本研究考察了pH值、正磷酸盐和混合比例（四个水平:0%、20%、0%）的影响， 80%和100%脱盐水）对在 格雷厄姆山水处理厂及其与在圣塔处理过的脱盐水的混合 克鲁兹SWRO试验工厂。铜和铅数据均显示，0.5 mg/L 磷酸盐伴随着所有pHs中金属释放的大幅减少。增加 0.5至1.0 mg/L的磷酸盐导致铜和铅的进一步减少相对较小 浓度。在没有磷酸盐的情况下，铜的释放随着混合比的增加而增加 从0%到80%的脱盐水。然而，在100%的脱盐水释放量小于 在非- 混合格雷厄姆山水或其任何混合物。包括5个参考文献、表格、图表。

This study examined the effects of pH, orthophosphate and blending ratio (four levels: 0%, 20%, 80% and 100% desalinated water) on copper and lead release in surface water treated at Graham Hill water treatment plant and its blends with desalinated water treated at the Santa Cruz SWRO Pilot Plant. Both copper and lead data showed that the presence of 0.5 mg/L phosphate was accompanied by a substantial decrease of metal release at all pHs. Increase of phosphate from 0.5 to 1.0 mg/L caused relatively minor further reductions in copper and lead concentrations. In the absence of phosphate, copper release increased as blending ratios increased from 0 to 80% of desalinated water. However, in 100% desalinated water release was less than in non-blended Graham Hill water or any of its blends. Includes 5 references, table, figures.