Air quality sensors monitor gases, such as ozone, and particulate matter, which can harm human health and the environment. Federal, state, and local agencies jointly manage networks of stationary air quality monitors that make use of sensors. These monitors are expensive and require supporting infrastructure. Accessories.Ammonia (NH3) Carbon Monoxide Sensors (CO)Electrochemical VOC Sensors.
Hydrogen Sulphide Sensors (H2S)Nitric Oxide Sensors (NO)Nitrogen Dioxide Sensors (NO2)Ozone Sensors (O3)
Air Quality Monitoring Networks allow the measurement, operation and predictive analysis of the evolution of air pollution in different areas (urban areas, industrial areas, special nature conservation areas, etc.) Some stations are equipped with meteorological sensors and/or noise level meters to measure noise levels.
Air quality monitoring is an important tool for improving air quality, protecting public health, and ensuring compliance with regulations. It can also be used to identify pollution sources, monitor climate change, or support research and development. The purpose of air quality monitoring is to assess the level of pollution in relation to air quality standards. These standards are a regulatory measure to set the target for pollution reduction and ultimately achieve clean and breathable air.
