HydroThermal Liquefaction (HTL) has proven itself as the most resource-, energy- and cost efficient technology pathway for conversion to liquid fuels of a wide range of sustainable feedstocks
A new project will develop cheap battery systems that, by integration with wind turbines and solar cells, will increase the stability of the electricity grid and facilitate a higher share of
Renewable energy to be stored in floating flywheels. Better magnets can help store renewable energy from solar cells and wind turbines in magnetic flywheels. The new technology for energy storage
The MultiCon project aims to foster a paradigm shift in wind energy by developing disruptive storage solutions based on a novel Power Management System which allows monitoring and control of batteries
A wide variety of chemicals and materials are today produced with fossil fuels as a starting point. The ProActivE project will develop new catalysis methods where the electricity, air and water are
In the current project we introduce a novel, knowledge-based principle for the design of enzymes that effectively degrade biomass at high temperatures (over 50 C).
The vision of HiGradeGas is to overcome the barriers towards a wide-spread and
sustainable use of biogas in the Danish energy system by improving the cost
efficiency of (i) biogas upgrading and (ii)
FutureGas seeks to stimulate: an efficient and economical supply of gas - including gas based on renewable sources, an appropriate and flexible use of these gases, and an optimal integration of gas in
The project SYNFUEL is reasearching how to combine electrolysis and gasification of biomass in a way that produces more biofuel from the same ammount of biomass.
ElectroGas develops knowledge and technology which can take surplus electricity from renewable energy and use it to upgrade CO2 to CH4 by feeding it to microorganisms present in biogas reactors.