Our Solution
The Problem
Lead battery recycling is super energy intensive, carbon intensive, wasteful and polluting. For these reasons, the lead-acid battery supply chain faces enormous pressure.
The industry as a whole is in dire need of innovation, and meets increasingly stringent environmental regulations which make it difficult and more expensive for operators.
Proprietary Technology
The only proven & scalable method to disassemble, recycle or repurpose end-of-life LIB or LAB
State-of-the-Art Technology
Generates up to 40% higher energy dense, battery-ready leady oxide
Discharges, disassembles & repurposes LIB to their proper pack or cell level for transport
Paste-to-Product
Existing smelters made cleaner, leaner and more economic – low-carbon, waste-reducing technology
Removes and processes battery paste via novel hydro-metallurgical process
Avoids incineration of paste
LIB Recycling
Generates up to 40% higher energy dense, battery-ready leady oxide
Discharges, disassembles & repurposes LIB to their proper pack or cell level for transport
Custom Recycling Solutions
Custom recycling and reclamation solutions to fit customer needs
Offer final recycling services to incumbent waste management companies who principally export batteries for recycling
Our Regenerate technology is the only scalable, proven method that produces battery-ready leady oxide (i.e. the active material in lead batteries) directly from end-of-life battery paste.
Regenerate uses a novel hydrometallurgical (water-based, low-carbon and low-energy) process which reduces the carbon footprint of conventional recycling techniques by 85% and cuts waste by more than 90%.
Proprietary process optimizes battery components while reducing emissions, energy output, waste and costs:
SUPPLY CHAIN
20%
COST SAVINGS
ENERGY SAVINGS
85%
WITH LOW EMISSIONS
LAB EFFICIENCY GAINS
+30%
%LAB ENERGY DENSITY
CYCLE (LIFE) RATE
+50%
INCREASE
COST EFFECTIVENESS
+10%
AT SCALE VS SMELTING