The RaeeCycling project is based on a multi-step process that innovatively combines physical principles, all managed by an AI-powered, self-learning software system.
We recover and reuse the thermal and electrical energy generated by the process, thanks to integrated cogeneration systems. The result: lower consumption, reduced operating costs, and optimized environmental impact.
We use machines that are already available on the market, which have been re-engineered to integrate specific functions and improve their performance within the recycling process.
No current recycling process used by competitors is able to achieve these results. The recovery capacity of other processes stops at around 40%.
In 2024, Italy collected 140,000 tons of professional WEEE. Electronic circuit boards accounted for 20% of this total, or approximately 29,000 tons. Only 5% is actually recycled; the rest is exported.
Over 600 million euros is the estimated loss in strategic raw materials value for the national system—materials that are effectively lost.
187 Kg
58Kg
12,8 Kg
12,5 Kg
11,5 Kg
8,4 Kg
0.7556 Kg
0,456 Kg
0,2962 Kg
0,0008890 Kg
0,0536 Kg
In Europe, there are significant quantities of WEEE containing rare and precious metals.
To promote the recovery of WEEE and reduce its quantity and hazardousness, the European Union has issued specific Directives aimed at prioritizing recycling and, consequently, the reuse of its various components.
With the RaeeCycling project, we aim to innovate the sector while harnessing the vast potential of the EU’s secondary resources, through a technologically advanced, low-cost, and environmentally friendly solution.
We can recover metals, rare minerals, and other natural materials considered essential for a wide range of industrial ecosystems, which carry a high risk in terms of supply security.
With a patented, technologically advanced, cost-effective, and environmentally friendly process.
Through automation of the process, fully managed by an AI-based MES system capable of configuring the machines according to the specific raw materials to be extracted.
of the raw materials found on electronic boards — as well as the components themselves.