#Industry ·2026-02-11
When the last piece of waste lithium batteries is sent to the feeding belt, they are no longer a potential source of pollution, but rather an urban mine waiting to be unlocked. Our battery crushing and separation recycling line shreds the shells with millimeter-precise blade arrays, removes black powder through low-temperature volatilization and multi-stage screening, and recovers copper and aluminum through magnetic separation, wind separation, and density sorting. The entire process is protected by nitrogen and features real-time VOCs incineration, with dust levels of 1 mg/m³ and a recovery rate of 98%, ensuring that every metal atom returns to the path of new battery creation. Today, let the discarded power re-light the world's续航 (endurance). Feeding—crushing—low temperature volatilization—screening—magnetic separation—wind separation—density sorting—dust removal. Eight modules are integrated into a compact production line that operates at a pace measured in seconds. At the 8th second, the shells are shredded into uniform fragments; at the 15th second, the electrolyte is volatilized at low temperatures and recovered by condensation; at the 28th second, the copper and aluminum particles have been accurately sorted into different bins. Only three people are needed to operate the entire line, with PLC and visual AI dual verification and a 30-minute changeover time. It is compatible with cylindrical, square, and soft-pack batteries, with a production capacity of 0.5–2 t/h that can be freely expanded. This is the first time that "large-scale" and "flexibility" have come together. Explosion-proof valves, explosion-relief discs, oxygen content interlocks, CO₂ automatic fire suppression, and dual redundancy in temperature and pressure—we have equipped the production line with five "safety locks". The entire system is certified as Ex d II B T4 explosion-proof, with a nitrogen circulation oxygen content of 3% and VOCs end-of-pipe RTO 850 high-temperature incineration, ensuring zero dioxin emissions. Even if the batteries enter with residual electricity, liquid, or shells, they can complete their "harmless transformation" in a closed chamber. Let technology stay ahead of standards and let risks stop at the design stage. With a copper grade of 99%, an aluminum recovery rate of 97%, and a combined lithium-cobalt-nickel recovery rate of 98%, a black powder impurity of 0.3%—every batch of data is uploaded to the cloud in real time and stored on the blockchain, allowing traceability and auditability. Scan the QR code on your phone to view the carbon emission reduction report: For every 1 t of waste batteries processed, 3.12 t of carbon emissions are reduced, equivalent to planting 171 mature spruce trees. Numbers don't lie—they are your hardest ticket to an ESG rating of A. What we deliver is not just equipment, but also a "zero-liability" business model: equipment financing leasing, black powder premium repurchasing, carbon quota sharing, and O&M outsourcing—four options that can be combined or exited. Three years to break even, five years to generate surplus, with a production line that is mobile and expandable, always keeping pace with policies and production capacity. Today, you entrust us with your waste batteries; tomorrow, we return the metals, profits, and green certificates to you. Let every recycling become the starting point of the next growth.
2026-02-11
2026-02-11
2026-02-11
2026-02-11
2026-02-11
2026-02-11
No. 15 Industrial Avenue, Industrial Park, Shicheng County, Jiangxi Province
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