过氧化氢浓度对氰化尾矿解毒的影响

Gustavo Raul Fernandez Essenwanger, Walter Moreno Eustaquio
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引用次数: 0

摘要

本研究的目的是比较过氧化氢浓度为50%和70%两种处理氰化尾矿的效果。采用统计工具ANOVA和tukey方法来确定两种处理的差异和相似性。该研究在两列火车上进行,每列火车由5个水箱组成,随机处理(DCA) 21小时,每小时从每个水箱中获取一次氰化物样本。结果表明:70%过氧化氢处理具有较高的氰化物去除率(0.05 ppm)、较低的溶剂耗量(975 kg)和较低的耗率(0.58 kg/m3),节约溶剂36%;方差分析表明,过氧化氢浓度与氰化物去除率之间存在显著影响,并且两种处理的脱毒时间与最终氰化物浓度之间没有关系。总而言之,70%的过氧化氢处理可以有效去除氰化物,符合秘鲁现行法律规定的最大允许排放限值。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Influencia de la concentración de peróxido de hidrógeno enla detoxificación de relaves mineros cianurados
This research aims to compare two treatments for detoxification of cyanide mine tailings using hydrogen peroxide, the first one with a concentration of 50% and the second one with a concentration of 70%. The statistical tool ANOVA was used, together with the tukey method, to determine the differences and similarities of both treatments. The study was carried out in two trains composed of five tanks each, the treatment was randomized (DCA) for a period of 21 hours, obtaining a cyanide sample from each tank every hour. The results showed that the 70% peroxide treatment provides higher cyanide removal (<0.05 ppm), lower solvent consumption (975 kg) and lower consumption ratio (0.58 kg/m3), also, a solvent saving of 36% was obtained; the ANOVA analysis showed a significant influence between the peroxide concentration and cyanide removal, and also, that there is no relationship between the detoxification time and the final cyanide concentration for both treatments. In sum, the 70% peroxide treatment allows an effective cyanide removal, complying with the maximum permissible limits for its discharge, in accordance with the Peruvian legislation in force.
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