本powerpoint演示文稿首先提供密歇根州安娜堡市一项工作的双重目标项目目标，包括: 保护最大数量的人口免受 配电系统污染；和 检测由于以下原因导致的水质退化: 自然原因，如高水龄， 生物膜和硝化作用。简要概述了安娜堡市，以及包括以下主题的项目范围: 技术评估；仪器/参数选择；监测地点选择；仪器中试；以及初步设计开发。得出的结论是:配电系统在线监测是可行的 这是可行的，并且可以为双方都带来好处 污染与水质 评估； 监测器应进行先导试验，以验证 在特定水基质中的性能； 一个系统的成本会随着环境的变化而变化 可用于监控的基础设施 安装和数据通信；和 报警限值和响应协议将 对任何系统来说都是必不可少的。包括表格、数字。

This powerpoint presentation begins by providing the dual-objective project goals of an effort by the city of Ann Arbor, Michigan, that include: protect maximum population from distribution system contamination; and, detect degradation of water quality due to natural causes such as high water age, biofilm, and nitrification. A brief overview of the city of Ann Arbor is provided, along with project scope that includes the following topics: Technology Assessment; Instrument/Parameter Selection; Monitoring Location Selection; Instrument Pilot Testing; and, Preliminary Design Development. Conclusions were that: on-line distribution system monitoring is feasible and can provide benefits for both contamination and water quality assessments; monitors should be pilot tested to verify performance in specific water matrices; cost of a system will vary with the infrastructure available for monitor installation and data communication; and, alarm limits and response protocols will be essential for any system. Includes tables, figures.