Abstract
A critical review of stability studies of heterogenous catalytic systems, including biochemical systems, which can be effectively used to design and operate commercial reactors covers definitions and theoretical concepts of instability; the stability of catalyst pellets, including multiple steady states in a catalyst pellet, intraparticle stability, and parameter ranges and conditions of industrial practice; the stability of fixed-bed reactors, including the phenomena of multiplicity due to macroscale thermal feedback, creeping, parametric sensitivity, stability of a group of multistable particles, and hot spots; the stability of fluidized beds; and the stability of biochemical reactors.
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