Sourcing new fusion technologies everywhere in Europe to foster your innovation… Abstract These membrane devices have been developed at ENEA Frascati laboratories for separation of hydrogen isotopes from tritiated water. Applied to the production of H2 from biomass, the dehydrogenation process on which these devices are based, allows the achievement of higher hydrogen and syngas […]
Category Archives: Hydrogen and gas technologies
Method for increasing the concentration of tritiated water
Sourcing new fusion technologies everywhere in Europe to foster your innovation… Abstract A leading European fusion laboratory has developed a method for increasing the concentration of tritiated waste water whilst reducing the volume. The process involves electrolysing the tritiated waste water and then humidifying the evolved gas to reintroduce the tritium into the waste water. […]
Hydrogen Permeation Barriers
Sourcing new fusion technologies everywhere in Europe to foster your innovation… Abstract The Research Centre Juelich has gained substantial expertise in the development, preparation and characterization of hydrogen permeation barriers. In the fusion domain, such coatings are needed to limit losses of Tritium to the environment. Promising laboratory experiments have been conducted. A partner is […]
Ultra Sniffer New leak detection method
Sourcing new fusion technologies everywhere in Europe to foster your innovation… Abstract The test sensitivity of classic sniffer test method is limited by the helium concentration in the air, but by reducing the atmospheric helium concentration the test sensitivity can be significantly improved. The Ultra Sniffer Test gas (UST) method is simple – there is […]
Fast Gas Inlet Valve insensitive to Magnetic Fields
Sourcing new fusion technologies everywhere in Europe to foster your innovation… Abstract The object of the invention is to provide a fast gas inlet valve, primarily for emergency situations, fitted inside a magnetic field device, but not sensitive to the magnetic field. This device was originally developed for use within the nuclear fusion domain, but is also available for use in other […]