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E Waste Or Electronic Waste

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Technology is everywhere and is obsolete. It has become a necessity in modern times but what happens to those products if they were replaced? Where do they go? These never-to-be-used again products are called E-waste. E-waste or electronic waste is referred to any kind of electronic device that have been discarded or devices that have been thrown away. They are also known as one of the fastest and great contributor to garbage streams that greatly impacts the planet due to its hazardous effects on both the environment and living creatures.
Where does e-waste come from?
Technology has become a necessity in the daily lives of consumers. Thanks to industries, these electronic products (technologies) have become faster, more advanced, and more …show more content…

In figure 2, it shows that countries with higher GDP produce more E-waste. United States and China have the highest GDP ($17, 419.0 and $10, 360.1) and both countries also have the highest number of e-waste produced (7072 and 6033 kt). Although, even if the population of a country is higher, that doesn’t necessarily mean that higher e-waste will be produced. In figure 3, it shows that there is no correlation between the number of population and number of e-waste generated in each country. Why does higher population not necessarily mean higher e-waste? That’s because not everyone in that country may be able to buy technology. People in those countries may be poor and e-waste generation is related to the amount of individual’s income. Figure 4 suggests that electronic waste produced is related to the income of consumers meaning the amount of e-waste produced is increasing with the buyers’ individual wealth a.k.a purchasing power.
Why should we recycle electronic wastes? Three reasons: Economics benefits, public health benefits, and environmental benefits.
• Economics Reasons:
Electronics wastes have a ton of valuable materials (see table 6), can provide jobs, provides better opportunity for scarce elements to strive before they completely run out, metals can be recovered (see table 8; metals recovered from recycling 1 million

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