| dc.description.abstract | Air pollution, stemming from both human activities and natural phenomena, poses a pressing
global challenge. Various pollutants, including CO, CO2, SO2, NO2, O3, SPM, RSPM, and VOCs,
profoundly impact human health. Cities worldwide, irrespective of their developmental status, are
confronting the adverse effects of air pollution. Thus, the development of a Microcontroller-Based
Air Quality Monitoring system is crucial. This study introduces such a system characterized by
reliability, rapid response, long lifespan, affordability, user-friendliness, and low power
consumption. Its mobility and data collection capabilities make it suitable for comprehensive air
quality assessments. The accompanying software facilitates precise data analysis. This instrument,
though simple, holds significant promise for commercial use in monitoring and mitigating air
pollution | en_US |
