Safe and efficient lithium battery recycling equipment

With the rapid development of new energy vehicles, electronic products, and other industries, lithium batteries are more and more widely used. However, after some time, lithium batteries will face end-of-life due to performance degradation or damage. How to effectively and safely recycle and dispose of these end-of-life lithium batteries has become an important issue in the field of environmental protection and resource recycling, and the end-of-life lithium battery recycling equipment developed by SUNY GROUP, as a key tool for solving this problem, has provided strong support for the sustainable development of the industry through the continuous innovation and development of its technology and equipment.

The technical principle of the end-of-life lithium battery recycling equipment mainly relies on physical and chemical methods. Physical methods include crushing, screening, and other steps, through the multi-stage crushing device, an end-of-life lithium battery crushed into small pieces, and then screening equipment to achieve the separation of different components. Chemical methods, on the other hand, mainly utilize specific chemical solutions to leach the electrode materials to dissolve the metal elements, then extract the metal elements through the extraction equipment, and finally carry out refining. This comprehensive physicochemical treatment method not only has high processing efficiency but also can effectively recover valuable metal resources.

Safe and efficient lithium battery recycling equipment

In terms of equipment, the end-of-life lithium battery recycling equipment covers several key aspects. First is the lithium battery crushing equipment, which can efficiently crush and separate the lithium battery shell, positive and negative electrode materials, electrolytes, and other components. Next is the positive and negative electrode material separation equipment, which separates the positive and negative electrode materials through physical methods such as magnetic separation and sieving for subsequent processing. In addition, electrolyte recycling equipment is also essential, which can recycle and treat the electrolyte in the waste lithium battery and reduce environmental pollution.

To ensure the safety and environmental protection of the treatment process, the end-of-life lithium battery recycling equipment is also equipped with an intelligent negative pressure system, a remote operating system, and safety monitoring and protection devices. An intelligent negative pressure system can effectively control the dust and exhaust emissions in the treatment process to ensure a clean and safe operating environment. The remote operating system allows the operator to monitor and control the treatment process from a safe distance, improving the safety and convenience of operation. The safety monitoring and protection device can monitor various safety parameters in real-time to ensure the safety and stability of the treatment process.

In addition to the basic recycling and processing functions, the end-of-life lithium battery recycling equipment is constantly upgrading its technology and expanding its functions. For example, some advanced equipment is equipped with a pyrolysis system, which can pyrolyze the organic materials in lithium batteries into combustible gases and carbon black and other products, further improving the utilization rate of resource recovery.

SUNY GROUP's end-of-life lithium battery recycling equipment has made significant progress in both technology and equipment. They are not only capable of effectively processing end-of-life lithium batteries and realizing the recycling of resources but also guaranteeing the safety and environmental protection of the processing through intelligent and safe system design. With the continuous progress of technology and equipment upgrading, end-of-life lithium battery recycling equipment will play a greater role in the future.