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UV/H_2O_2/GAC去除自来水中有机物 被引量:6

Study on removing organic substance in drinking water by using UV/H_2O_2/GAC
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摘要 利用UV/H2O2系统去除自来水中的有机微污染物质,所需H2O2投量高,水力停留时间长;与GAC单元连用,H2O2投量3mg/L,HRT为8~15min,处理效果与O3/GAC系统相当;研究还表明UV/H2O2系统促进GAC去除自来水中有机微污染物质中起主要的是羟自由基的强氧化作用. It needs long reaction time and high H_2O_2 dosage by using UV/H_2O_2 system on removing micro organic substance in drinking water. By combining with GAC unit, the HRT can be shortened to 8~15 min and the dosage can be cut down to 3 mg/L, whereas, the removal efficiency of organic substance is closed to O_3/GAC technique. The results suggested that it is radicle which promotes GAC unit on removing the organic substance.
出处 《哈尔滨商业大学学报(自然科学版)》 CAS 2004年第4期432-435,共4页 Journal of Harbin University of Commerce:Natural Sciences Edition
基金 黑龙江省自然基金资助项目E01-06.
关键词 自来水 有机物 饮用水处理 深度处理 UV/H2O2/GAC 去除率 AOPs UV/H_2O_2/GAC hydroxide freedom radicle potable water advanced treatment
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参考文献3

  • 1CLARKE N,KNOWLES G.High Purity Water Using H2O2 and UV Radiation[J].Effluent and Water Treatment Journal,1982,(9): 335-341.
  • 2ANDREWSS A,HUCK P M,CHUTE A J.UV Oxidation for Drinking Water-Feasibility Studies for Addressing Specific Water Quality Issures[J].Water Quality Technology Conference,1995.
  • 3李绍峰,孙连鹏,黄君礼.UV/H_2O_2降解酚类物质动力学研究[J].中山大学学报(自然科学版),2004,43(3):99-102. 被引量:6

二级参考文献2

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