The vision of this project is to develop a new wind turbine tower of steel and Ultra High Strength Concrete (UHPC). With this new technology it will be possible to produce towers of a height that
The objective is to develop a system that permits a diesel engine to run on bio-ethanol with high efficiency and low emissions. R&D in system components, catalyst as well as fuel injection and engine
The project develops and demonstrates a new biogas infrastructure consisting of 35 km biogas grid, connectiong 5 farm biogas plants with Skjern Power Supply. This is the first stage in ''Ringkøbing
ComBigaS will develop a biogas plant where the slurry is being produced so the flow of energy is being minimized. The systems are developed with an eye to the standardization and thus facilitate makes
The result is the construction of a Mobile Assembly Unit, which ensures the assembly of shell towers on site in a rational and safe way. On the basis of the development work 8 Mobile Assembly Units
The objective is to develop the experimental platform needed to design stronger and more reliable wind turbine blades. This will be achieved by developing new test and measuring methods. A design
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
This project utilize the wind and wave energy conversion platform, Poseidon37, for pioneering theoretical and experimental work on modeling and understanding combined floating wind and wave energy
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
The project vision is to provide wind power with similar grid system interaction characteristics as the conventional generation units. The new technical solutions developed in this project will expand
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 scientists want to double the energy yield and the CO2-mitigation per unit land area by optimising the conversion from solar energy into biomass and the utilisation of biomass for biofuel, power
The project concerns development of new enzymes for decomposition of biomass as a way of optimising the production of bioethanol. This implies an analysis of the properties and limitations of the
Research in reutilisation of waste and development of tools for assessment of quality and environmental consequences of recovery of resources in waste. The project provides an essential platform for
SET4Future aims to introduce a paradigm shift in the technology for screening and characterising enzymes and their biomass substrates by introducing a special robot system that can quickly discover
Inspired by the way bioconversion of biomass takes place in nature, we have designed a concept for consolidated bioprocessing of biomass into advanced biofuels and biochemicals for oil replacement
In this project, an integrated biorefinery concept will be developed for conversion of two carefully selected (based on their sugar and amino acid composition) candidates of brown macroalgae, into
The project will demonstrate how cereal straw is effectively pretreated and co-digested with animal manures in large biogas plants. . The technology is based on mechanical compression and hydrolysis