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5th Edition of

Chemistry World Conference

June 02-04, 2025 | Rome, Italy

Technological Approaches To Pollution Prevention

Technological Approaches To Pollution Prevention

Since Its Dawn In The Industrial Age, Pollution Has Been An Increasingly Urgent Environmental Problem, Threatening Human Lives And Other Species On Which Our Lives Depend. This Problem Is Further Compounded By The Rise Of Climate Change, Resulting In Increased Temperatures, Extreme Weather, Sea-Level Rise, And Other Environmental Issues. To Mitigate These Problems, Many Governments Have Begun Pursuing Technological Approaches To Pollution Prevention. One Promising Approach To Reducing Air Pollution Is Called Clean Air Act Technology, Which Focuses On Reducing Contaminants Like Nitrous Oxide, Sulfur Dioxide, And Other Substances. This Technology Is Composed Of A Wide Range Of Technological Processes, Such As The Use Of Emission-Control Devices On Industrial Equipment, Improved Scrubbing Systems, More Efficient Engines, And Cleaner Fuels. This Technology Has Been Successful In Reducing Air Pollutants And Improving Air Quality, Allowing Us To Breathe Easier By Reducing The Risk Of Pollution-Related Illnesses. Another Promising Technological Approach To Pollution Prevention Is Clean Energy. As The Name Implies, Clean Energy Refers To Energy Sources That Do Not Emit Pollutants Or Cause Environmental Damage. Examples Of Clean Energy Sources Include Wind, Solar, Hydropower, And Nuclear Power. Not Only Are These Sources Of Energy Better For The Environment Than Traditional Sources Of Energy, Such As Coal And Oil, They Are Also Becoming Increasingly Cost-Effective As Technologies Such As Electric Cars Become More Widespread. Finally, Waste Management Technology Can Also Be Used To Reduce Pollution. This Technology Seeks To Reduce Waste Before It Is Disposed Of, And Also To Ensure That Waste Is Disposed Of Properly So That It Does Not Leak Into The Environment. For Example, Waste Treatment Plants Can Be Used To Filter Wastewater, Preventing Contaminants And Pollutants From Entering Rivers And Lakes. In Addition, Waste Sources Can Be Recycled And Reused, And Even Converted Into Energy, Reducing The Need To Burn Fossil Fuels And Further Reducing Pollution. As Pollution Levels Rise, Technological Approaches To Pollution Prevention Are Becoming Increasingly Critical. By Employing The Latest Technologies, We Can Reduce Air Pollutants, Promote Cleaner Energy Sources, And Manage Waste Better, All Of Which Can Help Mitigate The Effects Of Climate Change And Other Environmental Issues.

Committee Members
Speaker at Chemistry World Conference 2025 - Yong Xiao Wang

Yong Xiao Wang

Albany Medical College, United States
Speaker at Chemistry World Conference 2025 - Hossam A Gabbar

Hossam A Gabbar

Ontario Tech University, Canada
Speaker at Chemistry World Conference 2025 - Stanislaw Dzwigaj

Stanislaw Dzwigaj

Sorbonne Universite, France
Chemistry 2025 Speakers
Speaker at Chemistry World Conference 2025 - Haibo Ge

Haibo Ge

Texas Tech University, United States
Speaker at Chemistry World Conference 2025 - Thomas J Webster

Thomas J Webster

Hebei University of Technology, China
Speaker at Chemistry World Conference 2025 - Makarov Vladimir

Makarov Vladimir

Institute of Permafrost Science, Russian Federation
Speaker at Chemistry World Conference 2025 - Silvia Elizabeth Asis

Silvia Elizabeth Asis

Universidad de Buenos Aires, Argentina

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