回收金矿无菌废料作建筑骨料

E. Quintero, Carlos Alberto Ríos Reyes, Wilmarie Rios
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摘要

在岩石中发现了成千上万的部分黄金,这使得必须开采大量的岩石才能获得最少数量的黄金。这导致产生大量的固体废物,因为物料的破碎和研磨产生了从块状到砂状和细粒度的废物。这些残留物最终沉积在地表或斜坡上,产生山体滑坡的危险或对土壤造成破坏,另一大部分地面物质最终被倾倒在河流和小溪中,这增加了沉积和重金属沉积的速度。在哥伦比亚,专门用于开采黄金的地区包括大片地区,这造成大量水源受到影响,此外,这些矿山在某些情况下靠近帕拉莫,例如哥伦比亚北部重要的水源桑图尔班帕拉莫。在实地研究中,观察到每天产生6吨无菌废物,这些废物符合用于混凝土混合料的建筑骨料标准。在进行的试验中,发现它可以用于结构混凝土。岩石学和化学分析显示,组成无菌残留物的斜长石、石英和云母中含有大量的二氧化硅。关键词:废物最小化,混凝土,可持续性,采矿,黄金
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Recycling sterile gold mining waste for use as construction aggregate
Gold is found in part by the thousands in rocks, which makes it necessary to mine a large quantity of rock in order to obtain a minimum quantity of gold. This leads to the generation of a significant amount of solid waste product because of the crushing and grinding of the material that generates waste from block size to sandy and fine granulometry. These residues end up as deposits on the surface or slopes that generate the danger of landslides or damage in the soil, another large part of the ground material ends up dumped in rivers and streams, which increases the rate of sedimentation and the deposition of heavy metals. In Colombia, the areas that are dedicated to the exploitation of gold encompass large regions, which generates that a significant amount of water sources are affected, in addition, the mines are in some cases close to the paramos such as the Santurban paramo, an important source of water in the north of Colombia. In the field studies, it was observed that 6 tons of sterile waste is generated per day that meets the standards as a construction aggregate for use in the concrete mix. In the tests carried out it was found that it can be used for structural concrete. Petrographic and chemical analyzes revealed significant silica content from plagioclase, quartz, and micas that make up the sterile residue. KeywordWaste Minimization, Aggregate Concrete, Sustainability, mining, gold
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