讨论了阴极电芬顿体系中电极材料的选择标准，并通过比较选择以钛涂钌铱电极、活性碳纤维电极作为阳极、阴极材料。利用自制的电芬顿反应器，对影响体系处理印染废水效果的各相关因素进行研究。结果表明：阴极电芬顿法处理印染废水效果良好，最佳反应条件：pH值为3，FeSO4投加量为150 mg/L，曝气量为0.1 m3/h，电压为9 V，反应时间为40 min，此时COD的去除率最高，可达到73.5％。
The selection criteria of electrode material in EF-Fenton system was discussed,and by comparing the performance, titanium coated ruthenium iridium electrode was selected as the anode material,ACF electrode as the cathode material. A self-made Electro-Fenton reactor was used to treat printing wastewater,the effects of various factors on the treatment of printing wastewater were experimentally analyzed. The results show that the EF-Fenton system is effective in the treatment of printing wastewater,and the optimal reaction conditions are as follows:reaction pH value of 3,FeSO4 dosage of 150 mg/L,aeration capacity of 0.1 m3/h,voltage of 9 V,time of 40 min. The maximum removal rate of COD reaches 73.5%.
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