Material Recovery Performance
We process spent lithium batteries into black mass and battery-grade recycled materials.
Core Business Overview
Up to 4t/h
Capacity
> 40%
Investment Saving
Typical Recovery Rates Performance
Typical performance (subject to material conditions): Performance may vary depending on battery chemistry, pre-treatment and operating conditions.
Black Mass
98%
Copper
95%
Aluminum
92%
Technical and Process Advantages
Customized Process
With BattCyclo customized and tailored process, the recovery rate of lithium battery materials can reach up to 99.5%.
Efficient Workflow
Benefiting from the highly efficient and streamlined production workflow, the total investment can be reduced by over 40% compared with conventional technical routes.
Output Quality
Stable particle size
- Ensuring uniform distribution of material particles through precision classification technology to enhance physical performance.
Controlled moisture content
- Strict monitoring of humidity levels throughout the process to guarantee material stability and longevity.
Low impurity levels
- High-efficiency purification processes designed to eliminate non-target elements according to industrial standards.
Market Value
The output materials are suitable for international trade and downstream recycling markets.
Global Market Access & Adaptive Delivery
International Compliance Green Card
BattCyclo's lithium battery recycling technology features the industry's world-leading lowest cradle-to-grave carbon footprint. As a new-generation green circular solution, it is tailored to global dual-carbon policies, EU battery regulations, and carbon border adjustment mechanisms (CBAM), helping enterprises effortlessly overcome international trade barriers.
Multi-Country Standard Adaptive Delivery
We utilize China’s power battery traceability policies, the EU Battery Regulation, the Carbon Border Adjustment Mechanism (CBAM), European and American power battery traceability rules, and carbon-neutral supply chain standards of various countries as the design criteria for the lithium battery recycling system. For individual projects, we deliver customized and adaptive solutions to fully satisfy the localized expansion needs of global clients.
Full-Chain Low-Carbon Technical Support
Through independently developed closed-loop recycling processes, we adopt low-temperature vacuum drying, non-extractant hydrometallurgy, and non-redundant energy consumption control. All process links are quantifiable, traceable, and certifiable, achieving industry-leading carbon emission performance across the entire workflow.
Market Feedback & Core Commercial Value
Reshaping Cost Structures (Supply Chain Costs Reduced by >15%)
- Leveraging the low energy consumption and low emission advantages of low-carbon processes, it significantly cuts production energy costs and environmental governance expenses.
- It effectively avoids additional expenditures caused by carbon tariffs and excessive carbon quota usage, reducing overall hidden supply chain costs by over 15%.
Brand Premium in Capital & End Markets
- It empowers enterprises with carbon neutrality endorsement, fully meeting the high-standard requirements for green supply chains and ESG ratings from global end markets and capital markets.
- It significantly enhances corporate international brand competitiveness as well as investment and financing advantages.
Building a Secure & Stable Closed-Loop Resource System
- It boasts the dual strengths of a high recovery rate and low carbon emissions.
- It reduces carbon loss generated by cross-border mineral resource transportation, assisting enterprises in realizing self-sufficiency of battery resources within the region to ensure long-term supply chain safety and stability.