Based on the Stirling engine technology the goal is to demonstrate how small scale RE based CHP plants can be the solution for many small and medium sized companies to reach a more green production
The purpose of the project is to improve the understanding of dioxin formation i WtE-boilers. The project will e.g. include investigation of the possibilities to reduce the part of ash with high
The project has focus on spectroscopy analysis of low-molecular-weight trace gases important in biomass gasification and combustion (e.g. sulphur, PAH’s, chlorine compounds). The purpose of the
The aim of the Catchcrop2biogas project is to investigate the potential of using catch crops as feedstock for biogas production. This will be done by screening 12 different catch crops samples
Extrusion as a pretreatment of dry biomasses, including deep litter and straw, to increase methane productivity in biogas reactors will be developed and optimised at a biogas plant. A pilot scale
The aim of the project is to make a final energy optimization of an air staged downdraft gasification plant by measures that reduce the output of charcoal and the consequently energy loss from the
The aim of the project is to ensure a technical and economical strong commencement of the operation of a complete entire CHP biomass gasification plant. The additional feed in tariff from the ForskVE
Traditional Comressed Air Energy Storage (CAES) is seen as one of the most cost effective technologies for the bulk energy storage in the future flexible grid. The project will investigate the
Denmark has a large untapped potential in biogas. Biogas is a cheap renewable energy source that helps to bring down CO2 emissions and increases Denmark’s independence in energy supply. Biogas
The purpose of the project is to analyse high efficiency bio-SNG production technologies, potential available biomass and different aspects of the interaction between the bio-SNG gases and the natural
The project will evaluate the potential of reducing harm caused by emission from gas fired engine based CHP plants. This is done by combining measurements on engines at different engine setting with
This project seeks to demonstrate the methane reduction at gas engine CHP plants is possibel with technology previosly used on large dual fuel engines. Methane emission from gas engines raise the
Development/demonstration of economically viable small CHP plants based on gasification and steam raising through burning of the clean gas in once through steam boilers at high steam temperatures and
This project will identify and analyze the primary causes for formation particles in exhaust gas from gas engines at CHP plants. The project will be performed in close co-operation with manufacturers
Based on the results achieved in Phase 1 and 2 (the practical experiments and theoretical calculations of a 5x5 m energy membrane), this project shall further clarify and assess the technical and
The purpose of the project is to investigate the feasibility of electrochemical upgrading of biogas to pipeline quality in Denmark by means of Solid Oxide Electrolyser Cells (SOEC). Computer modelling