Environmental Chemistry

Environmental Chemistry Is A Branch Of Chemistry Which Studies And Explores Rational Solutions To Global And Local Environmental Problems. Through Advanced Chemical Studies And Investigations, New Technologies Are Being Developed To Address Issues Such As Air, Water, And Soil Pollution, Climate Change, Waste And Land Contamination. Environmental Chemists Examine How Chemicals Interact With The Environment, Develop Methods To Measure And Assess Pollutants, And Calculate The Amounts Of Pollutants Released Into The Air, Water, And Soil. By Using Analytical Techniques And Environmental Fate Modeling, Environmental Chemists Can Find Out How Long Chemicals Persist In The Environment And How They Are Transferred Through The Food Chain. Environmental Chemists Also Develop New, Sustainable And Safe Technologies For Food Production And Food Packaging. One Of The Major Goals In Environmental Chemistry Is To Obtain Renewable Sources Of Energy Such As Solar, Wind, And Biofuels. It Is Also Important To Increase The Efficiency Of Using Energies Such As Electricity, Natural Gas, And Renewable Energy Sources. Environmental Chemists Study Ways To Reduce The Environmental Impact Of Toxic Materials Such As Heavy Metals, Dioxins, Pcbs, And Transportation Fuels. These Toxins, Which Are Often Released Into The Environment, Can Accumulate In The Soil, In Aquatic Life, And Even In Food Products. By Understanding The Potential Health Risks Associated With These Toxins, Environmental Chemists Can Help To Reduce Risks Of Human Exposure. Environmental Chemists Are Actively Engaged In Research To Identify And Develop Means To Prevent, Reduce, And Remove Environmental Pollutants For The Benefit Of Humans, Plants, And Animals. Research And Technology Advances Are Often Implemented In Many Fields Such As Industrial Processes, Waste Treatment, And Resource Management. In Doing Their Work, Environmental Chemists Are At The Forefront Of Solving Global Environmental Challenges.