基于水质（尤其是紫外线吸收率）的预测模型可以 用于可靠地估计二氧化氯（ClO2）需求量。大约50-70%的 ClO2在任何时间点都会发生反应，表现为亚氯酸盐离子（ClO2 -). 这些研究提供了一个 水务设施平衡二氧化氯剂量和水源水质的框架，以满足 消毒要求和二氧化氯 -每日最大污染物水平。包括13个参考文献、表格、图表。

Predictive models based on water quality (ultraviolet absorbance in particular) can be used reliably to estimate chlorine dioxide (ClO2) demand. Approximately 50-70 percent of the ClO2 reacted at any point in time appeared as the chlorite ion (ClO2 -). These studies provided a framework for water utilities to balance ClO2 dosages and source water quality in order to meet disinfection requirements and the ClO2 - maximum contaminant level on a daily basis. Includes 13 references, tables, figures.