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Contact us to discover customized solutions and integrate a tailor-made recycling system for your needs.
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Eliminate all
Disposal Costs
Resell High-Purity
Raw Materials
Advanced Technology
& Zero Emissions
Scalable Technology
& Customizable Solutions
25 Years of Know-How
Ecoprogetti
Profitable Business
& Rapidly Growing Industry
Photovoltaic panels to be recycled are not only those that have reached their end-of-life, but also those damaged by factors such as environmental causes, glass breakage, EVA delamination, microfractures in the cells, or interconnector corrosion, which compromise their efficiency. Our automated photovoltaic recycling line enables the separation and recovery with the highest recovery rate and purity of photovoltaic materials, including glass, silicon, aluminum, and copper.
GLASS
99%
ACHIEVED PURITY
PLASTIC
88%
ACHIEVED PURITY
J-BOX
100%
ACHIEVED PURITY
ALUMINIUM
100%
ACHIEVED PURITY
COPPER
98%
ACHIEVED PURITY
SILICON
98%
ACHIEVED PURITY
GLASS
99%
ACHIEVED PURITY
PLASTIC
88%
ACHIEVED PURITY
J-BOXES
100%
ACHIEVED PURITY
ALUMIUM
100%
ACHIEVED PURITY
COPPER
98%
ACHIEVED PURITY
SILICON
98%
ACHIEVED PURITY
Identifies panel size and J-box position, managing both single off-center units and three centralized boxes typical of new generation modules.
Removes the frames from PV modules, adapting to different panel sizes. Equipped with an automated frame unloading system with conveyor belt for higher efficiency. Integrated in the same unit, the system also removes the junction boxes (J-boxes) from PV panels, handling both single and triple centralized types while ensuring smooth connection with the recycling line.
Flips the PV module before glass removal, with automated alignment ensuring stability, precise handling, and smooth integration in the recycling process.
It automatically separates most of the front glass from the photovoltaic laminate. The glass is directed onto a discharge conveyor, while the laminate moves forward on the main conveyor.
Grinding the fragments into fine powder, ensuring the separation of multi-layer materials. The process produces a homogeneous powder, facilitating the isolation and distinction of the different components.
The crushed and ground material is transported to the gravity screener via a spiral. The gravimetric separator directs high-density metals towards the outlet for discharge.
Cyclone collection for silicon recovery from the suction system. Connected to the gravimetric and electrostatic separator, it collects the silicon generated during the recycling process.
It removes fine particles generated during the photovoltaic recycling process, ensuring a safe and clean work environment. Integrated with the suction system, it captures the residual dust through high-efficiency filters.
Identifies panel size and J-box position, managing both single off-center units and three centralized boxes typical of new generation modules.
It removes the junction boxes (J-boxes) from photovoltaic panels, ensuring safety and panel integrity. The design is suitable for various types of J-boxes and easily integrable into existing lines.
It automatically removes the frames of photovoltaic modules, adapting to different panel sizes. Automated discharge with an option for a conveyor belt.
Flips the PV module before glass removal, with automated alignment ensuring stability, precise handling, and smooth integration in the recycling process.
It automatically separates most of the front glass from the photovoltaic laminate. The glass is directed onto a discharge conveyor, while the laminate moves forward on the main conveyor.
Grinding the fragments into fine powder, ensuring the separation of multi-layer materials. The process produces a homogeneous powder, facilitating the isolation and distinction of the different components.
The crushed and ground material is transported to the gravity screener via a spiral. The gravimetric separator directs high-density metals towards the outlet for discharge.
Cyclone collection for silicon recovery from the suction system. Connected to the gravimetric and electrostatic separator, it collects the silicon generated during the recycling process.
It removes fine particles generated during the photovoltaic recycling process, ensuring a safe and clean work environment. Integrated with the suction system, it captures the residual dust through high-efficiency filters.
Identifies panel size and J-box position, managing both single off-center units and three centralized boxes typical of new generation modules.
Removes the frames from PV modules, adapting to different panel sizes. Equipped with an automated frame unloading system with conveyor belt for higher efficiency. Integrated in the same unit, the system also removes the junction boxes (J-boxes) from PV panels, handling both single and triple centralized types while ensuring smooth connection with the recycling line.
Fully automatic loop conveyor system for glas-glass bifacialpv modules reload.
Flips the PV module before glass removal, with automated alignment ensuring stability, precise handling, and smooth integration in the recycling process.
It automatically separates most of the front glass from the photovoltaic laminate. The glass is directed onto a discharge conveyor, while the laminate moves forward on the main conveyor.
Grinding the fragments into fine powder, ensuring the separation of multi-layer materials. The process produces a homogeneous powder, facilitating the isolation and distinction of the different components.
The crushed and ground material is transported to the gravity screener via a spiral. The gravimetric separator directs high-density metals towards the outlet for discharge.
Cyclone collection for silicon recovery from the suction system. Connected to the gravimetric and electrostatic separator, it collects the silicon generated during the recycling process.
It removes fine particles generated during the photovoltaic recycling process, ensuring a safe and clean work environment. Integrated with the suction system, it captures the residual dust through high-efficiency filters.
Identifies panel size and J-box position, managing both single off-center units and three centralized boxes typical of new generation modules.
It removes the junction boxes (J-boxes) from photovoltaic panels, ensuring safety and panel integrity. The design is suitable for various types of J-boxes and easily integrable into existing lines.
It automatically removes the frames of photovoltaic modules, adapting to different panel sizes. Automated discharge with an option for a conveyor belt.
It automatically separates most of the front glass from the photovoltaic laminate. The glass is directed onto a discharge conveyor, while the laminate moves forward on the main conveyor.
Flips the PV module before glass removal, with automated alignment ensuring stability, precise handling, and smooth integration in the recycling process.
It automatically separates most of the front glass from the photovoltaic laminate. The glass is directed onto a discharge conveyor, while the laminate moves forward on the main conveyor.
The crushed and ground material is transported to the gravity screener via a spiral. The gravimetric separator directs high-density metals towards the outlet for discharge.
Cyclone collection for silicon recovery from the suction system. Connected to the gravimetric and electrostatic separator, it collects the silicon generated during the recycling process.
It removes fine particles generated during the photovoltaic recycling process, ensuring a safe and clean work environment. Integrated with the suction system, it captures the residual dust through high-efficiency filters.
Cumulative estimates of end-of-life photovoltaic panel waste volumes (million tons) in Italy, from 2018 to 2050. 
Maximum Autonomy of Your Operators.
We provide comprehensive training on the use and maintenance of the recycling line, with detailed manuals and practical sessions. At the end of the course, your operators will be able to manage the entire material recovery process, ensuring long-term efficiency.
Technical Support for Uninterrupted Recycling.
Our team is always available to provide assistance and technical support for your photovoltaic recycling plant. From setup to maintenance, we ensure continuous service to guarantee maximum performance and optimal recovery of valuable materials.
Guaranteed Safety and Quality.
Our recycling solution is CE certified and compliant with European standards to ensure a safe and efficient process. With advanced material separation and recovery technologies, our system guarantees the highest level of safety and quality in the recycling of end-of-life solar PV panels.
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Fill out the form to download the brochure of the PV Panel Recycling Line.
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Download the PV Module Recycling Line Brochure
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Download the PV Module Recycling Line Brochure
