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Integrated Conceptual Design of Stirred Tank Reactors by Periodic Dynamic Optimization by A. Cruse; W. Marquardt; R.J. Allgor; J. Kussi is a Engineering article available to read on EtoBox.

What is Integrated Conceptual Design of Stirred Tank Reactors by Periodic Dynamic Optimization about?

This paper introduces a systematic method based on periodic dynamic optimization for an integrated conceptual design of the major equipment and operational parameters of stirred tank reactors. To identify the preferred mode of operation for a given reaction system, equipment and operational parameters are optimized simultaneously. The approach presented is motivated by the observation, that stirred tank reactors operated in batch, semi-batch, continuous, or even periodically forced mode can be subsumed by a single optimization model with periodicity constraints and suitably chosen model equations and decision variables. The advantages of the suggested design method are twofold. It overcomes on the one hand the intrinsic disadvantages of rules of thumb which are usually based only on simple reaction mechanisms to select a particular reactor type. On the other hand the approach results in optimal operational strategies for the preferred mode of operation minimizing an economical objective function.

Who reads Integrated Conceptual Design of Stirred Tank Reactors by Periodic Dynamic Optimization?

Author

A. Cruse; W. Marquardt; R.J. Allgor; J. Kussi

Publisher

Elsevier Science; Elsevier ; Elsevier Ltd.; Elsevier BV (ISSN 0098-1354)

Published

2000

Language

EN

Field

Engineering (Physical Sciences)