Personal air quality monitors are promising to provide real-time information on the quality of the air around us.
The quality of sensors used in air monitors influences its accuracy heavily.
Many personal air quality monitoring devices use smaller and low sensitive sensors which may not detect lower concentration pollutants or may struggle with accuracy when exposed to rapid changes in the environment.
Incorrect placement of air quality monitors and environmental conditions can interfere with accurate readings temperature fluctuations, humidity levels, and wind patterns.
Many personal air quality monitors measure only a handful of common pollutants like PM2.5, CO2, and VOCs making data interpretation difficult.
Cross-referencing data with global services, such as those from AirVisual or BreezoMeter, can provide better results.
Personal air quality monitors provide a general idea of what pollutes are present, so they are best used as a supplementary tool by travelers.
The reliability of personal air quality monitors varies significantly depending on multiple factors, so it is recommended to use them with caution.
Personal air quality monitors are beneficial tools for urban explorers who want to make informed decisions, but it depends on the traveler's specific needs and expectations.
When used alongside regional air quality data and smartphone apps, personal air quality monitors offer a balanced approach to understanding urban air quality.