Innovative technology to promote the industry forward Waste power batteries get a new life
Category: Industry information
Date: 2024-11-07
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Author: 秦泰盛
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Innovative technology to promote the industry forward Waste power batteries get a new life
Qin-Tech Cycle's green recycling production line for waste power batteries has shown significant advantages in promoting the standardization, efficiency, and environmental protection of the lithium recycling industry. The following is a detailed summary of its advantages:
I. Subversive and Pioneering
Pure green technology: The production line adopts pure green technology without pollution, which is fully in line with the global dual-carbon goal and reflects a high sense of responsibility for environmental protection.
Industry Pioneer: As the earliest green recycling model implemented in the industry, Qin-Tech Cycle's green recycling production line for used power batteries has set a benchmark for the whole industry.
II. Intelligence and environmental protection
Highly intelligent: the production line has reached the fully intelligent mode without human involvement in the operation, and realizes self-adaptive adjustment through advanced intelligent technology, which improves production efficiency and precision and reduces the labor cost.
Perfect environmental protection measures: the whole process is fully equipped with pure green technology, including material repair and regeneration and waste gas treatment. Closed operation is adopted in the dismantling process to reduce the emission of dust and harmful gases, and at the same time, it is capable of harmless treatment of waste liquid and waste gas generated by dismantling, which is in line with environmental protection requirements.
III. High efficiency and compatibility
High-efficiency extraction technology: Cycle's green recycling electrode powder production line for used power batteries adopts a number of patented intelligent extraction technologies, which are capable of intelligently and accurately extracting the five materials in the batteries, and then obtaining battery-grade positive and negative electrode materials by means of creative repair and regeneration technology, which improves the recycling efficiency of used batteries.
Wide compatibility: Whether it is the chassis battery packs of SUVs, small cars, large buses, vans, or other general modules, the production line can easily cope with them, meeting the dismantling needs of most types of used power batteries in the market.
IV. Fine dismantling and laddering utilization
Fine dismantling: Qin-Tech waste power battery's fine dismantling production line not only dismantles waste power batteries to positive and negative pole pieces and diaphragm but also deeply dismantles them to the level of polar powder, which realizes the maximum utilization and recycling of battery materials.
Trapezoidal utilization: Through advanced technology and innovative processes, the production line for the trapezoidal utilization of waste power batteries transforms waste power batteries into high-quality, high-performance trapezoidal core PACK products, which prolongs the service life of resources and reduces the pressure on the exploitation of natural resources.
V. Safety and Reliability
High-quality materials: The production line focuses on safety and reliability during the design and manufacturing process. It adopts high-quality materials, advanced manufacturing technology, and a strict quality control system to ensure its stability and durability.
Safety protection measures: The production line is also equipped with necessary safety protection measures and an alarm system, which can stop the machine and issue an alarm in time in case of an abnormal situation, thus guaranteeing the safety of operators and equipment.
To sum up, Qin-Tech Cycle's green recycling production line for used power batteries excels in terms of subversion, pioneering, intelligence, environmental protection, high efficiency, compatibility, fine dismantling, terraced utilization, as well as safety and reliability, and sets a model for the standardized development of the lithium battery recycling industry.