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A platform for research: civil engineering, architecture and urbanism
Underground water recharge treatment system, construction method and mine water recharge method
The invention discloses an underground water recharge treatment system, a construction method and a mine water recharge method. By analyzing the recharge parameters such as the geology and the hydrology geology of an earth surface soil layer and deep aquifers of a mine area, the overall design of using the earth surface and the deep aquifers for recharge and storage of mine well water is proposed,contamination components generated in the coal production process are effectively removed, the quality of mine water is purified, separated recycling of mine water resources is promoted, storage of the mine water resources in the deep aquifers is achieved, earth surface invalid evaporation is reduced, underground water resources are protected, the earth surface and the aquifers are fully utilized, the engineering construction cost of mine water treatment facilities is reduced, and finally the mine water resources of mine area well work coal mines in the arid and semi-arid area are protected to the maximum extent.
本发明公开了一种地下水回灌处理系统、施工方法及矿井水回灌方法，通过对矿区地表土壤层和深部含水层地质、水文地质等回灌参数进行分析，提出了利用地表层处理和深层含水层回灌储存矿井水的总体设计，煤炭生产过程中产生的污染组分得到了有效去除，净化了矿井水水质，促进了矿井水资源分质回用，实现了矿井水资源的深部含水层的储存，减少地表无效蒸发，保护地下水资源，充分利用了地表层和含水层，减少矿井水处理设施的工程建设费用，最终实现最大程度地保护干旱半干旱矿区井工煤矿的矿井水资源。
Underground water recharge treatment system, construction method and mine water recharge method
The invention discloses an underground water recharge treatment system, a construction method and a mine water recharge method. By analyzing the recharge parameters such as the geology and the hydrology geology of an earth surface soil layer and deep aquifers of a mine area, the overall design of using the earth surface and the deep aquifers for recharge and storage of mine well water is proposed,contamination components generated in the coal production process are effectively removed, the quality of mine water is purified, separated recycling of mine water resources is promoted, storage of the mine water resources in the deep aquifers is achieved, earth surface invalid evaporation is reduced, underground water resources are protected, the earth surface and the aquifers are fully utilized, the engineering construction cost of mine water treatment facilities is reduced, and finally the mine water resources of mine area well work coal mines in the arid and semi-arid area are protected to the maximum extent.
本发明公开了一种地下水回灌处理系统、施工方法及矿井水回灌方法，通过对矿区地表土壤层和深部含水层地质、水文地质等回灌参数进行分析，提出了利用地表层处理和深层含水层回灌储存矿井水的总体设计，煤炭生产过程中产生的污染组分得到了有效去除，净化了矿井水水质，促进了矿井水资源分质回用，实现了矿井水资源的深部含水层的储存，减少地表无效蒸发，保护地下水资源，充分利用了地表层和含水层，减少矿井水处理设施的工程建设费用，最终实现最大程度地保护干旱半干旱矿区井工煤矿的矿井水资源。
Underground water recharge treatment system, construction method and mine water recharge method
一种地下水回灌处理系统、施工方法及矿井水回灌方法
YANG JUNZHE (author) / GUO YANGNAN (author) / CHANG JIANHONG (author) / PAN JIN (author) / YANG MAOLIN (author) / LI GUOQING (author)
2020-09-25
Patent
Electronic Resource
Chinese
IPC:
E03B
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INSTALLATIONS OR METHODS FOR OBTAINING, COLLECTING, OR DISTRIBUTING WATER
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