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Development of a Method for Cobalt Recovery from Cobalt Ore

机译:从钴矿石中升高钴恢复方法的发展

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The mineralogical composition of the cobalt ore from the Dashkesan deposit is determined. The process of cobalt leaching with solutions of hydrochloric and sulfuric acids is studied. The leaching of cobalt with solutions of hydrochloric (7 and 20%) and sulfuric (up to 2 N) acids is incomplete, because the ore contains poorly soluble minerals of cobalt and silicate compounds (the recovery of cobalt with hydrochloric acid is 77.4% and that with sulfuric acid is 76.7%). Ore processing using sulfating roasting followed by leaching with water is proposed. The mechanism of sulfate formation, a sequence of the sulfation of the ore minerals at various temperatures, and the degree of recovery of the minerals are studied. The degree of recovery of cobalt reaches 85% for leaching of the ore sulfated at 700°C.
机译:确定来自达克斯坦沉积物的钴矿石的矿物质组成。 研究了与盐酸和硫酸溶液的钴浸出的方法。 盐酸溶液(7和20%)和硫酸溶液(最多2N)酸溶液的浸出是不完全的,因为矿石含有钴和硅酸盐化合物的可溶性矿物质(盐酸钴的回收率为77.4% 用硫酸为76.7%)。 提出了利用硫酸化烘焙的矿石加工,然后用水浸出。 研究了硫酸盐形成的机制,各种温度下的矿石矿物质的序列,以及矿物质的回收程度。 钴的回收程度达到85%,以在700℃下浸出矿石的浸出。

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