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Direktsynthese von Wasserstoffperoxid
Energy-efficiency dehydrogenation reactions
Selektivoxidation von Benzol zu Phenol im Doppelmembran-Mikroreaktor
Carbon Nano-Tubes as catalyst support for the DMFC anode
Zink/Luft-Mikrobrennstoffzelle
Membran-Mikroreaktor
Mikro-Direktmethanol Brennstoffzelle
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Continuing Education
Biocatalysis Using Non-Conventional Media
Aachen
2010-09-15 - 2010-09-17
Karl-Winnacker-Institut
>
Chemical Engineering
>
Technical Chemistry
>
Current Projects
Current Projects
Membrane reactors
Development of an inherently safe, cost-effective and flexible process for manufacture of hydrogen peroxide solutions based on direct synthesis with catalytically active membranes
Energy-efficiency dehydrogenation reactions
Direct hydroxylation of aromatic hydrocarbons with gasphase oxygen
Fuel Cells
Carbon nanotubes as catalyst support for the DMFC anode
Zinc/Oxygen micro fuel cell
Microreaction technology
Direct synthesis of hydrogen peroxide in CO
2
as solvent in a membrane microreactor
© DECHEMA e.V. 1995-2010, Last update 26.03.2010