Detection technology
A technology-driven approach to reducing methane emissions
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From space
By partnering with Scepter, we’re working to advance the scientific understanding of satellite-based methane detection, and develop technology to greatly improve global methane detection and quantification. Through other collaborations with Stanford University and the Collaboratory for Advancing Methane Science, we’re progressing field and desktop studies to better understand capabilities of current deployed satellite technology . -
In the air
Using an aerial approach, Gas Mapping LiDAR™ imaging technology developed by Bridger Photonics will complement a suite of solutions already being used in the field. By investing in the latest technologies, we will be able to find and fix leaks faster. We’ve submitted an application to the EPA to use this aerial technology as a new and effective model for regulations on methane detection. -
On the ground
We’re also testing and deploying ground-based detection systems that combine research in sensing technology, plume modeling and data analytics to identify emissions more effectively for repair. These efforts include scaled application of SOOFIEs, advanced sensors developed by Scientific Aviation, and Projects Astra and Falcon, collaborations in both the lab and the field with leading researchers and industry members to determine the best approach to monitoring methane emissions on the ground.
Learn more
Methane reduction Energy Factor • Aug. 5, 2021
Methane reduction Energy Factor • Aug. 6, 2021
Methane reduction Energy Factor • Aug. 6, 2021
Methane reduction Energy Factor • Aug. 6, 2021
Emissions and climate Energy Factor • July 29, 2021
Methane reduction Energy Factor • April 8, 2021
Methane reduction Energy Factor • May 19, 2020
Additional resources
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Methane reduction
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Policy and regulation
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Natural gas certification