The research concerns reduction of the CO2 emission in the energy sector by using ceramic membranes in preparation of pure oxygen. The membranes make biomass conversion more efficient and reduce the
The project concerns development of new concepts for storage of hydrogen in the gas-state (high pressure) and solid-state, as well as new methods for hydrogen compression which are more efficient and
The research has resulted in new PEM-membranes structures both with and without fluor with a wider temperature window and good mechanical strength. The PEM may be used in both hydrogen- and direct
The HyLIFT-C3 project develops and commercial- ises hydrogen propelled fuel cell hybrid systems for pollution free and time efficient propulsion of forklifts for warehouses and distribution centres.
Employing a porous metal structure enhances the robustness of new high temperature fuel cells. Stack modules are being developed with these novel cells, initially for applications such as truck APUs.