Battery Recycling Equipment for Black Mass Separation and Collection

Time:2026-05-01 15:19:31 Author:Suny Group

Lithium-ion battery recycling equipment is a system designed for the safe dismantling, thermal treatment, and material separation of end-of-life batteries. Its core function lies in the efficient extraction of black powder (containing valuable metals such as lithium, nickel, and cobalt), thereby enabling resource reuse and reducing the risk of environmental pollution; it represents a key technological approach in the current field of power battery recycling.

Battery Recycling Equipment for Black Mass Separation and Collection

Battery Recycling Equipment for Black Mass Separation and Collection

I. Full-line Equipment Process: Systematic Processing from Crushing to Black Powder Recovery

A complete lithium-ion battery recycling production line typically adopts a segmented design, with each stage closely interconnected. First, pre-treatment and crushing equipment are used to perform enclosed crushing of waste lithium-ion batteries, effectively releasing the internal structure whilst controlling dust and safety risks.

The process then proceeds to the thermal treatment stage, namely, pyrolysis and carbonisation equipment. By treating the battery materials in an oxygen-free or low-oxygen environment, the electrolyte and organic binders are removed, thereby reducing the difficulty of subsequent sorting. This process not only enhances material stability but also creates the conditions necessary for subsequent separation.

Building on this, air classification, screening, and negative pressure collection systems are used to separate black powder (primarily anode and cathode material powders) from metallic materials such as copper foil and aluminium foil, thereby achieving the effective recovery of different components.

II. Key Equipment Configuration: The Cornerstone of Efficiency and Safety

Lithium-ion battery recycling places high demands on equipment safety and stability, with the configuration of core equipment directly impacting overall operational performance. A sealed crushing system minimises the leakage of harmful gases and features an explosion-proof design to accommodate the processing requirements of different battery types.

As a critical stage, pyrolysis and carbonisation equipment must offer precise temperature control and stable operation to ensure thorough decomposition of organic matter whilst preventing damage to material properties. The sorting system, meanwhile, emphasises precision and continuity; through multi-stage separation methods, it enhances the recovery rate and purity of black powder.

The entire line is typically equipped with dust collection and exhaust gas treatment systems to centrally process dust and gases generated during production, ensuring compliance with environmental standards. This systematic configuration ensures that the equipment not only possesses processing capacity but also meets the stability requirements of practical industrial applications.

III. Application Value: The Integration of Resource Recovery and Industry Trends

With the rapid development of the new energy vehicle industry, the volume of end-of-life lithium-ion batteries continues to rise. The resources contained within them—such as lithium, cobalt, and nickel—possess significant recovery value. Processing these batteries using specialised recovery equipment not only reduces resource wastage but also decreases reliance on virgin minerals.

Indian Lithium-ion Battery Recycling Plant 1 Ton Per Hour Site

Indian Lithium-ion Battery Recycling Plant 1 Ton Per Hour Site

Taking the Indian project as an example, once such a lithium-ion battery recycling production line is operational, it will enable large-scale processing and material recovery, providing a stable source of raw materials for the local renewable resources industry. At the same time, against a backdrop of increasingly stringent environmental policies, standardised recycling equipment has become a vital foundation for enterprises to operate in compliance with regulations.

For enterprises planning to enter this sector, the rational configuration of equipment and the optimisation of process flows are key pathways to achieving cost control and enhancing profitability.

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