The target of the project has been to improve the control and regulation of grate-fired straw boilers by involving measuring signals from a specially developed IR camera in a new regulation concept
Biomass dust firing constitutes a significant risk due to corrosion of boiler walls and super-heaters. The project exposed corrosion probes in Blok 2 of the Amager Power Station and Avedøre Power
The project aim was to facilitate continued technical development of biomass-fired CHP and communicate the results from the Danish biomass development programme nationally and internationally. The key
NO emission can be reduced by means of two-step combustion in a 20 kW burner firing wood, straw and natural gas. A full-scale boiler produces the highest level of NO in connection with oil firing
This project verified CFD modelling of grate-fired boilers at power stations using straw firing, viz. Ensted Power Plant and Avedøre II. The combustion process was described, and the documentation
Wood is a strongly anisotropic material and likewise the char produced by pyrolysis of wood is characterized by a strong anisotropy. This anisotropic behaviour allows relatively easy transport of gas
The objective of the project was to participate in the IEA annex 'Dynamic models of wind farms for power system studies'. The objective of the IEA annex is to establish an international forum for
The 'Clear Views on Clean Fuels' (VIEWLS) project aims to increase our insight into: 1) The economic and environment-technical performances of the various transport biohels, both existing biohels and
The aim is to: verify the final choice of solvent for 'Guideline for Sampling and Analysis of Tar and Particles in Biomass Producer Gas' and to develop an unambiguous method for tar evaporation with
As a continuation of preliminary experiments on super critical water cleaning a process development unit (PDU) for a capacity of 50-60 kg/h will be designed and built.
The main objective of Annex XVII is to provide wind energy planners and designers, as well as the international wind engineering community in general, with easy access to quality controlled measured
The main objective of the project is to implement controller design of wind turbines in the general design process, on the same level as structural dynamics and aerodynamics. Specific focus is on
Background: Within the Aeroelastic Research Program carried out from 1997 to 2002 by Risø and DTU a coordinated and continuous work has been carried out on the development of advanced computer models