Gas Sensing on High Surface Area Graphene Foam Electrode

“RD石墨烯（RDG）开发了一种新型的环境工艺，用于生产纯3D泡沫状石墨烯电极，该电极可以在几秒钟内生产，并且在卷到卷设备上具有成本效益。这完全消除了下一代石墨烯增强产品的商业化障碍。RDG目前利用其有限的资源开发石墨烯超级电容器。这些产品的性能已经达到了同类最佳的商用产品，这证明了制造产品的高质量，并计划在未来几年进行商业开发。RDG希望开发的另一个潜在市场是基于石墨烯在场效应晶体管（GFET）中的结合，其利用了石墨烯预期表现出的特殊电子性质。GFET能够调节石墨烯的性质以便可控地将它们结合到用于现实世界应用的器件中，例如，气体检测。如果这项研究证实，在RDG的电极上的GFET是可行的，并如预期的那样好，这将增加额外的，数十亿磅的市场机会，RDG是渴望利用。机会是：晶体管，传感器，太阳能电池板，LED，天线和更多。"

"RD graphene (RDG) has developed a novel, ambient process to produce pure 3D foam-like graphene electrodes that can be produced in seconds and cost-effectively on reel-to-reel equipment. This completely removes the barrier to commercialization for next generation, graphene-enhanced products.RDG currently uses its limited resources to develop graphene super-capacitors. Demonstrated performance of these already match best-in-class commercially available products, which validates the high quality of the manufactured product and commercial exploitation is planned for the next couple of years.Another potential market that RDG wants to exploit is based upon graphene's incorporation in Field Effect Transistors (GFETs), which exploits the exceptional electronic properties graphene is expected to exhibit.GFETs are able to tune the properties of the graphene in order to controllably incorporate them into devices for real-world applications, for example, gas detection.Should this study confirm that GFET on RDG's electrode is feasible and as good as expected this will add additional, multi-billion Pound market opportunities which RDG is eager to exploit. Opportunities are: transistors, sensors, solar panels, LEDs, antennae and many more."