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Dataset of lithium phosphate recovery from a low concentrated lithium-containing solution

机译:从低浓度含锂溶液中回收磷酸锂的数据集

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The lithium-containing solution is also rich in lithium after preparation of lithium carbonate. With the depletion of primary lithium resource, it is necessary to recovery lithium from a low concentrated lithium-containing solution which can solve the shortage of lithium resources and avoid the waste of lithium. In this article, the lithium phosphate is recovered from lithium-containing solution with a concentration of 2 g/L after preparation of lithium carbonate. The results show that by the application of ultrasound, the lithium recovery rate can be increased. The concentration of lithium is less than 0.3 g/L after preparation of lithium phosphate. For lithium carbonate recovery by ultrasound, please refer to the full length article entitled “Lithium carbonate recovery from lithium-containing solution by ultrasound assisted precipitation”,https://doi.org/10.1016/j.ultsonch.2018.12.025(Chunlong Zhao et?al., 2019) [1].
机译:制备碳酸锂后,含锂溶液也富含锂。随着一次锂资源的枯竭,有必要从低浓度的含锂溶液中回收锂,这可以解决锂资源的短缺,避免锂的浪费。在本文中,制备碳酸锂后,从浓度为2 g / L的含锂溶液中回收磷酸锂。结果表明,通过超声波的应用,可以提高锂的回收率。制备磷酸锂后,锂的浓度小于0.3 g / L。有关通过超声回收碳酸锂的详细信息,请参见标题为``通过超声辅助沉淀从含锂溶液中回收碳酸锂''的全文,https://doi.org/10.1016/j.ultsonch.2018.12.025(赵春龙et al。,2019)[1]。

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