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Enhanced Configurations for Polyesters Synthesis by Reactive Distillation

Enhanced Configurations for Polyesters Synthesis by Reactive Distillation, Mayank Shah, Anton A. Kiss, Edwin Zondervan, and Andre B. de Haan. In 23 European Symposium on Computer Aided Process Engineering, pp. 457–462, 2013.

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Abstract

This study explores the best suitable internals and various feed configurations of a reactive distillation process for unsaturated polyester synthesis. Multi-product simulations were performed to find the operational parameters for producing different grades of polyester in the same equipment. The product transition time during product changeover is determined for various configurations and product grades. The selection criteria for the best configuration are the minimum requirements of volume and energy to produce 100 ktpy polyesters. The results of the rigorous simulations carried out in Aspen Custom Modeler show that the best configurations employ the reactive stripping section as a packed or trayed bubble column, and the reactive rectifying section as a packed column. With respect to the feed configuration, the feeding of monoesters to the RD column significantly intensifies the polyester process as compared to an anhydrous reactant fed directly to the column. Moreover, the product transition time in this configuration is also significantly reduced as compared to the other configurations.

BibTeX

@inproceedings{ ISI:000329495800077,
Author = {Shah, Mayank and Kiss, Anton A. and Zondervan, Edwin and de Haan, Andre B.},
Editor = {Kraslawski, A and Turunen, I},
Title = {Enhanced Configurations for Polyesters Synthesis by Reactive Distillation},
Booktitle = {23 European Symposium on Computer Aided Process Engineering},
Series = {Computer-Aided Chemical Engineering},
Year = {2013},
Volume = {32},
Pages = {457-462},
Note = {},
Abstract = {This study explores the best suitable internals and various feed configurations of a reactive distillation process for unsaturated polyester synthesis. Multi-product simulations were performed to find the operational parameters for producing different grades of polyester in the same equipment. The product transition time during product changeover is determined for various configurations and product grades. The selection criteria for the best configuration are the minimum requirements of volume and energy to produce 100 ktpy polyesters. The results of the rigorous simulations carried out in Aspen Custom Modeler show that the best configurations employ the reactive stripping section as a packed or trayed bubble column, and the reactive rectifying section as a packed column. With respect to the feed configuration, the feeding of monoesters to the RD column significantly intensifies the polyester process as compared to an anhydrous reactant fed directly to the column. Moreover, the product transition time in this configuration is also significantly reduced as compared to the other configurations.},
ISSN = {1570-7946},
ISBN = {978-0-444-63234-0},
Unique-ID = {ISI:000329495800077},
}

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