首页> 外文会议>EPD congress;TMS annual meeting exhibition >OPTIMAL LEACHING ON HYDROMETALLURGICAL PROCESS OF RECYCLING BATTERIES USING LESS ENERGY AND REACTANTS
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OPTIMAL LEACHING ON HYDROMETALLURGICAL PROCESS OF RECYCLING BATTERIES USING LESS ENERGY AND REACTANTS

机译:利用较少能量和反应物对回收电池的水热过程进行优化

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The increasing amount of portable devices and their fast obsolescence generates an increasing quantity of discarded batteries. The recycling process of discarded batteries allows the recovery of metals for further use and avoids the contamination of soil and water. Even though there are several researches on the topic, few papers focus on mixed batteries. The purpose of this work is to characterize a mass of collected mixed batteries and study the hydrometallurgical process of recycling. The specific leaching parameters studied were pH, temperature and reduction potential. The specific goal was testing the selectivity of pH for leaching each metal. The results show that the optimal leaching occurs in acid solutions with negative pH at 1M of sulfuric acid and at room temperature (25°C).
机译:越来越多的便携式设备及其快速淘汰导致越来越多的废弃电池。废弃电池的循环利用过程可以回收金属以备进一步使用,并且避免了土壤和水的污染。尽管对此主题进行了许多研究,但很少有论文关注混合电池。这项工作的目的是表征大量收集的混合电池并研究湿法冶金回收过程。研究的具体浸出参数为pH,温度和还原电位。具体目标是测试pH对浸出每种金属的选择性。结果表明,最佳浸出发生在1M硫酸和室温(25°C)下pH值为负的酸性溶液中。

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