Water body purification system formed by stereoscopic configuration of aquatic animals and plants and purification method thereof

Abstract

The invention relates to a water body purification system formed by stereoscopic configuration of aquatic animals and plants, which comprises a culture mesh box, wherein the culture mesh box is a box body of which the six surfaces are closed; the water surface above the culture net box is provided with an artificial floating island; the middle part of the net box is provided with a submerged plant layer; the artificial floating island comprises a floating plate; the floating plate is uniformly provided with through holes; culture basins are put in the through holes; emerging plants are planted in the culture basins; the floating plate is fixed through a cord and an anchor; the floating plate is further provided with a light transmission port; a frame is mounted at the light transmission port; submerged plant culture basins are hung on the frame through cords; submerged plants are planted in the submerged plant culture basins; and fishes are put in the culture net box. According to the invention, the aquatic plants and animals are organically integrated by the artificial floating island and the culture net box, so that an all-ecological stereoscopic water quality purification system is formed, thus effectively purifying a water body, and simultaneously creating a landscape and producing economic benefits.

Description

technical field [0001] The invention relates to water body purification technology, in particular to a water body purification system and its purification method which are three-dimensionally arranged with aquatic animals and plants, and is especially suitable for water body purification in reservoirs. Background technique [0002] At present, my country uses the method of water purification by animals and plants to purify water quality for individual aquatic animals or the way for aquatic plants to purify water quality. [0003] The disadvantages of using aquatic animals to purify water quality alone are: occupying a large amount of water body space, aquatic animals and aquatic plants cannot be organically integrated into a whole, equipment for breeding aquatic animals and equipment for cultivating plants cannot be used mutually; artificial release of large areas of fish across the country, Overall, the survival rate is not high, and the effect of improving water quality an...

AI Technical Summary

Problems solved by technology

[0003] The disadvantages of using aquatic animals to purify water quality alone are: occupying a large amount of water body space, aquatic animals and aquatic plants cannot be organically integrated into a whole, equipment for breeding aquatic animals and equipment for cultivating plants cannot be used mutually; artificial release of large areas of fish across the country, The overall survival rate is not high, and the effect of improving water quality and increasing fishermen's income is not obvious

[0004] When using aquatic plants alone to purify water: If phytoplankton is used for purification, it occupies a large water surface, and the facilities and plant roots are prone to secondary pollution. The cost of facilities is large and there is no sustainability. The aquatic animals attached to the plant roots are not farmed fish. used by

When using submerged plants to purify water quality, due to factors such as the depth of each water body, geographical environment and wild herbivorous fish, submerged plants cannot grow well, and it is difficult to achieve the purpose of purifying water quality and balancing ecology

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