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METHOD OF COMBINED DEVELOPMENT OF GOLD DEPOSITS FROM PLACER DEPOSITS AND TECHNOLOGICAL MINERAL FORMATIONS

机译:矿床与技术成矿联合开发金矿的方法

摘要

FIELD: mining.;SUBSTANCE: invention relates to the technology of development of gold-bearing placers and can be used in the development of natural placer deposits mainly with fine, fine and dispersed gold and man-made mineral formations. Method of combined development of gold deposits from alluvial and technogenic mineral formations includes the opening of the deposit with the subsequent advanced clearing recess of balance sands and the formation of workings with local extraction of gold-bearing mineral mass with a high content of valuable components, drilling injection wells between workings, supplying primary activated gold leaching solutions through them into the remaining low-producing formation, the production of productive solutions from them by standing in a low-productive formation, the collection of productive solutions through drainage, the subsequent extraction of gold to the sorbent. After the discovery of a deposit, gravitational processing of balance sands is carried out. After the first stage of gravitational processing part of the balance sands and the formation of workings tailings washing balance sands with fine fractions of underexploited fine and lamellar gold and the tails of placer gravitational processing are placed in a hydroinsulated central generation zone, along the perimeter of which a separating hydroinsulated dam with a drainage window of sorption cassettes is formed, which mates with a hydroinsulated section of the stock of the mother liquors. In parallel with the subsequent stage of gravitational processing of part of the balance sand, the solutions with active oxidizing agents for placer minerals are pumped into injection wells drilled to the low-productive formation bed, and then, after a technological pause, solutions containing gold leaching reagents. Productive solutions are collected from a low-productive formation through their drainage in the direction of the nearest workings to the intermediate zone located in front of the dividing hydro-insulated dam and having hydro-insulated bridges and a hydro-insulated bottom. After the accumulation of productive solutions above the level of the upper edge of the separating hydro-insulated dam, the supply of productive solutions to the hydro-insulated central production zone with leaching tails of washing balance sands and tails of placer gravitational treatment is carried out, passing through the drainage window of the sorption cassettes, the waterproofing section of the stock of the mother liquor to the external sorption columns associated with the capacity of the primary activated gold leaching solutions. Capacity of solutions with active oxidizing agents is associated with injection wells and a hydroinsulated central generation area.;EFFECT: increase technological and environmental efficiency of development.;1 cl, 2 dwg
机译:技术领域本发明涉及含金砂矿的开发技术,可用于开发主要具有细,细,分散金和人造矿层的天然砂矿矿床。从冲积和成矿矿物地层中联合开发金矿床的方法包括:先打开矿床,再进行天平砂的高级清理凹​​进,以及通过局部提取含金矿物质和有价值的成分的方法开采金矿,在各作业之间钻进注水井,将主要的活性金浸出溶液通过它们供应到剩余的低产地层中,通过站在低产地层中从中生产生产性溶液,通过排水收集生产性溶液,随后提取黄金吸附剂。在发现沉积物之后,对天平砂进行重力处理。在重力处理的第一阶段之后,将部分天平砂和形成的尾矿尾渣洗净,将未开发的细金矿和层状金的细小部分以及剩余的砂矿重力矿砂沿着水汽轮辋的周边放置在一个水绝缘的中央生成区中。形成一个带有吸附盒排放窗口的分离的水绝缘坝,该水绝缘坝与母液原料的水绝缘部分相配合。在部分重力砂的重力处理的后续阶段中,将用于砂矿矿物的具有活性氧化剂的溶液泵入钻入低产地层的注入井中,然后在技术暂停后,将含金溶液浸出试剂。生产性溶液是从低生产性地层中通过它们的排水而收集的,这些排放物沿最近的工作方向流向位于分隔的水绝缘大坝前面的中间区域,该中间区域具有水绝缘桥和水绝缘底部。在分离式储水坝上部边缘以上积累了生产性溶液后,向具有洗涤平衡砂浸出尾和砂矿重力处理尾流的水绝缘中央生产区供应生产性溶液。通过吸附盒的排放窗口,母液原料的防水部分到达与主要的活化金浸出液容量相关的外部吸附塔。具有活性氧化剂的溶液的容量与注入井和水绝缘的中央发电区有关。效果:提高开发的技术和环境效率; 1 cl,2 dwg

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