Ecological protection slope for preventing geological disasters and construction method of ecological protection slope

Abstract

An ecological protection slope for preventing geological disasters comprises a slope body provided with multiple layers of steps, protection structures are arranged on the steps of the slope body, the protection structures are a plurality of waste tires which are continuously and horizontally arranged and fixed to the steps, the waste tires between the adjacent layers of steps are tightly arranged in a staggered mode, the front ends of the waste tires stretch out of the corresponding steps, the front ends of the waste tires stretch out of the corresponding steps. a nutrient soil layer and a cobblestone layer are arranged in each waste tire from bottom to top, deep root system plants are planted in the nutrient soil layers, annular water absorption layers surrounding the bottoms of the nutrient soil layers are arranged below the nutrient soil layers, and the annular water absorption layers are arranged on the tire sides of the lower edges of the waste tires. The waste tires are reasonably applied to disaster prevention engineering, the waste tires can be directly used as construction materials without any treatment, the problem of environmental pollution caused by waste tire treatment in the past is solved, and meanwhile the method is convenient in mounting, high in working efficiency, low in cost, economical and environmentally friendly.

Description

technical field [0001] The invention belongs to the technical field of environmental protection and relates to an environmental protection building structure, in particular to an ecological slope protection for preventing geological disasters and a construction method thereof. Background technique [0002] With the rapid development of the automobile industry, a large number of automobile waste tires urgently need to be disposed of. At present, most waste tires are recycled and processed by special processes, which destroy their unique structure or change their performance, and even bring serious threats to the environment during the recycling process, which consumes financial resources and does not make good use of its value. . Tire failure is mainly due to the wear of its crown pattern, which reduces the friction coefficient of the tire. However, automobile tires are made of steel wire and rubber, and the surface pattern wear does not affect the mechanical strength of the...

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Problems solved by technology

The implementation costs of these three methods are relatively high. At the same time, the biggest problem of the first category is the serious damage to the natural ecological environment. Neither the second nor the third category can avoid the problem of geological disasters from the source.

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