The recycling journey begins with the collection and transportation of electronic waste. Scrap dealers and authorized recyclers gather discarded electronic items and move them to dedicated recycling facilities.

Once the e-waste reaches the facility, it is shredded into smaller pieces to make the next steps more efficient. This mechanical shredding breaks down the devices into manageable parts, allowing easier separation later.

Following shredding, the fragments are sorted and manually dismantled. This stage involves carefully separating different materials and identifying components that can be reused or processed further. Reusable parts are set aside for further recycling, while non-recyclable materials are safely disposed of.

In this stage, shredded electronic waste particles are moved along a conveyor belt, which helps further break them down into finer pieces. During this process, dust and other fine residues are extracted and disposed of in an environmentally responsible way. A powerful magnet is then used to separate iron and steel components from the rest of the material, making them ready for the recycling phase.

Water separation technology is used to isolate glass from the mix of plastic and electronic waste. During this process, lead-containing glass is identified and typically sent to smelters, where it is reused to manufacture items like new batteries, CRTs, ray tubes, and other products.

Following the glass separation, any remaining metals embedded in the plastic are extracted and purified to remove them from the waste stream, ensuring only recyclable materials move forward in the process.

The final and most crucial step in the process is recycling the recovered materials. These raw materials are then sold to manufacturers for producing new electronic products. This ensures that valuable resources are reused effectively, supporting responsible e-waste management without causing harm to the environment through improper disposal.