Cured carrier microorganism generating system

Abstract

The invention relates to the ecological technology field of water resource recycling, in particular to a cured carrier microorganism generating system. The system comprises a hull system, an aeration system, a cured microorganism carrier system and an electronic control system. The hull system comprises a ship top cover, a floating ship, a cabin, a hull and an anchor; the aeration system is composed of an aerator, a pipeline and an air blower; the cured microorganism carrier system is composed of a cured microorganism carrier pipe, a flange, a pipeline and an air compressor; the aerator is arranged at the upper end of the cured microorganism carrier pipe, a circuit control cabinet is arranged in the electronic control system, and the air blower and the air compressor are electrically connected with the circuit control cabinet. No chemical agent is adopted in the water purification process, sewage is purified through two purifying modes including the aerator and functional microbial flora, secondary pollution to a riverway is avoided, and the purifying speed is high.

Description

technical field [0001] The invention relates to the ecological technical field of water resources regeneration and utilization, in particular to a solidified carrier microbial generation system. Background technique [0002] In recent years, with the acceleration of industrialization, there is nowhere to discharge sewage, resulting in a large amount of urban wastewater and domestic sewage being discharged into urban rivers, resulting in increasing pollution of urban rivers, deteriorating water quality, prominent black and odorous phenomena, and seriously threatening the lives of residents. and health, restricting the city's own development and destroying the beautiful image of the city. [0003] At present, the technologies used to control black and odorous rivers at home and abroad can be mainly divided into three categories: physical, chemical and biological-ecological methods. The effect of the physical method is relatively poor and the speed is slow; although the chemic...

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Problems solved by technology

However, the existing biological methods also have the following problems: 1. the growth environment of functional microorganisms is poor, there is not enough oxygen, the growth rate is slow, the service life is short, and it is unstable; 2. other microorganisms will affect the activity of functional microorganisms, and will also A large amount of oxygen in the sewage is consumed, which reduces the microbial degradation ability; ③The number of non-functional microorganisms is large, and a large amount of sludge will be generated after death. Therefore, sludge reflux is required in the process to supplement microorganisms, which increases the complexity of the process

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