中文摘要：

通过预曝气的方法,氯化亚铜废水溶液中Cu（Ⅰ）被氧化为Cu（Ⅱ）,并能简化氯化亚铜废水溶液的粒子结构,分别采用201×7 OH-型强碱性阴离子树脂和732 Na型强酸性阳离子树脂处理曝气后的氯化亚铜废水,进行了曝气时间、pH值和温度等因素对废水处理效果的研究,得到最佳的处理废水条件。曝气180 min后,在温度60℃,V溶液/V树脂=2/1,阳离子交换反应15 min时,可使废水溶液中铜粒子浓度达到国家废水一级排放标准。

英文摘要：

Through and the structure wastewater was change resin. T tr he aeration treatment for cuprous chloride wastewater, the Cu（I） was oxidized to the Cu of particles in the wastewater was also simplified. The aerated cuprous chlori eated by 201× 7 OH strong-base anion exchange resin and 732 Na strong-acid cation ex effects of aeration time, pH and temperature on wastewater treatment were studied The best disposal condition was obtained. After 180 mins aeration, at 60℃, with Vsolmion/Vresin =2/1, cation exchange reaction underwent for 15 min, then the concentration of copper particles met the national first-order standard for wastewater disposal.