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首页> 外文期刊>Chemical Engineering & Technology: Industrial Chemistry -Plant Equipment -Process Engineering -Biotechnology >Separation of Ternary Mixtures by Pseudo-Simulated Moving-Bed Chromatography: Separation Region Analysis
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Separation of Ternary Mixtures by Pseudo-Simulated Moving-Bed Chromatography: Separation Region Analysis

机译:伪模拟移动床色谱法分离三元混合物:分离区分析

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摘要

The application of the pseudo-simulated moving bed process, known as JO process of Japan Organo Co., to the separation of ternary mixtures was studied. In order to perform a desired separation, the choice of the different operation parameters such as the duration of each step and its respective flow rates requires the use of a methodology that could provide the best process performance. This issue is addressed by proposing an innovative method to determine the JO operation region, which establishes the operation limits of the process. In addition, a methodology is presented to determine the separation region where a minimum purity requirement is guaranteed. This methodology was applied to a ternary mixture considering linear adsorption isotherms. It was possible to construct a separation region for minimum purity of 99.9% in all the outlet streams and identify the best operation point in terms of the process performance.
机译:研究了伪模拟移动床工艺(日本Organo公司的JO工艺)在三元混合物分离中的应用。为了执行所需的分离,选择不同的操作参数(例如每个步骤的持续时间及其各自的流速)需要使用可以提供最佳过程性能的方法。通过提出一种确定JO操作区域的创新方法来解决此问题,该方法确定了过程的操作极限。另外,提出了一种方法来确定保证最低纯度要求的分离区域。考虑到线性吸附等温线,该方法应用于三元混合物。可以在所有出口流中构建最低纯度为99.9%的分离区域,并根据工艺性能确定最佳操作点。

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