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Experimental Study of Ultrafiltration of Eutrophicated Source Water in Combination with Sand Filter and Biological Contact Oxidation

机译:沙滤与生物接触氧化联合富营养化水的试验研究。

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The experiments of ultrafiltration of Taihu Lake water with sand filter and water-dropping aeration biological contact oxidation combinations were evaluated.The experiment results show that under the conditions of the average water temperature was 19.8℃ and the HRT of the biological contact oxidation was 1.5h,the removal rates of turbidity,ammonia nitrogen,CODMn and algae by technological purification process were 99.1%,85.2%,53.6% and 98.7% respectively.As a comparison,the removal rates of turbidity,ammonia nitrogen,CODMn,algae,UV254 by routine purification process respectively were 96.6%,16.3%,35.8% and 95.5% separately in Wuxi Chongshan waterworks at the same water temperature.Under the conditions of approximately equivalent in investment and running expenditure by technological and economical analyses,the efficiency of technological purification process is higher than that of routine purification process.
机译:进行了砂滤和水滴曝气生物接触氧化组合超滤的太湖水实验。实验结果表明,在平均水温为19.8℃,生物接触氧化HRT为1.5h的条件下,工艺纯化工艺对浊度,氨氮,CODMn,藻类的去除率分别为99.1%,85.2%,53.6%和98.7%。在相同水温下,无锡崇山自来水厂的常规提纯工艺分别为96.6%,16.3%,35.8%和95.5%。在技术和经济分析的投资和运行费用大致相等的条件下,技术提纯工艺的效率高于常规纯化工艺。

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