Virescence ecological brick and preparation method and usage thereof

Abstract

The invention provides an afforested ecology brick comprising cement, frame material, pore material, organic fertilizer and slow release fertilizer. The organic fertilizer and the slow release fertilizer are blended evenly in a stirring mill by a certain proportion, and then shaped into circular or columnar pellets by a pelleter. The pore material and the frame material are smashed successively, and all materials are blended evenly into the stirring mill according to allocated proportion, and then loaded into a mold and aired or dried after the compression of a breeding hole device on the breeding holes. The invention has the advantages of reasonable design, easy operation, widespread selection of raw materials, and low cost. The ecology brick of the invention can not only solidify slope protection, but meet the growth of plants. Moreover, the invention has the abilities of anti-wind and anti-aridity, thereby enabling the flexible landscape design in different forestation places. The invention not only meets the afforested needs, but also processes the abandoned resources through solidifying means, thereby avoiding the pollution to the environment and meeting the demand of environmental protection. The invention can be applied to rock surface, slope forestation and solidification, and environmental greening.

Description

technical field [0001] The invention belongs to the field of environmental greening, and in particular relates to an ecological brick mainly used for vegetation recovery of rock surfaces and side slopes and reinforcement of slope bodies and a preparation method thereof. Background technique [0002] With urban construction, mineral mining and road construction, vegetation is severely damaged, and green area is reduced, resulting in ecological environment imbalance and landscape damage, causing serious visual pollution and environmental pollution, such as soil erosion, landslides, debris flow, deterioration of local microclimate, light Sound pollution and the destruction of the biological chain, etc. Restoring the damaged environment and creating green space has become an important research direction in the field of greening engineering. [0003] Due to the lack of soil substrate suitable for plant growth in areas such as damaged mountains and highway roadbeds. And the grow...

AI Technical Summary

Problems solved by technology

Although the above methods have achieved a certain greening effect, the materials mainly composed of organic fibers are easy to weather, have low strength, are easily washed away by rain, have poor slope fixing ability, low water retention capacity, and are not resistant to drought, so they cannot guarantee long-term greening effect.