A Dual-Parameter Sensing System for an Environmental Air Monitoring

This research investigates a novel air quality monitoring system to fulfil a precise and reliable environment assessment. Advanced sensor technologies are utilized to detect various kind of pollutants such as particles matter, volatile organic compounds and gasses. Two parameters of humidity and temperature are highlighted in this research. The experiment has yielded a notable decreased temperature from 28.1°C to 23.9°C and an increased increase in humidity from 76% to 90% during the monitoring period. A slight drop is also observed as much as 87% by the end of the period. The improvement of air quality in this research refers to a satisfying correlation between higher humidity, lower temperatures and a refined air quality with a real time data logging and low latency wireless connectivity of the utilized devices. Thus, this research contributes significantly to the global efforts in addressing air quality issues yet promoting healthier and more sustainable living environments.