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A systematic method to synthesize all dividing wall columns for n-component separation: Part II

机译:用于合成N组分分离的所有分割壁柱的系统方法:第II部分

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We present a simple rule that, for the first time, enables exhaustive enumeration of dividing wall columns (DWCs) corresponding to any given thermally coupled distillation column-configuration. With the successive application of our rule, every partition in a DWC can be extended all the way to the top and/or to the bottom of a column without losing thermodynamic equivalence to the original thermally coupled configuration. This leads to easy-to-operate DWCs with possible control/regulation of each and every vapor split by external means. As a result, we conclude that any given DWC can be transformed into a thermodynamically equivalent form that is easy-to-operate, and hence, there always exists at least one easy-to-operate DWC for any given thermally coupled distillation. Our method of enumerating and identifying easy-to-operate DWCs for an attractive thermally coupled configuration will contribute toward process intensification by providing ways to implement efficient and low-cost multicomponent distillations. (c) 2017 American Institute of Chemical Engineers AIChE J, 64: 660-672, 2018
机译:我们提出了一种简单的规则,即首次启用与任何给定的热耦合蒸馏塔配置相对应的划分壁柱(DWC)的详尽枚举。随着我们规则的连续应用,DWC中的每个分区都可以一直延伸到列的顶部和/或底部,而不会使热力学等效于原始的热耦合配置。这导致易于操作的DWC,具有可能的控制/调节,每个蒸汽通过外部手段分开。结果,我们得出结论,任何给定的DWC都可以转换成易于操作的热力学上等效形式,因此,对于任何给定的热耦合蒸馏总是总是存在至少一个易于操作的DWC。我们通过提供有吸引力的热耦合配置的备份和识别和识别易于操作的DWC的方法将通过提供实现有效和低成本的多组分蒸馏的方法来促进过程强化。 (c)2017美国化学工程师Acicee J,64:660-672,2018

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