Start-Up Company Launches from Carbon Sustainability Center
Outcome/Accomplishment
PurusF, a start-up company focused on the production of sorbent materials for environmental sustainability, has been launched by the National Science Foundation (NSF)-funded Engineering Research Center (ERC) for Carbon Utilization Redesign for Biomanufacturing (NSF CURB), headquartered at Washington University in St. Louis, as part of its Innovation Ecosystem strategy.
Impact/Benefits
By advancing sorbent materials that can both mitigate carbon dioxide (CO2) emissions and clean up pollutants, PurusF contributes to reducing industrial environmental impact, supporting regional economic growth, and strengthening the nation’s capacity to deploy sustainable technologies. The launch of this company represents a major milestone as NSF CURB commercializes technology derived from its research.
Explanation/Background
The company's leadership includes NSF CURB Center Director Shuhua Yuan, who serves as PurusF’s Director and President, Tom Cirrito, who serves as Director, and Yuan Dai, who serves as Director, Secretary, and Treasurer.
PurusF is a product of the CURB’s Innovation Ecosystem that seeks to enhance the innovation, commercialization, and societal benefit of the Center’s Hybrid Electro-Bio Carbon Utilization Systems (HEBCUS). At the heart of this strategy lies the CURB Innovation Framework, connecting Convergent Research and Testbeds, Engineering Workforce Development, and Synergy & Outreach. Together, these pillars create a cycle of innovation that connects market and policy insights, stakeholder engagement, workforce pathways, and community collaboration to bring ideas to life.
The Innovation Ecosystem spans regional innovation hubs across the United States. From the St. Louis Biotech Ecosystem to the Texas Petrochemical Ecosystem and the Delaware Chemical Sciences Ecosystem, each hub leverages local expertise and industry strengths to translate research into real-world impact. It is a dynamic network of trusted partners from industry, government, and key stakeholder communities who collaborate early in the technology development process to accelerate the journey from ideation to implementation. Core partners bring deep expertise in entrepreneurship, intellectual property, and technology transfer, providing the foundation to launch new products, new companies, and new opportunities.
Location
St. Louis, Missouriwebsite
Start Year
Energy and Sustainability
Energy and Smart Infrastructure
Lead Institution
Core Partners
Fact Sheet
Outcome/Accomplishment
PurusF, a start-up company focused on the production of sorbent materials for environmental sustainability, has been launched by the National Science Foundation (NSF)-funded Engineering Research Center (ERC) for Carbon Utilization Redesign for Biomanufacturing (NSF CURB), headquartered at Washington University in St. Louis, as part of its Innovation Ecosystem strategy.
Location
St. Louis, Missouriwebsite
Start Year
Energy and Sustainability
Energy and Smart Infrastructure
Lead Institution
Core Partners
Fact Sheet
Impact/benefits
By advancing sorbent materials that can both mitigate carbon dioxide (CO2) emissions and clean up pollutants, PurusF contributes to reducing industrial environmental impact, supporting regional economic growth, and strengthening the nation’s capacity to deploy sustainable technologies. The launch of this company represents a major milestone as NSF CURB commercializes technology derived from its research.
Explanation/Background
The company's leadership includes NSF CURB Center Director Shuhua Yuan, who serves as PurusF’s Director and President, Tom Cirrito, who serves as Director, and Yuan Dai, who serves as Director, Secretary, and Treasurer.
PurusF is a product of the CURB’s Innovation Ecosystem that seeks to enhance the innovation, commercialization, and societal benefit of the Center’s Hybrid Electro-Bio Carbon Utilization Systems (HEBCUS). At the heart of this strategy lies the CURB Innovation Framework, connecting Convergent Research and Testbeds, Engineering Workforce Development, and Synergy & Outreach. Together, these pillars create a cycle of innovation that connects market and policy insights, stakeholder engagement, workforce pathways, and community collaboration to bring ideas to life.
The Innovation Ecosystem spans regional innovation hubs across the United States. From the St. Louis Biotech Ecosystem to the Texas Petrochemical Ecosystem and the Delaware Chemical Sciences Ecosystem, each hub leverages local expertise and industry strengths to translate research into real-world impact. It is a dynamic network of trusted partners from industry, government, and key stakeholder communities who collaborate early in the technology development process to accelerate the journey from ideation to implementation. Core partners bring deep expertise in entrepreneurship, intellectual property, and technology transfer, providing the foundation to launch new products, new companies, and new opportunities.