Multiple types of plastic, metal, glass, and precious metals are used to create computers and electronic equipment. Our objective when recycling electronics is to separate the various materials. Recycled plastic, iron, steel, copper, aluminum, glass, and precious metals constitute the "product" of our efforts.
The more effectively we separate the materials, the more ways these commodities can be used to create products of the next generation.
Step 1 – Receiving and Initial Processing
We receive, sort, and process computer equipment from businesses based on the needs of the individual client. The reports we're able to generate for clients are contingent on how equipment is handled prior to recycling.
REPORTING IN TERMS OF WEIGHT
If the unit of measure for client reports is weight, pre-processing will consist of weighing shipments as they are received and manually removing any hazardous materials (such as batteries). When necessary, equipment can be sorted by material or type to facilitate more detailed client reporting based on weight.
ITEMIZED REPORTING
Some clients require item-based rather than weight-based reporting. In this instance, in addition to weighing shipments, each item received will be scanned and audited per client specifications. Prior to recycling, data is erased from data-bearing items.
Step 2 – Hazard Removal
Automated industrial shredders, conveyor systems, and sorting equipment are available at our large recycling centers. The computer equipment is fed down a conveyor into a massive shredder after the risks have been removed. Large, roughly 2" to 6" diameter pieces are produced by shredding the material. Getting ready e-waste for the subsequent process of separating plastics from metals, such as steel and aluminum and other non-ferrous metals, is the first step in the recycling process.
These services include data destruction, asset repair and resale of salvaged goods, and hazardous waste management.
Step 3 – Shredding
Automated industrial shredders, conveyor systems, and sorting equipment are available at our large recycling centers. The computer equipment is fed down a conveyor into a massive shredder after the risks have been removed. Large, roughly 2" to 6" diameter pieces are produced by shredding the material. Getting ready e-waste for the subsequent process of separating plastics from metals, such as steel and aluminum and other non-ferrous metals, is the first step in the recycling process.
These services include data destruction, asset repair and resale of salvaged goods, and hazardous waste management.
Step 4 – Commodities Sorting
Once it has been shredded, the e-waste is transported via belts to be processed through infrared cameras and air jets. These methods split e-waste into its constituent parts once it has been separated into various sorts of material.
The e-waste is first divided into iron and steel, followed by aluminum, copper, and circuit boards. E-waste streams are further divided into ABS and polystyrene plastics once the bulk metal is removed. Finally, the plastic is subjected to a sophisticated metal removal process in order to eliminate any remaining metal and increase the purity of the plastic flow.
In the following, we go into detail about the various e-waste materials we sort out:
After shredding, a powerful magnet separates the iron and steel from the shredded e-waste using conveyor belts. Pallet-sized bags are used to collect the steel and iron, which is then processed into recycled commodity materials for sale.
After passing beneath the magnet, the e-waste continues to travel through additional mechanical separators along the conveyor belts. Using modern separation technology, non-ferrous metals (aluminum, copper, and circuit boards) are removed from the e-waste stream. A visual examination and manual sorting enhance the quality of retrieved materials. Aluminum, copper, and circuit boards are collected in bags the size of pallets and readied for sale as recycled commodity materials.
The majority of the residual e-waste stream is now plastic. We have designed and implemented best-in-class plastic separation technology, allowing us to generate plastic streams that are free of contaminants. Separating one type of plastic from another is the most difficult aspect of recycling electronics. In addition, thorough separation of distinct polymers is essential for the reuse of recovered plastic in the production of new items. We have greatly enhanced conventional recycling in order to completely recycle plastics. Compounders utilize our recycling line's separated plastic to produce plastic granules that are directly used to manufacture new devices. Given that plastics are one of the most difficult elements to recycle from electronic devices, this is a significant advancement in sustainable recycling. Few recyclers invest in this method for plastic separation.
The divided commodities are employed to create products of the next generation. Utilizing more recycled resources in the production of new goods reduces the demand for virgin raw materials, which must be mined from the ground. Utilizing recycled materials in the production of new goods has advantages that extend far beyond material reuse. It reduces pollution and carbon emissions, energy and water usage, and landfill waste by diverting usable items from landfills.
Step 5 – Collection and Shipment of Separated Commodities
Pallet bags or huge cardboard boxes are used to collect the various commodities from the e-waste stream before they are transferred to another processor or a manufacturer. It's not just about reusing materials; it's about creating new things that are better for the environment as well. In addition to reducing pollution and carbon emissions, it reduces the usage of electricity and water, and protects valuable items from being dumped in trash cans.
GP has a reputation for producing high-quality recyclables from its facilities.. Our recovered products are sought after by manufacturers and secondary processors.
