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Source Control Enhancements to Foster Indirect Potable Reuse

机译:源控制增强功能促进间接饮用重用

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Source control programs have historically been developed to control toxic pollutants from industrial facilities to address issues related to meeting ocean discharge requirements, preventing harm to physical facilities and the biological treatment processes within treatment plants, minimizing hazards to workers, and protecting aquatic resources in the river or ocean where discharges occur. With increasing water demands and the need for larger amounts of water recycling, source control programs need to be expanded to also control pollutants of concern from drinking water perspective in order to account for the reuse of treated wastewater. Reuse of treated wastewater through injection or surface spreading can supplement groundwater supplies and may impact the quality of groundwater used for drinking water. This factor needs to be considered when determining the objectives of source control programs and the strategy to achieve the source control objectives. Source control enhancements need to go beyond the requirements in the Clean Water Act and federal pretreatment program regulations defined in 40 CFR, Part 403, to actively address compounds that pose a risk to drinking water quality in areas where indirect potable reuse occurs or is planned. The Orange County Sanitation District and Orange County Water District are implementing a 70 million gallon per day indirect potable reuse project. As part of this project, we are evaluating enhanced source control activities, including: 1. Developing a list of target compounds of concern based on drinking water regulations 2. Assessing the fate of the target compounds through the treatment system. 3. Focused monitoring based on the list of target compounds and their potential ability to persist through the treatment system. 4. Characterizing wastewater streams to identify the sources and levels of pollutants of concerns in an effort to minimize these pollutants. 5. Increased outreach to dischargers to manage discharge of compounds of concern at the source. 6. Maintaining an inventory of compounds discharged into the wastewater collection system so that new compounds of concern can be evaluated rapidly.
机译:源控制方案历来发展是为了控制工业设施的毒性污染物,以解决与海洋出院要求的遇到相关的问题,防止对待植物中的物理设施和生物治疗过程,从而最大限度地减少对工人的危害,并保护河流的水生资源或发生放电的海洋。随着需水需求的增加和需要较大的水循环,需要扩展来源控制方案,以控制饮用水视角的关注的污染物,以便考虑治疗废水的再利用。通过喷射或表面涂抹重复处理处理的废水可以补充地下水供应,并可能影响用于饮用水的地下水的质量。在确定源控制计划的目标和实现源控制目标的策略时,需要考虑此因素。源控制增强需要超出清洁水法和联邦预处理计划规定的要求,并在第403部分中定义,主动地解决了在间接饮用重用发生或计划的区域内造成饮用水质量风险的化合物。橙县卫生区和奥兰治县水区每天实施7000万加仑间接饮用重复使用项目。作为该项目的一部分,我们正在评估增强的源控制活动,包括:1。基于饮用水法规制定关注的目标化合物列表2.通过治疗系统评估目标化合物的命运。 3.基于目标化合物列表的重点监测及其通过治疗系统持续存在的潜在能力。 4.表征废水流,以确定担心令人担忧的污染物的来源和水平,以尽量减少这些污染物。 5.增加外展以卸载给予源头的拒绝关注的化合物。 6.将排放到废水收集系统中的化合物的库存保持,以便快速评估新的关注化合物。

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