This project was meant to develop TK Energi’s stepwise gasification concept and improve full-scale demonstration at a plant in Gjøl. The pilot system was almost completed, but due to a delay, the
The objective of this project was to establish a wood-chip gasification system with a rated input of 600 kW. The system is an upgraded version of the Viking two-step gasifier developed at the
This project wants to develop a serial of integrated design and environment strategies for the future office environment (New Ways of Working), where architectural, technological, decor and
The project highlighted markets and instruments aimed at promoting renewable energy in Denmark, the EU and internationally, while also identifying key risks and uncertainties related to renewable
Using catalysts, enzymes and bacterial cultures, the project uncovered promising methods for converting biomass into more valuable products such as fuels in the form of ethanol, methane and hydrogen
The feasibility of utilizing energy crops (willow and miscanthus) and agriculture residues (wheat straw and corn stalker) in an anaerobic digestion process for biogas production was evaluated
The project was conducted as a PhD study at the DTU in cooperation with Danish foundries and a supplier of foundry machinery. A thorough experimental analysis of the flow of melts in inlet systems was
The project developed and demonstrated an air-conditioning system based on dehumidification via a heat-driven, wet sorption process and adiabatic cooling. Calculations show that (district) heat-driven