Canalized river restoration system

Abstract

Disclosed is a canalized river restoration system. The canalized river restoration system is composed of a river restoration device and a server, wherein the river restoration device comprises a control rack and a control chip; the control rack is composed of two bank units, two bed units and a bottom unit, both ends of the bottom unit are connected with the two bed units, and the two bed units are connected with the two bank units; both ends of the two bed units are provided with distance sensors which are connected with the control chip; the server comprises a storage unit, an analyzing unitand a communication unit. The canalized river restoration system ensure that water inside hardened rivers can penetrate into bank soil, thereby not only solving the problem of flood discharge, but also ensuring completeness of a river ecosystem and improving the self-cleaning capability of rivers.

Description

technical field [0001] The invention relates to the technical field of environmental technology protection, in particular to a channelized river restoration system. Background technique [0002] A large amount of pollutants in the river basin are directly discharged into the river without treatment, causing serious pollution to the water body, especially in cities. In order to meet the needs of flood discharge, river reconstruction is only considered from an engineering point of view. , such facilities isolate the connection between the river water and the riverbed and riparian system, making the environment suitable for more living things disappear, and its ecological function and net capacity are also degraded, which directly leads to the disappearance of a large number of living things in the river, and high-load pollution discharge It is easy to collapse and disintegrate the internal ecosystem of the river water body, so most of the urban rivers at this stage have become...

AI Technical Summary

Problems solved by technology

At present, the traditional urban river treatment at home and abroad mainly adopts physical, chemical and biological means, artificial aeration, dredging, building overflow dams, changing water, diverting water to wash away silt, mechanical algae removal and other physical means and chemical algae killing, adding iron salts Promote phosphorus precipitation, lime denitrification and other chemical methods. Although these methods are effective, they only treat the symptoms but not the root cause. After a period of time, the effect will become worse and consume a lot of manpower and financial resources.

And chemical methods are easy to cause secondary pollution to the environment, so it is not suitable to use

Biological methods, such as adding microorganisms and bacteria, planting emergent plants, etc., are relatively healthy, but the structure of the constructed system is simple, the ability to resist external interference is weak, and the effect is very limited under the action of external interference.

The main reason is that the concept of ecology is rarely taken into consideration, so it is difficult to be effective for a long time

To some extent, it can only be used as an auxiliary treatment method, and cannot completely improve water quality.

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