NeoSort identifies and sorts materials at the nanoscale, using AI-powered nanotechnology to recover plastics, metals, and e-waste with precision and speed that conventional optical sorting cannot reach.
Whether plastics, metals, e-waste, or urban refuse, we identify composition at the nanoscale, maximizing recovery and minimizing contamination in a single, integrated pass.
NeoSort drops into existing facilities as a single-pass stage, between intake and downstream separation. No re-engineering required.
Mixed feedstock enters the line. Any contamination level, any material mix, plastics, e-waste, metals, or municipal solid waste.
Material is conditioned in-line for nanoscale analysis. Proprietary preparation step, no slowdown to throughput.
AI reads composition particle by particle in real time. Identifies differences invisible to optical sorting, at 25 tons per hour.
Material is routed to recovery streams with high-precision separation. Each fraction lands at purity grades conventional sorting cannot reach.
Conventional recyclers rely on shape and color. NeoSort identifies the unique composition of every particle in real time, combining proprietary nanoscale sensing with machine learning to recognize differences invisible to optical sorting. Material by material, particle by particle.
The result: identification of plastics, metals, glass and complex co-polymers at up to 98.5% accuracy, on a 5 m/s conveyor belt, with a 25 t/hr throughput.
NeoSort is built by an international team based in Toronto and Gothenburg, combining decades of industry experience with cutting-edge nanotechnology and AI.
Meet the team →