Sinking-mode carbon fiber eco-grass

Abstract

The invention provides a sinking-mode carbon fiber eco-grass which includes a buoy, a fiberglass composite rebars frame, a lanyard and a carbon fiber. The fiberglass composite rebars frame is in rectangle and connected with a plurality of lanyards. Each lanyard is respectively provided with a plurality of hexagon rings in their length direction. The upper end of the lanyard is connected with the buoy. A plurality of carbon fibers are uniformly arranged on the hexagon rings in the circumferential direction. After the fiberglass composite rebars frame is put into the polluted waters, the fiberglass composite rebars frame will sink to the bottom of the water. After a long time, the fiberglass composite rebars frame will be embedded with the underwater silt or stones to be relatively fixed together so that a displacement is uneasy to happen. A carbon fiber eco-grass can be located on a particular water area, like a river-way mouth, the center of a lake, and so on, which can prevent carbon fiber eco-grass from changing the preset position because of the current, wind and other extraneous factors.

Description

technical field [0001] The invention belongs to the technical field of water body restoration and relates to a sunken carbon fiber ecological grass. Background technique [0002] Carbon fiber ecological grass is an excellent choice for purifying polluted waters and restoring water environment ecology, which realizes zero load on the environment and complete biological safety. [0003] Carbon fiber ecological grass has extremely high adsorption and biological affinity. After being irradiated by sunlight, carbon fiber ecological grass emits ultrasonic waves to attract biological flora. These flora form an adhesive active biofilm on its surface, which absorbs and degrades organic pollutants in the water through its own metabolism. At the same time, lower animals that feed on microorganisms will gather around the carbon fiber ecological grass, and the carbon fiber ecological grass becomes an excellent egg bed and breeding space for fish and other advanced aquatic organisms. Us...

AI Technical Summary

Problems solved by technology

[0004] In some waters with turbulent water flow or strong wind, some smaller and lighter carbon fiber ecological grasses are easily washed away by the current, while some floating on the water surface are easily blown by the strong wind along the water flow, resulting in carbon fiber ecological grass Deviating from the original placement, the purpose of purifying the target water area cannot be achieved

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