首页> 外文期刊>Bulletin of the Korean Chemical Society >Separation of Rh(III) from the Mixed Chloride Solutions Containing Pt(IV) and Pd(II) by Extraction with Alamine336
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Separation of Rh(III) from the Mixed Chloride Solutions Containing Pt(IV) and Pd(II) by Extraction with Alamine336

机译:铝胺萃取从含Pt(IV)和Pd(II)的混合氯化物溶液中分离Rh(III)

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Solvent extraction experiments of Pt(IV), Pd(II) and Rh(III) by Alamine336 were performed from the mixed chloride solutions. In the HCl concentration range from 1 to 5 M, most of Pt and Pd were extracted from the mixed solutions. However, the extraction percentage of Rh was much smaller than that of Pt and Pd. Lower concentration of Alamine336 in strong HCl solution led to higher separation factor of Rh from Pt and Pd. Adding SnCl2 to the mixed solutions increased the extraction percentage of Rh, while the extraction percentage of Pt and Pd was little affected. Our results showed that selective separation of Rh or coextraction of the three platinum group metals from the mixed solution would be possible by adjusting the extraction conditions.
机译:Alamine336从混合氯化物溶液中进行了Pt(IV),Pd(II)和Rh(III)的溶剂萃取实验。在HCl浓度为1-5 M的范围内,大部分Pt和Pd从混合溶液中提取。但是,Rh的萃取率远小于Pt和Pd。在强盐酸溶液中较低的Alamine336浓度会导致Rh从Pt和Pd中分离出来。向混合溶液中添加SnCl2可以增加Rh的萃取率,而Pt和Pd的萃取率几乎不受影响。我们的结果表明,通过调节萃取条件,可以从混合溶液中选择性分离Rh或从混合物中共萃取三种铂族金属。

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