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Beneficiation Study on Low-Grade Graphite Ore of Shounter Valley, Azad Kashmir, Pakistan

机译:巴基斯坦Azad Kashmir的低档石墨矿石的私人研究

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摘要

A low-grade graphite ore originating from Kael area, Shounter Valley, Azad Kashmir, assaying 8.90% graphite content was upgraded by froth flotation technique to produce a commercial grade graphite concentrate. Mineral phases present in the ore were identified by using X-ray diffraction (XRD) technique. The variables of flotation process such as particle size of the feed, pH of the pulp, % solids of the pulp, speed of impeller, type and quantity of collecting and frothing agents, conditioning time and froth collecting time were optimized to get maximum grade and recovery of graphite mineral. The pH of the pulp was adjusted with sodium carbonate. Kerosene oil was used as collector while pine oil as frother respectively. Sodium silicate was employed as depressant. The grade of the final graphite concentrate produced was 85.80% C with overall recovery of 86.00%. Its surface morphology was studied using SEM-EDX technique while grain size by laser particle size analyzer.
机译:源自Kael地区的低级石墨矿石,Azad Kashmir,Azad Kashmir,通过泡沫浮选技术升级了8.90%石墨含量,以生产商业级石墨浓缩物。 通过使用X射线衍射(XRD)技术来鉴定矿石中存在的矿物相。 浮选过程的变量如饲料的粒度,纸浆的pH值,纸浆的%固体,叶轮的速度,收集和泡沫代理的速度,调节时间和泡沫收集时间被优化以获得最大成绩和 石墨矿物质恢复。 用碳酸钠调节纸浆的pH。 煤油油分别用作收集器,同时分别为松油。 硅酸钠用作抑制剂。 所产生的最终石墨浓缩物的等级为85.80%C,总回收率为86.00%。 使用SEM-EDX技术研究了其表面形态,而激光粒度分析仪的晶粒尺寸。

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