KEY PROCESS

Upcycling
We enhance the performance of used lithium-ion batteries by reusing viable modules and cells. This supports renewable energy storage applications.

Refining
Using innovative hydrometallurgical methods, we recover high-purity materials such as lithium, cobalt, nickel, and carbon. This process ensures that components are efficiently separated for reuse in manufacturing new batteries, reducing emissions and minimizing waste.

Refurbishment
Our refurbishment process repairs and restores battery modules and cells, ensuring they meet safety and performance standards. These refurbished modules serve secondary markets, including electric vehicle (EV) charging, energy storage systems, and rural electrification.

IMPACT AND BENEFITS

Environmental Benefits
Resource Conservation:
Reduces the need for new mining and conserves valuable materials.
Reduction in E-Waste:
Mitigates the growing issue of electronic waste.
Carbon Emissions Reduction:
Prevents thousands of tons of CO₂ emissions annually.

Economic Benefits
Material Recovery:
Generates valuable materials that support battery manufacturers.
Job Creation:
Provides direct and indirect employment opportunities in local communities.
Local Economic Growth:
Stimulates economic development through investment and infrastructure improvements.

Social Benefits
Affordable Energy:
Refurbished batteries provide cost-effective energy storage solutions, especially in rural areas.
Support for EVs:
Supplies batteries for the growing electric vehicle market.
Local Economic Growth:
Empowers local communities through job training and technical skill development.