AirPhoton – Aerosol & Gas Sensing Solutions
Trusted by global initiatives like NASA MAIA, SPARTAN, and leading research institutes, AirPhoton delivers real-time, retrospective, and airborne data solutions that power scientific discovery in air quality, health research, and climate studies. From PI-Neph Polarized Imaging Nephelometers to AeroExplorer Filter Stations, AirPhoton’s suite includes in-situ and aircraft-ready nephelometers, multi-angle light scattering sensors, and trace gas sampling systems. Their integration with the GRASP retrieval algorithm enables cutting-edge aerosol microphysical property estimation including size distribution, refractive index, and particle sphericity. Whether you’re conducting field campaigns, lab studies, aircraft missions, or custom deployments, AirPhoton provides precision instrumentation, consulting, and data synergy tools that unlock deep atmospheric insights.
- Field-deployable instruments with laboratory-grade accuracy
- Real-time particulate matter analysis via nephelometry (PM1, PM2.5, PM10)
- Multi-angle, multi-wavelength polarized light scattering with PI-Neph
- Integration with GRASP algorithm for aerosol property retrievals
- Wind and time-resolved filter sampling for trace gases (ammonia, VOCs, nitrates)
- Solar or battery power support for remote locations
- Lightweight and compact systems for aircraft deployment
- Custom instrumentation development and consulting
- In-situ systems designed by scientists for scientists
- Ambient Air Quality Monitoring
- Health Exposure and Epidemiological Research
- Climate and Aerosol Optical Property Studies
- Forest Fire Smoke Detection (e.g. FIREFly system)
- Source Apportionment and Fence-line Monitoring
- Remote and Low-Power Environmental Sensing
- Research Campaigns and University Field Stations
- Satellite Ground-Truthing and Data Synergy (e.g. with MAIA, Sentinel missions)
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