In this project, the possibility of using Ionic Liquids (ILs) for CO2 capture was examined. IL’s can be designed to have particular properties. In this project, we attempted to design IL’s with a high
The objective of the project was to develop inexpensive, highly efficient superconducting tapes based on the Y123 superconductor. A new, scalable production technology has been developed in view of
The objective is to improve the design basis for large wind turbines by measuring wind and turbulence profiles at high altitude above a flat ground using modern instruments. The project will study
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 idea behind the concept is to activate the reduction of NOx and the oxidation of soot and hydrocarbons by the use of an all solid state electrochemical cell based on an oxide ion conductor. The
The focus of the centre consists of several pioneering techniques for understanding the relationship between biomass structure, proteins and process stages needed to convert it to mainly liquid energy
The strategic research centre will in cooperation with the industry, by the development of zero emission buildings and related technologies, create the necessary basis for a long-term sustainable
The vision is that the increased research on main wind turbine uncertainties and risk & reliability will lead to less conservative designs and more cost-efficient wind energy. Therefore, careful
The usage of new reinforcement fibre and resin systems allows for novel forms of blade design, cost optimisation and production methods that significantly reduces the production time.
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.