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废旧电池中铜锌锰及氯化铵的分离和利用
引用本文:王玲,王珊珊,屈亚娟,刘妮,李有聪,唐志华.废旧电池中铜锌锰及氯化铵的分离和利用[J].广东微量元素科学,2008,15(9):57-60.
作者姓名:王玲  王珊珊  屈亚娟  刘妮  李有聪  唐志华
作者单位:陕西理工学院化学与环境科学学院,陕西,汉中,723001
摘    要:为探寻简便有效途径解决废旧电池对环境的污染以及对人体健康危害的问题,在实验中选取常用的锌锰干电池为研究对象,通过酸解、沉淀、氧化还原分别对锌和锰及少量氯化铵进行回收处理,制取七水合硫酸锌和二氧化锰及氯化铵。

关 键 词:废旧电池  回收利用  二氧化锰

Separation and Exploitation of Zinc,Manganese and Sal Ammonial from Exhausted Cell
WANG Ling,WANG Shanshan,QU Yajuan,LIU Ni,LI Youcong,TANG Zhihua.Separation and Exploitation of Zinc,Manganese and Sal Ammonial from Exhausted Cell[J].Trace Elements Science,2008,15(9):57-60.
Authors:WANG Ling  WANG Shanshan  QU Yajuan  LIU Ni  LI Youcong  TANG Zhihua
Institution:WANG Ling,WANG Shanshan,QU Yajuan,LIU Ni,LI Youcong,TANG Zhihua(The School of Chemistry , Enverionment Science,Shaanxi University of Technology,Shaanxi Hanzhong 723001,China)
Abstract:To solve the pollution to the environment and the harm to human health causeing by the exhausted cell,the zinc and manganese dry cell in common use of the experiment were chosen as the research object,with the ways of acidolysis,precipitation methed and oxidation-reduction reaction in order to recyle the zinc,manganese and a little amount of sal ammonial,the purpose is produce white vitriol,manganese dioxide and sal ammonial.
Keywords:exhausted cell  recovery exploitation  manganes dioxide  
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