Multi-effect dual-mode ecological wetland sinking bed system and method thereof

Abstract

A multi-effect dual-mode ecological wetland sinking bed is characterized in that buoys are arranged in the middle of a main body in a floating manner, fixed piles are embedded in two sides of the main body and connected with the buoys, a floating wetland bed is embedded between the buoys, photovoltaic panels are embedded in the top ends of one sides of the buoys, and solar aerators are embedded in the top ends of one sides of the buoys; a sinking bed lifting noose is arranged around the photovoltaic panel in an embedded mode, an aeration pipeline is arranged on one side of the solar aerator in an embedded mode, an ecological wetland sinking bed is movably arranged in the middle of the main body through being connected with the sinking bed lifting noose, a sinking bed balancing weight is arranged at the bottom end of the ecological wetland sinking bed in an embedded mode, and bionic artificial aquatic plants are arranged at the bottom end of the floating wetland bed in an embedded mode. According to the device, the floating wetland bed and the ecological wetland sinking bed are connected together by the floating barrel and the sinking bed lifting noose, so that the depth of the floating wetland bed and the ecological wetland sinking bed moving to the water surface and the depth of the floating wetland bed and the ecological wetland sinking bed in water can be flexibly adjusted, and the water quality can be purified more comprehensively under the planting condition.

Description

technical field [0001] The invention relates to the technical field of purification and improvement of ecological water quality of rivers and lakes and ecological restoration, and more specifically relates to the technical field of a multi-effect dual-mode ecological wetland sedimentation bed. Background technique [0002] With the intensification of my country's comprehensive management of the ecological environment, the treatment of polluted rivers and lakes in various places is imminent. Affected by rainwater runoff, agricultural non-point source pollution and river channel internal source pollution, the water quality of rivers and lakes is deteriorating day by day, and the water ecological environment has been damaged to varying degrees. The traditional river and lake treatment technologies mainly focus on river dredging, hard river bottom and bank revetment, chemical phosphorus removal and other means. The measures are rough and treat the symptoms but not the root cause...

AI Technical Summary

Problems solved by technology

[0007] In summary, a multi-effect dual-mode ecological wetland sedimentation bed is provided to solve the problem that the existing multi-effect dual-mode ecological wetland sedimentation bed cannot play an important role in rivers and lakes, resulting in the inability to conveniently affect the water quality and ecology of rivers and lakes. The problem of effective improvement of the environment

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