本文报告了一项题为“拒绝接受”的研究的主要发现 高压膜应用中的废水衍生微污染物 由WeeEuSeFrand基金会资助的“间接饮用再利用” 加利福尼亚州城市水区盆地。本研究的目的是 确定适合描述的物理化学性质 膜-溶质相互作用和排斥行为，以及探索 微量有机物理化性质与截留率的关系 机制。这项研究是在实验室和实验室规模上进行的 设施这些发现在加利福尼亚州和加利福尼亚州的水再利用现场得到了验证 亚利桑那州使用全尺寸膜设备。包括桌子。

This paper reports key findings of a research study entitled "Rejection of Wastewater-Derived Micropollutants in High-Pressure Membrane Applications leading to Indirect Potable Reuse" funded by WateReuse Foundation and the West Basin Municipal Water District, California. The objectives of this study were to determine physico-chemical properties which are suitable to describe membrane-solute interactions and rejection behavior as well as to explore the relationships among physico-chemical properties of trace organics and rejection mechanisms. The study was conducted using bench- and laboratory-scale facilities. Findings were verified at water reuse field sites in California and Arizona that use full-scale membrane facilities. Includes table.