The aim of this project is to contribute to the development of a new generation of grate fired straw plants that comply with stringent emission regulations and offer stable operation as well as
The objective is to develop a prototype design of a wave power converter based on the Point absorber system AquaBuOY in cooperation between RAMBOLL and Aqua Energy.
In the EU subsidised project, under the Fifth Framework Programme, a gasification plant was established in Gjøl based on TK Energi’s staged gasification technology.
The project aimed to evaluate a waste gasification facility concept and plan selected components for a pilot facility. The project constructed a horizontal facility in which fuel and oxygen are
Exposure to microorganisms, endotoxin and dust was higher at biofuel units than at reference units. A clear correlation existed between work-related nasal symptoms and the degree of exposure
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