What we do
Li-VEco brings forth sustainable solutions for eliminating the waste in E-waste recycling industry.
We are dedicated to decarbonizing the recycling process, achieving zero waste, and promoting true circular economy.
Inconvenient truths
Did you know?
Existing methods of LIB recycling are unsustainable
High CO2 emissions
+ 4,214 kg
+ 2,960 kg
per MT* of BM* processed
Pyro
Hydro
CO2 emissions by 2030
31,605,000 MT
22,200,000 MT
resulting from recycling
15 million MT
of spent batteries^
Hydro
Pyro
Secondary waste stream dumped in landfills
4,500,000 MT
12,150,000 MT
from recycling
15 million MT
of spent batteries^
Pyro
Hydro
* metric tons (MT)
black mass (BM)
^TechCrunch projection
We do it different
What if waste becomes treasure?
We put the sustainable in LIB recycling, closing the loop, every step of the way.
Reduce
Reducing CO2e of waste resources
Greener
Waste-for-waste
technology
Faster
Improved efficiency
Zero waste
Valorising
secondary waste
Restore
Restoring the environment and generating carbon offsets
Our Technology
01
Advanced Separation
Our proprietary pre-treatment and advanced separation technology achieve over 90% efficiency in separating cathode and anode materials. The resulting black mass is concentrated and cathode material-rich, hence maximizing its value and our efficiency.
02
Green Hydrometallurgy
Our proprietary green hydrometallurgy technology employs waste-derived organic chemicals as lixiviant for selectively leaching and precipitating precious metal salts. This innovative approach not only repurposes food waste, but also utilizes an innovative approach to extract precious metals, replacing harsh and toxic inorganic chemicals, addressing two environmental challenges simultaneously.
03
Bioconversion
Our method produces a differentiated sidestream that is currently under development for environmental remediation, diverging from conventional industrial waste that requires extensive treatment or disposal. This approach is inherently zero-waste, championing true a circular economy.
04
Valorisation
Our ongoing R&D includes green energy generation through a closed-loop, zero-waste process that efficiently utilizes all side-stream waste. This ensures the optimal use of resources, powering the future with clean energy.