Is methane the key to finding life on other worlds?
How would detecting methane help astronomers identify if exoplanets, or even exomoons, have life as we know it, or even as we ...
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EPA approves Bridger Photonics’ aerial methane detection technology for regulatory use
Bridger Photonics' Gas Mapping LiDAR technology has received approval from the US Environmental Protection Agency (EPA) for use in regulatory compliance. This aerial methane detection technology ...
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Satellite data analysis uncovers top 10 persistent methane sources
A list of the top 10 global regions where natural or anthropogenic sources emit methane on a continuous, "persistent" basis ...
Top chip designer leaves US, ‘ghost particle’ detector: 7 science highlights
From an underwater observatory in the South China Sea to hybrid rice, here are a few highlights from SCMP’s recent science ...
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Methane Detection Leader Bridger Photonics Achieves Record Growth, Taps New CEO to Continue Scaling
Bridger Photonics (Bridger), the industry leader in aerial methane detection, announced today that the company continued to experience massive growth and market adoption for its advanced methane ...
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Navigating the EU Methane Regulations with LDAR Strategies
With new methane regulations, the EU targets significant emissions reductions in the energy sector through comprehensive ...
GHGSAT & Sentinel-5P TROPOMI Satellites Detect Giant Methane Emission From Ethiopia's Mount Fentale Volcano
MONTRÉAL, QUEBEC / ACCESSWIRE / February 7, 2025 / GHGSAT, the world leader in emissions monitoring, has detected a substantial methane emission from Mount Fentale, an active volcano in Ethiopia.
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Bridger Photonics’ Aerial Methane Detection Technology Approved by EPA for Regulatory Use
Oil and gas operators looking to reduce fugitive methane emissions and meet regulatory requirements for emissions scans will be able to use the technology to detect and locate emissions.