Facilities
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Stagnation flow reactor (SFR)
Stagnation flow on a catalytic plate with in-situ sampling by a capillary technique for spatial resolution of concentration profiles analyzed by FTIR and QMS in the boundary layer above the catalytic plate. Ref.: |
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Tubular flow reactor for monolithic catalysts with in-situ probe technique (SpaciPro) Tubular flow reactor for monolithic catalysts. Ex-situ measurements of complete gas outlet as well as in-situ measurements of the gas phase and the temperature in a single channel (capillary-based technique). Analysis of gas composition by FTIR, EI-MS and IMR-MS. Facility used for studies on high temperature catalysis and exhaust-gas aftertreatment. Ref.: |
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Tubular Flow Reactor for gas/liquid mixtures (CPOX 2) Tubular flow reactor for monolithic catalysts as well for packed bed configuration. Dosing of a liquid and water plus gases possible. Fuel liquid can be dosed via a 2-Components-Spray Nozzle into the reactor, water is evaporated downstream the reactor. Ex-situ measurements of complete gas outlet only. Analysis of gas composition by FTIR, IMR-MS, and Paramagnetic Oxygen Analyzer. Facility used for both studies on high temperature catalysis and exhaust-gas aftertreatment. Ref.: |
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CATHLEN (Catalysis at high temperature laser environment) Laser setup (Nd:YAG & dye laser) using PLIF (planar laser induced fluorescence) and Raman spectroscopy for spatially resolved in-situ studies of heterogeneously catalysed gas phase reactions. The gas flow is additionally analyzed by ex-situ techniques such as FT-IR, MS, GC-MS. Ref.: |
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Tubular flow reactors for Chemical Vapour Impregnation/ Chemical Vapour Deposition Tubular flow reactors used for the deposition of solids from per¬ma¬nent gases, e. g. Car¬bon from light hydrocarbons. Analysis: ex situ by gas chro¬ma¬to¬gra¬phy. The equip¬ment can easily be adapt¬ed to using eva¬po¬rat¬ed liquids such as Methyltrichlorosilane (de¬po¬sition of SiC), Tita¬ni¬um¬tetrachloride (deposition of TiN), ethanol (deposition of Car¬bon) and others. Ref.: |
Two-Zone-Fluidized-Bed-Reactor Ref.: |
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Manufacturing of innovative powder-metallurgical processed materials, covering the whole production process, from the raw material to the finished product in 3 steps: synthesis, powder processing and electrochemical measurements.
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