本幻灯片演示概述了如何使用连续监测来跟踪配水系统中的水变化。YSIE饮用水研究倡议的目标包括:评估现有地表水传感器技术为饮用水行业提供有用信息的有效性；此外，开发一种与现有地表水硬件兼容的新型游离氯传感器，并进行长期监测研究。涵盖的主题包括:YSI多参数系列 索德斯；6920传感器配置；利用内部测井进行典型地表水研究；典型地表水长期数据模式；YSI 600XLM和6920探头，带流动池；用于滑流分配系统研究的可用地表水传感器；滑流研究的优势/局限性；实验室滑流部署，内部记录数据；配备电池电源和内部记录的水塔部署； 持续监测安全饮用水；具有漂移数据的典型水质参数；使用Hach试剂盒QC进行氯监测；俄亥俄州Hilliard的水塔部署；以及饮用水结果总结。

This slide presentation outlines information on using continuous monitoring to track water variability in the distribution system. Goals of the YSIE drinking water research initiative include: evaluate effectiveness of existing surface water sensor technology for providing useful information to the drinking water industry; and, develop a new free chlorine sensor which is compatible with existing surface water hardware and carry out long term monitoring studies. Topics covered include: YSI family of multiparameter sondes; 6920 sensor configuration; typical surface water study with internal logging; typical surface water long term data pattern; YSI 600XLM and 6920 sondes with flow cells; available surface water sensors for slipstream distribution system studies; advantages/limitations of slipstream studies; lab slipstream deployment with data logged internally; water tower deployment with battery power and internal logging; continuous monitoring of safe drinking water; typical water quality parameters with drift data; chlorine monitoring with Hach Kit QC; water tower deployment in Hilliard, Ohio; and, summary of drinking water results.