In fact, many materials used to make solar panels can still be recycled. For example, crystalline silicon can be reused in the heavy metal industry, glass panels can be sent to the glass manufacturing industry, aluminum frames can be sent to aluminum refineries, cables, joints, etc. can be reused in the form of copper beads after being crushed, and waste plastics can be used as fuel… So as long as they are handled properly, there is no need to worry too much about the scrapping of solar panels. It will bring new pollution to the environment or cause waste of resources. So how should we deal with scrapped solar panels?
Separation and sorting methods of waste photovoltaic panel glass separator: There are wind sorting, electrostatic sorting, magnetic sorting, screen sorting and other methods. The sorting methods will be matched according to the different characteristics of customer materials and customer requirements.
Uses of waste photovoltaic panel glass separator: It integrates transportation, storage, and bagging. It is widely used in the sorting of materials with different specific gravities. Especially for miscellaneous materials with a specific gravity difference of more than 2 times, the cleanliness after sorting reaches more than 99.8%.
Features of the complete set of waste photovoltaic panel sorting equipment:
1. Feeding at the front end, collecting at the tail end, and automatically completing the sorting. One person can operate the entire set of equipment;
2. Sealed throughout the process, filtering dust, and not polluting the environment;
3. Vibration + wind sorting, replacing traditional water separation or incineration methods, is more energy-saving and environmentally friendly;
The processing and utilization value of waste photovoltaic panels starts with automated glass removal processing, and frame disassembly is the main process. Through the production line of crushing and sorting the battery panels, the metals of copper, silver and silicon can be separated, and non-metallic plastics can be separated.
