Chemistry of Pollution

Paper Summary:

This paper discusses the chemistry of pollution, noting the elements involved in most air pollution and water pollution, the development of acid rain, the creation of low-level ozone, and pollutants in the air. This paper further discusses how they interact and damage human health, stating that pollution is the result of chemical reactions from chemicals released into the environment in solid, liquid, or gaseous form to interact with naturally occurring elements.

From the Paper:

"Pollution is the result of chemical reactions from chemicals released into the environment in solid, liquid, or gaseous form to interact with naturally occurring elements in the environment in order to alter the make-up of water, air, and soil. Many kinds of pollution are prevalent today as industrial processes create waste, emissions, and discharges that damage the environment and threaten health. The major components of clean air are oxygen and nitrogen, but clean air contains many other substances, among them such rare gases as argon, neon, and helium. Clean air also contains ozone, a form of oxygen; carbon dioxide; and various nitrogen and sulfur compounds. Clean air also contains water vapor in different degrees and many suspended solid particles and liquid substances, the latter called aerosols and consisting of dust particles and condensation nuclei, which include chloride salts, sulfuric and nitrous acids, phosphorous compounds, and many other chemical substances."

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