Bridger Photonics’ Comments on EPA’s Subpart W Proposed Rule
A Summary of Bridger’s Comments on EPA’s Proposed Greenhouse Gas Reporting Rule for ...
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Measuring and Managing Flare, Tank, and Compressor Emissions
Measuring Emissions from the Top Three Production Sector Emission Sources “If you can’t ...
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Bridger Photonics’ Comments on PHMSA’s Proposed Gas Pipeline Leak Detection and Repair Rule
A Summary of Bridger’s Comments on PHMSA’s Proposed Rule In May of 2023, the Pipeline and ...
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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
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