An AI-Powered Solution for E-Waste Revival

Our AI-enabled nanotech reveals the untapped potential of electronic waste. Our precise component identification and advanced material sorting ensure that valuable metals, rare earth elements, and reusable components are efficiently recovered.

Minimize hazardous waste, maximize resource extraction, and promote sustainable manufacturing practices. Elevate the quality of recycling processes and reduce environmental harm, turning e-waste challenges into opportunities for innovation and circularity.

AI Precision Sorting

Accurately identify and sort complex components

Maximum Metal Recovery

Recover more valuable metals & critical materials than ever before

Hazard Mitigation

Advanced detection & separation isolates hazardous substances

Circular Electronics

Sustainable manufacturing extends the lifecycle of e-devices

Recovering, Identifying, and Extracting

The NeoSort E-Waste Process

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.

Collection and Transportation: E-waste is collected from various sources such as households and recycling drop-off points, and transported to recycling facilities.

Identification and Extraction: AI, nanotech, and optical sorting are employed to identify materials at a granular level. Precious metals are chemically or thermally extracted.

Sorting and Dismantling: E-waste is sorted by type and manually dismantled to separate components such as circuit boards, batteries, plastics, and metals.

Refining and Purification: The recovered materials undergo refining processes, such as smelting or chemical treatments, to remove impurities and achieve high purity levels.

Shredding and Crushing: Dismantled parts are shredded into smaller pieces to facilitate further separation and processing of complex components.

Recycling and Reuse: Refined materials are sold back to manufacturers or other industries for reuse in new products, supporting the circular economy.

Separation of Materials: Techniques like magnetic separation, eddy current separation, air classification, and flotation are used to separate different materials.

Making Materials for Manufacturers Go Further & Move Closer to a Circular Economy

NeoSort empowers manufacturers to achieve new levels of sustainability by isolating and recovering high-quality materials from e-waste and reintroducing them back into production.

Our precise identification and nanotech isolates the specific materials manufacturers need to recover and reintegrate back into their remanufacturing processes, enabling the recovery of precious metals and critical elements that are otherwise difficult, costly, or ethically challenging to source.

This targeted approach helps close production loops, elevate recycled material usage, reduce dependence on raw and conflict resources, and support stronger ESG (Environmental, Social, and Governance) commitments.

Enhancing Recovering & Sustainability for OEMs

Electronics Original Equipment Manufacture‘s (OEMs) face challenges with extended producer responsibilities. NeoSort’s ability to isolate valuable materials, such as conflict minerals and hard-to-obtain precious metals, offers them a solution to enhance their own sustainability effort by recycling their own materials, including conflict materials and hard-to-obtain precious metals.

Responsible and Compliant Recycling of Hazardous E-Waste

By using nanotech and AI to precisely identify and separate hazardous substances, such as lead and mercury, from e-waste, we minimize cross-contamination and ensure safe handling.

NeoSort adheres to strict environmental regulations and partners with certified facilities to provide full traceability throughout the recycling process.

This commitment extends beyond e-waste; we place significant importance on effective plastic waste management and municipal solid waste practices, which are essential components of our recycling efforts.

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