobic fermentation facility for producing an organic acid as a key precursor for defense-related bioplastics, polymers, and adhesives.
Target Audience
Bluestem Biosciences targets the chemical industry, agricultural sector, and defense industry, seeking sustainable chemical solutions, new markets for agricultural feedstocks, and resilient domestic supply chains.
Features
- Utilizes programmable biology for biomanufacturing of commodity chemicals
- Leverages existing agricultural infrastructure in the Midwest
- Employs digital biology for discovery of biomanufacturing processes
- Focuses on anaerobic biomanufacturing of a first chemical target
- Developing an anaerobic fermentation facility for producing an organic acid
- Planning a demonstration facility to scale biochemical production
- Developing renewable chemical solutions that bolster both U.S. agricultural economies and defense capabilities