2B Tech’s other monitors include innovative instruments for the measurement of NO2/NO/NOx, mercury, and black carbon in air. 2B Tech’s technology utilizes unique features that are not available anywhere else on the market today, such as absolute methods that require much less power than traditional methods and make it possible for portable measurements.
2B Tech’s other monitors include innovative instruments for the measurement of NO2/NO/NOx, mercury, and black carbon in air. 2B Tech’s technology utilizes unique features that are not available anywhere else on the market today, such as absolute methods that require much less power than traditional methods and make it possible for portable measurements.
Our instruments went out for a spin when researchers at the University of Texas loaded up the back of a hatchback for a study of the physiological effects of air pollution. The study was published in 2022 in the journal Sensors. Included were three instruments from 2B Tech to measure O3, NO2, NO, and black carbon. A tantalizing finding from the study: the biometric measurements themselves were in some cases good “detectors” of particulate matter (PM) pollution.
Researchers used the 2B Tech Model 405 nm NO2/NO/NOx Monitor and the Model 106-L Ozone Monitor to look at the chemistry of a widespread heavy-haze event in Beijing that lasted several days. The measurements were conducted using a moving cabin on a tower platform.
Portable instruments that use cutting-edge measurement techniques.
Low-maintenance and easy to install instruments that will save you time.
Innovative instruments to advance your research in the field and in the lab.
2B Tech has adapted our AQLite Basic Air Monitoring Package and made it compatible with Clarity’s nodes. It has never been easier to make FEM-quality ozone measurements in remote locations while being able to access the data from anywhere in the world.
Several of 2B Tech’s portable air monitoring instruments have recently been featured in the press as part of an effort to raise awareness to growing air quality concerns.
