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FAQ - Everything You Need to Know About SIRAS

Optical Gas Imaging and LDAR User Group Event

Optical Gas Imaging and LDAR User Group Event

Seeing Through the Smoke: A Conversation with Andy Starnes on Revolutionizing Firefighting with Thermal Imaging Cameras

Norwegian Road Tunnel Premieres AI-Based Incident Detection

FLIR Announces Extech BR450W Series of Wireless Video Borescopes

Visualize compressed air leaks with FLIR Thermal Studio

Visualisez les fuites d'air comprimé avec « FLIR Thermal Studio »

Oil storage company relies on FLIR to avoid devastating fires

Oil Spill Detection with Infrared Imaging

Oil spills in water present a special challenge for imaging-based detection methods. In the visible-light waveband (VIS for short), ocean water is often murky and appears dark when looking straight down. At high angles, ocean water reflects the sun, horizon or sky and can appear very bright. Against this highly variable surface brightness, any thin film of liquid floating on the surface can be hard to see with the naked eye or with a color video camera.

Techniques for Successful Gas Detection

Techniques for Successful Gas Detection. Due to a variety of factors, using an optical gas imaging camera in the field can be quite different from the classroom. This tutorial will highlight what some of those challenges are and cover the best practices of experienced inspectors who use thermal imaging technology for gas detection.

Identifying Poor Interconnection On Electric Vehicle Battery Modules

The battery packs used to power electric vehicles are large modules built using several smaller batteries. These modules are installed into a rigid frame and connected to create larger, finished battery packs. Improper mechanical connections between modules can result in high resistance, leading to a loss of power or even a battery fire.