首页> 外文期刊>Journal of Korean Institute of Metal and Materials >The Optimum Condition Analysis of Vanadium Solvent Extraction by Alamine336 from the Synthetic Vanadium Sulfate Solution
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The Optimum Condition Analysis of Vanadium Solvent Extraction by Alamine336 from the Synthetic Vanadium Sulfate Solution

机译:合成硫酸钒溶液中Alamine336萃取钒溶剂的最佳条件分析

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The solvent extraction process for the recovery of vanadium from leaching solution of SCR(selective catalytic reduction) spent catalyst was investigated by using Alamine336 as an extractant. The effects of experimental conditions, such as initial pH and concentration of sulfate ion, and ammonia concentration of stripping solution were studied. The extraction percentage of vanadium were increased with the increase of initial pH of leaching solution and decreased with the increase of sulfate ion. More than 99 percent of vanadium in leaching solution were extracted and stripped at the A/O ratio of 1.0 in 2 stages. On the basis of these results, an optimum solvent extraction process which vanadium was effectively recovered from SCR spent catalyst was proposed.
机译:以Alamine336为萃取剂,研究了从SCR浸出催化剂(选择性催化还原)废液中回收钒的溶剂萃取工艺。研究了初始pH,硫酸根离子浓度,汽提液氨浓度等实验条件的影响。钒的浸出率随浸提液初始pH值的增加而增加,随硫酸根离子的增加而降低。浸出溶液中99%以上的钒在2个阶段中以1.0的A / O比被萃取并汽提。基于这些结果,提出了从SCR废催化剂中有效回收钒的最佳溶剂萃取工艺。

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