This project has improved the process and methodology knowledge about dynamic operation and stability of biomass-fired units. The need for a high degree of regulation meant that project focus was
The project has experimentally tested several methods for sampling, test reduction and volume weight determination, ash melting point, particle size, moisture content, elements and QA of solid
This Danish-American partnership resulted in two PhD theses as well as a model for biomass firing in turbulent boiler flow. Burner maps of CO, CO2, O2, NO, NH3, HCN, SO2 as well as particle
The objective of the project was to investigate whether it was feasible and profitable to use a UPS system in connection with heating, cooling and electricity generation. A test system consisting of a
This project consisted of two parts: Establishment of test facilities and design of a model that describes how combustion in grate-fired power plant boilers takes place. The establishment of the test
Early 1997, the Executive Committee of IEA SH and CP approved a 2 year extension of Task 20 'Solar Energy in Building Renovation'. The aim of this extension was to develop strategies for an effective
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
The present project covers the manufacturing of the prototype aggregate, including two variants of the rotor, as well as the verification of the systems performance.
The study tours to Sweden, Finland, Austria, Italy and the USA have given a good insight in how the other countries are establishing the size classification of comminuted fuel.