The objective of the overall project was to develop a system for online optimisation of waste incineration. Phase 2 worked to design a measuring programme at Haderslev CHP plant to determine the key
The PSO Project 5820 aimed to study deposit-induced Cl corrosion under well-controlled laboratory conditions, simulating the conditions in biomass-fired boilers. This was done by exposing pieces of
The aim of this project is to implement an online volatile fatty acids (VFA) sensor developed at E and R DTU for monitoring, control and optimization of the biogas process.
It is the goal to increase the fundament for optimising pellet production and give relations between the quality of the pellet and the conditions during the production.
The aim of the MaxiFuels project is the pilot-scale testing and further developemnt of the 2nd generation concept for bioethanol production from lignocellulosic biomass with the production of biogas
The purpose of this project was to show that condensing flue gasses after filtration in a bag filter is an economical and environmental friendly solution for straw fired heating plants.
The opbejctive of the project has been to improve design and process stability in biogas plants. The results can be divided within the following main categories: 1) Pre-treatment, serial coupling of
Co-digestion of manure with fatty waste may improve biogas production and thus the economy of manure-based biogas plants. However, fat is potentially inhibiting for the biogas process, and biogas
Through Danish participation in the group the country gains access to high level knowledge on the latest technology and markets developments as well as Rand D activities and results.
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
By setting up an experimental facility - SYSLAB – the project studied aspects of the basis for distributed resources such as wind turbines, photovoltaics and not least consumers participating in power
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 studied oxidation behaviour of TP 347H and X20 in steam in field/laboratory testing and thermodynamic/kinetic modelling. TP 347H: The interior of the alloy grains oxidise internally
Investigations of long term exposure of SCR catalysts to flue gas from coal-straw co-firing has been carried out in two units of the Studstrup Power Plant with an average fraction of 10% straw on an