Overview
The Center for Biorenewable Chemicals (CBiRC), established in 2008, is a leading National Science Foundation (NSF) Engineering Research Center located at Iowa State University in Ames, Iowa. CBiRC specializes in transforming biomass into biobased chemicals, presenting sustainable alternatives to traditional petrochemical products. Under the leadership of Director Brent H. Shanks, the center aims to advance manufacturing technologies for sustainable chemical production. The center also strives to redefine environmental and economic paradigms by incorporating biobased technologies to produce cost-effective and environmentally-friendly solutions while fostering future collaborations with academic and industrial partners.
Key Personnel
- Brent H. Shanks: Director and Distinguished Professor at Iowa State University, Chair of Chemical and Biological Engineering.
- Tonia McCarley: Research Administrator and Chief Administrative and Fiscal Officer at CBiRC.
- Kevin Moore: Chief Technology Officer, leading technological innovations in biobased chemical development.
Research and Development
CBiRC's R&D focuses on revolutionary science in biobased chemical manufacturing, transitioning the chemical industry towards biocatalysis and biomass use. Innovative developments include the bioprivileged molecule concept, facilitating the production of versatile platform chemicals advantageous for industrial applications. The center is dedicated to enhancing microbial production through biocatalysis efforts, targeting fatty acid and polyketide biosynthesis pathways.
Funding and Partnerships
CBiRC has secured over $44 million from federal, industry, and academic sources. Notable funding includes an $8.48 million extension and a $20 million award from the NSF for advancing biomanufacturing technologies. Such financial backing strengthens CBiRC's capacity for pioneering biobased chemical research and development while supporting strategic initiatives across various sectors.
Strategic Initiatives
CBiRC's strategic efforts include a comprehensive pre-college education program designed to inspire future talent in biosciences through partnerships with Iowa's educational institutions. The center also emphasizes cross-disciplinary collaborations optimizing biocatalysis processes.
Achievements and Impact
- Brent H. Shanks: Recognized as an ACS Industrial and Engineering Chemistry Fellow for contributions to green chemistry and the biorenewable chemical sector.
- Jean-Philippe Tessonnier: Inducted into the National Academy of Inventors, underscoring CBiRC's innovative culture.
Competitive Landscape
CBiRC's competitors include significant players in the chemical and agricultural sectors:
1. Iowa Fertilizer Company: With a revenue of around $35 million and a workforce of 207, recently acquired by Koch Industries for $3.6 billion.
2. Albaugh: A key player in off-patent agricultural products, reporting $15 million in revenue with 421 employees and notable growth, expanding into global markets.
3. Continental Manufacturing Chemist: Specializes in contract manufacturing, generating $35 million in revenue across diverse product sectors.
4. Cryotech Deicing Technology: Innovators in acetate-based deicers under General Atomics, focusing on environmentally safe products.
5. Twin State Inc.: Operates in liquid fertilizers with a revenue of $1.7 million, focusing on research and formulation advancements.
Strategic Insights
CBiRC holds a competitive edge through its academic and research-oriented approach, setting it apart from large-scale manufacturers. However, further strategic partnerships might enhance distribution capabilities and customer outreach. Exploring new biobased chemical markets could also alleviate workforce contraction impacts. Engaging with stakeholders in agriculture and personal care sectors could reveal opportunities for innovation, aligning with global sustainability trends.
CBiRC actively positions itself as a leader in sustainable chemical manufacturing, fostering academic-industry collaborations to propel the biorenewable chemicals industry forward.
