The development of evacuated glazings approaches prototype production. Thus the basis for decision-making for commercial production will be created within approx. a year and a half.
The project aim is to develop an integrated SOFC module (standard module) which can be based on the most cost effective materials and manufacturing processes in order to reduce SOFC plant expenses.
Coordination of all Danish CADDET activities. Mailing of CADDET Newsletters, brochures and similar material. Organization of CADDET register inputs and liasion activities to the CADDET Centre and
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 aim of the project was to demonstrate ventilated solar walls in practice, including satisfactory architectural and structural adjustment to a certain building.
The aim of this project was to design and build an apparatus for evacuation and assembly of aerogel glazings up to 60 cm x 60 cm based on the proposed method. The key element of the method is the
The purpose of the project is to produce the technical basis for dimensioning and developing motor/pump systems, so that the total concept is energy-optimized for domestic heating.
Forskningscenter for Elektroteknisk Energiomformning E/F (CETEC)
EFP
1996
1998
One of the results is, that the separation depend not on the gravitational force itself but on the exponent of the square of the peripheral speed of the centrifuge.
The objective of the project was to develop new trawls for the Russian fleet, that would save energy per unit of catch through the application of new designs and modern materials.
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 is to analyse and evaluate appropriate means of establishing a working interaction between different intelligent components, e.g. for energy management purposes. The interaction between
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.