10 Steps to Sustainable Battery Management
01 / Collection
02 / Inspection
03 / Diagnosis
04 / Grading
Secure logistics and intake of spent lithium-ion packs from EV partners.
Meticulous visual and physical assessment of casing integrity and safety.
Advanced electrochemical testing and cell-level state-of-health analysis.
Categorizing cells based on capacity, internal resistance, and performance.
05 / Discharge
06 / Disassembly
07 / Refurbishment
08 / Repurposing
Controlled energy depletion to prepare modules for safe physical handling.
Precision mechanical dismantling of packs down to individual cell levels.
Repairing, balancing, and restoring viable components to active service.
Engineering second-life battery packs for stationary energy storage systems.
09 / Recycling
10 / Certification
Closed-loop hydrometallurgical recovery of high-value active cathode materials like lithium, cobalt, and nickel.
Providing fully traceable safety, compliance, and carbon offset documentation for circular economy reporting.
Precision Diagnostics. Uncompromising Safety. Full Traceability.
Every battery pack undergoes meticulous cell-level inspection and validation, ensuring compliance and maximizing its sustainable value.
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