Caroline Y
QOGI for Methane and SO2 gas leaks
Caroline Y is SENSIA’s latest model of Quantitative Optical Gas Imaging (QOGI) for the detection of fugitive emissions of methane (CH4), SO2 and VOCs leaks. It integrates a spectrally optimized high-resolution uncooled detector that detects the 90% of diffused gas emissions caused by leaks.
Featuring an integrated touch screen display, Caroline cameras run the software application RedLook embedded increasing the functionality and simplicity of the device.
Quantitative OGI
SENSIA Handheld cameras integrate a very reliable software which implements strongly tested algorithms for gas detection combined with the most advanced signal integration technology and data analytics. This embedded processing based on SENSIA’s Redlook technology allows the QOGI to perform sophisticated analytics as Quantification of the flow rate of the observed gas.
With SENSIA QOGI cameras, you can scan broad sections of equipment and survey areas where traditional contact measurement tools cannot access.
Enhanced Mode
RedLook Handheld cameras provides advanced functionalities oriented to enhance the detection of fugitive emissions such as different gas processing algorithms and image contrast control, among others. In addition to these features, it includes a video recovery tool for on-field review of the videos recorded in the QOGI.
Optimizing the user experience with a visual and predictive interface
Caroline Y for LDAR Campaigns
Caroline Y has a new design, a 5-inch touch screen and runs under RedLook, the most powerful and intuitive software for gas visualization. This control and analysis software unfold the full potential of Caroline Y Optical Gas Imaging.
Caroline Y has the main international certifications in temperature, humidity, vibration, dust and water intrusion and hazardous environments.