The importance of the reaction (or enhancement) factor in the interpretation of kinetic data, and in the modeling of gas-liquid reactors, has provided the authors with an incentive to look for a mathematically explicit representation for the common irreversible second-order reaction case. The authors have developed an explicit empirical relationship for the computation of the reaction factor. The accuracy of the explicit expression has been thoroughly tested

An Explicit Reaction Factor for General Second-Order Gas-Liquid Reactions

It is the purpose of the investigation to examine in detail the feasibility of using explicit, approximate factors in modelling and predicting the steady-state behaviour of nonisothermal gas-liquid continuous-stirred tank reactors (CSTRs). The principal objective is to investigate whether uniqueness and multiplicity of steady states in an industrially important gas-liquid reacting system can be adequately described by models based on explicit enhancement factors

Applicability of explicit enhancement factors in the modelling of gas-liquid reactors

Mise en place d'une equation analytique permettant de predire les performances et la cinetique du reacteur du titre dans le cas d'une reaction irreversible d'ordre 2

Shareefdeen M. Zarook

Papers

Closed‐form Solutions for the Performance of Gas‐Liquid CSTRs with Second‐order Reactions