Air Pollution Monitoring — Climate, Carbon, Nature & Environmental Compliance — Satellize

5.8Subsection · 5 applications

Air Pollution Monitoring

Child in face mask standing on a hazy, smog-filled urban street — Children in gas masks near an industrial site highlight the urgent need satellite NO₂ and PM2.5 monitoring provides vulnerable communities.

Satellite NO₂ and PM2.5 Pollution Tracking

1
Sensor satellite
Sentinel-5P scans tropospheric NO₂ columns daily
2
Downlink
Raw L1 radiance data sent to ground stations
3
Processing
Retrieval algorithms output gridded pollutant maps
4
Policy alert
City dashboards trigger smog-action advisories

Daily satellite overpasses detect pollution plumes that ground sensors miss, feeding near-real-time city air-quality alerts worldwide.

Other areas in Climate, Carbon, Nature & Environmental Compliance

5.7 · Previous

Water Stress Systems

Climate Risk Intelligence

Subsection 5.8 — Climate, Carbon, Nature & Environmental Compliance

Air Pollution Monitoring

5 applications.

Applications

5.8.1 Urban PM2.5 Mapping — Mapping fine particulate matter concentrations across cities at neighbourhood scale by fusing multispectral aerosol optical depth retrievals with ground-truth calibration.
5.8.2 NO₂ Emissions Tracking — Measuring nitrogen dioxide column densities from orbit to attribute emissions to specific industries, transport corridors and power plants with sub-city spatial resolution.
5.8.3 Wildfire Smoke Monitoring — Tracking the aerosol optical depth, particulate loading and toxic gas content of wildfire smoke plumes in near-real-time using a constellation of multispectral and UV-sensitive imagers.
5.8.4 Industrial Plume Surveillance — Detecting, characterising and attributing pollution plumes from industrial point sources — refineries, smelters, cement plants and power stations — using hyperspectral and thermal satellite imaging.
5.8.5 Cross-Border Pollution Attribution — Pinpointing the national source of transboundary air pollution plumes using satellite-derived chemistry, trajectory modelling and spectral fingerprinting to support diplomatic and legal claims.