An environment-friendly electrolytic manganese plate automatic passivation cleaning whole plate machine

Abstract

The invention relates to an environment-friendly type automatic passivation cleaning plate-arranging machine for an electrolytic manganese metal pole plate. The machine mainly comprises a pedestal. The left part of the pedestal is provided with a transmission motor, driving chains, a feeding platform, a passivation device and a cleaning device. The driving chains penetrate through the feeding platform, the passivation device and the cleaning device. The driving chains are connected to arranging chains through duplex chain wheels. Beneficial effects of the machine are that: the whole process from passivation to cleaning is performed in a fully-enclosed manner, and therefore the whole process is free of leakage of sewage and pollution to the environment. The machine reduces the labor intensity of operators, increases the labor production efficiency, reduces the using amount of a passivating liquid, and achieves effects of continuous, rapid, safe and stable passivation cleaning processes and effects of saving the passivating liquid and reducing the cleaning water. The machine can be operated independently in a single line, and two independent same machines can also be simply combined to achieve two-line synchronous operation so as to further increase the labor production efficiency.

Description

technical field [0001] The invention relates to a plate passivation, cleaning, sorting and waste water treatment device in the process of electrolytic manganese metal leaving the tank, in particular to an environment-friendly full-automatic passivation and cleaning machine for electrolytic manganese metal plates. Background technique [0002] The electrolytic manganese industry is still in the state of artificial passivation and manual cleaning. During the passivation cleaning process, there is leakage of passivation liquid. Cleaning the plates takes up a lot of work space, consumes a lot of clean water and causes a large area of ​​sewage after cleaning. Pollution, it is inconvenient to recycle and reuse, the continuity of the process is not strong, it consumes a lot of manpower and financial resources, and the pollution is also very serious. [0003] In addition, when the electrolytic manganese metal is out of the tank, more than 20 plates are usually lifted out of the elec...

AI Technical Summary

Problems solved by technology

[0002] The electrolytic manganese metal industry is still in the state of artificial passivation and manual cleaning. During the passivation cleaning process, there is leakage of passivation liquid. Cleaning the plates takes up a lot of work space, consumes a lot of clean water and causes a large area of ​​sewage after cleaning. Pollution, it is inconvenient to recycle and reuse, the continuity of the process is not strong, it consumes a lot of manpower and financial resources, and the pollution is also very serious

[0003] In addition, when the electrolytic manganese metal is out of the tank, more than 20 plates are usually lifted out of the electrolytic tank by driving, and then the plates are soaked in the passivation pool for about 5 seconds, repeated 3 times, and then a tank is passivated by driving. About 65 plates after chemical treatment were hoisted into the plate cleaning frame. In this process, the passivation time of the plates hoisted into the passivation pool for the first time and the second time exceeded 5 seconds, resulting in prolonged soaking time of the plates and wasting passivation solution. When the plate is hoisted from the passivation tank to the cleaning frame, there is a large amount of residual passivation liquid polluting the work site; then another crane lifts the plate cleaning frame and the plate together into the cleaning area for manual cleaning. Cleaning takes up a lot of space and requires a lot of cleaning water. It is difficult to recycle the water for cleaning the plates and cannot be reused. The pollution of the cleaning site is aggravated

Images