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 | New nanostructured material for tissue regeneration |
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A new ion release system for revascularization and tissue regeneration based of calcium phosphate glass nanoparticles has been patented and developed. Partners to further develop the technology and/or to establish commercial agreements along with technical cooperation are sought. |
 | KEGFLOW: Supply Chain Execution System for Beer Industry |
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KEGFLOW is a Supply Chain Execution solution for the brewing industry. From internal operations in breweries, through primary and secondary distribution, down to pubs, KEGFLOW will help you to repond efficiently to the customer demand by delivering the right keg to the right place, at the right time, in the right quantities, in order to ensure the best possible quality of service. KEGFLOW is based on different technologies, among which RFID tags, RFID portals and RFID scanners, that enable to uniquely identify kegs, allowing brewers to track and trace their movements anywhere at any time. |
 | Soy-based rust remover for metals |
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Airable Research Lab has developed a soy-based rust remover. Rust and rust stains have been a perennial problem for most ferrous materials that are exposed to the elements. The soy-based rust remover removes rust from iron and steel quickly and effectively, without damaging the underlying metal surface. The product is versatile, making it suitable for a range of materials across industrial and household applications, including machinery, tools, automotive parts, and other metal items. |
 | SMART FRICTION PENDULUM SYSTEM |
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A novel Friction Pendulum System (FPS) that improves on the recovery capability of current friction pendulum systems and increases energy dissipation capacity. |
 | New filter for removing tar, nicotine and toxic compounds from tobacco smoke |
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The group of investigation of Processing and pyrolysis of polymers of the University of Alicante has developed a new combined filter that eliminates the tar, the nicotine and other toxic gases present in tobacco smoke in a very efficient way more efficiently than current filters available in the market. The invention is characterized because it combines three membranes of different characteristics arranged in a very specific way. The primary membrane (M1), located at the end closest to the tobacco column, is formed by a perforated disk of impermeable material. It also has an outer membrane (M3) of cellulose acetate fiber located at the end in contact with the mouth of the smoker. It can also incorporate a cylindrical intermediate membrane (M2) between M1 and M3 formed by an adsorbent material. This innovative combined filter has a low manufacturing cost, allows to dispense tastes and flavors, and can be applied in both commercial cigarettes and filters for rolling tobacco. Wanted companies interested in acquiring this technology for commercial exploitation. |
 | High sensitivity detection system for measuring Terahertz frequencies |
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This invention presents a method of detecting terahertz frequencies using a substrate with improved temperature dependence, high electrical performance and exhibits high variation of resistance with temperature which is crucial for thermal detection applications. The strong temperature dependence increases responsiveness enabling superior performance in thermal detection systems compared to conventional technologies. |
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