If you have successfully commercialized a technology that resulted from a DOE SBIR or STTR Phase II award and want to share this highlight, please refer to this template
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01.10.17SBIR STTR HighlightSiNode’s core technology allows a battery to store more lithium, thereby charging faster and lasting up to 40% longer than conventional batteries
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01.10.17SBIR STTR HighlightNatel Energy turbine technology makes it possible to tap into the undeveloped hydropower potential at drops between 5 and 20 feet, which is estimated at 70 GW
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01.10.17SBIR STTR HighlightDaylight Solutions has turned a scientific phenomenon discovered in the 1990s into a commercial product that benefits society by detecting contaminant molecules in the air.
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11.25.15SBIR STTR HighlightNEI replaced liquid with solid material that allows for a no-liquid battery.
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11.25.15SBIR STTR HighlightPoor quality natural gas/shale gas streams brought into spec for pipeline or fuel gas use, simply and economically, thanks to Membrane Technology and Research, Inc.
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04.01.14SBIR/STTR HighlightPhysical Sciences Inc. (PSI) develops a next generation, near-infrared tunable diode laser-based sensor for boundary layer flux measurements of greenhouse gas trace species.
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04.01.14SBIR/STTR HighlightDomestic radioisotope production enabled by advances in superconducting electron linacs funded by the DOE SBIR program.
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04.01.14SBIR/STTR HighlightNEI’s NANOMYTE® PT-60, a breakthrough coating for magnesium alloys provides exceptional corrosion resistance while also improving adhesion with an overlying paint.
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04.01.14SBIR/STTR HighlightThin-film deposition process control sensor provides ability to continuously monitor and control the CIGS solar cell manufacturing process at temperatures as high as 500° Celsius.
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04.01.14SBIR/STTR HighlightAnalysis and Measurement Services Corporation’s CHAR 2012 system identifies and readily locates problems in the conductor and insulation of nuclear power plant cables.
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