Spent battery recycling projects often face multiple challenges including feedstock complexity, local regulatory differences, and owner team inexperience. Single-point equipment or laboratory data alone cannot support actual plant "stable production and profitable operation."
Yunning Recycling focuses on lithium-ion and lead-acid battery recycling, from early route selection and process package design to equipment selection and integration, installation and commissioning, and operational optimization. We have accumulated a series of replicable engineering project experiences that can deliver complete line solutions tailored to different regions (Central Asia, Southeast Asia, Middle East, etc.) and feedstock structures.
Below are representative projects and engineering module examples demonstrating combination approaches under different feedstock, capacity, and regional conditions. Actual solutions are customized and refined based on client feedstock structure, target products, and local regulations.
Domestic - Li-ion Comprehensive Recycling
Responsible for process route design and key equipment selection, balancing local utility capabilities and environmental constraints to achieve closed-loop recycling from crushing & sorting to battery-grade lithium carbonate.
Southeast Asia - Power Battery Recycling + Materials Base
Providing recycling-end support for local materials base, delivering integrated "second-life + recycling & disassembly + hydrometallurgy" solutions with reserved interfaces for future expansion.
Domestic - PACK/Module Second-Life
Through SoH evaluation and screening, building "second-life → recycling" dual pathways to improve overall pack value utilization while integrating safety and end-of-life recycling from the design phase.
Central Asia - Lead-Acid Battery Recycling Plant
Combining local environmental requirements and market structure, configuring efficient crushing & sorting and lead paste processing sections with acid neutralization and plastic recovery to balance economics and compliance.
Southeast Asia - Existing Lead Plant Retrofit
Without significantly increasing investment, improving lead recovery rate and reducing unit energy consumption and emissions through key section retrofits and operating window optimization.
Multiple Projects - EHS & System Optimization
For existing Li-ion and lead-acid recycling lines, evaluating waste treatment and safety system gaps, proposing phased retrofit plans to help projects pass local compliance reviews and reduce operational risks.
For each project, we establish clear milestones and deliverables across four phases: "Feasibility Assessment → Process Package & Equipment Interface → Installation & Commissioning → Stable Operation & Optimization" - avoiding "paper solutions" that remain at the report level, truly supporting plant production ramp-up and operations.
Combining feedstock samples, local regulations, and target products, conducting comprehensive evaluation of Li-ion/lead-acid routes, product mix, and site resources to provide recommended processes and investment ranges.
Delivering flow diagrams, material and energy balances, key equipment parameters, and interface conditions for civil, electrical, instrumentation, and utilities to provide unified technical boundaries for EPC and procurement.
During installation, individual equipment commissioning, and integrated testing phases, providing inspection checkpoints, operating parameter windows, and troubleshooting guidance to shorten time from ignition to production.
Based on actual production data, diagnosing recovery rate, reagent consumption, energy consumption, and EHS indicators, proposing process fine-tuning and system optimization recommendations to drive continuous project improvement.
Compared to traditional equipment supply or single-point consulting services, Yunning Recycling focuses more on "whether the project can achieve long-term stable profitable operation locally." Team members have backgrounds in lithium materials and hydrometallurgy, and have participated in recycling and regeneration plant deployments across multiple regions, able to balance safety, environmental compliance, and economics while distilling experience into replicable modules.
Materials and hydrometallurgy background, deep expertise in core battery recycling processes
Full-process deployment capability from laboratory to 10,000+ t/y production lines
Project practice and localization experience across Central Asia/Southeast Asia
Replicable and scalable processes supporting phased construction and flexible combinations