In situ simultaneous measurements of gas temperature and gas composition are of great interest in combustion research. An optically based technique can be performed in situ for various extremely hard
The purpose of this project is to investigate oxyfuel combustion of biomass and biomass-coal mixtures in semi-technical scale and supplemented by laboratory experiments and process simulations to
A novel concept for preparation of sulfonate containing fluorinated block copolystyrenes have been developed based on initial ATRP of fluorinated styrene monomers. The strategy depends on well defined
The project proved that PowerShade with an efficiency ratio in excess of 5% can be produced, and that future development will probably further increase its efficiency. The project also showed that the
The present R and D will be used to build a 1:10 scale model of a single AquaBuOY and test and measure its performance in a range of sea conditions at the testsite in Nissum Bredning on 5 meters deep
The project aimed to improve stack technology for solid oxide fuel cell stacks (“SOFC”). The project developed and tested several improved stack components, including improved glass seals and
The Danish experiences with the Stirling engine and updraft gasification was combined with application of the FLOX gas burner technology for the development of the SEDIOX (Stirling Engine with Diluted
The concept of combining solar power, absorption cooling and natural gas-fired small-scale CHP in Strandby met expectations and could be replicated in other CHP plants. However, it is important to
The project analysed ash from eight different agro-industrial biomasses. The ash was examined in physical-chemical analyses and in leaching analyses. The aim was to study and evaluate usability of ash
The project developed new edge sealing for the DSC cell. Made from inert polymer, the sealing is mounted as laminate in controlled conditions. Laboratory experiments and cell exposure to accelerating
This project changed towards possible commercialisation. Consequently, project cooperation was terminated and part of the work transferred to project 6389 ‘Technical silicon for high-efficiency PV
The project goal was to develop stack materials, components and stack technology, including industrially relevant production methods. Further, the project was to perform tests and demonstration of
The wind farm output of an offshore-farm such as Horns Rev changes between nearly constant output to highly variable power output. A balance responsible would benefit from knowing the variability of a
The project aimed to synthesise new deNOx catalysts with improved resistance to flue gas from biomass-fired units. The project studied various new catalyst materials. In particular, synthesis and
The main activities of the project were developing improved SOFC electrodes, cells and interconnects through careful characterizations in interaction with new fabrication methods. Major break-throughs
Investigations making it possible to evaluate and further develop concepts to improve electrical efficiency in a waste combustion plant were performed. Furthermore, it was the objective to investigate