一台小型横流平板过滤装置正在用于评估 负电荷膜对铬（Cr（VI））的短期截留。三 机制、溶液扩散（在反渗透中占主导地位）、尺寸排斥（在反渗透中占主导地位） NF）和静电排斥（在UF中占主导地位）在本文中得到了强调 铬去除研究。在本研究中，RO、NF和紧密超滤膜 已经进行了测试，以评估pH值、co和反离子对铬的影响 （六） 拒绝。 包括9个参考文献、表格、图表。

A bench-scale cross-flow flat-sheet filtration unit is being used to evaluate short-term chromium (Cr (VI)) rejection by negatively charged membranes. Three mechanisms, solution diffusion (dominant in RO), size exclusion (dominant in NF), and electrostatic exclusion (dominant in UF), are being highlighted in this study for chromium removal. In this study, RO, NF, and tight UF membranes have been tested to evaluate the effects of pH and co- and counter ions on Cr (VI) rejection. Includes 9 references, tables, figures.