The FLIR range of GF-Series Optical Gas Imaging (OGI) cameras are designed to provide reliable, top performance leak detection.
GF-Series optical gas imaging cameras display a gas leak as a plume of vapor in the captured infrared image. Once a leak is found, a TVA can be used to quantify the concentration.
Optical imaging of gas leaks using FLIR GF-Series OGI cameras is inherently safe as the technique enables users to scan for leaks remotely from a ‘safe zone’.
The OGI technology used in FLIR GF Series cameras offers tangible benefits compared to traditional ’gas sniffers’ because they scan a broader area more rapidly and can detect leaks in areas that are difficult to reach with contact measurement tools.
Typically, gas leaks occur in less than 1% of the components in a plant or refinery. Consequently, using a GF-Series OGI camera provides enormous savings in terms of time and personnel as well as minimising loss of production.
In addition to these advantages – OGI technology is now under final consideration as a tool for enabling industry to comply with new industrial emissions regulations and procedures as set by the IED (Industrial Emissions Directive) within the EU.
Optimised FLIR GF-Series cameras are available for identifying sources of VOC emissions/leaking components from refineries, chemical plants and offshore oil/gas extraction platforms, fluorinated hydrocarbon leaks from refrigeration plants, Sulfur Hexafluoride emissions from electrical utlity plants and providing non-invasive monitoring of leaks from biogas storage tanks.
