Key Takeaways from Bridger Photonics’ Study on the Methane Emission Rate Distribution for Permian Basin Oil and Gas Production Infrastructure
A new peer-reviewed publication by emissions researchers at Bridger Photonics has been ...
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The Emissions Impact of Gas Mapping LiDAR Scans Compared to the Emissions Detected
Assessing the Environmental Footprint: Comparing Emissions Generated by Gas Mapping LiDAR ...
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Methane Detection Sensitivity and Probability of Detection
Sensitivity Part III: Probability of Detection, The Value and Limitations of Controlled ...
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Bridger Photonics Aerial Laser Technology Helps Phillips 66 Reduce Methane Emissions
BOZEMAN, MT May 16, 2023 - Bridger Photonics Inc. (“Bridger”) has contracted with ...
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Analyzing Methane Emissions Data - A Q&A
A Q&A with Bridger Photonics Data Processing Technician Elizabeth Desser The team of ...
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Key Takeaways from EERL’s "Origins of Oil and Gas Sector Methane Emissions: On-Site Investigations of Aerial Measured Sources"
A new third-party study by Matthew Johnson and others at Carleton University’s Energy and ...
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Lime Rock to Scan Quarterly for Fugitive Emissions using Aerial Methane Sensing Technology
How Much Methane Did Bridger Photonics Detect in 2022?
Gas Mapping LiDAR's 2022 Emissions Detected At the beginning of 2023, we shared that our ...
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Bridger Photonics’ Comments on EPA’s Supplemental OOOOb/c Proposed Rules
A Summary of Bridger's Comments on the EPA's Latest Methane Rule Upon the U.S. EPA’s ...
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Comment Letter re: Proposed Regulatory Framework for Reducing Oil and Gas Methane Emissions to Achieve 2030 Target (Clone)
A Summary of Bridger's Comments on the EPA's Latest Methane Rule Upon the U.S. EPA’s ...
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