Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Viaduct rainwater recycling system based on glass pumice
The invention discloses a viaduct rainwater recycling system based on glass pumice. The viaduct rainwater recycling system comprises treatment ponds, glass pumice layers (2) are laid in the treatment ponds, and covering layers (1) are laid on the glass pumice layers (2); the treatment ponds are located below a viaduct, and the multiple treatment ponds are arranged at intervals in the length direction of the viaduct; multiple glass pumice layers (2) are provided; and the plurality of glass pumice layers (2) are sequentially an upper glass pumice layer (2.1), a middle glass pumice layer (2.2) and a lower glass pumice layer (2.3) from top to bottom. According to the viaduct rainwater recycling system based on the glass pumice, rainwater is recycled to the maximum extent and water is supplied to green plants in a green belt by effectively utilizing permeation, filtration and purification and water storage performance of the glass pumice, so that the effect of saving water resources is achieved to the maximum extent.
本发明一种基于玻璃轻石的高架桥雨水回收利用系统，包含有处理池，处理池内铺设有玻璃轻石层（2），且玻璃轻石层（2）上铺设有覆盖层（1），所述处理池位于高架桥下方，且处理池沿高架桥长度方向间隔设置有多个，所述玻璃轻石层（2）设置有多层，且多层玻璃轻石层（2）由上往下依次为上层玻璃轻石层（2.1）、中层玻璃轻石层（2.2）和下层玻璃轻石层（2.3）。本发明一种基于玻璃轻石的高架桥雨水回收利用系统，其有效的利用玻璃轻石的渗透过滤净化以及蓄水性能对雨水进行最大化的回收利用并对绿化带内的绿植进行供水，从而最大化的实现了节约水资源效果。
Viaduct rainwater recycling system based on glass pumice
The invention discloses a viaduct rainwater recycling system based on glass pumice. The viaduct rainwater recycling system comprises treatment ponds, glass pumice layers (2) are laid in the treatment ponds, and covering layers (1) are laid on the glass pumice layers (2); the treatment ponds are located below a viaduct, and the multiple treatment ponds are arranged at intervals in the length direction of the viaduct; multiple glass pumice layers (2) are provided; and the plurality of glass pumice layers (2) are sequentially an upper glass pumice layer (2.1), a middle glass pumice layer (2.2) and a lower glass pumice layer (2.3) from top to bottom. According to the viaduct rainwater recycling system based on the glass pumice, rainwater is recycled to the maximum extent and water is supplied to green plants in a green belt by effectively utilizing permeation, filtration and purification and water storage performance of the glass pumice, so that the effect of saving water resources is achieved to the maximum extent.
本发明一种基于玻璃轻石的高架桥雨水回收利用系统，包含有处理池，处理池内铺设有玻璃轻石层（2），且玻璃轻石层（2）上铺设有覆盖层（1），所述处理池位于高架桥下方，且处理池沿高架桥长度方向间隔设置有多个，所述玻璃轻石层（2）设置有多层，且多层玻璃轻石层（2）由上往下依次为上层玻璃轻石层（2.1）、中层玻璃轻石层（2.2）和下层玻璃轻石层（2.3）。本发明一种基于玻璃轻石的高架桥雨水回收利用系统，其有效的利用玻璃轻石的渗透过滤净化以及蓄水性能对雨水进行最大化的回收利用并对绿化带内的绿植进行供水，从而最大化的实现了节约水资源效果。
Viaduct rainwater recycling system based on glass pumice
一种基于玻璃轻石的高架桥雨水回收利用系统
YANG QIJI (Autor:in) / CHEN LINGYU (Autor:in) / SHAO YONGMI (Autor:in) / ZHAO YADONG (Autor:in) / CHEN JUNLYU (Autor:in)
26.11.2021
Patent
Elektronische Ressource
Chinesisch
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