Research
Nanotechnology research explores energy storage
In leading the University of Wisconsin Oshkosh’s first technology spin-off, Charles Gibson, an inorganic chemistry professor, hopes to make a big impact on the energy storage industry with the tiniest of particles.
Gibson’s start-up company, Oshkosh Nanotechnology LLC, recently received a nearly $83,400 grant from the National Science Foundation Small Business Technology Transfer program.
A sub-grant has been awarded to UW Oshkosh’s senior chemistry researcher Annamalai Karthikeyan to work with Gibson to develop and commercialize high-performance electrical energy storage devices with nanophase materials, which have a grain size in the 1 to 100 mm range.
“Dr. Gibson’s work is our best example of how University research and faculty entrepreneurship can be complimentary and synergistic as well as successful in attracting external funds to support both research and product development,” said Linda Freed, UW Oshkosh grants and faculty development director.
Gibson, who is on sabbatical for the 2009-2010 school year to pursue this opportunity, said his research to develop improved batteries and super capacitors from ceramic nanophase materials started in his campus laboratory in August 2008. His work has benefited from the high-quality electron microscopy instrumentation available at UW Oshkosh.
“We bring to this field of study the ability to create entirely new nanomaterials that offer improved energy storage,” he explained.
Nanomaterials, which exist at the interface between atomic particles and solid materials, sometimes exhibit unusual or unexpected properties, such as the improved energy storage capabilities Gibson is exploring.
Two patent applications from Gibson’s work in this area have been filed through the WiSys Technology Foundation, which supports research and educational programs at the UW campuses.
The materials have a number of possibilities for practical application, including improved storage of energy from green sources, such as solar and wind power; improved lifetime and increased miles between recharges for electrical automobiles; and the development of electric airplanes.
Gibson currently is working to create a business plan for Oshkosh Nanotechnology and to find the most appropriate niche application for the company’s first product.
- Learn more about WiSys at http://www.wisys.org.
Can this really be the first time someone has come along with such a project? Surely there are others who have thought about doing something like this.
The $83,400 grant is certainly peanuts and Oshkosh is not thought of as the center of the technology universe.
All in all, I salute Dr. Gibson and the University of Wisconsin Oshkosh! It is from such “garage projects” that the USA has distinguished itself and hopefully will continue to do so in the 21st century.
The grant amount awarded through NSF STTR solicitation was $150,000. The university share for personnel is $83,400 since the project was jointly developed. This is first of a kind in this campus. We have other sources that have funded this project and other agencies that are being explored for additional funding to further the research/commercialization. We have strong team with scientific merits. I have been working in this area over 15 years with 50+ publications in leading journals and hold licensed patents. Mr. David Doctorhte please note that UW Oshkosh has all the necessary tools (SEM, TEM, Galvanostats/ potentiostats, FRAs, several elemental analysis units, NMR, Surface area measurements, etc. etc.). Please visit UWO web sites.
Thanks,
- Dr. Karthikeyan