Solid Waste Recycling Equipment

Waste Photovoltaic Panel Recycling Equipment

The recycled products of used photovoltaic panels are mainly extracted from them after physical disassembly or thermal furnace cracking, crushing, separation and other processes, and then valuable materials such as glass, aluminum, copper, silicon, and plastic are used for remanufacturing or entering other industries. In addition, some processes can also convert used photovoltaic panels into heat or electricity through energy recovery. The final product form depends on the recycling technology and purpose, and may include high-purity silicon materials, recycled metals, and recycled glass.

Process Flow

Product Advantage

1. Cost Reduction and Efficiency Improvement:

Automated recycling systems can significantly improve processing efficiency, shorten the time it takes to digest and accumulate waste components, and reduce labor and site costs.

2. Reduced Environmental Pollution:

Efficient recycling technologies help prevent soil and water contamination from waste. In particular, physical or thermal decomposition methods, which eliminate the use of chemicals and avoid secondary contamination from chemical solvents, offer a technological advantage.

3. Automation and Intelligence:

Advanced visual AI, automated machine learning, and over-the-air (OTA) technology enable automated identification, precise processing, and solution optimization of photovoltaic panels, reducing operational complexity.

4. Combined Physical and Thermal Decomposition:

By combining physical separation, chemical treatment, and thermal decomposition, glass, metal, and semiconductor materials can be effectively separated, achieving high-purity recovery.

Technical Parameters

Silicon recovery rate99%
Silicon purity85%-93%
Copper recovery rate99%
Co purity>98%
Plastic recovery rate99%
Plastic purity98%
Glass recovery rate>98%
Glass purity99%

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