1. Fully Automated Production Line Operation: The core advantages of fully automated pyrolysis technology lie in achieving lossless recovery, extremely high purity, high automation, and energy self-sufficiency. This significantly reduces labor costs and accelerates processing speed, thereby improving overall production efficiency.

2. Self-Recycling of Pyrolysis Gases: During the pyrolysis process, EVA film and backsheet generate combustible organic gases (such as hydrocarbons). Modern factories collect and purify these waste gases, then reintroduce them into the tunnel furnace burner as fuel.

3. Environmentally Friendly Physical Process: The entire system operates using a purely physical method, seamlessly separating the originally tightly bonded structure through the key step of “pyrolysis.”

4. Strict Control System for Exhaust Gas and Byproducts: Equipped with highly efficient flue gas purification devices (such as activated carbon adsorption, regenerative thermal oxidizer (RTO), and dust removal devices), the system rigorously captures harmful gases such as hydrogen fluoride (HF) that may be released when the backsheet is heated, ensuring compliance with environmental standards.

5. Extremely High Resource Recovery Rate and Purity (High Economic Value): Solar Cells Retain Intact: Traditional physical crushing methods mix silicon, silver, copper, and glass together, forming highly difficult-to-separate “electronic waste powder.” Pyrolysis allows for the complete separation of solar cells, facilitating subsequent targeted extraction of high-purity silver (Ag) and solar-grade silicon (Si) through fine chemical metallurgy, maximizing economic value.

6. High-Value Glass Recycling: The tempered glass obtained after pyrolysis has no EVA residue on its surface and is extremely pure. It can be directly recycled into high-transparency photovoltaic glass, avoiding the “low-value” predicament of being downgraded for use as building aggregate.

7. Truly Achieves “Zero Cross-Contamination” of Materials: Physical crushing methods easily allow fluorine in the backsheet and sulfur in the adhesive film to contaminate the metals and silicon. Pyrolysis removes organic matter through gasification, ensuring the surface cleanliness of the metals (copper, silver) and silicon materials, significantly reducing the difficulty of downstream refining and the consumption of chemical reagents.

8. Excellent energy-saving and emission-reduction benefits (carbon footprint advantage): Compared to dissolving EVA with all chemical solvents, the pyrolysis process does not generate large amounts of toxic chemical wastewater, ensuring compliance with environmental standards.

9. Powerful comprehensive throughput and adaptability: The tunnel furnace design possesses strong continuity, capable of processing crystalline silicon solar panels of different sizes, with varying power degradation levels, and even those with partially cracked surfaces. Combined with front-end pretreatment equipment, it enables 24-hour uninterrupted large-scale industrial processing.