本powerpoint演示文稿首先简要概述了项目背景，包括:无意的间接饮用水再利用潜力； 新出现的有机微污染物PHAC、EDC和PCP造成的污染； 有害健康/生态后果，如 巨蟹座 生殖影响，以及 生殖器畸形； 常规水的局限性 消除微污染物的处理； 化合物特异性保留 纳滤/反渗透（NF/RO）应用中的行为；和 影响保留行为的因素 由于污染而改变了膜的性能。介绍了四种方法，结果和讨论包括:膜表征； J₀/k和回收率对排斥反应的影响； 清洁NF对PHAC/EDC的排斥作用 膜；和 被污染的NF拒绝PHAC/EDC 膜。包括表格、数字。

This powerpoint presentation begins by providing a brief overview of the project background, including: unintentional indirect potable reuse potential; pollution by emerging organic micropollutants PhACs, EDCs, and PCPs; adverse health/ecological consequences such as cancer, reproductive effects, and genital malformation; limitations of conventional water treatment to eliminate micropollutants; compound specific retention behavior in nanofiltration/reverse osmosis (NF/RO) applications; and, retention behavior influenced by modified membrane properties due to fouling. Four methodologies are presented, and results and discussion include: membrane characterization; impact of J₀/k and recovery on rejection; rejection of PhACs/EDCs by clean NF membranes; and, rejection of PhACs/EDCs by fouled NF membranes. Includes tables, figures.