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Interpreting Distribution System Data Using Water Quality Models 使用水质模型解释配电系统数据
发布日期: 2007-09-01
本powerpoint演示文稿首先概述了水质(WQ)问题,包括:消毒残留物的损失; 高消毒副产物(DBP)的形成;味道和气味;和 有色混浊的水。 WQ监测需求包括:保持饮用水的完整性; 法规遵从性; 操作过程控制;和 消费者满意度。 本文介绍了与WQ相关的典型问题,以及 WQ模型和要求,以及 小型和大型实用程序的WQ建模示例。小效用的结论是: 地表水中氯的衰减率高, 值得投资改善治疗以维持 残余物井内氯浓度的增加将有助于 保持全系统的氯含量; 预测混合溶液中的氯含量略高 区域; 不应对DBP水平产生不利影响;此外,地表水处理厂的加氯量也有所增加 可能会增加DBP。包括数字。
This powerpoint presentation begins by providing an overview of water quality (WQ) problems, including: loss of disinfection residual; high disinfection byproduct (DBP) formation; Taste and Odor; and, Colored and Turbid Water. WQ Monitoring Needs are presented and include: Maintain Integrity of Drinking Water; Regulatory Compliance; Operational Process Control; and, Consumer Satisfaction. Typical WQ related questions are presented, along with WQ models and requirements, and WQ modeling examples of small and large utilities. Small utility conclusions were that: high chlorine decay rate in surface water, worth investing treatment improvements to maintain residual; increased chlorine concentrations at the wells will help to maintain system-wide chlorine levels; slightly higher chlorine levels were predicted in the blended zones; should not have an adverse impact on DBP levels; and, increased chlorine dosing at surface water treatment plant could increase DBPs. Includes figures.
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发布单位或类别: 美国-美国给水工程协会
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