摘要
利用Fe/C微电解-絮凝沉淀法去除青岛某电子有限公司电镀废水中Cu2+。通过正交与单因素实验,考察了废水初始pH,Fe/C,Fe投加量,反应时间对Cu2+处理效果的影响。实验结果表明:在初始pH=4、Fe/C(质量)=2/1、Fe投加量=60 g/L、反应时间=60 min的实验条件下,絮凝出水Cu2+含量由641.78 mg/L降至0.32 mg/L,还原率高达99.95%,同时COD去除率23.57%。出水Cu2+含量达到山东省半岛流域水污染物综合排放Ⅰ级标准。
Iron-carbon micro-electrolysis-flocculating deposition was applied in the treatment of electroplating wastewater containing Cu2＋ from an electronic Co.,Ltd.in Qingdao.The effects of initial pH,Fe/C（quality）,the dosage of Fe,and the reaction time on removal of Cu2＋were investigated by orthogonal and single factor experiments.The test results indicate that when initial pH value is 4,Fe/C（quality） is 2/1,the dosage of Fe is 60 g/L,and the reaction time is 60 min,the concentration of Cu2＋ in electroplating wastewater decreases from 641.78 mg/L to 0.32 mg/L,the removal efficiency achieves 99.95%,and the COD removal efficiency achieves 23.57%.The concentration of Cu2＋ in electroplating wastewater meets the first-grade standard for discharge of water pollutants in Shandong Province Peninsula Basin（DB37676-2007）.
出处
《环境工程学报》
CAS
CSCD
北大核心
2012年第2期501-504,共4页
Chinese Journal of Environmental Engineering
基金
山东省自然科学基金资助项目(2009ZRB019KH)
关键词
电镀废水
铜
FE/C微电解
絮凝沉淀
electroplating wastewater
copper
Fe/C micro-electrolysis
flocculation-deposition
