solutions
The on-board air quality monitoring solution, using a network of devices installed in fleets of municipal vehicles, makes it possible to use the existing infrastructure in a city to obtain an accurate and representative measurement of urban air quality.
In this way, authorities can understand the impact of vehicle traffic on air pollution and thus design and validate road transport strategies to improve air quality in urban areas.
Service fleets
This solution facilitates the measurement of pollutants on the road from moving vehicles by using on-board instruments in municipal or private vehicle fleets such as buses, taxis, refuse collection vehicles...
Pollution trends
By using a vehicle's usual route, it is possible to identify where in the city there are higher concentrations of pollutants at different times of the day, and to monitor the evolution of pollutants as action plans are implemented.
Hyperlocal air quality monitoring
This compact and mobile system enables hyperlocal air quality monitoring in unexplored areas of the city where standard solutions cannot be deployed and where highly representative data can be obtained.
Hyperlocal air quality data
Nanoenvi UrVAMM devices can be installed on municipal transport infrastructure (buses, garbage trucks and other service vehicles) that provide a continuous service and cover homogeneous and extensive routes, thus increasing the coverage of the data collected.
This allows hyper-local monitoring of air quality in real time, enabling public administrations to define control strategies and policies, manage traffic on critical routes and implement air quality improvement plans.
These on-board systems composed of IoT sensors allow the creation of air quality measurement networks in Smart City projects.
Pollution associated with traffic
These mobile air quality monitors, based on in-vehicle monitoring technology, make it possible to set up air quality monitoring networks to obtain data directly related to road traffic pollution.
These monitors are equipped with sensors that measure the most representative urban air pollutants:
These devices are integrated into IoT networks via 3G, 4G and LoRa protocols.
Communication Modules
The Nanoenvi UrVAMM devices have different fully configurable communication modules that allow the use of 3G, 4G, LoRa or even Wifi technology, which is very useful if there is a network of this type in the city to which the devices can be connected.