Title: How Is E-Waste Recycled: The Recycling Process | Greentumble
Headings: How Is E-Waste Recycled: The Recycling Process
How Is E-Waste Recycled: The Recycling Process
Why is e-waste recycling important?
The step by step electronic waste recycling process
Step 1: Manual sorting and separation
Step 2: Shredding
Step 3: Magnetic removal
Step 4: Metallic and nonmetallic separation
Step 5: Separation by water
The Cathode Ray Tubes (CRTs) recycling process
Step 1: Monitor body and cathode ray separation
Step 2: Size reduction
Step 3: Metal removal
Step 4: Washing
Step 5: Glass sorting
How and where to recycle old e-waste properly?
#1 Don’t trash it!
Electronic devices don’t belong in the trash!
#2 Donate it for reuse
#3 Find local recyclers near you who are responsible
#4 Manufacturer buyback and takeback programs
#5 Retail stores
#6 Local government events and drop-off facilities
#7 Online retailers and buyback companies
Tips: What to do with old electronics besides recycling them?
UpCycle them
Old webcams can be used as a basic security system
Make them into art
Give them to others
Sell them
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Content: The step by step electronic waste recycling process
Because electronic waste contains a variety of materials, including plastics, glass, and metals, recycling e-waste requires several steps to recover these resources in the most efficient manner. In general, both manual labor and automation are involved during the electronic waste recycling process. The use of automated equipment during the recycling process helps to efficiently recover reusable materials, eliminates hazardous waste, and protects workers and the environment [4]. Step 1: Manual sorting and separation
Electronic items are manually sorted, and components that should not be shredded or crushed are removed by hand, such as batteries, UPS battery systems, toner cartridges, and fluorescent lights [4]. Step 2: Shredding
An Initial Size Reduction step shreds the electronic items into small 100mm size pieces, and a Secondary Size Reduction step further breaks down materials into even smaller fragments that are well suited for the separation process. Any dust extracted during this process is disposed of using environmentally-friendly methods. Step 3: Magnetic removal
Steel and iron fragments are removed by magnets.