Recovering Up to 90% of Lithium from Used EV Batteries

Japan's Lithium Recovery Breakthrough

2024

02

The Challenge

Addressing the growing lithium demand and battery waste crisis

Why Lithium Recovery Matters

01

Growing EV Market Global EV sales projected to reach 40M+ annually by 2030
02

Resource Scarcity Lithium demand expected to triple by 2025
03

Environmental Impact Improper disposal leads to toxic waste and resource loss
04

Supply Chain Security Reducing dependence on limited lithium mining sources

04

The Breakthrough

A revolutionary method from Japanese researchers

90%

Lithium Recovery Rate from Used EV Batteries

Significantly higher than traditional methods (typically <40%)

How the Method Works

1

Collection

Gathering used EV batteries from various sources

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2

Disassembly

Safe dismantling and sorting of battery components

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3

Extraction

Novel chemical technique to isolate lithium compounds

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4

Purification

Refining to battery-grade quality standards

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5

Reuse

Returning lithium to supply chain for new batteries

Key Benefits

eco

Environmental

Reduces mining impact and hazardous battery waste

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Economic

Creates circular economy value chain

security

Strategic

Enhances resource independence and supply security

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Scalable

Applicable to various battery types and chemistries

A Sustainable Future

A major step toward circular electric mobility — turning battery waste into valuable resources

Source: Japanese Research Team, 2024