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Mapping Pollution In Real Time: Bettair Sound+ For Mk2 Series | Bettair

Bettair® air quality monitor mk2 series measures the level of pollution on ambient air

PRICE ON REQUEST

ADDING VALUE TO AIR QUALITY MEASUREMENTS

The bettair® static nodes are a novel device that permits, for the first time, the mapping of air pollution with high accuracy and in high resolution at a previously unimaginable scale. The bettair® network provides invaluable insights about how to mitigate air pollution.

The bettair® static nodes can measure up to 12 air quality indicators as well as ambient noise level and other environmental parameters.

With default configuration, the bettair® static node can measure the most common gaseous pollutants: nitrogen dioxide (NO2), nitrogen monoxide (NO), ozone (O3) and carbon monoxide (CO). In addition, the nodes also measures particulate matter (PM1, PM2.5 and PM10) in the ambient air.

The accuracy of the measurements provided by the bettair® static node is based on advanced proprietary algorithms that enable parts per billion (ppb) measurements with similar accuracy than traditional air quality monitoring stations but at a fraction of the price. The algorithms compensate for the impact of the different ambient conditions as well as sensor degradation due to aging. This removes the need for costly gas sampling and maintenance equipment.

SOUND+ ACCESSORY

The SOUND+ accessory is a device that enhances the measures of the built-in noise sensor of the MK2 series. The SOUND+ adds higher accuracy to the noise measurement.

The SOUND+ includes a windscreen that is size optimized and their special, open-cell foam structure and number of pores per inch2(ppi), are designed to resist a humid environment and at the same time does not influence the sound pressure measurement result significantly.

THE PLATFORM

The bettair® platform shows data of each device and heat maps of the zone covered and it can be connected with other platforms in an easy manner. Our RESTful API allows to connect our platform with any proprietary or open-source platforms.