Photochemical nanoelectrode stable up to 80°C
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Categories |
Energy, Optoelectronics/Photonics, Nano Structures, Cleantech |
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Development Stage |
Advanced research stage – proof of concept |
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Patent Status |
Pending |
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Market |
Global nanoelectronics market to reach $409.6 billion by 2015. Integration of molecular biology and nanoelectronics creates avenues for developing hybrid devices for utilization in a wide range of biological and medical applications. |
Highlights
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System that uses the natural photosynthetic light-harnessing system of cyanobacteria to convert light to electricity or fuels.
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In vitro system derived by isolating the photosynthetic complex from native bacteria that grow in hot springs and adding platinum to convert light into electric current or fuels.
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Combines nanotechnology, complex chemistry, and biotechnology to produce a functional biological molecule
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Significant current already achieved - >2µA/cm2 of electrode surface with relatively high efficiency (5%)
Our Innovation
Heat-stable, nano-size photoelectrochemical cell based on the photosynthetic system derived from thermophilic bacteria
Key Features
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Proteins of the photosynthetic system are stable up to 80°C
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Good coverage of solar spectrum
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Scientific methodology of assemble the photosynthetic systems on electrodes
Development Milestones
Seeking funding for further development of the system directed to increase its efficiency.
The Opportunity
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The solar market is growing at about 40% per annum
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Unique biomaterial based energy conversion system
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