Carbon fiber artificial waterweed riverway water body remediation system and construction method thereof

Abstract

The invention discloses a carbon fiber artificial waterweed riverway water body remediation system and a construction method thereof. The carbon fiber artificial waterweed riverway water body remediation system comprises a plurality of water body purification modules distributed in a polluted riverway water body at intervals; each water body purification module comprises a tubular frame, and the tubular frames are fixed to the bottom of the riverway water body; the tubular frames are connected with a carbon fiber artificial aquatic plant, the surface of the carbon fiber artificial aquatic plant is soaked with a composite microbial agent, and the carbon fiber artificial aquatic plant is connected with a floating ball; at least one small hole is formed in the surface of each tubular frame, acomposite microbial agent is arranged in a pipe of the tubular frame, and the small hole is sealed by the surface of the small hole through a slow release film; a microporous aeration pipe is wound on each tubular frame and is connected with a Roots blower. The carbon fiber artificial aquatic plants are rapidly dispersed after meeting water to form a huge specific surface area, the biocompatibility is good, a large number of microorganisms can be rapidly attached to form an active biological membrane, conversion and degradation of pollutants are promoted, and the water body remediation effectis good.

Description

technical field [0001] The invention relates to a carbon fiber artificial water grass river channel water restoration system and a construction method thereof, belonging to the technical field of water restoration. Background technique [0002] With the rapid development of industry, the pollution of water bodies has become more and more serious. With the country's promotion of river pollution control, the emergence of "artificial aquatic plant technology" has been accelerated. This technology is mainly to purify water quality by imitating polyolefins into aquatic plants, absorbing microbial flora in water bodies, forming active biofilms, and promoting the transformation and degradation of pollutants. However, the traditional technology is to sink the steel frame into the bottom of the river to fix the polyolefin artificial aquatic plants, and the steel is easy to rust and pollute the water body, eventually falling off and damaged, the construction and replacement costs are ...

AI Technical Summary

Problems solved by technology

However, the traditional technology is to sink the steel frame into the river bottom to fix the polyolefin artificial aquatic plants, and the steel is easy to rust and pollute the water body, eventually falling off and damaged, the cost of construction and replacement is high, and the specific surface area and biological affinity of polyolefin aquatic plants are low. Poor water recovery

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