We take small steps to make the Earth a better place.
RaeeCycling® is not just another plant.
It’s an intelligent, adaptive, and modular system, capable of evolving along with the materials it processes. Thanks to a network of predictive algorithms, smart sensors, and machine learning, the process makes real-time operational decisions, optimizing both efficiency and outcomes.
Like a living organism sharpening its senses, the platform uses artificial vision, dynamic recognition, and high-precision micro-separations to deliver pure materials, ready to be reintegrated into production cycles.
It’s like moving from a crude sieve to a precision instrument worthy of a master jeweller.
Every stage of the system, from initial disassembly to the final granule of recovered metal, is designed to eliminate waste, reduce residuals to zero, and maximize value with the lowest possible environmental impact.
Every component has value.
Our job is to restore it.
Our plant, unique in its kind, is designed to handle a wide variety of WEEE (Waste Electrical and Electronic Equipment), with particular expertise in devices that contain a high density of components and critical materials. The process is modular and adaptable, capable of responding selectively and efficiently to the complexity of the different input fractions.
Electronic Boards (PCBs)
The heart of the process.
We recover:
a) copper, gold, palladium, silver;
b) reusable active and passive components;
c) engineering plastics and ceramic substrates
Batteries and Accumulators
Lithium, nickel, and energy storage systems.
We recover:
1) lithium, cobalt, manganese, nickel;
2) metal casings and separators
electrolytes and secondary polymer fractions
Photovoltaic Panels
Thin-film, crystalline, or hybrid types.
We recover:
a) glass, silicon, aluminium, copper;
b) solar cells and high-purity semiconductors;
c) encapsulating plastics, EVA polymers.