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Underground water circulation system applied to rainfall environment
The invention discloses an underground water circulation system applied to a rainfall environment. The underground water circulation system comprises a central water storage tank, a coagulative precipitation tank and a plurality of grid precipitation tanks, each grid sedimentation tank is communicated with each precipitation well in a precipitation environment through a water inlet pipe and is used for collecting precipitation resources, and each grid sedimentation tank is respectively connected with the coagulative precipitation tank; the coagulative precipitation tank is connected with the central water storage tank, and the central water storage tank is provided with a plurality of water outlet pipes which are communicated with each water utilization unit. Through the structural arrangement of the underground water circulation system, effective utilization of rainfall is achieved, a reverse filter device is not arranged on the water inlet section, a filter membrane is arranged in the water outlet pipe, the water inflow amount is increased, and the better water pumping effect is achieved. Water recycling is achieved to a certain extent, and stored water can be supplied to use scenes such as concrete curing, recharge wells and spraying.
本发明公开了一种应用于降水环境的地下水循环系统，所述地下水循环系统包括：中央储水池、混凝沉淀池和若干格栅沉淀池；各格栅沉淀池经进水管与降水环境内各降水井连通，用于实现降水资源的收集，且各格栅沉淀池分别与所述混凝沉淀池相连；所述混凝沉淀池与所述中央储水池相连，所述中央储水池设有若干出水管与各用水单元连通。通过本发明地下水循环系统的结构设置，实现了降水的有效利用，并在进水段不设置反滤装置，在出水管内设置滤膜，增加来水量，实现更好的抽水效果。一定程度上实现水的循环利用，储存水可以供给给混凝土养护、回灌井、喷淋等使用场景。
Underground water circulation system applied to rainfall environment
The invention discloses an underground water circulation system applied to a rainfall environment. The underground water circulation system comprises a central water storage tank, a coagulative precipitation tank and a plurality of grid precipitation tanks, each grid sedimentation tank is communicated with each precipitation well in a precipitation environment through a water inlet pipe and is used for collecting precipitation resources, and each grid sedimentation tank is respectively connected with the coagulative precipitation tank; the coagulative precipitation tank is connected with the central water storage tank, and the central water storage tank is provided with a plurality of water outlet pipes which are communicated with each water utilization unit. Through the structural arrangement of the underground water circulation system, effective utilization of rainfall is achieved, a reverse filter device is not arranged on the water inlet section, a filter membrane is arranged in the water outlet pipe, the water inflow amount is increased, and the better water pumping effect is achieved. Water recycling is achieved to a certain extent, and stored water can be supplied to use scenes such as concrete curing, recharge wells and spraying.
本发明公开了一种应用于降水环境的地下水循环系统，所述地下水循环系统包括：中央储水池、混凝沉淀池和若干格栅沉淀池；各格栅沉淀池经进水管与降水环境内各降水井连通，用于实现降水资源的收集，且各格栅沉淀池分别与所述混凝沉淀池相连；所述混凝沉淀池与所述中央储水池相连，所述中央储水池设有若干出水管与各用水单元连通。通过本发明地下水循环系统的结构设置，实现了降水的有效利用，并在进水段不设置反滤装置，在出水管内设置滤膜，增加来水量，实现更好的抽水效果。一定程度上实现水的循环利用，储存水可以供给给混凝土养护、回灌井、喷淋等使用场景。
Underground water circulation system applied to rainfall environment
一种应用于降水环境的地下水循环系统
YANG LINGYAN (author) / SONG YIHONG (author) / GAO JIATAO (author) / YE SHENGZHI (author) / WANG LICHUAN (author)
2023-03-14
Patent
Electronic Resource
Chinese
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