Imagine a solar panel as a sandwich of glass, plastic, and precious metals glued together. Instead of smashing them and losing the good stuff, this technology uses special heat lamps to peel the layers apart cleanly. This lets the team rescue almost everything, including the expensive silver and silicon, rather than just the aluminum frame.
Current PV recycling is inefficient, mostly recovering only aluminum and glass while incinerating or losing valuable silver and silicon. This creates a waste crisis and misses a multi-billion dollar raw material opportunity.
A fully automated, industrial-scale PV recycling plant using patented infra-red thermo-mechanical delamination and AI optimization.
If you are a solar park operator dealing with decommissioned panels — this project developed a recycling process that offers recycling fees 50% lower than current prices. It ensures over 95% of materials are recovered, turning waste into a cost-effective exit strategy.
If you are a refinery dealing with raw material shortages — this project developed a way to recover high-purity silver and silicon from PV waste. This provides a steady stream of critical raw materials that could be worth $80B by 2050.
If you are a recycling company dealing with low-value bulk recovery — this project developed a patented thermo-mechanical process that recovers 95% of materials. This allows you to move beyond just aluminum and glass to high-value silver and silicon recovery.
The process allows for recycling fees that are 50% lower than current industry prices while maintaining an EBITDA margin of 50%.
The project is establishing a commercial plant in Germany with a capacity to process 8,400 tons of PV panel waste per year, operating at a speed of one minute per panel.
Yes, the project utilizes a patented layer-by-layer thermo-mechanical recycling process based on infra-red heating.
The company expects to own and operate 33 recycling facilities globally by 2033, reaching a cumulative annual capacity of 277M tons.
An AI-driven optimization system has been integrated to fine-tune the efficiency of the recycling process.
The project is led by a single German SME, Solar Materials GmbH, which maintains 100% industry representation. This lean structure indicates a direct path to commercialization, focusing on rapid deployment rather than academic research, supported by a network of validated industrial off-takers like Umicore and Hydro.
Contact SOLAR MATERIALS GMBH in Germany for commercial recycling partnerships.
Contact us to connect with the PRISM technology providers for industrial solar waste management.
