SOLUTIONS
Advanced
Battery Recycling
& Material Upcycling
Advanced Battery Recycling & Material Upcycling
Regenerate Technology is at the forefront of sustainable battery recycling, using patented hydrometallurgical processes to extract and refine valuable materials from used batteries. Unlike traditional recycling methods that rely on energy-intensive smelting, our chemistry-driven approach reduces emissions, minimizes waste, and produces high-performance battery materials.
Regenerate Technology is at the forefront of sustainable battery recycling, using patented hydrometallurgical processes to extract and refine valuable materials from used batteries. Unlike traditional recycling methods that rely on energy-intensive smelting, our chemistry-driven approach reduces emissions, minimizes waste, and produces high-performance battery materials.
Lead-Acid
Battery Recycling
Lead-Acid
Battery Recycling
Revolutionizing Lead Recovery with
Cutting-Edge Science
Lead-acid batteries remain a cornerstone of global energy storage, but traditional recycling relies on high-temperature smelting, which is both energy-intensive and polluting. Regenerate’s proprietary low-temperature hydrometallurgical process recovers lead materials with 90% less waste output and 85% lower carbon emissions.
Lead-acid batteries remain a cornerstone of global energy storage, but traditional recycling relies on high-temperature smelting, which is both energy-intensive and polluting. Regenerate’s proprietary low-temperature hydrometallurgical process recovers lead materials with 90% less waste output and 85% lower carbon emissions.
KEY BENEFITS:
Nanostructured lead
oxide production
Nanostructured lead oxide production
Increases battery energy density by 40%, extending battery life and performance.
Increases battery energy density by 40%, extending battery life and performance.
Closed-loop recycling
Closed-loop recycling
Extracts and regenerates lead paste into battery-grade lead oxide, eliminating reliance on smelting.
Extracts and regenerates lead paste into battery-grade lead oxide, eliminating reliance on smelting.
Eco-friendly desulfurization
Eco-friendly desulfurization
Removes sulfur from battery waste without producing hazardous emissions.
Removes sulfur from battery waste without producing hazardous emissions.
Scalable
& cost-efficient
Scalable & cost-efficient
Reduces overall recycling costs by 20%, making it an economically viable alternative to smelting.
Reduces overall recycling costs by 20%, making it an economically viable alternative to smelting.
Lithium-Ion
Battery Recycling
Lithium-Ion
Battery Recycling
Recovering Critical Materials for the
EV & Energy Storage Revolution
Recovering Critical Materials for the EV & Energy Storage Revolution
With demand for lithium-ion batteries surging due to EV adoption and energy storage expansion, the need for sustainable recycling solutions has never been greater. Regenerate’s advanced multi-step hydrometallurgical process extracts high-purity lithium, nickel, and cobalt from end-of-life batteries, enabling manufacturers to reintegrate recovered materials into new cells.
With demand for lithium-ion batteries surging due to EV adoption and energy storage expansion, the need for sustainable recycling solutions has never been greater. Regenerate’s advanced multi-step hydrometallurgical process extracts high-purity lithium, nickel, and cobalt from end-of-life batteries, enabling manufacturers to reintegrate recovered materials into new cells.
KEY BENEFITS:
97% recovery of key materials, including black mass refinement for high-value metal salts.
97% recovery of key materials, including black mass refinement for high-value metal salts.
High-purity lithium extraction, optimizing battery-grade lithium for reuse in new cells.
High-purity lithium extraction, optimizing battery-grade lithium for reuse in new cells.
Zero hazardous chemical emissions, making it one of the most sustainable LIB recycling processes.
Zero hazardous chemical emissions, making it one of the most sustainable LIB recycling processes.
Future-proof technology, designed to adapt to evolving LIB chemistries and market needs.
Future-proof technology, designed to adapt to evolving LIB chemistries and market needs.
Alkaline
Battery Recycling
Alkaline
Battery Recycling
Innovating the Recycling of Everyday Batteries
Alkaline batteries are one of the most commonly used battery types worldwide, yet recycling options remain limited. Regenerate’s Sweden facility is pioneering an alkaline battery recycling process that extracts zinc and manganese for industrial applications, helping create a circular economy for disposable batteries.
Alkaline batteries are one of the most commonly used battery types worldwide, yet recycling options remain limited. Regenerate’s Sweden facility is pioneering an alkaline battery recycling process that extracts zinc and manganese for industrial applications, helping create a circular economy for disposable batteries.
KEY BENEFITS:
10,000 metric tons of alkaline batteries processed annually, with plans for expansion.
10,000 metric tons of alkaline batteries processed annually, with plans for expansion.
Government-backed technology, positioning Regenerate as a leader in alkaline recycling.
Government-backed technology, positioning Regenerate as a leader in alkaline recycling.
Zinc & manganese recovery, enabling high-purity material reuse for industrial and battery applications.
Zinc & manganese recovery, enabling high-purity material reuse for industrial and battery applications.
Research-driven approach, with Cambridge University R&D partnerships to upscale materials at an industrial scale.
Research-driven approach, with Cambridge University R&D partnerships to upscale materials at an industrial scale.
Why Regenerate?
Why Regenerate?
Driving the Future of Battery Recycling
Driving the Future of Battery Recycling
Regenerate Technology is not just recycling batteries—we are revolutionizing the industry by transforming waste into high-performance materials that drive sustainability, enhance energy security, and support a circular economy.
Regenerate Technology is not just recycling batteries—we are revolutionizing the industry by transforming waste into high-performance materials that drive sustainability, enhance energy security, and support a circular economy.
