Process optimisation is performed at the MaxiFuels pilot plant at DTU in the context of, for instance, membrane distillation of ethanol, separation of the permanent residual fraction from glucose
The Castor plant’s gasification reactor is developed to gasify wood pellets instead of wood chips, and an aesthetic and technically efficient design of the plant is developed for adaptation into a
The durability and performance of fuel cells have a major impact on the most important challenges facing fuel cell commerciallization including cost, mass production, system integration, functionality
The project objective was to perfect Danish technology in high temperature PEM fuel cells. It lasted two years and addressed the fuel cell components membranes, cells and cell stacks. The primary
The developed CFD model shows qualitative and quantitative correlation between the model and experiments in a lab scale reactor. When the developed model was implemented in the full-scale plant, it
A number of instruments, Internet, media campaigns, boxes displaying electricity prices (SEE1) and spot contract has been tested for households to shift their electricity consumption to times when
To develop the market for solid biofuels within the EU, standards are urgently needed. Based on a mandate given by the EC, CEN TC 335 "Solid Biofuels" currently develops such standards based on the
The project is a core project of the Danish SOFC programme. The goal of the project was to continue developing SOFC cell and stack technology while reducing production costs, the aim being to meet the
Nanotechnology can provide possibilities for obtaining new valuable information regarding performance and corrosion protection in power plants. In general, the desired performance of the contact
The goal of the project is to develop, test, validate and evaluate a novel control architechture for optimised operation and seamless integration of micro CHP based on a generic virtual plant (VPP)
The project develops proton-conducting and mixed proton-electron conducting materials stable in atmospheres containing CO2. The materials will be used in future energy-efficient and environmentally
The objective of the project was to improve the durability of the membrane electrode assemblies of PEM fuel cells by studying the basic degradation phenomena of carbon supported Pt catalysts and
The EU's and the Danish government's goal of replacing major parts of fossil fuels with sustainable energy sources requires new processes to be developed for conversion and storage of energy, for
Use of cellulose for biofuel production requires the cellulose to be degraded into small molecules. Several different enzymes can be used for this prupose. The project aims to develop a method for
The purpose of this project has been to make preparation for organisational, legal and technical nature with regard to a coming upgrading of BioWynergi Process ApS 450 kWh Open Core stage-phased