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Production of Biologically Stable Safe Drinking Water from Polluted Surface Water Sources

机译:从受污染的地表水源生产生物稳定的安全饮用水

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Monitoring of the various forms of natural organic matter (NOM) content (dissolved organic carbon (DOC), biodegradable organic carbon (BDOC), assimilable organic carbon (AOC)) and changes of these characteristics after the different water purification stages has been carried out in Dnieper river at different seasons. Maximum BDOC value was reached in May 2010 and was 4.1 mg/L. It has been recommended to use a rational combination of oxidation processes (ozonation) with following coagulation with the use of pressure reagent notation and enhanced posttreatment on the biologically active carbon to produce the biologically stable water from the polluted source.
机译:监测第聂伯河在不同季节进行不同水质净化阶段后,各种形式的天然有机物(NOM)含量(溶解有机碳(DOC)、可生物降解有机碳(BDOC)、可同化有机碳(AOC))以及这些特征的变化。最大BDOC值在2010年5月达到,为4.1 mg/L。建议使用氧化过程(臭氧氧化)与后续混凝的合理组合,使用压力试剂标记和生物活性炭的强化后处理,以从污染源产生生物稳定的水。

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