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Chemical Selectivities Disguised by Mass Diffusion. IX. A simple model of mixing‐disguised reactions in a continuous, stirred tank reactor. 10th Communication on the selectivity of chemical processes

Hasan Belevi, John R. Bourne, Paul Rys

Open publisher page 8 citations

Abstract

Abstract A mixing‐reaction model ‘MIRE‐CSTR’ is developed to describe the selectivity behaviour mixing‐disguised reactions in continuous stirred tank reactors (CSTR). For competitive, consecutive reactions the general behaviour is demonstrated and a comparison with the behaviour in discontinuous operation is made. Furthermore, the start‐up process of the CSTR is discussed with the help of a model similar to the model ‘MIRE‐CSTR’.

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What this paper is about

Abstract A mixing‐reaction model ‘MIRE‐CSTR’ is developed to describe the selectivity behaviour mixing‐disguised reactions in continuous stirred tank reactors (CSTR). For competitive, consecutive reactions the general behaviour is demonstrated and a comparison with the behaviour in discontinuous operation is made. Furthermore, the start‐up process of the CSTR is discussed with the help of a model similar to the model ‘MIRE‐CSTR’.

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OpenAlex reports 8 citations for this work. Citation counts describe recorded attention and do not establish research quality.

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Available abstract

Abstract A mixing‐reaction model ‘MIRE‐CSTR’ is developed to describe the selectivity behaviour mixing‐disguised reactions in continuous stirred tank reactors (CSTR). For competitive, consecutive reactions the general behaviour is demonstrated and a comparison with the behaviour in discontinuous operation is made. Furthermore, the start‐up process of the CSTR is discussed with the help of a model similar to the model ‘MIRE‐CSTR’.

Key concepts: Continuous stirred-tank reactor, Chemistry, Mixing (physics), Selectivity, Diffusion, Chemical reactor, Thermodynamics, Chemical engineering

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Chemical Selectivities Disguised by Mass Diffusion. IX. A simple model of mixing‐disguised reactions in a continuous, stirred tank reactor. 10th Communication on the selectivity of chemical processes — Research Paper | ScholarLens