WEEE treatment process
Photovoltaic panel treatment, from end-of-life to circular efficiency.
Our process was created to meet a specific challenge: to recover maximum value from discarded photovoltaic panels and electronic WEEE, minimizing waste and impacts.
Through proprietary technologies, we treat end-of-life photovoltaic panels in all their components: glass, silicon, precious metals.
Every phase is integrated into a data-driven, traceable system designed to ensure recovery quality, transparency, and ESG compatibility.
Don’t dispose.
Transform. With method, control, and industrial vision.
Intelligence that regenerates
At the heart of our plant is an intelligent robotic line, designed to optimize every phase of the treatment.
The combination of advanced automation, artificial intelligence, and real-time sensors allows us to:
- Selectively delaminate
- Classify and separate materials based on composition
- Monitor recovery quality and quantity
- Reduce human error and improve operational efficiency
One process,
four key phases
Selective delamination
Removal of the protective layers of panels to isolate main components.
Automated selection
Identification of materials using vision systems and AI for targeted separation.
Material recovery
Controlled extraction of glass, silicon, copper, silver, and other precious metals.
Traceability and quality control
Every step is digitally recorded to ensure compliance, transparency, and environmental reporting.
Technology in action.
We believe technology must be seen, not just described. That’s why we created a series of videos showing the real operation of our plant: from the arrival of modules to the final separation of materials.
A production designed to show the concreteness of our model and to accompany those who choose us on the journey inside innovation.