AAMS – Automatic Aerosol Monitoring Solutions
AAMS – Automatic Aerosol Monitoring Solutions by Cimel delivers an integrated and automated approach to atmospheric aerosol analysis, combining the strengths of CE318-T photometers, Cimel LiDAR systems, and the proprietary iAAMS software. This unique synergy enables precise, continuous monitoring and characterization of aerosols, offering insights into aerosol type, extinction, backscatter profiles, and mass concentration—layer by layer, day and night. AAMS solutions are designed to improve the accuracy of 2D/3D atmospheric models through real-data assimilation, supporting better understanding of climate-related aerosol phenomena. With seamless operation and expert-backed technology, Cimel’s AAMS bridges existing photometric and LiDAR measurement technologies to offer a complete, automated aerosol profiling solution.
- Full Aerosol Characterization — Identification, type, concentration, extinction & backscatter profile measurement
- Unique iAAMS Software — Integrates photometer and LiDAR data for synergistic aerosol analysis
- Day & Night Operation — Provides continuous, automatic monitoring and profiling of aerosol layers
- Enhanced Atmospheric Models — Assimilation of real-time, real-location data to improve 2D/3D climate models
- Global Applicability — Suitable for climate change research, environmental monitoring, and atmospheric studies
- Expert Support — Developed by Cimel with scientific expertise and proven technological know-how
- Package Contents — Includes CE318-T Photometer, Cimel LiDAR, and iAAMS Software for complete system integration
- Climate Change & Environmental Research
- Atmospheric Aerosol Typing & Layering Studies
- Urban & Industrial Air Quality Monitoring
- Volcanic Ash & Dust Storm Tracking
- Aerosol Transport & Dispersion Modeling
- Meteorological and Climate Modeling Data Assimilation
| Efficient | Operational | Cost Saving |
|---|---|---|
| High altitude detection profiles | Robust and climate resistant | Unattended continuous operation |
| Automatic detection of multiple boundary layers | Light and portable | Full outdoor installation |
| Low layer detection | Eye safe (no radar) | Very low spare part cost |
| Automatic calibration | 1 PC with real-time processing and display | No systematic maintenance |
| High metrological stability | — | — |
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