Lithium-ion batteriesThe pool recycling and processing equipment primarily converts discarded power batteries (lithium-ion batteries, lithium iron phosphate batteries) into recyclable materials such as cobalt, copper, aluminum, and anode powder. This also presents a significant business opportunity for new energy vehicle manufacturers, who are increasingly joining the recycling and disposal of used lithium batteries to achieve a closed-loop utilization of raw materials.
Today, with the thriving new energy industry, lithium batteries, as the cornerstone of new energy, have gradually become the pillar of the entire sector. The new energy lithium battery industry is continuously expanding, with technology constantly being updated and replaced. As the lithium battery industry progresses, new energy vehicles are also adopting more advanced technologies to enhance their lithium batteries. With the widespread adoption of new energy electric vehicle technology, the sales of electric vehicles have undergone a significant transformation, ranking among the top in car sales. This indicates that new energy vehicles will gradually replace fuel vehicles, and this trend of replacement is accelerating.
LithiumWhen discussing new energy vehicles, one cannot overlook their irreversible flaw — energy consumption. After 3 to 4 years of use, the battery's power consumption tends to decrease. At this point, the driving range of the electric vehicle depends on the degree of its degradation, significantly impacting the user experience. When the battery capacity falls below 80%, it's time to consider retirement. Currently, most报废 lithium batteries are dismantled and crushed, with the treatment of used battery sheets being particularly crucial. Generally, a lithium battery crushing and recycling system is used for this purpose.
The lithium battery regeneration process, which includes the anode treatment and recovery system, is a comprehensive intelligent system connected in the following sequence: lean oxygen transport, lean oxygen volatilization, comprehensive sorting, lean oxygen cracking, comprehensive combustion, cooling, thermal distribution, friction de-dusting, air flow classification, vibration screening, waste gas treatment, and inert gas supply. The system achieves intelligent unattended feeding through the use of intelligent robotic arms for material measurement, realizing unmanned automated production.
The lithium battery recycling equipment physically decomposes spent lithium batteries, utilizing mature technologies such as battery shell sorting, crushing and screening, oxidation cracking of positive and negative electrodes,粉碎of positive and negative electrodes, grinding of positive and negative electrodes, separation of copper and aluminum particles from positive and negative electrodes, and separation of copper and aluminum from positive and negative electrodes. The economic value of the regenerated materials is high, and their reusability is strong. Therefore, in China's lithium battery recycling industry, the recycling and utilization of lithium batteries has become a means of waste resource utilization. With complete equipment, spent batteries in cities are collected and decomposed, then reassembled, significantly reducing the procurement costs in the production process of lithium batteries.
