Method for manufacturing artificial float grass and uses thereof

Abstract

The invention provides an artificial simulated aquatic weed manufacturing method. The invention adopts the method that natural aquatic weed is used as a template, a platy soft foam plastic floating type framework in a middle layer is used as a solid bracket, mixed fiber layers are bonded on the both sides of the surface, and therefore an artificial simulated aquatic weed main body is manufactured by adopting the three-layer composite structure; a plurality of floating balls are arranged at the upper end of the artificial simulated aquatic weed main body equidistantly, a balance sand bag is arranged at the lower end, and therefore the artificial simulated aquatic weed is manufactured. The mixed fiber of hydrophilic fiber and hydrophobic fiber is used as a biological film carrier, the surface characteristic and the physicochemical index parameter of the manufactured artificial simulated aquatic weed are good, the specific surface area is large, the hanging of the biological film is perfect, and the operating performance is steady; the structural design is reasonable, the installation is simple, the production cost is low, and the application is diversiform.

Description

technical field [0001] The invention relates to the technical field of water pollution control, in particular to a method for manufacturing artificially simulated aquatic plants and its application. Background technique [0002] The shape and structure of the river channel, as well as the matrix and materials that form the shape and structure, and the number and structure of plant populations in the riparian zone play a very important role in the natural purification ability of the river channel water body and the quality of biological habitats. The single morphological structure and the impermeability of the matrix material in the riparian zone are not suitable for the habitat and reproduction of organisms (including microorganisms), which will seriously affect the natural purification ability and redox ability of the river flow. On the contrary, it is conducive to the reproduction of organisms and the improvement of the self-purification ability of the river . In terms of...

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Problems solved by technology

[0005] Due to various factors such as application occasions, material selection and main market considerations, the existing similar technologies still have some problems and deficiencies when they are applied to the field of water pollution control engineering. In summary, there are mainly two aspects: ①The surface of the product The characteristics and physical and chemical parameters are poor, the specific surface area of ​​the product is small, and the amount of biofilm is insufficient during application. The surface of most products is not made of ecological hydrophilic materials, which leads to slow startup and unsatisfactory biofilm formation during application. Stable operation The performance is poor; ②The product structure design is single, and the complex application conditions are not well considered, resulting in difficult installation or greatly increased costs

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