
Among them are the following:Exploitation of natural resources.Production of electronic trash.Emissions of greenhouse gases.Pollution of the air and water.
With more than 10 million metric tons produced in 2019, China is the world's biggest producer of electronic garbage. With over seven million metric tons produced, the United States came next.
In addition to harming ecosystems, living things, and our societies' health, waste pollution also has a substantial and genuine financial impact. Reduced land values, less tourists, resource waste, and cleanup expenses are some examples of this.
The production of greenhouse gases (GHGs) like carbon dioxide and methane contributes to climate change and global warming when they are not handled appropriately. In order to create sustainable consumption cycles in society, sustainable waste management is also crucial.
Not only is food waste extremely unethical, but it also needs to be addressed for all the obvious practical reasons.
When toxic waste leaks into the ground, waterways, or even the atmosphere, it can cause harm to people, animals, and plants. Lead and mercury are two examples of poisons that build up over time and endure for long periods in the environment. When people or other animals eat fish or other prey, they frequently absorb these hazardous materials.
ERI, the largest privately held electronics recycler in the world, was founded by John Shegerian and recycles over 275 million pounds of e-waste annually.
The nations that import the most amounts of e-waste include China, India, Nigeria, Ghana, Ivory Coast, Benin, and Liberia. Large volumes of e-waste pose health dangers to the communities where the electronics are transported, which worries researchers.
With 4.5 pounds (2.0 kg) of municipal solid waste (MSW) per person per day, or 55% of total MSW generated as residential rubbish, Americans produce more waste than any other country in the world.
Roughly 70% of all hazardous garbage is made up of e-waste. This is a serious problem because, at the moment, waste production outpaces available disposal methods. Certain heavy metals, such mercury, lead, cadmium, and arsenic, are particularly hazardous and can be found in e-waste.
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