Cenamps wins contract to manage government nanotechnology network
The Nanotechnology KTN will facilitate the transfer of knowledge and experience between industry and research, offering companies dealing in small-scale technology access to information on new processes, patents and funding as well as keeping up-to-date with industry regulation.
Previously served by a Micro and Nano Technologies (MNT) Network, a pioneer for all subsequent KTNs, the new Nanotechnology Knowledge Transfer Network will build upon an existing network of 700 organisations, working with a mix of well established and young innovative companies such as BAE Systems, Proctor and Gamble, Farfield Instruments and Zyvex.
Dr. Mike Pitkethly, CEO of Cenamps said: "In creating a new KTN for micro and nano technologies, the Government has recognised the positive impact that such technologies are having on society. Knowledge transfer with scientists from a range of disciplines within the KTN programme will allow us to bring the benefits of these enabling technologies to a far wider audience. The possibilities for new products and businesses are likely to open up dramatically, so this is very exciting for the UK."
The network has already been utilised successfully by Japan Regional Ventures, a company driving technological investment into two regions of Japan, in its efforts to find potential collaborators. Thanks to the support received, the company is ready to meet with representatives from TWI ltd, a company that oversees nanotechnology applications in welding, which can create more safety and stability in rails and building structures.
David Way, Operations Director at TSB, said, "The aim of this important network is to provide a market-oriented focus to broker collaborations that can allow the UK to exploit these new technologies. The TSB is playing a central role in guiding the development of KTNs to help the business community to interact and develop ideas and build relations with the science base and government."
Nanotechnology covers a wide range of disciplines that involve using materials whose properties at very small scale differ from those at larger scale and provide opportunities to design products with new and improved performance. For example the use of materials at the nano-scale (the smallest atomic scale in science) is being developed to give flexibility and functionality to the materials onto which they are applied. Its potential markets include aerospace, construction and energy as well as the chemicals, electronics and the healthcare industries.
Examples of products already being developed include devices that can diagnose medical conditions and clothing that can detect and respond to a person's stress levels.
