Liauw, M. A.Baerns, M.Broucek, R.Buyevskaya, O. V.Commenge, J. M.Corriou, J. P.Falk, L.Gebauer, K.Hefter, H. J.Langer, O. U.Lowe, H.Matlosz, M.Renken, A.Rouge, A.Schenk, R.Steinfeldt, N.Walter, St.2006-04-182006-04-182006-04-182000https://infoscience.epfl.ch/handle/20.500.14299/229453Microchannel reactors promise to display unusually fast response behavior to sharp changes of feed compn. in heterogeneous catalytic systems. In an attempt to use this feature for the elucidation of the transient kinetics and possibly for performance enhancement, three model reaction systems are selected. CFD assisted reactor design and catalyst prepn. studies are presented. [on SciFinder (R)]Reactors (catalytic; periodic operation in microchannel reactors); Dehydration catalysts (for alc.; periodic operation in microchannel reactors); Oxidation catalysts (for isoprene; periodic operation in microchannel reactors); Dehydrogenation catalystsperiodic operation microchannel reactor kineticstext::conference output::conference proceedings::conference paper