Culture module and water quality integrated treatment device thereof

Abstract

The present invention discloses a culture module and a water quality integrated treatment device thereof. The water quality integrated treatment device comprises a microbial inoculum feeding module for storing a powder strain mixed with a powder culture medium, a culture module used for continuously culturing microorganisms conveyed from the microbial inoculum feeding module and conveying a culture solution into a microorganism discharging tank of a discharging module for storage after the microorganisms are cultured to be mature, the discharging module used for discharging the culture solution containing the microorganisms and a medicament for improving the water quality, a monitoring module used for monitoring the water quality of a target water body and obtaining water quality parameters, and a sampling module is used for collecting and storing water of the target water body, wherein the strain comprises photosynthetic bacteria. The device has a high function integration degree, thefunctions of water quality monitoring, sampling, microorganism continuous culture and feeding, agent feeding and the like can be achieved at the same time, and the treatment, monitoring and samplingof a target water area can be achieved only with one device in actual use.

Description

technical field [0001] The invention relates to environmental protection technology, in particular to water quality monitoring, sampling and treatment technology, in particular to a cultivation module and integrated water quality treatment equipment. Background technique [0002] In environmental protection technology, it is very necessary to monitor the water quality of rivers, lakes and other places, especially in rivers and lakes with sewage discharge. In addition, for some polluted water bodies, it is very necessary to carry out timely treatment, water quality monitoring and sampling. Generally, water pollution is mainly caused by chemicals and high organic matter pollution. Currently, due to strict environmental laws and regulations, chemicals that exceed the standard and dangerous chemicals are not allowed to be discharged into external water bodies. For some livestock, slaughtering, food processing and other enterprises, the wastewater is rich in organic matter, and ...

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Problems solved by technology

[0003] However, the current water quality treatment equipment is not integrated. During the actual inspection process of the applicant, the general water quality monitoring adopts manual periodic sampling and then transports it back to the laboratory for analysis, or uses a portable water quality detector for regular monitoring, which is very time-consuming and labor-intensive.

For the release of photosynthetic bacteria and other microorganisms, they are usually cultivated in the factory and then transported to the target water body for release. During the transportation process, photosynthetic bacteria are likely to cause a large number of deaths due to environmental changes, and the method of regular release is very labor-intensive.

In addition, for the water quality exceeding the standard, manual sampling is required, and then transported to the laboratory for approval, which also results in a large amount of manpower and material resources.

Moreover, it is not uncommon for factories to secretly discharge wastewater by sampling and testing cycles. Although this method can be monitored through remote water quality detectors, it also provides room for illegal discharge companies to escape legal sanctions because of the inability to retain evidence.

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