Today's rapid technological advancements spark both excitement and concern, particularly among environmentalists. The growth of industries like oil, natural gas, and waste disposal is contributing to ...

BOZEMAN, Mont.--(BUSINESS WIRE)--Bridger Photonics Inc. (“Bridger”), a global leader in emissions detection for the energy industry, is proud to announce the expansion of its methane detecting scans ...

Methane is particularly targeted for curbing greenhouse gas emissions because its significant global-warming potential in the short term exceeds carbon dioxide by over 80-fold. However, monitoring ...

Methane is one of the leading contributors to greenhouse gasses with 80 times the warming power of carbon dioxide. Methane from human action drives up to 30 percent of today’s global warming. As the ...

Temidayo (Temi) Fasasi designed a controlled release rig that simulates real-world methane leaks while enabling unbiased and scientifically rigorous evaluations of in-situ detection systems. [X, ...

The satellite image, at left, helped Piedmont Natural Gas identify an underground gas leak on a major distribution line near Greenville, S.C. At right, the same area two months later, after repairs ...

In recent years, researchers have begun using satellite imaging to detect methane plumes from factory farms — but the picture ...

The complexities of urban environments—like variable winds off tall buildings or surfaces—significantly impair the ability to detect natural gas leaks from underground pipelines, a new study shows.

Global energy technology company SLB’s Methane LiDAR Camera has received the green light from the US Environmental Protection Agency (EPA) as an alternative test method (ATM) for methane detection.