Gas Quantification

Detect, colour and quantify the mass flow rate of the leak

With SENSIA’s optical gas imaging (OGI) cameras you can automatically detect, colour and quantify leaks of methane, sulphur hexafluoride, and many other industrial gases in a few seconds, accurately and safely without shutting down systems. With SENSIA OGI cameras, you can scan broad sections of equipment rapidly and survey areas where traditional contact measurement tools cannot access.

Caroline F Series and Mileva F Series are able to monitor all kind of facilities and trigger alarms when any failure or deviation in the behaviour is detected. Furthermore, RedLook algorithms are so sharp and precise that virtually any false alarm could be triggered.

Multi-RoI configuration preset *

Leak flow rate quantification

Automatic gas detection and coloring

Zero false alarms

OGI detection and confirmation by laser

Gas cloud concentration (ppm·m)

The known inputs required to run correctly the quantification functionality are:

Leak distance from the camera
Measurement units
Gas type and density

*Additionally, it is possible to install the OGI’s in a pan & tilt to scan wider areas and to settle multiple gas quantification RoI’s for each preset.

Download the RedLook Brochure

Quantitative OGI

SENSIA Handheld cameras integrate a very reliable software which implements strongly tested algorithms for gases detection combined with the most advanced signal integration technology and data analytics. This embedded procession based on SENSIA’s Redlook technology allows the OGI to perform sophisticated analytics as Quantification of the flow rate of the observed gas.

This application oriented to LDAR campaigns is capable of automatically coloring the gas to facilitate the identification. With SENSIA OGI 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 OGI.