As the world grapples with the environmental impact of electronic waste, one of the most pressing challenges is the ability to recover valuable materials efficiently and cleanly. At ERS International, we've always believed that smarter solutions are key to driving true circularity. That belief led us to co-found NeoSort—a revolutionary technology redefining how resource recovery is done.
NeoSort is a next-generation material identification and sorting technology that uses artificial intelligence, nano-sensors, and high-powered lasers to detect materials at the molecular level. Unlike conventional sorting systems that rely on visual recognition or surface characteristics, NeoSort identifies the actual chemical signature of a material—even in shredded or mixed form.The result? Up to 99% accuracy in sorting complex e-waste streams such as plastics, metals, and composites.
Globally, more than 400 million metric tons of plastic are produced each year, but only around 9% is actually recycled. When it comes to e-waste, the challenge becomes even greater. Plastics used in electronics are often blended with additives, co-polymers, or flame retardants, making them extremely difficult to separate and reuse using traditional methods.
This leads to valuable resources being landfilled or downcycled—contributing to pollution, increased demand for virgin materials, and lost economic potential.
NeoSort enables a level of precision that has long been missing in the recycling world. High-purity material recovery means fewer contaminants, higher resale value, and more opportunities to reintroduce materials back into manufacturing processes.This technology supports:
By solving the issue of mixed plastics and metals in e-waste, NeoSort helps unlock a new level of efficiency and environmental value in recycling operations.
ERS International is actively integrating NeoSort technology into its end-of-life electronics processing workflow. By applying molecular-level sorting post-shredding, we’re able to recover high-quality plastics and metals that previously would have been discarded or downgraded. These materials are then returned into the supply chain as fully recyclable inputs—supporting our mission of building cleaner, circular solutions for our partners.This integration not only boosts recovery rates but also enhances the traceability and accountability of every material we process—offering manufacturers and stakeholders better data and more sustainable outcomes.
NeoSort isn't just another sorting system—it’s a tool for unlocking the next phase of sustainable resource recovery. As the technology continues to evolve, it will support even greater sorting accuracy, deeper material intelligence, and broader applicability across complex waste streams.As demand for transparency, recycled content, and low-carbon materials grows, NeoSort stands ready to help lead the way toward a smarter, more circular economy.