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A platform for research: civil engineering, architecture and urbanism
Water system communication system for high-water-level coal mining subsidence area
The invention discloses a high phreatic water level coal mining subsidence area water system communication system which comprises a plurality of subsidence areas, rivers and water users, the rivers and the water users are communicated with the subsidence areas through a first ditch system and a second ditch system respectively, and each subsidence area comprises a subsidence wetland system and a plurality of water accumulation areas located in the subsidence wetland system. The first ditch system is used for introducing water in a river into the ponding area, and the second ditch system is used for introducing water in the ponding area into a water user; the water accumulation area of the subsidence area is communicated with the river, in the dry season, water in the river can be introduced into the water accumulation area, the water existing in the water accumulation area and the water in the river are purified through the purification function of the subsidence wetland system, and then the water in the water accumulation area and the water in the river are purified through the second ditch system. Purified water is introduced into a farmland for agricultural irrigation or a factory for construction water, a subsidence area water resource coordinated development mode integrating purification, water storage, irrigation and flood prevention is formed, and efficient utilization of water resources in a high-water-level mining area is achieved.
本发明公开了一种高潜水位采煤沉陷区水系连通系统，包括若干沉陷区和通过第一沟渠系统和第二沟渠系统分别与沉陷区连通的河流和用水用户，沉陷区包括沉陷湿地系统和位于沉陷湿地系统内的若干积水区，第一沟渠系统用于将河流中的水引入积水区内，第二沟渠系统用于将积水区内的水引入用水用户；本发明通过将沉陷区的积水区与河流连通，当枯水期时，可以将河流中的水引入到积水区当中，并通过沉陷湿地系统的净化功能使得积水区本身存在的水和河流中的水进行净化，进而通过第二沟渠系统，将净化后的水引入农田进行农业灌溉或者工厂进行施工用水，形成了集净化、蓄水、灌溉、防洪一体的沉陷区水资源协调开发模式，实现了高潜水位矿区的水资源高效利用。
Water system communication system for high-water-level coal mining subsidence area
The invention discloses a high phreatic water level coal mining subsidence area water system communication system which comprises a plurality of subsidence areas, rivers and water users, the rivers and the water users are communicated with the subsidence areas through a first ditch system and a second ditch system respectively, and each subsidence area comprises a subsidence wetland system and a plurality of water accumulation areas located in the subsidence wetland system. The first ditch system is used for introducing water in a river into the ponding area, and the second ditch system is used for introducing water in the ponding area into a water user; the water accumulation area of the subsidence area is communicated with the river, in the dry season, water in the river can be introduced into the water accumulation area, the water existing in the water accumulation area and the water in the river are purified through the purification function of the subsidence wetland system, and then the water in the water accumulation area and the water in the river are purified through the second ditch system. Purified water is introduced into a farmland for agricultural irrigation or a factory for construction water, a subsidence area water resource coordinated development mode integrating purification, water storage, irrigation and flood prevention is formed, and efficient utilization of water resources in a high-water-level mining area is achieved.
本发明公开了一种高潜水位采煤沉陷区水系连通系统，包括若干沉陷区和通过第一沟渠系统和第二沟渠系统分别与沉陷区连通的河流和用水用户，沉陷区包括沉陷湿地系统和位于沉陷湿地系统内的若干积水区，第一沟渠系统用于将河流中的水引入积水区内，第二沟渠系统用于将积水区内的水引入用水用户；本发明通过将沉陷区的积水区与河流连通，当枯水期时，可以将河流中的水引入到积水区当中，并通过沉陷湿地系统的净化功能使得积水区本身存在的水和河流中的水进行净化，进而通过第二沟渠系统，将净化后的水引入农田进行农业灌溉或者工厂进行施工用水，形成了集净化、蓄水、灌溉、防洪一体的沉陷区水资源协调开发模式，实现了高潜水位矿区的水资源高效利用。
Water system communication system for high-water-level coal mining subsidence area
一种高潜水位采煤沉陷区水系连通系统
XU LIANGJI (author) / FAN TINGYU (author) / ZHANG KUN (author) / LIU XIAOPENG (author) / WANG XINGMING (author)
2022-10-04
Patent
Electronic Resource
Chinese
IPC:
E02B
HYDRAULIC ENGINEERING
,
Wasserbau
/
C02F
Behandlung von Wasser, Schmutzwasser, Abwasser oder von Abwasserschlamm
,
TREATMENT OF WATER, WASTE WATER, SEWAGE, OR SLUDGE
/
E03B
Anlagen oder Verfahren zum Gewinnen, Sammeln oder Verteilen von Wasser
,
INSTALLATIONS OR METHODS FOR OBTAINING, COLLECTING, OR DISTRIBUTING WATER
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