With the rapid development of electric vehicles and the renewable energy industry, the demand for lithium resources is also increasing. In order to maximize the utilization of lithium resources, the crushing and sorting production line technology of waste lithium batteries is constantly innovating.
The traditional waste lithium battery crushing and sorting production line mainly adopts physical and mechanical separation methods to shred, crush and crush the lithium battery, and then carry out cascade reuse through winnowing, vibration screening and sorting technologies to realize the separation of copper and aluminum, separator, shell and black powder in waste lithium batteries. However, this treatment method has problems such as low metal ** rate and incomplete treatment.
To address these issues, some advanced production lines are starting to incorporate more advanced processing techniques. For example, the new lithium battery crushing and sorting production line adopts new processes such as high-temperature drying, multi-component screening and sorting, and dry stripping copper and aluminum sorting to achieve comprehensive treatment and protection of aluminum, copper, pole powder, and shell in waste lithium batteries. These new processes not only increase the metal rate, but also reduce disposal costs and maintenance.
In addition to the application of new processes, some production lines also adopt automation and intelligent technologies, such as machine Xi and artificial intelligence, to achieve automatic control and optimization of production lines. The application of these technologies can further improve production efficiency and quality while reducing manual intervention and errors.
In addition to technological innovations, some production lines have also adopted environmentally friendly facilities such as odor and dust collection systems, activated carbon filtration and water spraying, and photo-oxygen catalysis to reduce environmental pollution in the production process. The application of these environmental protection facilities can ensure that the production process meets the requirements of environmental protection and realize the green recycling of lithium resources.
In general, with the continuous innovation and progress of technology, the crushing and sorting production line of waste lithium batteries is developing in the direction of more efficient, more environmentally friendly and more intelligent. The progress of these technologies will not only help improve the utilization rate of lithium resources, but also solve the problems of environmental pollution and lack of resources caused by waste lithium batteries, and realize the green recycling of lithium resources.