RaeeCycling is a patented system developed by Greenvincible, designed to revolutionize the recovery of raw materials and components from electronic boards and other WEEE (Waste Electrical and Electronic Equipment). The process combines efficiency, environmental sustainability, and industrial scalability, overcoming the technical and ecological limitations of current treatment technologies.

Based on a modular and integrable structure, RaeeCycling includes advanced solutions such as:

• SMART: real-time monitoring with AI to optimize production flows

• VISTA: visual inspection system for classification and value enhancement of components

• CATS: controlled-atmosphere workstation for safe and efficient separation of electronic parts

• HMS: hybrid magnetic separator for high-precision material sorting

This technological ecosystem enables the targeted recovery of precious metals, technical plastics, and reusable components, contributing to reducing environmental impact, limiting dependence on critical raw materials, and promoting an advanced circular economy.

RaeeCycling has cross-sector applications in electronics, manufacturing, urban mining, waste management, smart cities, and energy. It is a flexible solution, ready to meet the needs of a more sustainable and responsible future.

RaeeCycling introduces a paradigm shift in electronic waste recovery, combining technological precision with a strong environmental focus. Its architecture is designed not just for efficiency, but for adaptability to evolving industrial and environmental needs. Each stage of the process has been developed to prioritize selectivity, traceability, and the preservation of material value, setting new standards for responsible recycling.

One of the most distinctive aspects is the system’s ability to minimize material degradation during recovery, allowing for a higher rate of functional reuse, something rarely achieved with conventional methods. Rather than treating electronic boards as undifferentiated waste, RaeeCycling identifies and isolates valuable elements and components with care, enabling a smarter and cleaner transformation of what was once considered hazardous refuse.

Environmentally, the benefits are significant. By shifting away from high-impact practices such as uncontrolled shredding or pyrolysis, the process drastically reduces toxic emissions and secondary pollution. Its low-energy profile and selective treatment methods help contain the carbon footprint of recycling activities, aligning with EU sustainability goals. Most importantly, it fosters resource independence by reclaiming strategic materials locally, supporting both environmental resilience and industrial sovereignty in an increasingly supply-constrained world.