Process action and decomposition of mobile platform for reducing heavy metal pollution in manganese electrolyzing process

Abstract

The invention relates to process action and decomposition of a mobile platform for reducing heavy metal pollution in a manganese electrolyzing process. The mobile platform for reducing heavy metal pollution in the manganese electrolyzing process mainly comprises a guide rail, a shoe-shaped beam, a No.1 material loading frame, a No.1 blanking frame, a passivation groove, a sodium silicate groove, an accurate groove inlet / outlet system, a negative plate movement system and other components. The process action and the decomposition define the movement content, movement method and sequence of movements of all parts of the mobile platform during the working process, greatly improve the automation level of the mobile platform for reducing heavy metal pollution in the manganese electrolyzing process, and reduce the cost for reducing the heavy metal pollution in the manganese electrolyzing process.

Description

technical field [0001] The invention relates to a process action and decomposition of a mobile platform for reducing heavy metal pollution in a manganese electrolysis process, in particular to a working process of a mobile platform for reducing heavy metal pollution in an electrolytic manganese electrolysis process, and is an action decomposition method. Background technique [0002] my country is the world's largest producer and consumer of electrolytic manganese products, and the electrolytic manganese industry is an important industry in my country's national economy. At the same time, backward production technology, labor-intensive, heavy metal wastewater, and serious environmental pollution are important constraints for the sustainable development of the electrolytic manganese industry. [0003] The subsequent production process of electrolytic manganese electrolysis mainly includes: tank exit, passivation, cleaning, drying, stripping, whole board, polishing, cleaning, ...

AI Technical Summary

Problems solved by technology

The entire operation process requires a certain amount of manual operation. At the same time, during the operation process, continuous operation cannot be achieved and the reduction and collection of heavy metal-contaminated waste liquid cannot be guaranteed during the process of leaving the tank. A large amount of heavy metal-containing waste water is generated into the waste water system.

In the process of entering the tank, the manual operation is very random, causing some cathode plates to fail to contact the conductive copper plate well when entering the tank, resulting in blackening of the cathode plate or failure of normal electrolysis.

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