TOC MONITORING OF RUNOFF AND STORM WATER

机译：径流和暴雨水的TOC监测

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Federal Regulations for industrial, construction and municipal sites to monitor runoff and storm waters are derived from the 1987 Clean Water Act and fall within the National Pollutant Discharge Elimination System (NPDES) Permitting Program.rnIn many ways, runoff water monitoring creates a more rigorous analytical requirement than a number of other TOC applications, due to the nature of the sample, which contains not only organic spills but dissolved residue from the site. Storm water and snow melt dissolve contamination from parking lots, rooftops, wash stations and all structures in the form of liquids, solids and gasses. Certain industries listed with the EPA and those operations associated with industrial activities are required to monitor runoff and storm waters that originate from those sites.rnTotal Organic Carbon (TOC) has been established by the EPA as the primary control analyte for monitoring organic contamination; however users are cautioned to observe fundamental differences in both the methods and the hardware implementation of available TOC analyzers, in order to be fully compliant with current and anticipated future regulations for runoff water monitoring. Comparative attributes of candidate TOC technologies are presented as a general guide for TOC analyzer performance requirements for this and other intended applications.

机译：用于监测径流和雨水的工业，建筑和市政场所的联邦法规源于1987年的《清洁水法》，属于《国家污染物排放消除系统（NPDES）许可计划》 .rn在许多方面，径流水监测创建了更加严格的分析由于样品的性质，该要求比许多其他TOC应用程序要高，该样品不仅包含有机泄漏物，还包含现场溶解的残留物。雨水和融雪融化了来自停车场，屋顶，清洗站和所有建筑物的液体，固体和气体形式的污染物。 EPA列出的某些行业以及与工业活动有关的操作需要监测来自这些地点的径流和雨水。EPA已建立了总有机碳（TOC）作为监测有机污染物的主要控制分析物；但是，提醒用户注意TOC分析仪的方法和硬件实现方面的根本差异，以便完全符合当前和预期的径流水监控法规。候选TOC技术的比较属性将作为此和其他预期应用的TOC分析仪性能要求的一般指南。

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来源
《ISA EXPO 2009》|2009年|P.286-291|共6页
会议地点 Houston TX(US)
作者
John W. (Jack) Small; Glenn E. Farris;
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作者单位

TOC Associates;

rnDuPont Packaging Industrial Polymers;

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会议组织
原文格式 PDF
正文语种 eng
中图分类力学量测量仪表;成分分析仪器;
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1. Monitoring Storm Water Discharges with Total Organic Carbon (TOC) [J] . International environmental technology . 2015,第6期

机译：使用总有机碳（TOC）监控雨水排放
2. Nutrient runoff from forested watersheds in central Japan during typhoon storms: implications for understanding runoff mechanisms during storm events [J] . Zhao Zhang, Takehiko Fukushima, Yuichi Onda, Hydrological Processes . 2007,第9期

机译：台风暴雨期间日本中部森林流域的营养径流：对理解暴风雨期间径流机制的启示
3. Field monitoring and evaluation of innovative solutions for cleaning storm water runoff [J] . Papiri S., Ciaponi C., Capodaglio A., Water Science and Technology . 2003,第7a8期

机译：现场监测和评估清洁雨水径流的创新解决方案
4. TOC MONITORING OF RUNOFF AND STORM WATER [C] . John W. (Jack) Small, Glenn E. Farris Instrumentation Systems Automation Society Expo . 2009

机译：TOC监测径流和雨水
5. An Evaluation of the Use of the Storm Water Management Model (SWMM) for Predicting Storm Water Runoff of Remediated Areas in Newton County, Missouri of the Tri-State Mining District [D] . ?Hagenmaier, Elizabeth Marie 2020

机译：雨水管理模型（SWMM）使用雨水管理模型（SWMM）预测三州矿区密苏里州牛顿县修复地区雨水径流
6. The Effects of Storm Runoff on Water Quality and the Coping Strategy of a Deep Canyon-Shaped Source Water Reservoir in China [O] . Weixing Ma, Tinglin Huang, Xuan Li, 2015

机译：暴雨径流对中国深峡谷型水源水库水质的影响及应对策略
7. Water quality of storm runoff and comparison of procedures for estimating storm-runoff loads, volume, event-mean concentrations, and the mean load for a storm for selected properties and constituents for Colorado Springs, Southeastern Colorado, 1992 / [O] . Von Guerard, Paul., Weiss, William B., Geological Survey (U.S.), 1995

机译：风暴径流的水质和估算风暴 - 径流负荷，体积，事件 - 平均浓度和风暴的平均负荷的程序的比较科罗拉多斯普林斯，科罗拉多州东南部的选定性质和成分，1992 /
8. ARMSED (Army Multiple Watershed Storm Water and Sediment Runoff), a Runoff and Sediment Yield Model for Army Training Land Watershed Management. Volume 2. Program Documentation. [R] . Riggins, R. E., Ward, T. J., Hodge, W. 1989

机译：aRmsED（陆军多流域暴雨水和泥沙径流），陆军训练土地流域管理的径流和泥沙产量模型。第2卷。计划文件。

TOC MONITORING OF RUNOFF AND STORM WATER

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