摘要
目的选择合适的树脂并选择最佳的工艺条件处理模拟苯甲酸废水．方法用大孔吸附树脂对模拟苯甲酸废水进行处理，通过静态吸附和动态吸附相结合的方法得出H-103大孔吸附树脂处理苯甲酸废水的最适合的工艺条件．结果在苯甲酸浓度3000mg／L、温度室温18℃～20℃时，最佳吸附条件是动态吸附流速7BV／h；最佳洗脱条件乙醇用量为80mL．静态吸附后，苯甲酸的浓度去除率为78．7％，动态吸附后浓度去除率为99．98％，树脂的反复使用性能良好．结论用H-103大孔吸附树脂处理苯甲酸废水效果良好．
Objective To choose a suitable resin and best conditions to deal with simulation benzoic acid wastewater. Methods Simulation benzoic acid wastewater was treated with adsorptions resin. The suitable experimental conditions of H-103 macroporous resin were obtained through static and dynamic ad- sorption experiment methods. Results The results showed that when the acid concentration was 3 000 mg/L, and the temperature was room temperature, the most appropriate adsorption conditions were： dy- namic adsorption velocity 7 BV/h, the most fitting elution condition was pure alcohol 80 ml; after static adsorption experiment, concentration removing rate was 78.7 % ; after dynamic adsorption experiment it was 99.98 %, and the reusing capability of the macroporous resin was good. Conclusion Treating simula- tion Benzoic acid wastewater with H-103 adsorptions resin effects good result.
出处
《河北北方学院学报（自然科学版）》
2009年第4期14-17,共4页
Journal of Hebei North University:Natural Science Edition
关键词
H-103大孔吸附树脂
苯甲酸
吸附条件
脱附条件
浓度去除率
H-103 macroporous resin
benzoic acid
adsorption conditions
desorption conditions
density removing rate
