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In this episode, we delve into the world of technological advances driving cleaner energy solutions.
Adam and Andrew are joined by Asa Carré-Burritt, the Director of Policy and External Affairs at Bridger Photonics, an expert in developing and deploying LiDAR Technology (laser, imaging, detection, and ranging). LiDAR technology plays a crucial role in the critical effort to reduce methane emissions.
Throughout the podcast, we explore the benefits of LiDAR technology as compared to other approaches, and we discuss the industry’s efforts to navigate strict regulatory policies.
Among the topics Adam and Andrew discuss with Asa in this episode:
- An overview of how Bridger Photonic strives to make it easy for the oil and gas industry to reduce methane emissions.
- An explanation of Bridger’s gas mapping LiDAR technology, which stands for emission reduction through laser, imaging, detection and ranging.
- The type of actionable data Bridger Photonics provides its customers and how they track effectiveness of mitigation efforts.
- How the regulatory landscape is rapidly changing for oil and gas operations.
- Bridger’s view of the EPA’s new rules on reducing emissions of methane and other emissions.
Resources
- Bridger Photonics: Aerial LiDAR Methane Detection
- Asa Carré-Burritt – LinkedIn
- Businesswire – Bridger Photonics Aerial Laser Technology Helps Phillips 66 Reduce Methane Emissions
- PR Newswire – Montana-Based Group Invests $55M in Home-Grown High-Tech Methane Detection Company, Bridger Photonics, Inc.
- Bozeman Daily Chronicle – Bridger Photonics receives $55 million investment to continue growing
- Businesswire – Lime Rock to Scan Quarterly for Fugitive Emissions using Aerial Methane Sensing Technology
- Journal of Petroleum Technology – Cenovus Reports Success With Airborne Lasers in Fight Against Emissions
- Businesswire – Bridger Photonics Wins Technology of the Year from Energy Industry Coalition for Gas Mapping LiDAR
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