描述了四种使用紫外线（UV）消毒系统进行剂量监测的方法。第一个 该方法使用流量、UVT和相对灯输出的报警设定值。第二个 该方法使用流量和紫外线强度的报警设定点。第三种使用经验公式， 使用验证数据进行校准，给出红色作为流量、UVT、灯状态和温度的函数 相对灯输出。第四种方法使用经验公式，使用验证数据进行校准 在默认UVT下获得，即给定红色作为测量流量和UVT的函数。测验 举例说明了验证每种方法所需的条件。应用 水处理厂（WTP）紫外线系统尺寸和运行的验证数据如下: 描述包括验证范围外的操作方法。质量保证/质量控制 描述了水处理厂的验证和操作，以确保验证和剂量监测 有意义。描述了一个两步流程，用于批准验证报告和 在给定的紫外线装置上应用该报告。包括7个参考文献、表格、图表。

Four approaches for dose monitoring with ultraviolet (UV) disinfection systems are described. The first approach uses alarm setpoint values of flow, UVT, and relative lamp output. The second approach uses alarm setpoints of flow and UV intensity. The third uses empirical equations, calibrated using validation data, that given RED as a function of flow, UVT, lamp status, and relative lamp output. The forth uses empirical equations, calibrated using validation data obtained at a default UVT, that given RED as a function of measured flow and UVT. Test conditions needed to validate each approach is given with examples. Application of the validation data for sizing the UV system and operation at the water treatment plant (WTP) is described including the approaches for operation outside the validated range. QA/QC during validation and operation at the WTP is described to ensure validation and dose monitoring is meaningful. A two-step process is described for approving the validation report and the application of that report with a given UV installation. Includes 7 references, tables, figures.