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Integrating and Optimizing Ozonation and UV Disinfection for High Color Waters

机译:整合和优化高色度水的臭氧和紫外线消毒

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In an effort to help restore the Everglades, Federal and State of Florida agencies initiated pilot studiesdesigned to evaluate potential options to treat Lake Okeechobee water. The high level of organicmaterial, which resulted in high color values and low UV transmittance, in the water presented achallenging obstacle to achieving the projects goals of meeting all Primary and Secondary Drinking Waterregulations. As part of the pilot study, ozonation and UV disinfection were evaluated in conjunction withbank filtration as the pretreatment step. The findings of the study revealed that a synergy was observedby combing ozonation with UV disinfection, resulting in a reduced cost when compared to using eithersystem alone.
机译:为了帮助恢复大沼泽地地区,联邦和佛罗里达州的机构启动了试点研究 设计用于评估处理奥基乔比湖水的潜在选择。高水平的有机 在水中呈现出较高的色值和较低的紫外线透射率的材料 达到实现所有小学和中学饮用水项目目标的挑战性障碍 规定。作为试点研究的一部分,臭氧氧化和紫外线消毒与 库过滤作为预处理步骤。研究结果表明,观察到协同作用 通过将臭氧化与紫外线消毒相结合,与使用两种方法相比,可降低成本 系统本身。

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