Burlingame Gary A, Bartrand Timothy A
Environmental Science, Policy and Research Institute, 3427 Decatur Street, Philadelphia, PA 19136, USA E-mail:
Environmental Science, Policy and Research Institute, 144 Narberth Ave, Box 407, Narberth, PA 19072, USA.
J Water Health. 2024 Dec;22(12):2385-2397. doi: 10.2166/wh.2024.476. Epub 2024 Nov 19.
is different from traditional drinking water contaminants because it presents a latent public health risk for public and private drinking water systems and for the building water systems they supply. This paper reviews information on the likelihood of occurrence of in public water systems to lay a foundation for public water systems, as a stakeholder in public health risk management, to better manage . Important to this approach is a literature review to identify conditions that could potentially promote being present in drinking water systems at either an elevated abundance or at an increased frequency of occurrence, and/or water quality and supply conditions that would contribute to its amplification. The literature review allows the development of an inventory of hazardous conditions that a public water system could experience and, therefore, can be used by water systems to develop control and monitoring strategies. However, effective risk management programs are hampered by significant data and knowledge gaps. Priority research to advance public water system's risk assessments and management of is proposed.
它与传统的饮用水污染物不同,因为它对公共和私人饮用水系统以及它们所供应的建筑供水系统构成潜在的公共健康风险。本文回顾了关于其在公共供水系统中出现可能性的信息,以便为作为公共卫生风险管理利益相关者的公共供水系统更好地管理它奠定基础。这种方法的重要之处在于进行文献综述,以确定可能促使其在饮用水系统中以更高丰度或更高出现频率存在的条件,以及有助于其增殖的水质和供水条件。文献综述有助于编制公共供水系统可能遇到的危险状况清单,因此供水系统可利用该清单制定控制和监测策略。然而,有效的风险管理计划受到大量数据和知识空白的阻碍。本文提出了推进公共供水系统对其风险评估和管理的优先研究。