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Techniques for the Simultaneous Control of Manganese and Disinfection Byproducts at Conventional Water Treatment Facilities 常规水处理设施中同时控制锰和消毒副产物的技术
发布日期: 2007-11-01
Toccoa(佐治亚州)水处理设施(WTF)的运行人员和CH2M HILL在现场进行了一系列台架试验 Toccoa WTF市,以评估不同的氧化方法来控制铁和铁 工厂里有锰。特别是三种预氧化剂的有效性- 氯、二氧化氯和高锰酸钾——在特定条件下进行了研究 模拟设施的全尺寸运行条件。根据这些试验的结果 规模测试,然后在托科阿市WTF进行全面测试,以评估影响 锰浓度和消毒副产物(DBP)形成潜力。本文给出了结果 台架规模和完整的- 规模测试,并概述了建议的 控制成品水中的铁和锰,同时尽量减少废水的产生 DBPs。包括桌子。
The Toccoa (Georgia) Water Treatment Facility (WTF) operational staff and CH2M HILL conducted a series of bench scale tests at the City of Toccoa WTF in order to evaluate different oxidation methods for the control of iron and manganese at the facility. In particular, the effectiveness of three pre-oxidant chemicals - chlorine, chlorine dioxide, and potassium permanganate - was investigated under conditions simulating full-scale operating conditions at the facility. Based on the results of these bench scale tests, full-scale testing at the City of Toccoa WTF was then conducted to assess the impact on manganese concentrations and disinfection byproduct (DBP) formation potential. This paper presents the results of the bench scale and full-scale testing and outlines the recommend operational strategy for the control of iron and manganese in the finished water while also minimizing the production of DBPs. Includes tables.
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发布单位或类别: 美国-美国给水工程协会
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