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Prediction of Residence Time Distribution of Stirred Reactors

Ashwin W. Patwardhan

Open publisher page 25 citations

Abstract

In the present work, the ability of extending the measured velocity and turbulence field to predict the residence time distribution is explored. The model predictions have been compared with experimental measurements of residence time distribution. The predicted residence time distributions have been explained on the basis of the mixing behavior within the stirred reactor. The effect of operating parameters has been studied.

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What this paper is about

In the present work, the ability of extending the measured velocity and turbulence field to predict the residence time distribution is explored. The model predictions have been compared with experimental measurements of residence time distribution. The predicted residence time distributions have been explained on the basis of the mixing behavior within the stirred reactor. The effect of operating parameters has been studied.

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OpenAlex reports 25 citations for this work. Citation counts describe recorded attention and do not establish research quality.

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Available abstract

In the present work, the ability of extending the measured velocity and turbulence field to predict the residence time distribution is explored. The model predictions have been compared with experimental measurements of residence time distribution. The predicted residence time distributions have been explained on the basis of the mixing behavior within the stirred reactor. The effect of operating parameters has been studied.

Key concepts: Residence time distribution, Residence time (fluid dynamics), Mixing (physics), Turbulence, Work (physics), Mechanics, Residence, Distribution (mathematics)

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