Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Radiation well for underground water recharge and well completion method and recharge method thereof
The invention provides a radiation well for underground water recharge and a well completion method and a recharge method thereof. The radiation well comprises a vertical shaft and a plurality of horizontal radiation pipes, the horizontal radiation pipes extend outwards in the radial direction of the vertical shaft from the vertical shaft, the horizontal radiation pipes are in fluid communication with the vertical shaft, and the horizontal radiation pipes are located in the aquifer. The horizontal radiant tubes are distributed on the same horizontal plane and evenly distributed along the shaft wall of the vertical shaft. Or the plurality of horizontal radiant tubes are distributed on a plurality of horizontal planes, and the plurality of horizontal radiant tubes on the same horizontal plane are uniformly distributed along the shaft wall of the vertical shaft. According to the radiation well, water can be recharged to the underground in a non-pressure permeation mode without pressurization. The radiation well is suitable for recharge of the loose aquifer, the recharge process is efficient and rapid, meanwhile, the pressurization process is avoided, and electric energy consumption is avoided.
本申请提供了一种地下水回灌用辐射井及其成井方法、回灌方法。该辐射井包括竖井和多个水平辐射管，多个水平辐射管从竖井处延竖井径向向外延伸，且水平辐射管与竖井流体连通，水平辐射管位于含水层内。多个水平辐射管分布在同一水平面上，且其沿竖井井壁均匀分布。或者，多个水平辐射管分布在多个水平面上，同一水平面上的多个水平辐射管沿竖井井壁均匀分布。该辐射井无需加压即可通过无压渗透的方式将水回灌至地下。该辐射井适用于松散含水层的回灌，且回灌过程高效快速，同时避免了加压过程，有利于避免消耗电能。
Radiation well for underground water recharge and well completion method and recharge method thereof
The invention provides a radiation well for underground water recharge and a well completion method and a recharge method thereof. The radiation well comprises a vertical shaft and a plurality of horizontal radiation pipes, the horizontal radiation pipes extend outwards in the radial direction of the vertical shaft from the vertical shaft, the horizontal radiation pipes are in fluid communication with the vertical shaft, and the horizontal radiation pipes are located in the aquifer. The horizontal radiant tubes are distributed on the same horizontal plane and evenly distributed along the shaft wall of the vertical shaft. Or the plurality of horizontal radiant tubes are distributed on a plurality of horizontal planes, and the plurality of horizontal radiant tubes on the same horizontal plane are uniformly distributed along the shaft wall of the vertical shaft. According to the radiation well, water can be recharged to the underground in a non-pressure permeation mode without pressurization. The radiation well is suitable for recharge of the loose aquifer, the recharge process is efficient and rapid, meanwhile, the pressurization process is avoided, and electric energy consumption is avoided.
本申请提供了一种地下水回灌用辐射井及其成井方法、回灌方法。该辐射井包括竖井和多个水平辐射管，多个水平辐射管从竖井处延竖井径向向外延伸，且水平辐射管与竖井流体连通，水平辐射管位于含水层内。多个水平辐射管分布在同一水平面上，且其沿竖井井壁均匀分布。或者，多个水平辐射管分布在多个水平面上，同一水平面上的多个水平辐射管沿竖井井壁均匀分布。该辐射井无需加压即可通过无压渗透的方式将水回灌至地下。该辐射井适用于松散含水层的回灌，且回灌过程高效快速，同时避免了加压过程，有利于避免消耗电能。
Radiation well for underground water recharge and well completion method and recharge method thereof
地下水回灌用辐射井及其成井方法、回灌方法
GUO QIANG (Autor:in) / WANG XIAO (Autor:in) / TANG JIAWEI (Autor:in) / LI JINGFENG (Autor:in) / CAO ZHIGUO (Autor:in)
19.09.2023
Patent
Elektronische Ressource
Chinesisch
IPC:
E03B
Anlagen oder Verfahren zum Gewinnen, Sammeln oder Verteilen von Wasser
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INSTALLATIONS OR METHODS FOR OBTAINING, COLLECTING, OR DISTRIBUTING WATER
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