Alteration and Mineralization in the Coppo Village, Barru District, South Sulawesi Province

Muhamad Hardin Wakila, N. Jafar, Agung Fiqriansyah
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Abstract

Hydrothermal alteration can be used to interpret and identify undiscovered mineralization, and can lead to the discovery of such mineralization. In the research area, it was found that there were outcrops that were altered with the physical characteristics of weathered outcrops. The research location is in the Camba Formation of Volcano Rock Members, and there are indications of sulfide mineralization, megascopically this study took 3 (three) alteration samples, selected based on the differences in color and texture of the rocks found. Samples we reanalyzed to determine alteration mineral assemblages using petrographic and XRD analysis methods, then to determine the type of alteration in sulfide deposits in the study area using the classification by Corbett and Leach, 1996. The results of the petrographic analysis showed that sample 1 consisted of chlorite, epidote, quartz and mineral assemblages. opaque minerals, sample 2 consists of plagioclase minerals, kfeldspar, clay minerals and quartz, sample 3 consists of epidote minerals, calcite and opaque minerals. The results of the XRD analysis showed that sample 1 consisted of the minerals quartz, chlorite, epidote and pyrite, sample 2 consisted of the minerals kaolinite, illite and pyrite, sample 3 consisted of the minerals quartz, chlorite, dolomite, epidote and auricuprite. The results of the analysis of alteration minerals assemblages were classified using Corbett and Leach, 1996 and it was found that the types of alteration in the research area were propylitic and argillic alteration types.
南苏拉威西省巴鲁地区Coppo村蚀变与成矿作用
热液蚀变可以用来解释和识别未发现的矿化,并可能导致此类矿化的发现。在研究区内发现了风化露头物性蚀变的露头。研究位置在火山岩段坎巴组,有硫化物矿化迹象,宏观上,本研究根据所发现岩石的颜色和质地差异进行了3个蚀变样品的选择。我们利用岩石学和XRD分析方法对样品进行重新分析,以确定蚀变矿物组合,然后利用Corbett和Leach 1996年的分类方法确定研究区域硫化物矿床的蚀变类型。岩石学分析结果表明,样品1由绿泥石、绿帘石、石英和矿物组合组成。不透明矿物,样品2由斜长石矿物、钾长石、粘土矿物和石英组成,样品3由绿帘石矿物、方解石和不透明矿物组成。XRD分析结果表明,样品1由矿物石英、绿泥石、绿帘石和黄铁矿组成,样品2由矿物高岭石、伊利石和黄铁矿组成,样品3由矿物石英、绿泥石、白云石、绿帘石和金铜矿组成。利用Corbett和Leach, 1996对蚀变矿物组合分析结果进行了分类,发现研究区蚀变类型为丙基型和泥质型。
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