Ecological cement and geocell combination slope protection technology

Abstract

The invention discloses an ecological cement and geocell combination slope protection technology. The ecological cement and geocell combination slope protection technology is characterized by comprising steps of (1), leveling a slope surface; (2), arranging a main drainage ditch system; (3), positioning, laying and anchoring geocells; (4), manufacturing and jetting ecological cement; (5) performing later-period maintenance and management. The ecological cement and geocell combination slope protection technology has the advantages that a slope can be protected and reinforced under mutual effects of rock and earth mass (anchoring effects of root systems) to the greatest extent on the premise that requirements on the stability of the bank slope of a river and flood control and drainage functions of the river are met, the ecological cement and geocell combination slope protection technology is economical and practical, the construction difficulty can be reduced, the construction time can be shortened, landscape of the bank slope of the river can be optimized, and damaged natural ecological environments can be rehabilitated; impact of water flow can be effectively resisted owing to high strength and stability, and accordingly the ecological cement and geocell combination slope protection technology has high application potential in protection for embankments of rivers.

Description

technical field [0001] The invention belongs to the technical field of water conservancy engineering, and in particular relates to a technology for ecological protection of banks of rivers by using ecological cement and geocells. Background technique [0002] Traditional river slope protection mainly includes mortar or dry block stone slope protection, cast-in-place concrete slope protection, prefabricated concrete block slope protection, etc. The cost of these slope protection projects is relatively high, and the underwater construction and maintenance work is relatively difficult. Its biggest disadvantage is that it is only designed and constructed from the perspective of satisfying the stability of the river bank slope and the function of flood drainage and drainage of the river, and seldom considers its impact on the environment and ecology. The main reason is that the traditional slope protection works close the entire river bank surface, which isolates the material ex...

AI Technical Summary

Problems solved by technology

However, there is a problem of single form in application, and the type of slope protection cannot be selected according to local conditions and combined with local natura...

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