Optimize Strategy of Hollow Fiber Membrane Modules for Industrial Wastewater Treatment

Zitong Wu; Yuting Lian; Jiacan Zhu; Yuchen Zhang; Hongyao Qi; Liyue Zhang

doi:10.6919/ICJE.202504_11(4).0039

Authors

Zitong Wu
Yuting Lian
Jiacan Zhu
Yuchen Zhang
Hongyao Qi
Liyue Zhang

DOI:

https://doi.org/10.6919/ICJE.202504_11(4).0039

Keywords:

Hollow Fiber Membrane; Membrane Module; Water Treatment; Fluid Simulation.

Abstract

The optimization and enhancement of the performance of, as a highly efficient means of water treatment, is particularly important in However, oriented to industrial wastewater treatment, it is a common research strategy to improve the structure of hollow fiber membrane (HFM) modules to improve the flow properties of the flow field within the membrane module and enhance the efficiency. In this paper, around (1) membrane module housing materials (2) inlet and outlet design of the membrane module housing (3) HFM membrane device nanofiltration technologyNF the current context of increasing global water resource constraints and intensifying environmental protection needs.an effective strategy to improve the nanofiltration performance of HFM modules is systematically discussed four aspects: optimization of the flow field of the (4) baffle design.at the housing side.

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