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化学工业与工程 2008, Vol. 25 Issue (1) :9-11    DOI:
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无机离子交换剂的Na-NH_4~+离子交换特性
王文茜;谭欣;赵林;韩静;张丽丽;
天津大学化工学院,天津大学化工学院,天津大学化工学院,天津大学化工学院,大庆石化公司化工三厂 天津300072,天津300072,天津300072,天津300072,黑龙江大庆163714
Na-NH_4~+ Ion Exchange Characteristic of Inorganic Ion Exchanger
WANG Wen-qian~1,TAN Xin~1,ZHAO Lin~1,HAN Jing~1,ZHANG Li-li~2(1.School of Chemical Engineering and Technology,Tianjin University,Tianjin 300072,China;2.No.3 Chemical Plant,Daqing Petrochemical Company,Daqing 163714,Heilongjiang Province,China)
(1.School of Chemical Engineering and Technology,Tianjin University,Tianjin 300072,China;2.No.3 Chemical Plant,Daqing Petrochemical Company,Daqing 163714,Heilongjiang Province,China

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摘要 研究以天然沸石为基体制备无机离子交换剂的方法;利用离子交换剂的吸附等温曲线,可得到阳离子最大的交换容量;通过离子交换剂的吸附动力学曲线,可求得吸附平衡时间。结果表明,以改性剂M为改性材料,在天然沸石与改性剂M质量比为4∶1时制得的无机离子交换剂的阳离子交换容量最高,常温时能达50 mg/g,平衡吸附时间约为2 h。
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王文茜
谭欣
赵林
韩静
张丽丽
关键词无机离子交换剂   吸附   吸附等温线   吸附动力学     
Abstract: Inorganic ion exchangers were produced from natural zeolite and its adsorption isotherm curve was protracted and its cation exchange capacity was also measured.Adsorption kinetic curves of NH~+_4 on Mesolit were employed to obtain the equilibrium adsorption time.The results showed inorganic ion exchanger had the highest cation exchange capacity of 50 mg/g at normal temperature when Improver A was used as modified material and natural zeolite and Improver A were mixed with a ratio of 4∶1,the equilibrium adsorption time was 2 h.
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Received 2008-01-15; published 2008-01-15
引用本文:   
王文茜;谭欣;赵林;韩静;张丽丽;.无机离子交换剂的Na-NH_4~+离子交换特性[J].  化学工业与工程, 2008,25(1): 9-11
WANG Wen-qian~1,TAN Xin~1,ZHAO Lin~1,HAN Jing~1,ZHANG Li-li~2.Na-NH_4~+ Ion Exchange Characteristic of Inorganic Ion Exchanger[J].  Chemcial Industry and Engineering, 2008,25(1): 9-11
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