Method for performing water quality purification and slope protection by applying novel wave attenuation and slope protection block

Abstract

The invention discloses a method for performing water quality purification and slope protection by applying novel wave attenuation and slope protection blocks. The novel wave attenuation and slope protection blocks used in the method disclosed by the invention adopt A type wave attenuation blocks and B type wave attenuation blocks, which are meshed and linked to form matrix units, and the adjacent units are linked into a whole for jointly resisting the impact of waves and water flow, so that the great integrity is realized, the specification of block bodies can be designed and produced according to specific needs, the wave attenuation and slope protection blocks are aesthetic in appearance and diverse in splicing ways, the edges and the corners are shaped like arcs and the porosity between the block bodies is large. According to the method disclosed by the invention, by designing the novel wave attenuation and slope protection blocks with the brand new structure, wave attenuation and slope protection functions can be met, a multi-dimensional space structure can be simultaneously created, and a polynary water quality purification function is realized; and furthermore, zeolite, waste scrap iron and other materials are filled in the wave attenuation blocks to create an appropriate growth space for microbes and riparian plants and further seek an integrated technology which is more ecological, more environment-friendly, more low-carbon, more advanced and more practical.

Description

Technical field: [0001] The invention belongs to the fields of water environment engineering, ecological restoration engineering and water conservancy engineering, and in particular relates to a method for purifying water and protecting slopes by using a novel wave-dissipating slope protection block. Background technique: [0002] Earth dikes, flood walls, revetments, etc. built around rivers, rivers, lakes or reservoir areas, and flood storage areas mainly play the role of wave dissipation, flood control, water blocking, and soil erosion prevention. The traditional method mostly uses rigid materials such as mortar masonry, dry block stone or cast-in-place concrete for slope protection, and the implementation form is simple stacking between individual blocks. There is no structural connection between the blocks, and the joints are vulnerable to extreme hydraulic pressure. Conditions are destroyed; at the same time, it presents an artificial landscape appearance, lacking natu...

AI Technical Summary

Problems solved by technology

The traditional method mostly uses rigid materials such as mortar masonry, dry block stone or cast-in-place concrete for slope protection, and the implementation form is simple stacking between individual blocks. There is no structural connection between the blocks, and the joints are prone to extreme hydraulic pressure. Conditions are destroyed; at the same time, it presents an artificial landscape appearance, lacking natural elements and vitality; imperviousness often causes ecological degradation and damages the waterfront ecosystem. It is difficult to balance landscape and ecological benefits while meeting the protection function requirements

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