水处理技术
水處理技術
수처리기술
2010年
2期
102-104
,共3页
渗滤液处理%电解%磁场%磁化
滲濾液處理%電解%磁場%磁化
삼려액처리%전해%자장%자화
leachate treatment%electrolysis%magnetic field%coagulation
以经过混凝处理后的新鲜垃圾渗滤液为研究对象,试验研究了恒定磁场和交变磁场对电解法处理垃圾渗滤液的影响.结果表明,恒定磁场与交变磁场都能使垃圾渗滤液COD降低;使用恒定磁场和交变磁场处理垃圾渗滤液30min后再进行电解处理,相比单独用电解处理,COD去除率分别提高了约17%和12%,恒定磁场的效果优于交变磁场;在电解的同时施加0.2970T的恒定磁场和交变磁场,相比单独使用电解处理,COD去除率分别提高了约20%和25%,交变磁场的效果优于恒定磁场.
以經過混凝處理後的新鮮垃圾滲濾液為研究對象,試驗研究瞭恆定磁場和交變磁場對電解法處理垃圾滲濾液的影響.結果錶明,恆定磁場與交變磁場都能使垃圾滲濾液COD降低;使用恆定磁場和交變磁場處理垃圾滲濾液30min後再進行電解處理,相比單獨用電解處理,COD去除率分彆提高瞭約17%和12%,恆定磁場的效果優于交變磁場;在電解的同時施加0.2970T的恆定磁場和交變磁場,相比單獨使用電解處理,COD去除率分彆提高瞭約20%和25%,交變磁場的效果優于恆定磁場.
이경과혼응처리후적신선랄급삼려액위연구대상,시험연구료항정자장화교변자장대전해법처리랄급삼려액적영향.결과표명,항정자장여교변자장도능사랄급삼려액COD강저;사용항정자장화교변자장처리랄급삼려액30min후재진행전해처리,상비단독용전해처리,COD거제솔분별제고료약17%화12%,항정자장적효과우우교변자장;재전해적동시시가0.2970T적항정자장화교변자장,상비단독사용전해처리,COD거제솔분별제고료약20%화25%,교변자장적효과우우항정자장.
The impact of static magnetic field and AC magnetic field to landfill leachate treatment of electrolysis was investigated using new landfill leachate treated by coagulation. The experimental results show that, the landfill leachate COD could go down after magnetized. Compared to treated by electrolysis lonely, the removal efficiency can increase by about 17% and 12% respectively after treated by static magnetic field and the AC magnetic field. The effect of static magnetic field is better than the AC magnetic field. Compared to treated by electrolysis lonely, the removal efficiency can increase by about 20% and 25% respectively after treated by electrolysis with static magnetic field and the AC magnetic field. The effect of the treatment with AC magnetic field is better than with the static magnetic field.
