Publication | Closed Access
Remote Control of Catalytic Sites by Spillover Species: A Chemical Reaction Engineering Approach∗
176
Citations
68
References
1996
Year
EngineeringProgressive RecognitionChemistryIntroduction EvidenceChemical EngineeringRemote ControlSpillover SpeciesTransport PhenomenaMolecular KineticsBiophysicsProcess DesignCatalysisOperating ConditionsCatalytic ProcessProcess IntensificationReaction EngineeringEnvironmental EngineeringHeterogeneous CatalysisProcess ControlCatalytic SitesReaction ProcessChemical Kinetics
Introduction Evidence has accumulated in the last 20 years that spillover processes play a crucial role in many catalytic phenomena. Four symposia have highlighted the advances of knowledge in this area, and the progressive recognition that the phenomena have extremely important consequences (Delmon et al., 1973; Inui et al., 1993; Pajonk et al., 1983; Steinberg, 1989). In spite of this, very few kinetic models incorporating spillover have been presented. Little attention, if any, is given to these phenomena in the design of processes or in the definition of operating conditions.
| Year | Citations | |
|---|---|---|
Page 1
Page 1