Testing facilities

Within the framework of many former and ongoing projects, testing facilities have been developed at the Institute for Energy Systems, that are available to students and scientific staff for research purposes:

BabiTER Atmospheric entrained flow gasification, investigation of reaction kinetics.
BoCTeR Combustion of (pretreated) biomass.
BOOSTER Biomass entrained flow gasifier
Cooling Line Investigation of the condensation behavior during hot gas purification.
Entrained Flow Reactor The entrained flow reactor is used for fundamental combustion investigations of solid fuels under exactly defined conditions. This is reached through electric heating elements, which can heat the combustion tube to up to 1600 °C.
Hector Hector is a pilot-scale reactor for the pre-treatment by hydrothermal carbonization (HTC) of low grade biomass that improves the fuel quality. Larger amounts of HTC treated biomass are produced for in-house pilot-scale combustion and gasification test rigs.
High Pressure TGA The high pressure TGA serves the investigation of the alkali behavior and reaction kinetics of solid fuels.
HIPER High pressure evaporation rig for the investigation of steady-state and transient heat transfer phenomena of evaporators in the near-critical region
ORC Test Tig Organic Rankine Cycle, or ORC, is a term used to describe steam power processes which use organic fuels as a working medium.
PiTER Pressurized entrained flow reactor for the investigation of gasification kinetics and the release of trace elements under near-industrial conditions.
SNG Test Rig The SNG pilot plant is used to investigate the production of synthetic natural gas (SNG) from biomass.
SOFC Single Cell Test Rig Investigation on the degradation of SOFCs.
SOFC StaTe Investigation on the degradation of SOFCs.
Wire Mesh Reactor The wire mesh reactor allows for small-scale pyrolysis and gasification of solids under circumstances comparable to those in industrial facilities.