Double-Glass Photovoltaic Panel Recycling Production Line In USA

Double-glass photovoltaic panels have a unique structure, with two layers of glass tightly bonded to the crystalline silicon layer. Traditional crushing equipment struggles to separate them efficiently, leading to material waste. California requires recycling companies to achieve a 95% material recovery rate and imposes strict restrictions on hazardous waste disposal. The harsh desert environment necessitates equipment that is heat-resistant and dust-proof, while also requiring rapid project completion and commissioning. Solution: Dedicated Double-Glass Crushing and Sorting System: A customized double-glass photovoltaic panel recycling production line employs layered crushing technology to precisely separate the two glass layers from the crystalline silicon layer, with a processing capacity of 1000 kg/h. Zero-Landfill Hazardous Waste Module: Integrates a heavy metal recovery system for lead, cadmium, and other heavy metals, converting hazardous waste into recyclable materials, achieving zero landfill. Customized Desert Design: The equipment features a dustproof and heat-resistant structure, capable of stable operation at 60°C. Its modular design allows for on-site assembly and commissioning within 30 days. Project Results: The recycling rate of double-glass photovoltaic panel materials reached 96.5%, far exceeding California's regulatory requirement of 95%, and hazardous waste was reduced to zero landfill.