Lithium Battery Recycling Market Weakened in Sep on Boomig Cost and Mounting Risks

Published: Nov 16, 2022 14:41
According to SMM research, in October 2022, a total of 27,802 mt of lithium battery scraps were recycled in China (including scrap in the form of battery, pole piece and black mass), and the recycling volume fell slightly by 1% compared with September.

SHANGHAI, Nov 16 (SMM) - According to SMM research, in October 2022, a total of 27,802 mt of lithium battery scraps were recycled in China (including scrap in the form of battery, pole piece and black mass), and the recycling volume fell slightly by 1% compared with September. Specifically, the recycling volume of ternary battery scrap came in at 18,958 mt, taking up 68% of the total volume; LFP battery scrap 8,021 mt, taking up 29%; and LCO battery scrap 823 mt, occupying the remaining 3%.

In October, the price of lithium battery scrap, including ternary and LFP battery scrap, continued to rise rapidly trailing the price hike of lithium carbonate. In light of high cost and greater risks, powdering enterprises tended to purchase battery scrap based on the sales result to ensure the sales prices and channels. Hydrometallurgy companies, on the other hand, also found the prices of pole plate and black mass relatively high. Therefore, in order to avoid losses, they raised the purchase prices of battery-grade and industrial-trade lithium carbonate and crude lithium carbonate to boost the market quotes. At present, due to the market's bearish sentiment on the prices of cobalt products as well as the stable demand of nickel products, recycling companies tried their best to recycle scrap with high nickel and low cobalt content.

The SMM Lithium Battery Scrap Price Calculator was officially launched in late October. It is mainly dedicated to addressing the two pain points of "benchmark price determination" and "discount calculation" in the process of lithium battery recycling. The Calculator uses SMM battery-grade nickel sulphate, cobalt sulphate and lithium carbonate prices as the benchmark price, as the prices of primary metal are mostly settled by overseas ore traders, which mirror the alloy market dynamics in Europe and US. On the contrary, the spot prices of nickel, cobalt and lithium salt could better reflect the supply and demand dynamics in the Chinese new energy market, which is closer to the actual trading situation. The discount calculation is made independently based on the spot prices of nickel, cobalt and lithium salts, which is designed to try to mirror the actual production situations of manufacturers as a result of varied process routes, production costs and profit expectations.

SMM estimates that the total recycling volume of battery scrap will amount to 28,062 mt in November, up 1% MoM, including 18,469 mt of ternary battery scrap, 8,563 mt of LFP battery scrap, and 1,031 mt of LCO battery scrap.

Data Source Statement: Except for publicly available information, all other data are processed by SMM based on publicly available information, market communication, and relying on SMM‘s internal database model. They are for reference only and do not constitute decision-making recommendations.

For any inquiries or to learn more information, please contact: lemonzhao@smm.cn
For more information on how to access our research reports, please contact:service.en@smm.cn
Related News
[SMM Analysis] ITC Rejects Tariffs on Chinese Graphite Anodes, Final Duties Not Imposed
Mar 13, 2026 19:55
[SMM Analysis] ITC Rejects Tariffs on Chinese Graphite Anodes, Final Duties Not Imposed
Read More
[SMM Analysis] ITC Rejects Tariffs on Chinese Graphite Anodes, Final Duties Not Imposed
[SMM Analysis] ITC Rejects Tariffs on Chinese Graphite Anodes, Final Duties Not Imposed
[SMM Analysis] On March 12, 2026, the US International Trade Commission (ITC) ruled against imposing tariffs on graphite imports from China. Below is the complete timeline of the US anti-dumping and countervailing duty (AD/CVD) investigation into China’s active anode material (graphite anode) imports, the duty rates at each stage, and the latest outcome as of March 12, 2026.
Mar 13, 2026 19:55
NDRC Approves Hami-Dunhuang Third 750 kV Transmission Line Project
Mar 13, 2026 17:48
NDRC Approves Hami-Dunhuang Third 750 kV Transmission Line Project
Read More
NDRC Approves Hami-Dunhuang Third 750 kV Transmission Line Project
NDRC Approves Hami-Dunhuang Third 750 kV Transmission Line Project
Recently, the National Development and Reform Commission (NDRC) issued the Reply on the Approval of the Hami–Dunhuang Third 750 kV Transmission Line Project, formally approving the Xinjiang Hami–Dunhuang Third 750 kV Transmission Line Project. The implementation of this project was of great significance for improving the backbone structure of the main power grid in Northwest China, strengthening the mutual support capacity between the Gansu and Xinjiang power grids, and enhancing Xinjiang’s capacity to absorb new energy. According to previously disclosed environmental impact assessment information, the project had a total static investment of 1.3509 billion yuan and was scheduled for completion in March 2027.
Mar 13, 2026 17:48
Jijing UHV DC Project Enters Final Feasibility Stage, Aiming for 2029 Operation
Mar 13, 2026 17:44
Jijing UHV DC Project Enters Final Feasibility Stage, Aiming for 2029 Operation
Read More
Jijing UHV DC Project Enters Final Feasibility Stage, Aiming for 2029 Operation
Jijing UHV DC Project Enters Final Feasibility Stage, Aiming for 2029 Operation
On March 12, it was learned from State Grid Jilin Electric Power Co., Ltd. that the project to transmit power from the Songliao Clean Energy Base in Northeast China to North China (the “Jijing UHV DC Project”) officially entered the final stage of the feasibility study. According to the plan, the project is expected to complete project approval in 2026, enter the substantive construction phase in 2027, and be completed and put into operation in 2029.
Mar 13, 2026 17:44
Lithium Battery Recycling Market Weakened in Sep on Boomig Cost and Mounting Risks - Shanghai Metals Market (SMM)