A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Mine water treatment method
The invention belongs to the field of mine water treatment, and provides a mine water treatment method. The mine water treatment method comprises the following steps that a position at the ground is selected, an exploration hole is drilled, and the hole is finished in a recharge target layer; and a rock core and a water sample is sampled through the exploration hole, and the water injection property of the recharge target layer is determined according to the sampling analysis result; it is determined that the recharge target layer has a water injection property, and a water injection hole is formed on the position, located near the exploration hole, of the ground; and the mine water is poured back to the recharge target layer through the exploration hole and the water injection hole. According to the method, the mine water can be continuously injected into the deep recharge target layer, the safe, effective and low-consumption harmless treatment of the mine water is achieved.
本发明涉及矿井水处理领域，提供矿井水处理方法。该矿井水处理方法包括步骤：在地面选择位置，钻设探查孔，并终孔于回灌目标层；通过探查孔进行岩芯及水样取样，并根据取样分析结果确定回灌目标层的可注水性；确定回灌目标层具有可注水性，在地面且位于所述探查孔附近的位置，开设注水孔；通过探查孔及注水孔将矿井水回灌至回灌目标层。本发明能够实现可持续将矿井水注入到深部的回灌目标层中，实现矿井水安全、有效、低耗的无害化处理。
Mine water treatment method
The invention belongs to the field of mine water treatment, and provides a mine water treatment method. The mine water treatment method comprises the following steps that a position at the ground is selected, an exploration hole is drilled, and the hole is finished in a recharge target layer; and a rock core and a water sample is sampled through the exploration hole, and the water injection property of the recharge target layer is determined according to the sampling analysis result; it is determined that the recharge target layer has a water injection property, and a water injection hole is formed on the position, located near the exploration hole, of the ground; and the mine water is poured back to the recharge target layer through the exploration hole and the water injection hole. According to the method, the mine water can be continuously injected into the deep recharge target layer, the safe, effective and low-consumption harmless treatment of the mine water is achieved.
本发明涉及矿井水处理领域，提供矿井水处理方法。该矿井水处理方法包括步骤：在地面选择位置，钻设探查孔，并终孔于回灌目标层；通过探查孔进行岩芯及水样取样，并根据取样分析结果确定回灌目标层的可注水性；确定回灌目标层具有可注水性，在地面且位于所述探查孔附近的位置，开设注水孔；通过探查孔及注水孔将矿井水回灌至回灌目标层。本发明能够实现可持续将矿井水注入到深部的回灌目标层中，实现矿井水安全、有效、低耗的无害化处理。
Mine water treatment method
矿井水处理方法
ZHU KAICHENG (author) / YAN JIA (author) / XIAO XIONGFEI (author) / DU JINLONG (author) / ZHAO YUE (author)
2020-06-19
Patent
Electronic Resource
Chinese
IPC:
E03B
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