Energy from biomass will be indispensable for a Danish energy system based on 100 % renewables. This project will provide solutions to use the available biomass most efficiently with a high
The aim of this project is to develop the technical foundation for a polygeneration plant based on LT-CFB gasification and zeolite tar-reforming. The system co-produce electricity, heat, bio-oil and
The PossPOW project developed a verified real-time power curve for offshore wind power plants, also applicable under downregulation. Concert will enrich this to a full asset optimisation package
NetVind aims toward the green transition in Denmark, by rethinking the way of using wind power plants in distribution systems. NetVind analyses and demonstrates in a large experimental facility, which
The NSON-DK project is the Danish part of a North Sea Offshore Network (NSON) project umbrella with research participants from UK, Germany, Norway and Netherlands. The purpose is to study the impact
The project aim is to reduce the loss of methane from livestock buildings and pre-tanks while at the same time biogas plants increasing biogas production. The project aims both on quantifying the loss
The purpose of this project is to design and develop a new cheap online multi-pollutant sensor system that can be used to minimize the emissions of harmful particles and gases including tar, soot and
IEA Bioenergy Task works to monitor, review and exchange information on advance in research, development, demonstration an implementation of biomass combustion and confiring technologies and to
The objective of this project is to develop and demonstrate a new, more energy-efficient way of upgrading biogas for the combined production of biomethane and bioCO2. The aim is to improve the
Current state-of-the -art enrym screening assays such as AZCL subtrates are designed to analyse enzyme or culture performance on substrates based on purified purepolysaccharides. Because of that they
The objective of the project is to test and demonstrate the novel Steamboost technology at full scale. Furthermore, to obtain knowledge that will enable optimizations of the Steamboost technology.
The objective of BLATIGUE is to develop fast and efficient fatigue test methods for large wind turbine blades and to develop equipment to excite the blades under such tests.
Turbines are designed to change its direction as a change in the wind direction occurs, and partial wear occurs when the windmill actively yaws back and forth in a too narrow spectrum for a long time
The aim of this project is to proof the iSpin measurement capability and robustness on a broad scale. The robustness shall be proven based on measurements of a total of around 90 WTGs located in 9
The objective of the project is to develop an offshore self-hoisting crane (OSHC) based on the principles of Liftra Self Hoisting Crane (LSHC). The OSHC must be operable from a floating platform
The aim of this project is to expand the detecation capabilities of the current Windar lidar systems to include a robust wake detection system under varying atmospheric conditions .Develop different
To demonstrate that it is possible to achieve a degree of reuse on 70% by Automatic separation of household waste. It is a further goal to demonstrate that the content of problematic substances in the
The objective of IMPACT is to develop computationally efficient and accurate fatigue lifetime prediction methods for adhesive connections in large utility wind turbine roto blades.