Online Methods for Evaluating the Safety of Reclaimed Water

D. Schlenk
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Abstract

The Santa Ana River (SAR) is the primary source of groundwater recharge for the Orange County Groundwater Basin. Approximately 85% of the baseflow in the SAR comes from wastewater treatment facilities operated by three dischargers. Treated effluent or surface water impacted by wastewater discharge contains a range of chemicals. Suitable toxicological information exists for only a small percentage of these chemicals, and toxicological data for individual compounds are not adequate for predicting risk posed by a mixture of compounds (most of which are unknown). The National Research Council recommended that biomonitoring systems be specifically developed for application to water problems employing on-line, flow-through bioassays as a means of more easily judging public health impacts. To implement such a system, fish were employed in an investigative mode to evaluate the water quality of shallow ground water originating from the SAR and allow a better evaluation of risk due to the consumption of recycled water. This title belongs to WERF Research Report Series ISBN: 9781843397632 (Print) ISBN: 9781780403878 (eBook)
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再生水安全性在线评价方法研究
圣安娜河(SAR)是橙县地下水盆地地下水补给的主要来源。特区内约85%的基流来自由三家排放者营运的污水处理设施。经处理的废水或受废水排放影响的地表水含有一系列化学物质。这些化学品中只有一小部分有适当的毒理学资料,而个别化合物的毒理学资料不足以预测化合物混合物(其中大多数是未知的)所造成的风险。国家研究委员会建议专门开发生物监测系统,利用在线、流动生物测定法作为更容易判断公共卫生影响的一种手段,应用于水问题。为了实施这一系统,研究人员以调查模式使用鱼类来评估来自特别行政区的浅层地下水的水质,以便更好地评估因消耗循环水而产生的风险。本文归属于WERF研究报告丛书ISBN: 9781843397632(印刷)ISBN: 9781780403878(电子书)
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