找矿确定锰矿体的二次矿床

M. F. Ishak, M. Zolkepli, S. Daud, N. S. Mohd Zin, M.F. Mohamad Talhah
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引用次数: 0

摘要

锰矿是最重要的矿产品之一,在炼钢中具有不可替代性。随着锰矿需求量的增加,在进行大规模的矿山开发投资之前,对锰矿进行勘查是必不可少的。本研究的目的是通过勘探拉唐Sungai Terah Gua Musang,面积40.5公顷,确定二次锰的含量。本区位于二叠系主导带附近,西南发育深成火成岩花岗岩,千层岩、板岩、页岩发育,砂岩、片岩次之。发现的重要次生矿物是氧化锰或软锰矿。勘探方法为试坑(TP)开挖和钻孔(BH)钻探。TP和BH的位置是根据现场的异常数据和露头和巨石确定的。13个TP取样结果表明,TP最深的深度为4.0 m,最浅的深度为3.6 m。tp06锰矿最厚为0.4 m。位于BH1西北方向的TP 01在3.8 m深度处锰品位最高,为54.3%。BH土为12.0米深,含粉质粘土和砂砾。为了得到具有代表性的试验结果,在试验前取BH土进行均质处理。XRF分析表明,其中锰矿的含量为55.90%,其次是氧化硅,含量为21.74%,其次是铝,含量为14.32%。估计锰矿储量为157,545吨,其中锰矿开采作业的寿命估计仅为10.375个月。即使质量很高,但仍然没有到达矿体。可以得出结论,该地区不适合商业生产锰矿石,在该地区进行开采肯定会增加经营风险,对潜在盈利能力产生负面影响。根据该地区估计的矿石储量计算的采矿收入预计不包括勘探营运资金、物业购置成本、矿山开发成本(包括开发钻井)和基础设施开发(如道路、公用事业、工厂和设备成本,包括采矿设备、磨机和加工设备以及建筑、结构等)等成本。
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Exploration of Secondary Deposit to Determine Manganese Ore Body
Manganese ore is one of the most critical mineral commodities and irreplaceable in steelmaking. With the high demand for manganese ore, exploration to find manganese ore deposits is essential before large investments in mine development. The purpose of this study is to determine the content of secondary manganese through exploration in Ladang Sungai Terah Gua Musang with an area of 40.5 hectares. The area is located near the Permian -dominated zone which can be observed during plutonic igneous granites in the southwest and in the presence of phyllite, slate and shale with subordinate sandstone and schist. The significant secondary mineral found is manganese oxide or pyrolusite. The exploration method is by excavating the trial pit (TP) and bore hole (BH) drilling. The location of TP and BH are determined from anomalies data and outcrop and boulders presence at site. Results that obtained from the thirteen TP sampling showed that the deepest TPs are excavated at 4.0 meter depth and the shallowest depth was at 3.6 meter depth. The thickest manganese ore was at 0.4 meter for TP 06. The highest-grade manganese was 54.3% at 3.8 meter depth of TP 01 located at north-west from BH1. The BH soil which obtained at 12.0 meter depth with silt clay and the presence of sand gravel. The BH soil was taken and homogenised prior testing in order to get representative result. The XRF analysis shown that the manganese ore was found at 55.90 % and second highest mineral was silica oxide which was 21.74 % followed by aluminium at 14.32 %. The calculation of manganese ore reserves was estimated at 157,545 tonnes of which the lifespan of manganese mining operations was estimated at only 10.375 months. Even the quality was high but it still not reaching the ore body It can be concluded that this area is not economical for commercial production of manganese ore and by pursuing this area will surely contribute to business risks, negatively impacting on potential profitability. Mining revenue calculated from estimated ore reserved in this area is not expected to cover costs such as the exploration working capital, property acquisition costs, mine development costs including development drilling and infrastructure development such as roads, utilities, plant and equipment costs which include mining equipment, mill and processing equipment and building, structure and many more.
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