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Application of different collectors in the flotation concentration of feldspar, mica and quartz sand

机译:不同捕收剂在长石,云母和石英砂浮选中的应用

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摘要

The potential application of different cation collectors in the flotation concentration of mica, feldspar and quartz sand has been investigated. Raw materials (Bujanovac and Ub) from two localities in Serbia were used. The results showed that for flotation of feldspars, Aero 3030C performed better than Flotigam DAT. Aero 3030C was more selective, and with its application a higher mass recovery of feldspar was obtained. In particular, the mass recovery of feldspar was 19.58 percent when Aero 3030C was applied and 7.58 percent when Flotigam DAT was used. However, the chemical compositions of the feldspar concentrates were not significantly different no matter which of these reagents was used. For the flotation of impurities from quartz sand, Aero 3030C was better than a combination of R 825 and Armak C. When Aero 3030C was used, a higher quality of quartz sand concentrate was obtained than when a combination of these collectors was applied. The mass recovery of quartz sand was almost the same: 64.47 percent when Aero 3030C was used and 61.72 percent when a combination of Aero 825 and Armac C was used.
机译:研究了不同阳离子捕集剂在云母,长石和石英砂浮选中的潜在应用。使用了来自塞尔维亚两个地方的原材料(Bujanovac和Ub)。结果表明,对于长石浮选,Aero 3030C的性能优于Flotigam DAT。 Aero 3030C具有更高的选择性,并且通过其应用,可以获得更高的长石质量回收率。特别是,使用Aero 3030C时长石的质量回收率为19.58%,使用Flotigam DAT时为7.58%。但是,无论使用哪种试剂,长石精矿的化学组成均无显着差异。为了从石英砂中浮选出杂质,Aero 3030C优于R 825和Armak C的组合。当使用Aero 3030C时,与使用这些收集器的组合相比,可以获得更高质量的石英砂精矿。石英砂的质量回收率几乎相同:使用Aero 3030C时为64.47%,使用Aero 825和Armac C组合时为61.72%。

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