基于沸石的二元溶液分离

Paranuk Arambiy, Saavedra Huayta Jose Angel, Khrisonidi Vitaly
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引用次数: 1

摘要

在本章中,作者分析了二元体系,乙醇+水,甲醇+水和苯+水,并提出了用吉布斯吸附理论确定二元体系在KaA, CaA, CaX, NaA和NaX零盐上完全吸附的原始数学模型。Gibbs方程和Gibbs- duhem方程有许多局限性,并且没有考虑所研究的沸石的性质。因此,有必要将作者在实验室研究中得到的方程用于醇类脱水和浓缩系统的理论计算和开发。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Separation of Binary Solutions on the Basis of Zeolites
In this chapter, the author analyzed binary systems, ethanol + water, methanol + water and benzene + water, and an original mathematical model allowing the determination of the complete adsorption of binary systems on KaA, CaA, CaX, NaA and NaX zeo- lites using the Gibbs adsorption theory is proposed. The Gibbs equation and the Gibbs-Duhem equation have a number of limitations and do not take into account the properties of the investigated zeolites. Therefore, it is necessary to use the equations obtained by the author as a result of laboratory research, for the theoretical calculation and development of dehydration and concentration systems for alcohols.
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