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Posted: Apr 02, 2012

Air Force Research Laboratory Selects XG Sciences to Develop High-Energy Ultracapacitors

(Nanowerk News) XG Sciences, Inc. announced today it has been selected by the Air Force Research Laboratory to develop ultrahigh-energy ultracapacitors for use in space energy storage systems. XGSs' graphene-based energy storage materials have demonstrated significant increases in storage capacity over traditional activated carbon and are manufactured in a commercially-proven, environmentally friendly, low-cost process.
"Our Air Force contract will target development of ultracapacitors capable of delivering the highspecific energy necessary for advanced space applications," said Rob Privette, VP Energy Markets. "Our graphene-based energy storage materials deliver significant improvements over traditional carbon charge storage materials due to their highly accessible surface area, lowresistance current carrying capability, and tailorable particle size. We believe that this research will also help advance the state-of-the-art in ultracapacitors for automotive and industrial applications." The project is supported by the Air Force Research Laboratory under Contract No. FA9453-12-M-0032.
XG Sciences' graphene nanoplatelets can be formulated into electrodes, inks, and pastes for fabrication of electrodes with high charge storage and superior current carrying characteristics for ultracapacitors, batteries, and fuel cells. XG Sciences Inc. is a leading supplier of xGnP graphene nanoplatelets, as well as energy storage electrode materials, electrically and thermallyconductive inks, powders and dispersions, and high strength additives for lightweight composites. With international licensees including POSCO and Cabot Corporation, and a worldwide distributor organization, XG Sciences offers bulk materials or custom graphene-based products to nearly 500 customers around the world. For evaluation materials and technical support please visit www.xgsciences.com or contact info@xgsciences.com.
Source: XG Sciences (press release)
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