富铼渣浸出工艺改进试验研究
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1.西北矿冶研究院冶金新材料研究所, 甘肃 白银 730900 ; 2.甘肃省有色金属冶炼新工艺及伴生稀散金属高效综合利用重点实验室, 甘肃 白银 730900 ; 3.白银有色集团股份公司铜业公司, 甘肃 白银 730900

作者简介:

邵传兵(1975—),男,四川崇州人,大专,高级工程师,主要从事重有色金属冶炼资源综合回收和技术咨询工作。

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TF841.8;TF811

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Experimental research on improvement of leaching process of rich rhenium slag
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    摘要:

    针对某铜业公司铼酸铵回收系统铼浸出率不高及产品铼酸铵品位较低的现实情况,将原有的高酸氧化浸出改为单一双氧水体系氧化浸出,采取实验室小型试验研究方式,进行富铼渣浸出工艺改进试验研究。试验结果表明:在双氧水用量400mL/100g渣、时间120min、浸出温度70℃条件下,浸出液中铼的浓度可达1988mg/L,相较原有生产工艺,铼浸出率得到大幅提高,平均达到90%以上;同时杂质铋、砷的浓度分别从110~150mg/L和260~400mg/L下降到33.62mg/L和14.35mg/L,杂质浸出明显降低。

    Abstract:

    In view of the fact that the rhenium leaching rate of the ammonium rhenate recovery system is not high and the product ammonium rhenate grade is low, a copper industry company adopts a small-scale laboratory research method to conduct an experimental study on the improvement of the leaching process of the rich rhenium slag,in which, the original high acid oxidation leaching was changed to a single hydrogen peroxide system oxidation leaching. The results show that the concentration of rhenium in the leaching solution can reach 1988mg/L under the conditions of 400mL/100g slag, reaction time 120min and leaching temperature of 70℃. Compared with the original production process, the leaching rate of rhenium is greatly improved, reaching an average of over 90%. At the same time, the impurity concentrations of bismuth and arsenic decreased from 110~150mg/L and 260~400mg/L to 33.62mg/L and 14.35mg/L, respectively, and the leaching of impurities was significantly reduced.

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邵传兵, 腾志功, 鲁兴武, 等. 富铼渣浸出工艺改进试验研究[J]. 中国有色冶金, 2021, 50(3): 91-94.

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  • 收稿日期:2020-11-26
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  • 在线发布日期: 2025-12-24
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