System for disassembling waste battery

Abstract

The invention relates to the field of battery disassembly and in particular relates to a system for disassembling a waste battery. The system comprises a battery fluid recycling pool, a battery disassembling machine, a vibrating separator, an iron remover, a crusher, a water decomposition device, a settling pond, a filter press and a sulfur removal device, wherein the battery fluid recycling pool is positioned below the battery disassembling machine; transportation is performed between the battery disassembling machine and the vibrating separator by virtue of a grip; the vibrating separator is connected with the crusher by virtue of a conveyer belt; and the iron remover is arranged on the conveyer belt. According to the method for disassembling the waste battery in the invention, the operation is simple, mechanical disassembly is performed in the disassembling process, the manual labor is avoided, the disassembling efficiency is improved, resource loss and environmental pollution are avoided, and battery fragments are repeatedly separated by utilizing water cycle, so that the components in the fragments are reasonably separated. Therefore, the regenerated lead post-production energy consumption is low, and the disassembly cost is low.

Description

technical field [0001] The invention relates to the field of battery dismantling, in particular to a dismantling system for waste batteries. technical background [0002] With the advancement of society and technology, we use batteries everywhere in our lives, and also produce many waste batteries. In modern production processes, waste lead-acid batteries, lead slag and lead mud have been listed in the national Hazardous waste inventory, where lead can be recycled. [0003] The first process of recycled lead recycling is the dismantling of waste lead-acid batteries. The traditional dismantling process of waste lead-acid batteries is mostly manual dismantling. Most domestic recycled lead factories generally use conventional reverberatory furnaces, blast furnaces and other smelting processes, which can easily cause resource loss and environmental pollution, and there is no sorting treatment, resulting in unreasonable utilization of alloy components and high energy consumption...

AI Technical Summary

Problems solved by technology

Most domestic recycled lead factories generally adopt conventional reverberatory furnaces, blast furnaces and other smelting processes, which can easily cause resource loss and environmental pollution, and there is no sorting treatment, resulting in unreasonable utilization of alloy components and high energy consumption in the subsequent production of recycled lead

In addition, the cost of dismantling and processing imported large-scale equipment is too high

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