Poor air quality and noise are the most serious environmental health issues globally and the primary driving force for environmental quality monitoring.
Macq provides with its sensor eQs the latest technology for environmental quality monitoring. It measures accurately the most important gaseous pollutants (NO2, O3, VOC, CO, CO2), particulate matter (PM1 / 2.5 / 10), weather parameters relevant to monitor, estimate, and forecast air quality (air pressure, temperature, humidity, rain), as well as the surrounding noise. Showing the real-time exposure thanks to all collected data enables you to better understand your environment, identify pollution and/or noise hotspots and trends at a localized level, such as busy road junctions, and thus improve your environmental decision making.
The data is available locally via Ethernet or is sent wirelessly to a web-based database. The dual 2G (GPRS) & 4G LTE connection ensures an increased data reliability and guarantees a reliable analysis of your situation.
The measurement performance of our eQs is based on advanced algorithms that enable parts per billion (ppb) measurements by using amongst others electrochemical sensors. The algorithms compensate the impact of ambient conditions and aging on the sensor elements and remove the need for costly gas sampling and maintenance equipment.
Our compact and lightweight eQs is specifically designed for environmental quality monitoring networks in urban areas, road networks, or around industrial sites and transportation hubs. Thanks to its simple wall/pole fixing system, it is ideally suited for deployment even in large environmental quality networks. It fits discreetly into your environment and ensures you a constant control of your environmental quality.
High sensitivity sensors measuring: NO2, O3, VOC, CO, CO2, PM1 / 2.5 / 10, noise, air pressure, humidity, temperature & rain
Connectivity: Ethernet, optical fiber, 2G (GPRS), 4G LTE, 5G
Main GNSS used worldwide included
Low power consumption (typically 2.75W)
Compact design & easy to deploy in the field
Easy integration & open API
No need for costly gas sampling and maintenance equipment