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Research on mineral processing technology of bauxite based on Banzhuyuan deposit in the Central Guizhou

机译:基于贵州市中部Banzhuyuan矿床的铝土矿矿产处理技术研究

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摘要

Guizhou has a rich bauxite resources, including a part reserves of poor bauxite. Based on a series of the past positive flotation and reverse flotation condition test, we found the reverse flotations are better to improve alumina- silica ratio. In this study, we collected the fresh ore samples in several mining areas in Central Guizhou. And bauxite sintering dissolution tests show that A1_2O_3 dissolution rate is high after the bauxite ingredients sintering, 1# sample and 2# sample dissolution rates are much higher than the flotation recoveries, and because aluminum silicon ratio of 2# sample is a little higher, the dissolution rate can reach 75.64%. The test results show that positive flotation is not fit for poor bauxite, reverse flotation process can obtain a certain effect, and the sintering aluminum process can fully recycle the useful minerals.
机译:贵州拥有丰富的铝土矿资源,包括贫困铝土矿的零件储量。 基于一系列过去的正浮选和反向浮选条件测试,我们发现反向浮选更好地提高氧化铝比例。 在这项研究中,我们在贵州市中心的几个采矿区收集了新鲜矿石样本。 铝土矿烧结溶出试验表明,在铝土矿成分烧结后,1-2O_3溶出速率高,1#样品和2#样品溶解速率远高于浮选回收率,因为2#样品的铝硅比有点高,因此 溶出速率可达到75.64%。 测试结果表明,正浮选不适合较差的铝土矿,反向浮选过程可以获得一定效果,烧结铝工艺可以完全再循环有用的矿物质。

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