In an earlier research project competitive and cost effective wind turbine foundations in steel were developed. One of the developed foundation types was the mono pile. The present project comprises a
The goal of this project is to clarify to which extent the indirectly fired gasturbine (IFGT) in the future can be expected to contribute to the production of power and heat from biomass.
In this project the prospect of implementing a UASB reactor (Up-flow Anaerobic Sludge Blanket reactor) for detoxifing recirculated process water has been examined.
This work focused on the connection between char reactivity, ash agglomeration and sintering and the gas composition in the turbid environment in a circulating fludised bed gasification process, where
The project has included the Danish Representation during the period 1998-2000 in the Technical Committee for Biomass Utilisation, Biomass Combustion Activity referring to the IEA Bioenergy Agreement.
The main result of the investigation is a new developed method to identify the effective damping for the edgewise blade mode shape for wind turbines. The method consists of an exciter mechanisms which
The main purpose of the project was to identify measures for lowering the price of straw delivered to power plants, mainly by developing a new high density straw press for Hesston size bales. The aim
The purpose of this project was to improve our understanding of the characteristics and behaviour of char beds both in steady and unsteady operation. The knowledge gained is to be used for
The main conclusions of the survey are: The potential for biogas production from municipal organic waste in Malawi is scarce; The bioenergy potential of the Malawian agro-industries is large, with the