Upcycled Silicon.
Unmatched Performance.
Revolutionizing battery technology with sustainable, high-capacity silicon anodes.
Our latest innovation in battery materials combines next-gen energy density with true circular sustainability.
From Biomass to Battery Breakthrough
We upcycle cattle-derived biomass into high-capacity silicon-carbon anode materials using a proprietary carbonization process. RCBW™ delivers powerful energy density with a 40% lower carbon footprint.
Precision from Silicon Scrap
WWR™ recovers ultra-pure silicon from semiconductor wafer waste, transforming industrial byproduct into scalable anode-grade material with 97% cycle retention and reduced material costs.
Engineered for Peak Performance
ELSiON™ is a nanostructured composite that combines silicon with engineered carbon to deliver 1750 mAh/g capacity and >99% Coulombic efficiency. Built for EVs, aerospace, and ESS applications.
Our Process
From Waste to Power,
The Evermore Process
Waste Recovery
We collect silicon kerf, wafer scrap, and organic biomass like cattle manure.
Material Engineering
Through carbonization, coating, and purification, we synthesize advanced silicon-carbon composites optimized for energy density and cycle life.
Real-World Deployment
Our materials are integrated into EVs, drones, defense systems, and grid storage solutions — where performance and sustainability matter most.
Evermore ArC Center
