Technology Development
We develop advanced separation approaches based on magnetic-field gradients, transport phenomena, and materials physics to improve selective recovery from difficult mixed feedstocks.
Critical Materials Innovation
Advanced Magnetic Separation Technologies for Critical Materials Recovery
ReSource Materials is developing scalable separation technologies for recovering valuable materials from complex waste streams, including battery black mass, electronic waste, and rare-earth-bearing feedstocks.
Focus Areas
- High-gradient magnetic separation
- Selective recovery of critical materials
- Battery recycling and e-waste processing
- Rare earth and strategic metal recovery
What We Do
Translating advanced magnetics into practical resource recovery
Applied Materials Recovery
Our target applications include battery recycling, rare earth recovery, and processing of heterogeneous electronic waste and industrial byproducts.
Scalable Solutions
ReSource Materials is focused on scalable process concepts that can bridge laboratory innovation with pilot-scale implementation and commercialization.
Applications
Where our technology can create impact
Battery Recycling
Recovery of critical elements from black mass and other battery-recycling streams using selective separation strategies designed for complex particle mixtures.
Rare Earth Recovery
Separation and concentration of rare earth and other strategic species from mixed powders, wastes, and industrial residues.
Electronic Waste
New process pathways for recovering valuable materials from shredded printed circuit boards and other heterogeneous e-waste streams.
Why It Matters
Critical materials are essential to energy, electronics, and national resilience
The transition to electrification, advanced manufacturing, and secure domestic supply chains requires better ways to recover and reuse critical materials. ReSource Materials is building technology to help address that challenge.
ReSource Materials LLC
Tallahassee, Florida
Advanced magnetic separation for critical materials recovery
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