Biofuels Research Infrastructure for Sharing Knowledge
BRISK is funded by the European Commission Seventh Framework Programme (Capacities)
Partners
Clicking on the partner name will direct you to more detailed information on the expertise and facilities available in the listing below.
Facilities
| Partner (Acronym) | Facilities |
|---|---|
| Royal Institute of Technology (KTH) | Combustion, high pressure, catalytic Combustion, high temperature, air Gasification, fluid bed Gasification, high temperature, air and steam |
| Åbo Akademi University (AAU) | Biomass characterisation Pyrolysis, fluid bed |
| Aston University Bioenergy Research Group (ASTON) | Analysis, GC, MS, GPC, TGA Autoclave Biomass charactisation Bio-oil upgrading Gasification, allothermal, fluid bed, fixed bed Micro-reactor, pressure, Fischer Tropsch Pyrolysis, fast, 4 fluid beds, +/- catalysts Pyroprobe with GCMS-FID |
| BIOENERGY 2020+ (BE2020+) | Aerosol measurement, high temperature Analysis - TGA, DTG, DSG, MS Combustion, fixed-bed, drop tube Combustion, fixed-bed, pilot scale Combustion, fixed-bed, batch |
| Cardiff University (CU) | Combustion, optical, high pressure, high temperature, 2MW Combustion, sector, high pressure, high temperature, 2MW Combustion, turbine simulator, high pressure & temperature Spray cell, high pressure, high temperature |
| Centre for Research and Technology (CERTH) | Fast pyrolysis, catalytic, fluid bed FCC pilot plant HDS, FT-wax hydrocracking unit Synthesis reactor, pressure |
| CIUDEN | Gasification, fluid bed, 3MWt |
| Delft University of Technology (TUD) | Analysis - TGA, FTIR Biomass characterisation, screen heater Combustion, flameless Combustion, test furnace Fuel cell, SOFC testing Gas clean up Gasification, circulating fluid bed, filter |
| Energy research Centre of the Netherlands (ECN) | Combustion, fluid bed Gasification, fluid bed Pyrolysis, fluid bed |
| ENEA | Gasification, circulating fluid bed, 500 kWth Gasification, updraft, 200 kWth Gasification, internal circulating fluid bed, 10 kWth Hydrogen enrichment modules for syngas |
| Energy Technology Centre (ETC) Piteå | Gasification, entrained flow, pressure Combustion, entrained flow, atmospheric Spray characterisation |
| Graz University of Technology (TUG) | In association with BIOENERGY 2020+ |
| INERCO | In association with CIUDEN |
| International Flame Research Foundation (IFRF) | Gasification, downdraft Solid fuel characterisation Tar cracking |
| Norwegian University of Science and Technology (NTNU) | Catalytic synfuel production laboratory |
| Paul Scherrer Institute (PSI) | Analysis - GC/SCD, GC-ICP/MS Gasification, fluid bed Hydrothermal processing Methanation, fluid bed |
| SINTEF | Pyrolysis, catalytic Catalyst screening Gas conditioning, catalytic conversion Bio-oil hydrotreatment, characterization |
| Technical University of Denmark (DTU) | Combustion, entrained flow Gasification, entrained flow |
| Technical University of Munich (TUM) | Combustion, entrained flow Gasification, bubbling fluid bed, allothermal Gasification, entrained flow, high temperature & pressure Gasification, entrained flow, high temperature |
| TUBITAK, Marmara Research Centre (TUBITAK) | Combustion, fluid bed Gasification, fluid bed Gasification, downdraft fixed bed |
| University of Naples Federico II (UNA) | Pyrolysis, isothermal packed bed |
| University of Zaragoza (UNIZAR) | Gasification, downdraft - commercial Gasification, fluid bed - pilot Hydrothermal processing |
| Vienna University of Technology (TUW) | Fischer Tropsch synthesis Gasification, fluid bed, high pressure |
| Wroclaw University of Technology (WROC) | Analysis - TGA, DSC, FTIR Combustion, entrained flow |