间歇操作微滤工艺的优化

D.A. White, P. Lesecq
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引用次数: 9

摘要

研究了横流微滤的间歇初始阶段,并通过简单的物理检测确定了污染层沉积物的性质。在低横流速度下,管状膜内部形成了可见的固体沉积,但在高横流速度下,无法检测到这种层。在这种情况下,污染是由浓度极化现象控制的。在这些情况下,通过停止仪器几秒钟,恢复了初始通量。讨论了循环停开作业作为提高渗透率的一种方法。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Optimisation of intermittently operated microfiltration processes

The intermittent initial period of crossflow microfiltration has been studied, and the nature of foulinglayer deposits ascertained by simple physical inspection. At low crossflow velocity, a visible solid deposit was formed on the inside of the tubular membrane, but at high velocities no such layer could be detected. In this regime, fouling was controlled by the concentration polarisation phenomenon. The initial flux in these cases was restored by stopping the apparatus for a few seconds. Cyclical stop-start operation as a way of increasing permeate production is discussed.

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