作　　者： (李东升）; (纪振）;

机构地区： 常州工程职业技术学院,江苏常州213164

出　　处： 《工业水处理》 2017年第8期98-100,共3页

摘　　要： 采用物化(铁碳微电解、催化氧化)预处理高浓度废水后,利用水解酸化—A/O工艺处理混合废水,处理量为80 m^3/d。运行实践表明:处理出水COD低于500 mg/L,氨氮低于35 mg/L,出水水质达到接管要求,预处理工艺的COD去除率达64%,硝基苯去除率达94%,效果明显。 After physicochemical （ferric-carbon micro-electrolysis and catalytic oxidation ）process has been used for pre-treating highly concentrated wastewater, and hydrolytic acidification-A/O process used for treating mixed wastewater. The designed treatment capacity is 80 m3/d. The operation practice results show that the treated efflu- ent chemical oxygen demand （COD）is less than 500 rag/L, and ammonia nitrogen concentrations is less than 35 mg/L. The effluent water quality can meet the requirements for taking over standard. The COD removing rate of the pretreatment process reaches 64% and the removing rate of nitrobenzene reaches 94%, having remarkable effect.

关 键 词： 化工废水 硝基苯 铁碳微电解 催化氧化