smarter, greener recovery.
Back
to life
Bringing valuable materials back into the supply chain through smarter, greener recovery.
01. About Back To Life
Recover critical battery materials faster
Unlock valuable metals from spent batteries using a cleaner, lower-cost recovery process.
Back to Life enables battery recyclers and manufacturers to recover critical raw materials such as lithium, cobalt, nickel, and manganese using an environmentally friendly recovery approach. Our solution reduces energy use, lowers chemical dependency, and cuts operational costs — helping you recover more value while supporting a sustainable battery supply chain.
02. Industry Pressures
Battery material recovery is expensive
The rapid growth of electric vehicles and energy storage systems has created a massive demand for critical battery materials. At the same time, millions of batteries are reaching end-of-life, creating both a challenge and an opportunity.
However, current recycling and recovery methods often involve:
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High energy consumption and operational costs
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Use of toxic and environmentally harmful chemicals
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Expensive equipment and complex infrastructure
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Low recovery efficiency for valuable metals
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Environmental and regulatory compliance challenges
03. Our Solution
Greener & lower-cost recovery
Back to Life introduces a sustainable recovery process designed specifically for battery materials.
Our approach enables efficient extraction and recovery of critical metals while significantly reducing environmental impact and operating costs.
By reducing energy requirements and replacing harmful chemicals with environmentally friendly alternatives, our solution allows battery recyclers and manufacturers to operate more efficiently, sustainably, and profitably.
This helps recover valuable materials and return them directly into the battery supply chain, reducing reliance on mining and strengthening material security.
Key Benefits
Recover more valuable materials
Efficiently extract lithium, cobalt, nickel, manganese, and other critical metals from end-of-life batteries.
Reduce operational and energy costs
Lower energy consumption and equipment maintenance requirements compared to traditional recovery methods.
Reduce environmental impact
Minimise the use of harmful chemicals and reduce emissions associated with traditional recovery processes.
Increase profitability from battery recycling
Unlock additional value from waste batteries and improve recovery efficiency.
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Lower Capital and Equipment Maintenance Costs
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Lower Energy Costs and better for the environment
04. Who is Back To Life for?
Battery recycling companies
Recover more valuable metals from end-of-life batteries while reducing processing costs.
Battery manufacturers
Recover materials from production scrap and defective batteries and reintegrate them into manufacturing.
EV battery supply chain operators
Strengthen material security and reduce dependence on raw material sourcing.
Recycling plant technical managers
Improve operational efficiency, reduce environmental impact, and increase profitability.
Why this matters now
Global demand for lithium-ion batteries is rapidly increasing, driven by electric vehicles and renewable energy storage.
At the same time, access to critical raw materials is becoming more expensive and uncertain. Efficient recovery of battery materials is no longer optional; it is essential.
Learn more about early pilots, product updates, and partnership opportunities.
Be among the first to transform battery material recovery
At the same time, access to critical raw materials is becoming more expensive and uncertain. Efficient recovery of battery materials is no longer optional; it is essential.