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A Critical Review of Applications of Q MR A for Healthy and Safe Reclaimed Water Management

机译:Q先生施用健康和安全再生水管理的关键综述

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Reclaimed water use is being propounded as the best alternative source to address water demand concerns. Apprehensions exist concerning the microbial risks to the environment and public health. However, there is a growing interest in the risk assessment approach that can assimilate scientific and statistical programs to predict microbial risks in reclaimed water and ensure safe reuse. Quantitative microbial risk assessment (QMRA) is a systematic framework for predicting this risk in either infection, illness or death. The present review provides insight into the current state of knowledge about the reclaimed water, its potential reuse applications, components of the QMRA framework and its application for reclaimed water management. The emphasis is placed on fundamental ideas and how the QMRA framework is applied to ensure the safe use of reclaimed water. This paper summarizes the challenges and knowledge gaps that require brainstorming and better understanding. The focus is to view the QMRA framework as a corresponding discipline that creates value for achieving sustainable reclaimed water reuse, not as a barrier.
机译:再生用水是最佳的替代来源来解决水需求问题。对环境和公共卫生的微生物风险存在担忧。然而,对风险评估方法的兴趣日益增长,可以吸收科学和统计计划,以预测再生水中的微生物风险,并确保安全重用。定量微生物风险评估(QMRA)是一种系统框架,用于预测感染,疾病或死亡的这种风险。本综述提供了对当前关于回收水的知识状态的洞察力,其潜在的重用应用程序,QMRA框架的组成部分及其对再生水管理的应用。重点是基本思想以及如何应用QMRA框架来确保安全使用再生水。本文总结了需要头脑风暴和更好理解的挑战和知识差距。重点是将QMRA框架视为一种相应的学科,以实现实现可持续开垦水重用的价值,而不是作为障碍。

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