摘要
以重庆市南桐风化煤为原料制备粒状腐植酸净水剂,用静态实验法找出了处理含铜废水的适宜条件,再用动态实验法处理含Cu2+124mg.L-1的镀铜漂洗水,当出水Cu2+浓度低于国家排放标准即1.0mg.L-1时,工作吸附容量为32.4mg.g-1;饱和吸附容量为45.8mg.g-1,初步展示了一种处理含铜废水的新方法。
This thesis presents a new method of processing copper_bearing wastewater. The humic acid type water purifier, in form of particles, is manufactured from weathered coal of Nantong Mining Area in Chongqing. Through static test, the optimum condition on treating copper-bearing waste water has been found out. Then the washing water for copper plating, which contains Cu2+ 124 mg.L-1, is treated by dynamic test. When the concentration of Cu2+ in the outlet water is lower than the national standard for draining (1.0 mg.L-1), the working capacity of absorption is 32.4 mg.L-1 and the saturation capacity of absorption is 45.8 mg.L-1.
出处
《重庆建筑大学学报》
EI
CSCD
1998年第4期41-46,共6页
Journal of Chongqing Jianzhu University
关键词
风化煤
腐植酸净水剂
含钢废水
废水处理
weathered coal, humic acid type water purifier, copper_bearing wastewater