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Solvent extraction of indium(III) from HCl solutions by the ionic liquid (A324H(+))(Cl-) dissolved in Solvesso 100

机译:通过离子液体(A324H(+))(A324H(+))(CL-)溶于索尔瓦索100的溶解铟(III)溶剂萃取铟(III)

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摘要

Indium(III) is extracted from HCl solutions (0.1-6 M HCl) by the ionic liquid (A324H(+))(Cl-). The ionic liquid was generated in a previous reaction of the tertiary amine Hostarex A324 (triisooctyl amine) dissolved in Solvesso 100 with 1 M HCl solution. The metal extraction was investigated under various experimentalconditions: equilibration time, temperature, metal and HClconcentrations in the aqueous solution and ionic liquid concentration in the organic solution. Experimental results suggested that the indium extraction is due to an anionic exchange reaction between the chloride ion of the ionic liquid and the InCl4- of the aqueous solution. The performance of the system was compared against the extraction of other metals in binary solution (indium and accompanying metal) and against other ionic liquids. Indium(III) was stripped from metal-loaded organic solutions by the use of diluted hydrochloric acid solutions, and the precipitation of zero valent indium is possible by a further addition of sodium borohydride to the In-bearing strip solution.
机译:由离子液体(A324H(+))(CL-)从HCl溶液(0.1-6M HCl)中提取铟(III)。在用1M HCl溶液中溶解在溶解于溶解的氨基胺Hostararex A324(三亮胶胺)的先前反应中产生离子液体。在各种实验室中研究了金属提取:在有机溶液中水溶液中的平衡时间,温度,金属和Hclconcentation和离子液体浓度。实验结果表明,铟提取是由于离子液体的氯离子与水溶液的氯化物离子之间的阴离子交换反应。将系统的性能与二元溶液(铟和伴随金属)中的其他金属的提取进行比较,并抵抗其他离子液体。通过使用稀盐酸溶液从金属负载的有机溶液中剥离铟(III),通过将硼氢化钠进一步加入承载条溶液,可以通过进一步添加零价铟的沉淀。

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