Sustainable production promoting jobs, growth, improved environment and less pollution – new technology aims at the markets for advanced processing and supply of biomass to fuels and chemicals.
A new ceramic membrane that can desalinate seawater, can solve lack of drinking water. The ceramic membrane is robust and energy efficient and provides high-efficient filtration.
We propose to further the availability of high quality bio-oils for transportation and energy use. The focus is on locally available biomass resources, in Denmark and China, and the selection of
Maritime diesel engines emit vast amounts of harmful substances. A reduction takes better knowledge of emission formation inside engines. RADIADE advances further the theoretical models of large
A major technical development is required if Danish heat and power plants are to replace fossil fuels with biomass in the future. GREEN will facilitate this development by optimizing the agricultural
Accumulation of excess hydrogen in the production of biogas from manure is a problem, because it slows down the process. HYCON investigates the influence and distribution of hydrogen in the conversion
Subterranean layers of sandstone can be an important storage of heat energy from renewbale energy sources by pumping down hot water. HEHO develops an integrated model for predicting how pumping down
Waste as a flexible energy source and wast recycling are important elements of a greener society. TOPWASTE will develop new and advance existing models for planning the treatment of waste, in part
Despite existing modern technologies about 70% of Danish oil resources are considered unrecoverable. Advanced biotechnology could improve oil recovery and reduce transport systems downtime.
De Nationale Geologiske Undersøgelser for Danmark og Grønland
Innovationsfonden
2010
2016
The project will analyse all available relevant geological and geophysical data. New data and models will be generated to identify, map and characterise suitable potential geothermal reservoirs, and
The project is implemented by the Danish part of a consortium of partners from Sweden, Germany, Denmark, Norway, Finland and Estonia, and is a project of the N-INNER program. The aim was to develop
The stringent European and Danish environmental regulations represent a significant challenge for the livestock industry and demand the development of cost-effective mitigation technologies. The new
De Nationale Geologiske Undersøgelser for Danmark og Grønland
Innovationsfonden
2010
2014
This project aims at developing environmental technologies for reducing the atmospheric CO2 concentration. The first part of the project evaluates the potential environmental impacts of leaks from CO2
ELBA develops small energy harvesters that use ambient vibrations as power supply. A complete wireless system including energy harvesters, electronics and sensors, has been developed.
Zn-air batteries in hearing aids to be replaced by methanol based micro fuel cells. The fuel cells will refill within 30 seconds and only need changing once a year.
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 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