Scentroid

Methane

Scentroid DR1000 Used in Ground-Breaking Landfill Methane Study

Breaking: Scentroid DR1000 Used in Landfill Methane Study

A recent study was conducted by the Michigan Department of Environment, Great Lakes, and Energy which utilized the Scentroid DR1000. The study aimed to investigate the impact municipal solid waste landfills have on atmospheric methane. This remains a major contributor to global warming. Several methods of tracking methane were currently deployed – however, they held […]

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Our Most Efficient Method of Sensing Methane is Here!

Scentroid is excited to announce the newest, most efficient method of sensing methane (CH4) ever! Our brand-new Tunable Diode Laser Spectrometry (TDLS) module for sensing methane (CH4) measurements is now ready for public use. Our TDLS technology allows the detection method of sensing methane in sub-ppm levels with near-zero cross-sensitivity. This ensures reliable, accurate measurements

Our Most Efficient Method of Sensing Methane is Here! Read More »

Scentroid DR1000 Pollution South Korea lab monitoring air quality drone technology

Scentroid DR1000 Pollution Monitoring Lab is Presented at AQ Exhibition in South Korea

Unmanned aerial vehicles are no longer a thing of the future. They are part of our everyday life. KJN Technologies recently presented the Scentroid DR1000 Pollution Monitoring Lab features, applications, and data quality at the Air Quality Exhibition of South Korea. Traditionally, ground-based monitoring usually conducts air quality assessments. However, manned aircraft and satellites continue

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Larger DR1000 flying for popup
Larger DR1000 flying for popup

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