The project aim is to develop an integrated SOFC module (standard module) which can be based on the most cost effective materials and manufacturing processes in order to reduce SOFC plant expenses.
A combined systems development and demonstration programme has been initiated in order to be able to identify the necessary and adequate preconditions of a profitable production of fuel willow (salix)
The digestion and detoxification of pyrolysis condensate and wet oxidised pyrolysis condensate was studied in different reactor systems: combined anaerobic and denitrifying UASB reactors, conventional
A dynamic model describing the anaerobic degradation of complex organic material, and codigestion of different types of wastes, was developed based a previously described model.
The aim of the project is to encourage the exchange of experience, transfer know how to R and D in connection to extraction and utilization of landfill gas for energy purposes.
The main aim of the project is to establish knowhow about thermal gasification of biomass - especially straw. This project will be focused on: 1) Decomposition of tar by non-catalytic processes. 2)
A new anode has been developed. By using ceria, doped with gadolinia and sintered at low temperature on a surface with coarse zirconia anchoring particles, an electrochemically active anode is formed.
Based on preliminary design studies, an Indirectly Fired Gas Turbine (IFGT) was identified as a potentially attractive option for on-farm or village energy generation at scales around 200 kWel.
The 3-year project is part of a long-term strategic research programme with the aim of improving the efficiency and operation of biofuel-fired thermal conversion systems. The aspects of biofuel