The GF343 is an infrared camera dedicated to gas detection and allows you to see CO2 leaks quickly, easily and at a safe distance.
The GF343 is a gas vision camera that lets you see CO2 leaks quickly and easily, remotely from safety.
Whether this CO2 is a by-product of your production process, whether it is used to detect leaks from your plant, or as part of an enhanced oil recovery program, rapid and accurate leak detection Is crucial to the safety, efficiency and profitability of your operations.
Non-contact CO2 detection is reliable and prevents unplanned outages because the equipment can be inspected during normal operations. It also helps to secure operations by achieving the carbon neutrality of your capture and storage operations.
The FLIR GF343 camera uses a matrix focal plane (FPA) indium antimonide (InSb) detector which provides a detection response of between 3 and 5 ?m, which is then spectrally matched to about 4.3 ?m By cold filtration and cooling of the detector at cryogenic temperatures (about 70 ° K or -203 ° C) using a Stirling engine. This technology makes this camera particularly reactive and sensitive to the infrared absorption of CO2.
The FLIR GF343 infrared camera has a high sensitivity mode (HSM) for detecting the weakest leaks. It thus makes it possible to identify the smallest traces of CO2, even in the absence of a tripod. The HSM mode is partly a video subtraction video processing technique that actually improves the thermal sensitivity of the camera.
The GF343 is a gas vision camera that lets you see CO2 leaks quickly and easily, remotely from safety.
Whether this CO2 is a by-product of your production process, whether it is used to detect leaks from your plant, or as part of an enhanced oil recovery program, rapid and accurate leak detection Is crucial to the safety, efficiency and profitability of your operations.
Non-contact CO2 detection is reliable and prevents unplanned outages because the equipment can be inspected during normal operations. It also helps to secure operations by achieving the carbon neutrality of your capture and storage operations.
The FLIR GF343 camera uses a matrix focal plane (FPA) indium antimonide (InSb) detector which provides a detection response of between 3 and 5 ?m, which is then spectrally matched to about 4.3 ?m By cold filtration and cooling of the detector at cryogenic temperatures (about 70 ° K or -203 ° C) using a Stirling engine. This technology makes this camera particularly reactive and sensitive to the infrared absorption of CO2.
The FLIR GF343 infrared camera has a high sensitivity mode (HSM) for detecting the weakest leaks. It thus makes it possible to identify the smallest traces of CO2, even in the absence of a tripod. The HSM mode is partly a video subtraction video processing technique that actually improves the thermal sensitivity of the camera.