从埃及东南部沙漠Gabal El-Faliq花岗岩中提取稀土精矿制备高纯Y2O3

D. Zaki
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引用次数: 0

摘要

本文旨在研究地质矿石的选矿特性,制备出适合回收高纯氧化钇精矿的浸出液。采用硫酸铵焙烧法对研究地质矿石进行焙烧,选择性地回收了88.6%的稀土元素。研究了几种焙烧参数,以优化稀土的选择性溶解。由于,从上述结果可以得出结论,从Gabal (G.)中获得的ree的最大溶解效率为%。采用(NHR4R)R2RSOR4R焙烧El-Faliq矿石,料剂比为1/2,焙烧时间为2h。烘烤温度:600°C。用2M TBP /煤油在pH = 1.5条件下,以2M TBP /煤油为接触时间9 min, O/A比为1/1,可回收制备的RE(NOR3R)R3R溶液中91%的Y含量。在A/O比为2/1、接触时间为25 min的条件下,利用3M HR2RSOR4R再生负载Y的98%以上。后者经草酸盐沉淀制备出高纯度的yr2ror3r。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Preparation of Highly Pure Y2O3 from Rees Concentrate of Gabal El-Faliq Granitoid Rocks, South Eastern Desert, Egypt.
The present work aims to study the processing characteristics of the geologic ore material under consideration to prepare leach liquor suitable for the recovery of highly pure Y oxide concentrate. Ammonium sulfate roasting method was applied upon the study geologic ore material and selectively recovers 88.6% of total REEs. Several roasting parameters were investigated to optimize the selective dissolution of REEs. Since, from the foregoing results, it can be concluded that, the maximum dissolution efficiency, % of REEs from Gabal (G.) El-Faliq ore material by roasting with (NHR4R)R2RSOR4R was conducted at Solid/Reagent ratio: 1/2, Roasting time: 2 hrs. and Roasting temperature: 600°C. From the latter, 91% of Y content from prepared RE(NOR3R)R3R solution using 2M TBP, has been recovered at pH of 1.5 by using 2M of TBP / Kerosene for 9 min. as contact time and O/A ratio of 1/1. More than 98% of the loaded Y was regenerated using 3M HR2RSOR4R at A/O ratio of 2/1 and contact time of 25 min. From the latter, highly pure YR2ROR3 Rwas prepared after oxalate precipitation.
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