Water environment ecological management and rehabilitation system and application thereof

Abstract

The invention discloses a water environment ecological management and rehabilitation system. The water environment ecological management and rehabilitation system comprises a solar water-quality detection controller, an air pump, nano-microporous ceramic aerators, hydraulic impellers and biological grilles, wherein the solar water-quality detection controller is respectively connected with the air pump, the nano-ceramic aerators and the biological grilles, the air pump is connected with the nano-ceramic aerators, the hydraulic impellers are arranged above the nano-ceramic aerators, the biological grilles are arranged above the hydraulic impellers, floating-type ecological floating beds floating on the water surface are arranged above the biological grilles and the nano-ceramic aerators are respectively connected with the hydraulic impellers, the biological grilles and the floating-type ecological floating beds. By the water environment ecological management and rehabilitation system disclosed by the invention, the intelligent braking control is achieved and the system is very convenient to mount, use and manage, low in cost, free of noise and efficient to manage. Since the biological grilles and the ecological floating beds adopted in the system are attached with efficient and side-effect-free probiotics microbial flora and coenzyme, eutrophic organic and inorganic pollution sources in the water body can be decomposed.

Description

technical field [0001] The invention relates to the field of water body pollution control, in particular to a water environment ecological control and restoration system and its application. Background technique [0002] Due to the rapid development of industrialization, agriculturalization, and urbanization in China at this stage, the polluted wastewater from general life, production, and farming, animal husbandry, and breeding industries uses simple purification facilities or directly discharges it into rivers, streams, and reservoirs at the lowest places without purification. , lakes, thus resulting in non-point source pollution of water basin eutrophication. [0003] At present, domestic urban and new rural living and production sewage collection pipe networks and sewage treatment facilities cannot achieve 100% centralized collection and centralized treatment for the time being. Residents, collectives, enterprises, and communities do not have reliable and effective liv...

AI Technical Summary

Problems solved by technology

Excavating filtration and purification systems (long pipe networks and treatment equipment rooms) around riverbeds, streams, and reservoirs by artificial machinery results in waste of manpower and material resources

Due to the high cost of maintenance and operation, the treatment system is indirectly caused to be abandoned; and human management factors make it impossible to maintain the water environment in a reliable, timely, effective and safe manner

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