ABSTRACT

Abstract: Air pollution has become a major environmental concern in modern times, posing severe health risks to urban populations. Polluted air, both outdoors and indoors, contains harmful particulates that can trigger respiratory diseases such as asthma, sinus infections, and other lung-related issues. To mitigate these health hazards, air purifiers play a crucial role in filtering indoor air and reducing the chances of respiratory and neurological disorders caused by airborne pollutants. A solar-powered air purifier, incorporating HEPA and activated carbon filters along with a solar panel, offers a sustainable and cost-effective solution to improving air quality. This system ensures efficient purification by capturing and removing harmful particles from the air, making it particularly beneficial in densely populated cities and industrial regions where pollution levels are significantly high.  The proposed air purification system follows a nonconventional approach, utilizing eco-friendly methods to enhance air filtration efficiency. It operates on the principle of adhesion, where suspended air particles attach to a liquid medium, making them heavier and allowing for easier separation from the air. This mechanism effectively eliminates pollutants, ensuring cleaner and safer air for inhabitants. The system’s design enables real-time air quality monitoring, optimizing its performance based on environmental conditions. By relying on renewable solar energy, the purifier reduces dependency on conventional power sources while promoting sustainability. Implementing such innovative purification techniques can significantly improve air quality in key pollution-contributing areas, ultimately reducing health risks and environmental damage