Composite ecotype micro-electrolysis mobile water body in-situ repairing device

Abstract

The invention discloses a repairing device of water in situ with a compound ecotype and micro electrolysis mobile type, which consists of a micro electrolysis bed and a plant purifying bed. A central inhalant region is taken as centre by the repairing device; an inner ring micro electrolysis bed, an inner ring plant purifying bed, an outer ring micro electrolysis bed and an outer ring plant purifying bed are arranged in sequence outward the centre; the water in and out channels of every bed are communicated in sequence. Based on building the micro electrolysis bed, the device combines the plant purifying bed which has ecological processing ability together so as to form a processing device of compound type which integrates the ecological processing and the micro electrolysis processing as a whole; the micro electrolysis bed consists of micro electrolysis units with cage state which is convenient for being taken out; inhalant is entered through the central inhalant region and effluent reflows to the water after being processed; a baffle plate is arranged in the micro electrolysis bed and the plant purifying bed to prolong the flow process and avoid short flow. The repairing device of water in situ with a compound ecotype and micro electrolysis mobile type can move and has the advantages of highly effective, stable and flexible processing, good effect of ecology sight, convenient maintaining and managing as well as low processing cost, etc,.

Description

technical field [0001] The invention belongs to the technical fields of sewage treatment and environmental protection, and in particular relates to a water body restoration device. Background technique [0002] At present, in the water restoration technology of sewage treatment, methods such as flocculation and sedimentation of microorganisms, plants and chemicals are generally used. However, the existing methods generally have problems such as low treatment efficiency, unstable treatment effect, great influence by environmental factors such as temperature, large amount of dosing and high cost. Water restoration technology is developing rapidly, for example, 200410044014 "Mobile Landscape Water Restoration Device", 200510010789.X "Microbial Membrane Biological Floating Island Water Restoration Method for Large Water Pollution Control" and 200710061455.4 "Urban Ditch Sewage Original However, the above-mentioned devices all have problems such as single method, low treatment e...

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Problems solved by technology

However, the existing methods generally have problems such as low treatment efficiency, unstable treatment effect, great influence by environmental factors such as temperature, large amount of dosing and high cost.

Water restoration technology is developing rapidly, for example, 200410044014 "Mobile Landscape Water Restoration Device", 200510010789.X "Microbial Membrane Biological Floating Island Water Restoration Method for Large Water Pollution Control" and 200710061455.4 "Urban Ditch Sewage Original "Ecological purification treatment device" and so on. The above-mentioned devices have problems such as single method, low treatment efficiency, unstable treatment effect, and great influence by environmental factors such as temperature, etc., and cannot achieve a good water body restoration effect.

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