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Parallel column model for reactive dividing wall column simulation
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DOI：10.1016/j.cherd.2023.04.064.png)
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Reactive Dividing Wall Column (RDWC) modelling has attracted significant attention in recent years because simulations of processes containing such columns have demon-strated the potential for significant savings in energy and capital cost. Most modelling of these columns involves decomposing RDWCs into a thermodynamically equivalent flowsheet of reactive and non-reactive column sections in a sequential modular process simulation package. Such simulations of (R)DWCs can be time consuming to create and difficult to converge. It has been suggested that equation-oriented solvers can have su-perior numerical performance. Here, we use a CAPE-OPEN compliant equation-based parallel column model (PCM) that enables the rapid modelling of an RDWC as a single self-contained unit. Some conventionally modelled RDWCs from the literature are reproduced with the PCM to demonstrate its validity and excellent numerical performance. The ease and rapidity with which different RDWC configurations can be created is a significant advantage of our PCM.(c) 2023 Institution of Chemical Engineers. Published by Elsevier Ltd. All rights reserved.
Keyword:
Dividing wall column
Reactive distillation
Parallel column model
Equation-oriented solver
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3.9
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9.0K
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2.1W
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