Lithium batteries are a significant part of e-waste. Pyrolysis furnaces play a crucial role in lithium battery recycling process. They can heat the lithium batteries to high temperatures. Through this process, valuable metals and graphite can be separated. The high heat causes the materials in the battery to decompose in a controlled manner. Moreover, the pyrolysis process safely decomposes the electrolyte. This is vital as the electrolyte can be harmful to the environment. By decomposing it, the environmental hazards are significantly reduced.

Solar panels also require proper recycling. Pyrolysis furnaces break down the outer materials of these panels. This allows for the recovery of silicon, which is a valuable and reusable material. The furnace’s heat breaks the chemical bonds in the panel’s components, making it possible to extract the silicon and other useful substances. This not only helps in waste reduction but also in conserving resources when recycling solar panels.

PCBs contain precious metals like gold, silver, and copper. Pyrolysis furnaces are used to extract these metals. The high temperatures cause the resin and plastic in the circuit boards to transform into recoverable by-products. This way, the valuable metals are separated from the non-metallic components. It is an efficient method that maximizes the recovery of precious resources from circuit boards.

Even in waste tire recycling production line, pyrolysis furnaces are essential. They convert tyre rubber into valuable pyrolysis oil and carbon black. The pyrolysis process breaks down the complex rubber molecules. The resulting pyrolysis oil can be used as a fuel or a chemical feedstock. Carbon black, on the other hand, has various industrial applications. This recycling method gives new life to old tyres and reduces the environmental burden caused by tyre waste.
In conclusion, pyrolysis furnaces are indispensable in e-waste recycling. They offer effective solutions for handling different types of e-waste, recovering valuable materials, and minimizing environmental impacts.