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Electronic waste means all types of old, discarded electrical and electronic devices, such as household appliances and communications equipment; entertainment and consumer electronic equipment; lighting equipment; and electric tools, toys, sports, and recreational equipment that run on electricity. E-waste contains both valuable and hazardous materials that require special handling.

Every year, tonnes of e-waste are coming out of factories, houses, etc. at an alarming speed. This e-waste is harming our environment on a very large scale. The environment is filled with harmful chemicals.

E-waste is informally disposed of by dismantling, shredding, or melting of e-waste materials, which release dust particles such as toxins, which, when entering the environment, cause air pollution and respiratory problems among people. E-waste, after burning, also gives valuable metals like copper, which can be sold out. The burning of e-waste also results in chronic diseases and cancers because it also releases poisonous particles and creates numerous negative health risks for humans and animals. Smoke coming out of the factories where the process of burning this e-waste is going makes the environment polluted. The negative effects on the air from informal e-waste recycling are most dangerous for those who handle this waste, but the pollution can extend thousands of miles away from recycling sites.

The air pollution caused by e-waste impacts some animal species more than others. This pollution is harmful to endangered species and the biodiversity of certain regions that are chronically polluted. Air pollution also affects water quality, which in turn damages ecosystems. For example, an informal recycling hub in China was formed by parties interested in extracting valuable metals from e-waste, which has caused extremely high lead levels in the air, which, when inhaled, can cause serious respiratory problems. This can also cause neurological damage to larger animals, wildlife, and humans in the area. Improper handling and disposal of e-waste can harm wildlife and ecosystems. Animals are harmed by these electronic components, which can lead to injuries or death. The chemicals from e-waste can also accumulate in plants and animals, enter the food chain, and affect human health. The toxicity of e-waste threatens both the environment and the living organisms that depend on it.

One of the most concerning aspects of e-waste is its effect on soil and water quality. When electronic devices are buried in landfills, rainwater can pass through them, carrying toxic substances into the soil, which results in contamination of groundwater. This contamination can harm plants, animals, and humans who consume crops grown in polluted soil and drink contaminated water. So, the toxin substances affect both soil and water.

Conclusion:

Toxins in e-waste are increasing continuously. From heavy metals like lead and mercury to hazardous chemicals like brominated, which retard flame. These substances result in serious health issues and will be harmful to the environment. Effective e-waste management strategies, including proper recycling and disposal methods, should be adopted to protect both human health and the environment for future generations.