解决饮用水中铜问题的居民指南:机遇与挑战

IF 4.8 Q1 ENVIRONMENTAL SCIENCES
Rebecca Kriss,  and , Marc A. Edwards*, 
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引用次数: 0

摘要

居民及其宠物可能会因饮用水中铜含量升高而影响美观或健康。美国环境保护局的铅和铜规则侧重于解决整个系统的腐蚀问题,但该规则中的漏洞使一些市政用水户和使用私人井水的居民很容易受到高铜溶解度的影响。我们制定了指南,帮助居民了解、检测和解决饮用水中的溶铜问题。三种家用铜检测试剂盒和一种家用 pH 值检测试剂盒被确定为足够准确(R2 > 0.9(实验室,基于 n = 5 个重复的平均值)和 >0.7(现场)),能够检测出与高溶解度铜有关的问题,并为选择干预方案提供信息。案例研究结果表明,虽然现场提高 pH 值等水处理方法可能有效,但可能需要长期处理(36 周或永久)才能保持杯溶度的降低。本研究为居民和公民科学家提供了一个决策树,以帮助他们了解公共供水系统和私人水井中的这些问题。
本文章由计算机程序翻译,如有差异,请以英文原文为准。

Guidance for Residents Addressing Copper Problems in Drinking Water: Opportunities and Challenges

Guidance for Residents Addressing Copper Problems in Drinking Water: Opportunities and Challenges

Residents and their pets may experience aesthetic or health concerns resulting from elevated copper in their drinking water. The United States Environmental Protection Agency Lead and Copper Rule focuses on addressing systemwide corrosion issues, but gaps in the rule leave some municipal water consumers and residents with private well water vulnerable to high cuprosolvency. We developed guidance to aid residents in understanding, detecting, and addressing cuprosolvency issues in their drinking water. Three types of at-home test kits for copper and one for pH were determined to be accurate enough (R2 > 0.9 (lab, based on average values from n = 5 replicates each) and >0.7 (field)) to detect concerns related to high cuprosolvency and inform selection of intervention options. Case study results indicate that, although water treatments such as increasing pH on-site may be effective, long-term treatment (>36 weeks or permanently) may be needed to maintain reductions in cuprosolvency. A decision tree is provided to help residents and citizen scientists navigate these concerns for both public water systems and private wells.

This work addresses gaps in the LCR by developing guidance to help residents detect and address elevated copper in their drinking water.

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CiteScore
5.40
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