本powerpoint演示文稿首先简要概述了研究动机，了解了驱动研究命运和迁移的机制 配电系统中的污染物对水安全至关重要 申请以便: 评估污染事件对公众健康和经济的影响； 改进检测方法； 设计污染预警系统； 净化配电系统；和 评估缓解技术的性能。介绍了TEVA-SPOT传感器放置软件，以及砷氧化/吸附建模和大肠杆菌建模。演讲的挑战包括: 饮用水中污染物的归宿和迁移 -有限的实验数据 消毒反应， 吸附/解吸速率， 附着在生物膜上； 复杂的生态系统，天然有机物， 管壁上的腐蚀产物，以及 整个系统中的各种管道材料。包括数字。

This powerpoint presentation begins by providing a brief overview of research motivation, understanding the mechanisms driving fate and transport of contaminants in distribution systems is critical for water security applications in order to: assess the public health and economic impacts of contamination incidents; improve detection methods; design contamination warning systems; decontaminate distribution systems; and, evaluate the performance of mitigation technologies. TEVA-SPOT Sensor Placement Software is presented, along with modeling arsenic oxidation/adsorption, and modeling E. coli. Presentation challenges include the following: contaminant fate and transport in drinking water - limited experimental data on disinfection reactions, adsorption/desorption rates, attachment to biofilms; complex ecosystem, natural organic matter, corrosion products on pipe walls, and various pipe materials throughout the system. Includes figures.