新乡学院学报：自然科学版
新鄉學院學報：自然科學版
신향학원학보：자연과학판
Journal of Xinxiang Teachers College
2011年
5期
420-422
,共3页
电絮凝%电化学法%印染废水%废水处理
電絮凝%電化學法%印染廢水%廢水處理
전서응%전화학법%인염폐수%폐수처리
electrocoagulation%electrochemical process%dyeing wastewater%wastewater treatment
用电絮凝法处理印染废水，考查了反应时间、极板电压、废水pH值和电极间距对印染废水CODcf去除率的影响．通过正交试验，确定了电絮凝法印染废水处理过程的优化条件为：反应时间40min，极板电压35V，废水pH值8，电极间距3cm，CODcr去除率可迭89．65％．
用電絮凝法處理印染廢水，攷查瞭反應時間、極闆電壓、廢水pH值和電極間距對印染廢水CODcf去除率的影響．通過正交試驗，確定瞭電絮凝法印染廢水處理過程的優化條件為：反應時間40min，極闆電壓35V，廢水pH值8，電極間距3cm，CODcr去除率可迭89．65％．
용전서응법처리인염폐수，고사료반응시간、겁판전압、폐수pH치화전겁간거대인염폐수CODcf거제솔적영향．통과정교시험，학정료전서응법인염폐수처리과정적우화조건위：반응시간40min，겁판전압35V，폐수pH치8，전겁간거3cm，CODcr거제솔가질89．65％．
Dyeing wastewater was treated by electrocoagulation method. The effects of reaction time, electrode voltage, wastewater pH and distance between electrodes on CODer removal rate were studied. By orthogonal experiments, the optimum conditions of the electroagulation have been obtained. The results show that when the reaction time is 40 min, the electrode voltage is 35 V, wastewater pH is 8 and the distance between electrodes is 3 em, the removal rate of CODcr is 89.65%.
