Harness AI and nanotechnology to enhance the properties of recycled plastics and unlock recycling opportunities for materials previously deemed unrecoverable. Minimize contamination, maximize resource recovery, and prolong the lifespan of every valuable polymer.
The AI learns and adapts to evolving materials, polymers, and packaging.
Minimized contamination yields higher-quality recycled plastics.
Accurate identification boosts yields of reusable materials by up to 90%.
Closed-loop processing significantly lowers the energy cost of recycling.
The global recycling rate is just 32%, and plastic alone sits at 9%. The hardest step in modern recycling is accurate identification of mixed material streams. We solve that step.
Improved sorting accuracy minimizes contamination in recycling streams, ensuring recycled plastics are higher quality and reusable across a broader range of applications, reducing downcycling and landfill.
By accurately distinguishing between plastic types, NeoSort enables the recovery of more recyclable materials, optimizing yields of pure, reusable feedstock.
Our nanotech identifies and sorts plastics at the nanoscale, even complex co-polymers are correctly classified, dramatically reducing sorting errors.
The AI continuously learns from new data, adapting to changes in material types as new packaging innovations and composites enter the market.
Unlike traditional recycling methods that rely on visual cues and shape detection, NeoSort can accurately identify and recover nearly 100% of uncontaminated plastic, even from partially contaminated batches.
This granular-level precision significantly reduces contamination rates in plastic recycling, leading to higher yields of pure, recyclable plastic and a more cost-effective process overall.
Isolate and recover specific proprietary compositions, like a producer's signature polymer blend, from the recycling stream, instead of grouping by general material type.
Support a broader range of bottle and packaging designs without sacrificing recyclability. Producers maintain branding while meeting Extended Producer Responsibility (EPR) targets.