End-of-Life Crystalline Silicon PV Modules
Complete or partially dismantled photovoltaic modules containing glass, aluminum frames, junction boxes, encapsulant, silicon cells and backsheets.
01 / What Problem We Solve
Solar Panel Recycling Solution
Recover glass, aluminum, copper and other valuable fractions from end-of-life photovoltaic modules through controlled dismantling, laminate separation and mechanical processing.
02 / Feedstock
PV materials this solution is designed to process
This solution is intended for crystalline silicon photovoltaic modules and prepared PV material streams, with the final route adjusted according to frame condition, laminate structure and upstream preparation.
De-Framed PV Modules
Modules with aluminum frames removed and prepared for junction-box removal, laminate opening or further mechanical processing.
PV Laminate / Glass Assemblies
Glass-laminate sections remaining after frame and external component removal, suitable for controlled separation and downstream processing.
Solar Panel Production Scrap
Off-spec, damaged or rejected photovoltaic module material generated during manufacturing or assembly.
Prepared PV Material Fractions
Pre-processed glass, cell, polymer and metal-containing fractions requiring additional classification or physical separation.
03 / Target Recovered Materials
Output fractions this solution is designed to recover
The final recovered fractions depend on module construction, dismantling strategy, liberation quality and downstream requirements. The process is configured around the material streams the project intends to recover.
Recovered Glass Fraction
Glass-rich fraction separated from photovoltaic modules after frame removal and controlled laminate processing.
Aluminum Frame Fraction
Aluminum recovered from module frames before the main laminate-processing stages.
Copper-Rich / Conductive Metal Fraction
Copper-bearing and conductive metal material recovered from cables, junction-box components and downstream separated fractions.
Silicon- / Cell-Rich Fraction
Fine or granular fraction containing silicon-cell material after controlled liberation of the laminated module structure.
Polymer / Backsheet Fraction
Non-metallic polymer-rich material originating from encapsulant and backsheet layers.
04 / Recommended Recycling Process
Recommended process logic for solar panel recycling
This is recommended process logic, not a fixed production line. Dismantling, glass separation and downstream mechanical stages are adjusted according to module structure, feedstock condition and target recovered materials.
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01
Module Characterization
Confirm module type, dimensions, frame condition, junction-box configuration, laminate structure and target recovered fractions before selecting the final process route.
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02
Frame & Junction-Box Removal
Remove aluminum frames, junction boxes, cables and other external components before processing the laminated module structure.
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03
Laminate Opening / Glass Separation
Separate or loosen the glass-laminate structure using the mechanical or thermal-assisted preparation method selected for the project configuration.
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04
Controlled Size Reduction
Reduce the remaining laminate or prepared module material to a controlled size that improves liberation of cell, metal and polymer fractions.
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05
Screening & Physical Separation
Classify the liberated material by particle size and use suitable physical separation stages to separate glass, metal-rich and lightweight fractions.
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06
Final Fraction Collection
Collect recovered glass, aluminum, conductive metal, silicon/cell-rich and polymer-rich streams separately for downstream handling or further treatment.
Stages can be added, skipped or reordered after module characterization and project review.
05 / Safety & Environmental Control
Safety and environmental control
Dust and fine-material control
Coordinate enclosed conveying, negative-pressure handling and dust collection around crushing, screening and fine-material processing stages.
05 / Recommended Production Lines
Complete process systems that support this solution
Recommended production lines provide complete processing configurations that can be adapted to module construction, required capacity and target recovered materials.
Request a Technical Proposal
Share module type, frame condition, capacity, desired recovered fractions and site constraints so BREM can prepare a technical proposal.