Method for enabling pavements to have strong rainwater storage capacity and reducing rainwater loss

Abstract

The invention discloses a method for enabling a pavement to have strong rainwater storage capacity and reducing rainwater loss. The method is implemented through combination of a percolation pipeline, a permeable pavement, permeable ditches and various technologies including soil infiltration and specifically comprises the following steps: medium sand, bottom rubble, geotextile and the percolation pipeline are laid sequentially at the bottom of a trench below the pavement, the geotextile is folded and performs tight and compact wrapping, the pipeline is completely wrapped with the geotextile, two ends of the percolation pipeline are connected with catchpits respectively, and then rubble around the pipeline, the permeable pavement and surface layer soil are laid sequentially; the ditches are dug in two sides of the permeable pavement, and water absorptive plants are planted. The method has the advantages that through combination of various infiltration technologies, a multipoint rainwater infiltration technology for a sponge city is realized, urban rainwater is drained timely, urban waterlogging is reduced, the urban pavement has strong rainwater storage capacity, and rainwater loss is reduced.

Description

technical field [0001] The invention relates to the rainwater multi-point infiltration technology in the construction of the sponge city, specifically a method for making the road surface have a strong ability to store rainwater and reduce rainwater loss. Background technique [0002] In the process of urbanization, the surface of modern cities is gradually hardened and covered by water-blocking materials such as buildings and concrete, forming an ecological "artificial desert". While convenient transportation facilities and paved roads bring convenience to people's travel, these impermeable roads also have a great negative impact on the urban environment. Today, the city's "rainwater disease" is getting worse day by day. These densely surfaced grounds are paved in rainy days due to the hardening of the ground, so that the low-lying areas cannot be drained in time, resulting in large areas of water, resulting in "water drifting phenomenon", which makes driving in rainy days...

AI Technical Summary

Problems solved by technology

[0003] The purpose of the present invention is to address the above existing problems and provide a method for making the road surface have a strong ability to store rainwater and reduce rainwater loss. The method is simple to operate, ecological and environmentally friendly, and can significantly improve the water storage performance and pollutant purification of the road surface and surrounding soil It can moderately adjust the local climate, significantly alleviate the problems of urban "rainwater disease" and "heat island effect" and urban soil water shortage, and has significant economic and social benefits

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