Enhancing Plastic Properties and Re-inventing Recycling with AI
Harness the power of AI and nanotechnology to enhance the properties of recycled plastics and open up new recycling opportunities with our nanoscale plastic identification.
Minimize contamination, maximize resource recovery, reduce errors, and enhance overall recycling quality to support a circular economy, prolonging the life of valuable materials and reducing the environmental impact of plastic waste.
Adaptability
AI learns and adapts to evolving materials and packaging
Contamination Contained
Minimized contamination for higher-quality recycled plastics
Recycling Recovery
Accurate identification boosts yields of reusable materials by 90%
Salvaging Sustainability
Circular solutions that cut waste and boost sustainability
Energy Reduction
Circular solutions that cut waste and boost sustainability
Reduce, Reuse, Repackage
NeoSort’s Transformative Approach to Plastic Waste Management
The global recycling rate is just 32%, with plastic alone being at 9%. One of the hardest challenges in modern recycling is effectively identifying, sorting, and separating different types of materials, especially plastics. This has led to environmental pollution, contamination, overflowing landfills, and overall ecosystem degradation.
We provide a better, more sustainable way to address the urgent global need for effective waste management solutions.
Reduced Contamination Rates
Improved sorting accuracy minimizes contamination in recycling streams, ensuring that recycled plastics are of higher quality and can be reused in a broader range of applications. This reduces the likelihood of downcycling or waste being sent to landfills.
Maximized Resource Recovery
By accurately distinguishing between different types of plastics, Neosort enables the recovery of more recyclable materials, reducing waste and optimizing the overall recycling process. This leads to higher yields of pure, reusable materials.
High-Precision Material Identification
Our nanotech accurately identifies and sorts plastics at the nanoscale, ensuring even the most complex materials are correctly classified. This precision reduces errors in sorting, which is critical for recycling quality and efficiency.
Adaptability to New and Evolving Materials
Neosort’s AI continuously learns from new data, adapting to changes in material types, such as new packaging innovations or composites. This ensures ongoing accuracy and relevance in an evolving waste landscape.
Shredding Contamination
The Path to Reducing Plastic Recycling Rates
Unlike traditional recycling methods that rely on visual cues and shape detection to identify contamination, NeoSort can accurately identify and recover nearly 100% of uncontaminated plastic. This granular-level sorting enables the recovery of clean plastic even from partially contaminated batches.
This precision sorting technique significantly reduces contamination rates in plastic recycling, leading to higher yields of pure, recyclable plastic. The result is a more efficient and cost-effective recycling process.
Recycle Plastic & Manage Costs Better While Doing So
Our automated and intelligent plastic sorting processes reduce the need for manual labor, accelerating recycling operations, and lowering operational costs. It also significantly reduces landfill and incineration expenses, as well as labor, infrastructure, and transportation costs.
This increased efficiency enables the scaling up of plastic recycling efforts while reducing overall expenses.
Message in a Plastic Bottle
Repackaging Recycling in the Future
Customized Material Recovery
With advanced data and technology, we will be able to isolate and recover specific material compositions used by producers, like Pepsi’s proprietary blend, from the recycling stream, instead of similar material types.
Flexible Packaging Designs
By increasing precise recycling rates, we will be able to support a broader range of bottle designs and styles, helping plastic producers to maintain branding and packaging, while meeting their Extended Producer Responsibility (EPR) targets.
We’re here to transform how you manage plastic waste.
Applications
Empowering a circular economy with advanced AI and Nanotechnology for a greener future—driven by cutting-edge innovation
E-Waste
Urban Waste
Follow our journey into a greener and more sustainable future