大辛辛那提水厂（GCWW）目前正在设计一个紫外线（UV）消毒系统，用于 理查德·米勒处理厂加强公共卫生保护。作为这一过程的一部分，GCWW 正在使用紫外线评估高级氧化工艺（AOP）的间歇应用 用于处理季节性味觉和气味（T&O）事件的光照和过氧化氢，以及持续使用 AOP用于处理微污染物。评估了紫外线/过氧化氢的性能和成本 使用紫外线模拟工具预测白天- 今天的紫外线系统运行占 水质和目标化合物浓度的季节趋势以及剂量监测 以及紫外线系统使用的控制策略。模拟紫外线系统采用中压 紫外线灯。使用基于紫外线剂量的动力学模型预测污染物减少 解释了羟基自由基与目标化合物和清除剂的反应。 动力学模型基于中报告的高级氧化的理论处理 文学。高级氧化的成本取决于流量和水的季节趋势 UVT和清除剂种类（碱度和TOC）以及应用UV和TOC的优化 过氧化氢剂量。季节性味觉和气味事件的间歇性高级氧化成本 强烈依赖于这些事件的持续时间和发生时间。包括6个参考文献、表格、图表。

Greater Cincinnati Water Works (GCWW) is currently designing an ultraviolet (UV) disinfection system for the Richard Miller Treatment Plant to enhance public health protection. As part of this process, GCWW is evaluating the intermittent application of an advanced oxidation process (AOP) using UV light and hydrogen peroxide for treating seasonal taste and odor (T&O) events and the continuous application of AOP for treating micro-pollutants. The performance and costs of UV/peroxide were evaluated using a UV simulation tool that predicted day-to-day UV system operation accounting for seasonal trends in water quality and target compound concentrations and the dose monitoring and control strategy used by the UV system. The simulated UV system used medium pressure UV lamps. Contaminant reductions were predicted using a UV dose-based kinetic model that accounted for the reaction of hydroxyl radicals with the target compounds and scavenger species. The kinetic model was based on a theoretical treatment of the advanced oxidation as reported in the literature. The costs of advanced oxidation depended on the seasonal trending in flow, water UVT and scavenger species (alkalinity and TOC) and the optimization of the applied UV and peroxide doses. The costs of intermittent advanced oxidation for seasonal taste and odor events are strongly dependent on the duration of those events and when they occur. Includes 6 references, tables, figures.