文章摘要
ZHANG Junjie,XIAO Liping,LIU Baowei.Fenton试剂-石英砂工艺处理铁锰矿井废水Journal of Water Resources and Water Engineering[J].,2011,22(4):
Fenton试剂-石英砂工艺处理铁锰矿井废水
Treatment of Fe-Mn-mine wastewater by Fenton reagent-quartz sand process
  
DOI:10.11705/j.issn.1672-643X.2011.04.159
中文关键词: Fenton试剂  石英砂  锰去除率  
英文关键词: Fenton reagent  quartz sand  Mn-removalle rate  
基金项目:辽宁省教育厅科研基金项目(2008300)资助;辽宁省教育厅科研基金项目(05L180)资助
Author NameAffiliation
ZHANG Junjie,XIAO Liping,LIU Baowei ZHANG Junjie1,XIAO Liping1,LIU Baowei2(1.College of Architecture Engineering,Liaoning Technology University Fuxin123000,China,2.Beijing Branch of the Eleventh Design & Research Institute of IT,Co.,Ltd.Beijing 100041,China) 
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中文摘要:
      针对铁锰矿井废水中锰离子难去除的问题,本试验采用Fenton试剂-石英砂工艺研究了锰离子的去除效率与机理。结果表明:加入H2O2比不加入对锰离子的去除效果好,各因素的最佳值分别为:当H2O2投加量为0.15mg/L、滤速为8 m/h,pH为7,石英砂粒径为1.0 mm时,锰的最高去除率可达到90.7%。
英文摘要:
      Aiming at the problem of manganese ion is difficult to be removed from Fe-Mn-mine wastewater,the removalle efficiency and mechanism for the manganese ions with Fenton reagent-quartz sand process has been researched.The results showed that joining H2O2 is better than not joining H2O2.The best value of each factors are as follows: when the H2O2 dosage is 0.15 mg/L,filtration rate is 8 m/h,pH is 7,the particle size of Quartz sand is 1.0 mm,the maximal Mn2+ removal efficiency can be reached 90.7%.
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