中文摘要：

采用Fenton-铁氧体法处理含铜模拟废水。在pH值3．0、温度40℃、反应时间10rain、H2O20．60mL／L、FeSO4·7H2O7．08g／L的条件下，Cu2＋的去除率达到92．88％，残余Cu2＋的质量浓度为3．56mg／L。铁氧体法的最优工艺条件为：沉淀pH值10．0，反应时间15min，温度30℃，FeS04·7H200．154g／L，FeCl3·6H2O 0．225g／L。在Fenton-铁氧体法的优化条件下，Cu2＋的去除率达到98．28％，残余Cu2＋的质量浓度为0．86mg／L，达到排放标准。

英文摘要：

Fenton-ferrite process was used to treat simulated wastewater containing copper. Under the conditions of pH value 3. 0, temperature 40℃, reaction time 10 min, H202 0. 60 mL/L and FeSO4·7H2O 7.08 g/L, the removal rate of Cu2＋ reached to 92.88%, and the mass concentration of residual Cu2＋ was 3. 56 mg/L. The optimum process conditions of Fenton method were as follows, pH value 10.0, reaction time 15 rain, temperature 30℃, FeSO4· 7H20 0. 154 g/L, FeCl3·6H2O 0. 225 g/L. Under these optimum conditions, the removal rate of Cu2＋ reached to 98.28%, and the mass concentration of residual Cu2＋ was 0.86 mg/L, indicating that meet the requirement of discharge standard.