We are one stop solution for E-Waste , B-waste and Rare Earth Magnets recycling for circular economy
Waste BE Minerals is building the future of sustainable energy by turning end-of-life batteries, e-waste, and rare-earth magnets into valuable raw materials.
The Battery & E-Waste Challenge
The world is facing an urgent sustainability crisis fueled by the rise of EVs, electronics, and energy storage systems.
The Battery & E-Waste Challenge
The world is facing an urgent sustainability crisis fueled by the rise of EVs, electronics, and energy storage systems.
🌍 The World’s E-Waste Crisis
- 62M Metric Tonnes of e-waste generated in 2022 — an 82% increase since 2010.
- Only 22.3% is properly recycled, and that figure is expected to drop to 20% by 2030.
- Over $62 Billion in recoverable resources are lost every year.
- These figures don’t even account for the tsunami of lithium-ion battery waste that is yet to come.
- 🚗 EV Boom = Battery Waste Surge
By 2030, millions of EV batteries will reach end-of-life, creating a massive recycling challenge. - 🌍 Critical Mineral Scarcity
Lithium, cobalt, nickel, and rare earths are in short supply, sourced mostly from a few regions — often with ethical and environmental concerns. - 💨 High Carbon Footprint
Up to 50% of an EV’s CO₂ emissions come from its battery. Traditional recycling is energy-intensive and polluting. - ♻️ Inefficient Recycling Methods
Conventional smelting loses lithium and graphite, consumes huge energy, and releases toxic gases.
The Result:
A widening gap between rising battery demand and limited, unsustainable supply of critical materials.
Waste BE Minerals has developed a patented, unified recycling process that transforms end-of-life batteries, e-waste, and rare earth magnets into high-value raw materials — cleanly, efficiently, and profitably.
Recycling Reinvented
The Outcome:
A sustainable, circular battery economy that secures supply chains, reduces carbon footprint, and drives the green energy transition.
Our patented process (we call it LiBERT, short for Lithium-ion Battery and Electronic Recycling Technology) handles both the wastes in a single process meaning highly efficient process with minimal environmental impact. This reduces cost and enhances worker safety.
4 Steps!
01. Safe Discharge & Disassembly
Units are then carefully disassembled into modules and cells, separating plastics, casings, and other non-metal components.
This step ensures maximum safety while preparing materials for deeper processing.
02. Mechanical + Thermal Treatment
A controlled thermal treatment (pyrolysis up to 600°C) removes electrolytes and binders without harmful emissions.
This process reduces waste volume, increases material concentration, and eliminates safety hazards.
03. Hydrometallurgical Recovery of Metals
High-value metals such as lithium, cobalt, nickel, manganese, copper, and rare earths are recovered at up to 98% purity.
Precious metals like gold and silver are also extracted during this stage.
04. High-Purity, Reusable Materials
These outputs are reintroduced directly into the supply chain, enabling new EV batteries, electronics, and magnets to be manufactured with recycled materials.
🌟 About Us:
Who We Are
Waste BE Minerals is a clean-tech pioneer transforming the way the world recycles batteries and electronic waste. From EV lithium-ion batteries to rare earth magnets, we recover critical and precious materials with industry-leading efficiency and sustainability.
Our Mission
To build a sustainable, circular economy for critical resources — reducing waste, lowering carbon footprints, and ensuring supply chain security for the green energy transition.
Our Vision
A world where no battery goes to waste, every resource is recovered, and future generations inherit a cleaner planet.
A future-proof recycling platform that powers the circular economy
Why It’s Different
Unlike traditional pyrometallurgy (energy-hungry, low lithium recovery) or pure hydrometallurgy (costly & complex), Waste BE Minerals’s hybrid system:
1. Recovers More Materials at Higher Purity
2. Operates with Lower Carbon Footprint
3. Cuts Costs Through Energy Efficiency
4. Meets Strict Global Regulatory Standards
High Value Metals Extracted
Metals like copper, lithium, cobalt, nickel, gold, silver, lead, and tin are just some of the high value metals extracted from this process. More by-products are also extracted have a value of their own in the market.
Solving Critical E-Waste and Material Recovery Challenges for Every Industry
Waste BE Minerals is expanding globally with a strong presence across key regions — Austin, Michigan, Nevada, Mexico, and South Africa.
Wherever You Are, We Recover Value .
It’s our mission to help your business thrive by managing electronic waste responsibly and unlocking valuable metals—so you can focus on growth, not disposal.