Numerical study of the flow of a mixture of reacting gases in an inhomogeneous catalyst layer

Abstract

The behavior of a liquid flowing through a fixed bulk porous layer of a granular catalyst is considered. The effects of the nonuniformity of the fluid velocity field, which arise when the surface of the layer is curved, and the effect of the resulting inhomogeneity on the speed and nature of the course of chemical reactions are investigated by the methods of a computational experiment.

Identifiers

DOI

10.21662/uim2003.1.018

Citations and references