BioUpgrade is aiming at developing an innovative, efficient and robust technology for biological biogas upgrade, utilising the indigenous hydrogenotrophic cultures of the anaerobic digestion process
The main purpose of the IEA SHC Task is to demonstrate the possibilities regarding deep energy renovation of historic buildings in achieving the lowest possible enerdy demand and thereby CO2 emissions
The overall aim of the project is to develop and test the next generation of direct solar-powered coolers for storing vaccine and other temperature sensitive products such as fish and meat in areas
The purpose of this project is to develop better recommendations for understanding the solar energy resource in energy systems with high degree of renewable energy penetration. This is done as an
The objective is to continue Danish management of IEA SHC Task 57 ”Solar Standards and Certification” until the end of the task period. This task supports international co-operation on improvement and
The aim of the project is - through exchange of international knowledge - to develop and promote solar district heating plants. Denmark is in front in this field and the project gives good
A combined systems development and demonstration programme has been initiated in order to be able to identify the necessary and adequate preconditions of a profitable production of fuel willow (salix)
The digestion and detoxification of pyrolysis condensate and wet oxidised pyrolysis condensate was studied in different reactor systems: combined anaerobic and denitrifying UASB reactors, conventional
A dynamic model describing the anaerobic degradation of complex organic material, and codigestion of different types of wastes, was developed based a previously described model.
The aim of the project is to encourage the exchange of experience, transfer know how to R and D in connection to extraction and utilization of landfill gas for energy purposes.