Aerosol Magee Scientific Company products
AE36s
Expand the frontiers of aerosol science with cutting-edge black carbon Instrument. AE36s creates breakthrough aerosol research. Extended wavelength range offers high-quality data, and provides advanced black carbon source apportionment and brown carbon analysis. AE36s enables the broadest range of studies yet, with low resources. It is based upon decades of scientific work and experience of thousands of installations and studies globally.Online Monitors
Magee Scientific - Model TCA08 - Total Carbon Analyzer
The Magee Scientific Total Carbon Analyzer, Model TCA08, is a revolutionary new instrument that measures the Total Carbon (TC) content of suspended aerosol particles in real-time for laboratory research, field work, and routine air-quality monitoring applications.
Magee Scientific - Model AE33 - Aethalometer
The Aethalometer is the instrument most-used in the world for the real-time measurement of aerosol Black Carbon. The Model AE33 is the culmination of almost 40 years of experience and development. It provides accurate data with aerosol speciation on time-scales as rapid as 1 second, using our patented DualSpot™ technology and multi-wavelength optical analysis.
Offline Monitors
SootScan - Model OT21 - Optical Transmissometer Benchtop Analyzer
The SootScan Model OT21 Optical Transmissometer bench top analyzer is a simple and robust instrument which measures the Black Carbon content of an aerosol sample collected on a filter, either from ambient air or from source emissions.
Magee Scientific - Model DRI 2015 - Multi-Wavelength Thermal/Optical Carbon Analyzer
The DRI Model 2015 Multi-Wavelength Thermal/Optical Carbon Analyzer is the most advanced instrument in the world for the thermal analysis of the carbonaceous content of aerosol samples collected on filters.
Sample Conditioning
Magee Scientific - Sample Stream Dryer
Drying the aerosol sample stream is highly recommended to provide accurate measurement data and to protect equipment from water condensation. In hot, humid locations, the water vapor content of the ambient sample air may be very large. This can lead to inaccuracies in aerosol analysis such as the BC measurement – but, more seriously, there is the possibility of water condensation inside analytical instruments which can lead to permanent damage. This issue is solved by the use of our Sample Stream Dryer.