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Author(s):

Atharva Sandip Shinde | Gaurav Ajay Naidu | Akshay Tukaram Jadhav | Pratik SudarshanIngale | Mr. Shendge Sir
Keywords:

Air Pollution, Control System, Electrostatic Precipitator, Scrubber, Filtration, Particulate Matter.
Abstract:
Air Pollution Is One Of The Most Critical Environmental Challenges Affecting Urban And Industrial Regions Worldwide. Rapid Industrialization, Vehicular Emissions, And Construction Activities Have Significantly Increased The Concentration Of Harmful Pollutants In The Atmosphere. This Paper Presents A Comprehensive Study On Air Pollution Control Systems, Including Their Design, Working Principles, And Effectiveness. Various Control Technologies Such As Electrostatic Precipitators, Cyclone Separators, Scrubbers, And Filtration Systems Are Analyzed. The Proposed System Integrates Multiple Pollution Control Techniques To Achieve Higher Efficiency In Removing Particulate Matter And Gaseous Pollutants. The Study Also Evaluates System Performance Based On Efficiency, Cost, And Environmental Impact. The Results Indicate That A Hybrid Air Pollution Control System Can Significantly Reduce Airborne Contaminants And Improve Air Quality, Contributing To Sustainable Development..