Lab organic waste liquid processing equipment

Abstract

The invention discloses lab organic waste liquid processing equipment and relates to the technical field of wastewater processing. The equipment body has a transparent structure. A conical porous filter plate is arranged in the equipment body. The bottom of the conical porous filter plate is connected to a mud storage hopper. The lateral wall of the mud storage hopper is provided with a mud discharge opening. The top of the mud storage hopper is provided with a negative pole filling material. The lower ends of multiple annular positive pole iron plates, which are concentrically arranged, are inserted in the negative pole filling material. The top of the equipment body is provided with a waste liquid feed inlet. A water inlet pipe is inserted into the waste liquid feed inlet. The lateral wall of the bottom of the equipment body is provided with an equipment water outlet. The annular positive pole iron plates and the negative pole filling material are respectively connected to the positive pole and negative pole of an external power supply. The operation of whole equipment is stable. Extra medicament is not needed or only a small amount of medicament is need. The reaction speed is accelerated; finally toxic substances in a lab organic waste liquid are oxidized into H2O and CO2, the processed water meets the standards stably, the occupied space of whole equipment is small, the space utilization rate is high, and the equipment is more practical.

Description

technical field [0001] The invention relates to the technical field of wastewater treatment, in particular to a laboratory organic waste liquid treatment equipment. Background technique [0002] In recent years, the construction of organic chemistry laboratories in domestic colleges and universities has developed rapidly. The discharge of organic waste liquid in the laboratory has also increased. However, due to the non-centralized distribution of colleges and universities, the discharge of organic waste liquid in laboratories is not large, and its pollution is easily overlooked. However, most of the laboratory organic waste liquid contains toxic and harmful substances, which is extremely harmful to the environment. Without effective treatment, it will eventually flow into rivers or seep into the ground, causing harm to water resources. The traditional laboratory waste liquid has not been effectively treated, and the waste liquid is connected to the domestic sewage pipelin...

AI Technical Summary

Problems solved by technology

However, due to the non-centralized distribution of colleges and universities, the discharge of organic waste liquid in laboratories is not large, and its pollution is easily overlooked

However, most of the laboratory organic waste liquid contains toxic and harmful substances, which is extremely harmful to the environment. Without effective treatment, it will eventually flow into rivers or seep into the ground, causing harm to water resources.

The traditional laboratory waste liquid has not been effectively treated, and the waste liquid is connected to the domestic sewage pipeline. It enters the urban sewage treatment station through the sewer and is treated together before being discharged into the water body. It is easy to cause cross-contamination, and it is mixed with domestic sewage. Relevant requirements

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