CONTACT:
Latisha Petteway
202-564-3191
Richard Mylott
303-312-6654
John Wright
TDA Research
303-940-2300
TDA Research micro-reactor will advance decontamination capabilities, reduce storage and transport risks
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“TDA Research is a
This grant announcement, awarded under the agency’s Small Business Innovation Research (SBIR) program, is part of $2.5 million EPA is providing to 11 companies to support work in eight key environmental areas: monitoring and control of air emissions, biofuels, green buildings, drinking water monitoring, hazardous waste monitoring, water infrastructure, homeland security, nanotechnology and innovation in manufacturing. The companies received "proof of concept" awards from EPA last year and will use these additional funds to move their technologies towards commercialization.
“The health and prosperity of our nation is due to the strength and ingenuity of our small businesses,” said Dr. Paul T. Anastas, assistant administrator for EPA's Office of Research and Development. “These grants will help spur innovation from
With help from the SBIR grant, TDA Research will build and test a prototype micro-reactor unit for hydrogen peroxide synthesis. Hydrogen peroxide vapor (HPV) is an effective and well-studied decontaminant for buildings, vehicles and interior spaces that contain hazardous chemical or biological materials. Unfortunately, the current technology for generating HPV requires a liquid form of hydrogen peroxide as a precursor, which is dangerous, difficult to transport, and is classified by the Department of Transportation as a hazardous material. TDA Research is developing a compact, portable system that will generate liquid H2O2 on-site, eliminating all problems related to transport and storage. The system will only require water, air and electricity and will not generate hazardous by-products.
The potential benefits of this micro-reactor unit extend well beyond homeland security and emergency response applications. H2O2 is a strong, nonpolluting oxidizing agent, with broad applications in pulp/paper bleaching, water/waste and effluent treatment, chemical synthesis, textile bleaching, mining/metallurgy, electronics, and propulsion. The technologies and knowledge developed through this project will also help provide cost-effective H2O2 to the
EPA’s Small Business Innovation Research program issues solicitations for research proposals from small science and technology firms. Phase I contracts are used to investigate the scientific merit and technical feasibility of a concept, while Phase II contracts are used to develop and commercialize technologies. Other technologies that are being developed in these awards include using microbial fuel cells to simultaneously clean wastewater and generate electricity, and developing a chromium-free, corrosion-resistant coating that can be used for industrial, automotive and aerospace corrosion protection.
There are approximately 25 million small businesses in the
More information about award recipients and research projects: http://www.epa.gov/ncer/sbir/10awards/
More information on SBIR program: http://www.epa.gov/ncer/sbir
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