AQMesh co-location comparison trial results for SO2 in London, UK (V4.2)
Performance result
| Correlation co-efficient (R2) | 0.93 |
| Date | May 2017 - September 2017 |
| Location | UK |
| Application | Wastewater site |
| AQMesh processing algorithm | V4.2.3 |
| Averaged sample interval | 1 hour |
All comparison trials are from regularly maintained reference stations. Not all are specifically identified due to the administrative overhead of getting permission to name data sources. We do not always use ratified reference data to avoid delays in analysis but re-running the comparison analysis after data ratification often improves correlation.
More results
AQMesh co-location comparison trial results for CO2 in Tewkesbury, UK (V4.2.3)
AQMesh co-location comparison trial results for CO2 in Cambridge, UK (V4.2.3)
AQMesh co-location comparison trial results for NO2 in California, USA (V5.0)
AQMesh co-location comparison trial results for NO2 in Minnesota, USA (V4.2.3)
Related information
AQMesh has been independently tested and verified in numerous academic studies and publications
A wide range of private, academic and public organisations across the globe are currently using AQMesh
AQMesh air quality monitoring systems can measure just one gas or up to six gases, particles, noise and wind speed & direction. Humidity, pressure and pod temperature are always measured.
The AQMesh air quality monitor is neat, compact and easy install within just a few minutes and experienced technical staff are not required.
With wireless communications using the global mobile network and a choice of power options, including batteries, mains supply or a bespoke solar pack, AQMesh air quality monitors can be installed in almost any location.
With AQMesh outdoor air quality monitors, meaningful correction of cross-gas effects and interference from environmental conditions is consistently delivered through proven and traceable processing.
Need more information? For the best air quality monitoring system and outstanding customer support Enquire now