State-of-the art infrared camera technology for environmental monitoring on display at CEM 23 in Barcelona

Industrial emissions

State-of-the art infrared camera technology for environmental monitoring on display at CEM 23 in Barcelona

13 Jul, 2023

Published over 2 years ago. See the latest and most current information on Industrial emissions.

SENSIA Solutions are a highly specialised company dedicated to the design, development and implementation of globally renowned infrared imaging technologies for use in environmental and industrial monitoring applications. The company recently highlighted its commitment and passion in the struggle for cleaner air by joining the OGCI’s (Oil & Gas Climate Initiative) Aiming For Zero Methane Emissions Initiative, a global movement aimed at reducing methane emissions to zero by 2030.

SENSIA offers a versatile and comprehensive range of Optical Gas Imaging (OGI) products, which will be featured on their CEM 2023 stand, for use in emission monitoring. Unsurpassed expertise in optics and infrared sensor technology, combined with exceptionally advanced processing analytics are at the core of SENSIA’s success.

Handheld cameras, from SENSIA, are designed specifically to detect fugitive emissions in LDAR projects and are spectrally tuned to aim for different target gases providing both cooled and uncooled solutions.

SENSIA also offer a range of 24/7 cooled and uncooled OGI solutions for methane emissions from the oil and gas sector, along with other heavy industry facilities. These state-of-the-art, ATEX approved cameras provide real time alarms for gas detection and quantification, flame detection and thermography and furnace inspection.  

The 24/7 devices all feature SENSIA’s Redlook AI analytics; this technology translates human interpretation of infrared imaging to artificial vision, to significantly expand the potential of these single multifunctional devices.  Redlook merges IR optics and radiometry, image processing, machine learning, industrial standards compliance, Industry 4.0 requirements and reliability. Both the system architecture and the image processing algorithms meet international health and safety requisites.

IET 36.2 Mar/Apr 2026

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