NeoSort is a revolutionary waste management solution that harnesses the power of nanotechnology and advanced AI to identify and separate waste materials with unprecedented precision and speed.
Unlike technologies that rely on visual cues, our proprietary AI nanotech system operates at the nanoscale to accurately detect and sort any material type, plastics, metals, organic waste, e-waste, and even complex co-polymers, without restriction.
Our groundbreaking optical nanotechnology scans materials faster and identifies them more accurately than any existing technology or waste management system.
NeoSort identifies material at the nanoscale, overcoming traditional sorting limitations and inaccuracies, reducing contamination, maximizing purity, and minimizing landfill output.
Identify over 25 tons of material per hour at belt speeds up to 5 m/s. This enables NeoSort to recycle materials previously deemed non-recyclable, faster and more efficiently than ever before.
Our ideal future centers on a circular economy where waste is minimized, resources are valued and repurposed, and environmental impact is reduced.
By improving the quality and purity of recycled materials, we reintroduce them into production cycles and reduce the need for new raw materials. Recycling is more than a process, it's an opportunity to redefine how humanity interacts with resources. Our commitment extends beyond reducing waste: we envision a world where waste is transformed into wealth.
Actively helping businesses and municipalities develop initiatives focused on environmental conservation.
Engaging in community clean-ups and recycling education programs to promote responsible waste management practices.
Collaborating with manufacturers and retailers to implement closed-loop recycling systems that reduce waste and encourage sustainable production.
Continuously investing in R&D to improve our nanotech and AI algorithms, making the technology more accessible and efficient for industries worldwide.
Tracking waste diversion, recycling rates, and carbon footprint reduction with data-backed reporting that helps partners demonstrate measurable impact.
The concept of using optical nanosensors for material identification was developed in Gothenburg, Sweden. Our first patent in the EU and UK was submitted and granted.
Added AI and machine learning to the platform, developed by world-leading AI expert Professor Giovanni Volpe in Gothenburg, Sweden, to enhance material identification.
Achieved up to 98.5% accuracy identifying tempered glass and close to 100% on metals, plastics, and glass fibers.
Focused on ultra-fast acquisitions and AI algorithms. Named one of the Top 100 Swedish Innovations of 2023 by the Royal Swedish Academy of Engineering Sciences.
Achieved a detection speed equivalent to 25 tons per hour, enabling scale to meet the waste processing demands of any city globally.
Targeting 250 MHz detection frequency, 250 million read-outs per second, using a new in-house developed method.
Led by a world-class team of experts in recycling, technology, and science, dedicated to revolutionizing the industry through nanotech, AI, and an unwavering commitment to protecting our planet.
A select group at the intersection of artificial intelligence, materials science, and industry helps steer NeoSort's strategic direction.
NeoSort has been recognized for its revolutionary technology, visionary approach, and transformative impact on the waste management industry.
We are proud to have been invited to present our technology to Coca-Cola's downstream team, an industry acknowledgment of the solution's capabilities. NeoSort's nanotechnology has also earned a place on the Royal Swedish Academy of Engineering Sciences' Top Swedish Innovations 2023 list, reflecting our commitment to revolutionizing the global waste industry.