- About Us
- Career Center
- Nano-Social Network
- Nano Consulting
- My Account
CMU-RC Tenant Files Patent Opening Doors for Harnessing Power from Bio-Fuels
Imagine a world where we harness power in new ways. In ways that use renewable resources found right in the human body. The potential to efficiently capture and use the "bio-fuel" inside each of us has taken a huge step forward, thanks to the dreams, vision and commitment of Dr. Nathan Long and his team of researchers at Bio-Nano Power, a CMU-RC tenant in Mt. Pleasant, Michigan.
On September 2, 2009, Long filed a comprehensive patent, "Bio-Nano Power Cells and Their Uses," which ties together more than two years of intense biotechnology and nanotechnology research to develop power cells that generate efficient, high density power and emit lower CO2 pollutants. This opens doors to smaller, stronger, sustainable power that has applications in nearly every conceivable area from miniature medical applications like internal glucose monitors to small and large energy-consuming machines like personal computers or even automobiles. And, all this is achieved with a system that produces 90 percent less greenhouse gasses and is four times more efficient than standard approaches of burning fuels to generate power.
Says Long, "As a world, we need to get started on ‘the right way' to produce energy. This new approach, which we've proven out in the labs at CMU-RC, is sure to open doors to solve problems such as global warming and energy shortages.
"The results we have achieved come from lots of hard work, but critical to our success was the outstanding support from the team at CMU-RC. Not only did they believe in our ideas, they were there to help us at every juncture from funding needs, to state-of-the-art analytical equipment and facilities, access to CMU faculty, and technical expertise," he concludes.
In Simple Terms
According to Dr. Long, the body is full of bio-fuels that can be converted to electrical energy to run devices inside the body, or to be recreated outside for virtually any power-related need. The patented process he has developed and tested combines the strength of advanced biotechnology with honed nanotechnology techniques in a new and different way.
To conceive of it, think of a relay race where you have the best, fastest runners, each who do their best at their piece of the race, passing the baton on to the next star athlete in the line. If you have the right runners, in the right order, all doing their best, you'll have amazing results. Long's patented process creates that "team" of enzyme catalyst polymers that efficiently produce power when activated by common bio-fuels.
Long's vision for Bio-Nano Power is to focus on much needed medical device applications like smaller, faster biosensors for diabetes patients to monitor glucose levels or for clinicians to track and monitor heart conditions through self-powered devices. "This breakthrough expands the options for so many medical researchers and device manufacturers, by giving them new ways to generate power, and to use that power for new biosensors and device configurations which just were not viable until today," Long explains.
Additionally, on a more consumer focused level, Bio-Nano Power will soon begin plans to help share this earth-friendly power source by selling "kits" to generate green power for small devices like MP3 players and cell phones and from there, moving to larger applications.
"Watching the progress of Bio-Nano Power has been amazing and rewarding," says CMU-RC President and CEO Ken Van Der Wende. "Dr. Long and his team are committed, focused and open to the support we can provide. The networks and resources we can provide give people like Nate Long and his team the freedom to focus on their ideas, while we help pave the way for success."
Next Steps for Bio-Nano Power
Dr. Long and the Bio-Nano Power team will continue their breakthrough research studies and leverage CMU-RC resources to continue business research and planning for product development, focusing on biosensors and alternative energy applications. In addition to lab research, product development and business planning, Bio-Nano Power will be seeking additional capital. CMU-RC is guiding them through the investment aspects of such endeavors as well, seeking loans, grants, investors and additional support.
About Central Michigan University – Research Corporation
CMU-RC is a non-profit business incubator that provides start-up companies, entrepreneurs and Fortune 500 companies with vital support, relationships and resources. Formed in 2002, CMU-RC helps harness the intellectual, technological and material resources of Central Michigan University to grow their ideas and their businesses. CMU-RC is a designated Michigan SmartZone – one of 11 technology-oriented centers across the state – established to offer tax incentives while supporting research, development and commercialization of new technology to promote economic growth.
About Bio-Nano Power, LLC
Dr. Nathan Long, President & CEO / (616) 682-0367 /
Bio-Nano Power is an early stage biomedical and alternative energy nanotechnology company founded in 2008 to invent and commercialize Bio-Nano Power Cell products that generate power from biological energy sources for medical, commercial and industrial applications.
For more information, please click here
For additional information on Bio-Nano Power or CMU-RC, contact Van Der Wende at (989) 774-1574 or (989) 859-3190.
Copyright © Central Michigan University – Research CorporationIf you have a comment, please Contact us.
Issuers of news releases, not 7th Wave, Inc. or Nanotechnology Now, are solely responsible for the accuracy of the content.
|Related News Press|
News and information
Iran Unveils 6 Knowledge-Based Products April 11th, 2015
DELSEY by Philippe Starck DELSEY Launches New Collection by Philippe Starck February 4th, 2015
NEI introduces NANOMYTE® SuperAi, a Durable Anti-ice Coating December 4th, 2014
Printing Silicon on Paper, with Lasers April 21st, 2015
A glass fiber that brings light to a standstill: By coupling photons to atoms, light in a glass fiber can be slowed down to the speed of an express train; for a short while it can even be brought to a complete stop April 9th, 2015
ORNL reports method that takes quantum sensing to new level April 23rd, 2015
New class of 3D-printed aerogels improve energy storage April 22nd, 2015
Optical resonance-based biosensors designed for medical applications April 18th, 2015
EU Funded PCATDES Project has completed its half-period with success March 19th, 2015
Expanding the reach of metallic glass April 22nd, 2015
Rafts on the cell membrane: Researchers from TU Wien (Vienna) shed light on a big secret of cell membranes: The 'lipid rafts', which have been believed to move within the cell membrane, do not really exist April 21st, 2015