Recently, the waste lead-acid battery crushing and recycling production line independently developed by Jiangxi Mingxin has been put into application. Its differentiated performance in technology and environmental protection has attracted attention in the domestic environmental protection and recycling field, providing support for the resource circulation and utilization of lead-acid batteries.
The product advantages of this production line are concentrated in two dimensions: technological breakthroughs and environmental protection guarantees. On one hand, it adopts intelligent integrated crushing and sorting technology, with the lead metal recovery rate exceeding 99% — far higher than the industry average of 85%. The purity of the recycled lead reaches 99.95%, which can be directly connected to the new battery production process, reducing secondary resource loss. On the other hand, it is equipped with a fully enclosed waste gas and wastewater treatment unit. Through a multi-stage filtration and circulation system, it achieves zero wastewater discharge during production, and the waste gas emission indicators fully comply with the country’s latest environmental protection standards, eliminating the problem of secondary pollution in traditional recycling from the source.
In terms of industry value, this production line effectively addresses the pain points of traditional recycling, such as high energy consumption, high pollution, and low efficiency. It not only provides replicable standardized production solutions for small and medium-sized recycling enterprises, promoting the industry’s transformation from "extensive recycling" to "refined circulation" but also reduces the raw material costs of enterprises by improving resource utilization efficiency, helping the upstream and downstream of the industrial chain achieve cost reduction and efficiency improvement. Meanwhile, it provides a practical sample for the whole-life-cycle green management of lead-acid batteries under the "dual-carbon" goals, accelerating the standardized development of the industry.
