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A platform for research: civil engineering, architecture and urbanism
Mine water resource pollution monitoring and ecological management method
The invention discloses a mine water resource pollution monitoring and ecological management method. The method comprises the following steps that S1, a plurality of layers of drainage pipelines are buried, and water resource monitoring modules are correspondingly arranged and connected at the drainage pipelines; S2, the drainage pipelines are in liquid connection with a sewage disposal device, and a water outlet of the sewage disposal device communicates with a reservoir; S3, a mine slope is trimmed into a plurality of platform areas from top to bottom, the top faces of the platform areas incline by 10-15 degrees towards the direction of the inner side of a mine, baffles are arranged outside the platform areas, and the baffles are provided with spray heads communicating with the reservoir; S4, soil of the platform areas is deeply ploughed, and is doped with fermented decomposed soil with grass seeds and biomass strip bags; S5, transition vegetation hanging devices are arranged at thetop ends of the platform areas; S6, water storage vegetation blocks are arranged at the other ends of anchor rods to form a water storage vegetation block net; and S7, after 10-12 months, shrubs are transplanted to the open space between every two adjacent anchor rods. According to the mine water resource pollution monitoring and ecological management method, water and soil pollution and mine slope landslide are effectively avoided.
本发明公开了一种矿区水资源污染监测及生态治理方法，包括以下步骤：步骤一、埋设多层排水管道，排水管道处分别设置连接水资源监测模块；步骤二、排水管道均与污水处理装置液体相通；污水处理装置的出水口连通至蓄水池；步骤三、矿区边坡从上之下修整为多个平台区，平台区的顶面向矿区内侧方向倾斜10‑15度；平台区外设置挡板，挡板上设置与蓄水池相通的喷头；步骤四、深耕平台区土壤，掺入带有草种的发酵腐熟土壤和生物质条袋；步骤五、平台区的顶端设置过渡植被挂设装置；步骤六、锚杆的另一端设置蓄水植被块，以构成蓄水植被块网；步骤七、10‑12个月后，相邻锚杆之间的空地上移栽灌木。本发明有效避免水土的污染，以及矿区边坡滑坡的发生。
Mine water resource pollution monitoring and ecological management method
The invention discloses a mine water resource pollution monitoring and ecological management method. The method comprises the following steps that S1, a plurality of layers of drainage pipelines are buried, and water resource monitoring modules are correspondingly arranged and connected at the drainage pipelines; S2, the drainage pipelines are in liquid connection with a sewage disposal device, and a water outlet of the sewage disposal device communicates with a reservoir; S3, a mine slope is trimmed into a plurality of platform areas from top to bottom, the top faces of the platform areas incline by 10-15 degrees towards the direction of the inner side of a mine, baffles are arranged outside the platform areas, and the baffles are provided with spray heads communicating with the reservoir; S4, soil of the platform areas is deeply ploughed, and is doped with fermented decomposed soil with grass seeds and biomass strip bags; S5, transition vegetation hanging devices are arranged at thetop ends of the platform areas; S6, water storage vegetation blocks are arranged at the other ends of anchor rods to form a water storage vegetation block net; and S7, after 10-12 months, shrubs are transplanted to the open space between every two adjacent anchor rods. According to the mine water resource pollution monitoring and ecological management method, water and soil pollution and mine slope landslide are effectively avoided.
本发明公开了一种矿区水资源污染监测及生态治理方法，包括以下步骤：步骤一、埋设多层排水管道，排水管道处分别设置连接水资源监测模块；步骤二、排水管道均与污水处理装置液体相通；污水处理装置的出水口连通至蓄水池；步骤三、矿区边坡从上之下修整为多个平台区，平台区的顶面向矿区内侧方向倾斜10‑15度；平台区外设置挡板，挡板上设置与蓄水池相通的喷头；步骤四、深耕平台区土壤，掺入带有草种的发酵腐熟土壤和生物质条袋；步骤五、平台区的顶端设置过渡植被挂设装置；步骤六、锚杆的另一端设置蓄水植被块，以构成蓄水植被块网；步骤七、10‑12个月后，相邻锚杆之间的空地上移栽灌木。本发明有效避免水土的污染，以及矿区边坡滑坡的发生。
Mine water resource pollution monitoring and ecological management method
矿区水资源污染监测及生态治理方法
CHEN YOUKUO (author) / GAO SHANFENG (author) / ZHU LIN (author) / WANG JIANHUA (author)
2020-06-09
Patent
Electronic Resource
Chinese
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