Bridger Photonics Launches Drone-Based Methane Detection to Revolutionize Emissions Monitoring
In a groundbreaking move set to redefine methane emissions monitoring, Bridger Photonics (“Bridger”), the global leader in methane detection, has announced the launch of drone-based deployment for its proprietary Gas Mapping LiDAR® (GML) technology. This innovative advancement expands Bridger’s already robust methane detection capabilities, enabling precise and efficient emissions monitoring in previously underserved areas worldwide. From offshore platforms and liquified natural gas (LNG) facilities to distribution networks and remote operations, this new solution promises to close critical gaps in methane detection while supporting the global fight against climate change.
Expanding Methane Detection to New Frontiers
Traditionally deployed via small aircraft, Bridger’s patented GML technology has long been the gold standard for methane emissions detection, quantification, and localization across the oil and natural gas value chain. With the introduction of drone-based deployment, Bridger is now bringing that same level of precision and actionable insight to complex, hard-to-reach environments. This includes remote facilities, offshore rigs, and other logistically challenging operations where traditional methods have fallen short.
“We’re revolutionizing emissions reduction… again,” said Bridger’s CEO, Ben Little. “This solution is a natural extension of our core capabilities, and we’re thrilled to answer the call of our clients by providing them with a best-in-class solution for methane monitoring across new parts of the value chain.”
The integration of drones into Bridger’s GML system represents a significant leap forward in addressing the unique challenges of methane emissions monitoring. By leveraging advanced drone technology, Bridger is delivering unmatched efficiency, safety, and scalability to its customers.
Key Benefits of Drone-Based Methane Detection
Bridger’s drone-based GML deployment offers several key advantages that make it a game-changer for methane emissions monitoring:
- Best-in-Class Detection and Localization in Complex Environments:
The GML system provides unparalleled accuracy in identifying and pinpointing methane leaks, even in large, intricate, or remote settings like offshore platforms and LNG terminals. - Instantaneous Data Collection and Turnaround Time:
Drone-based deployment ensures rapid data collection and analysis, minimizing operational disruptions and allowing operators to take immediate corrective action. - Reduced Personnel Requirements for Safety and Cost Efficiency:
By utilizing drones, Bridger significantly reduces the need for on-site personnel, enhancing safety while lowering costs—especially critical for hazardous or remote locations. - Unmatched Emissions Reconciliation:
Bridger’s GML technology captures both source- and site-level emissions in a single pass, providing comprehensive insights that empower operators to manage their entire asset base effectively.
“This launch is the result of years of innovation and close collaboration with multiple industry and academic partners,” said Mike Thorpe, Chief Scientist at Bridger Photonics. “We’re excited to address the unique challenges of methane emissions monitoring at large, complex, and remote facilities, like offshore platforms, while providing the same high-quality data our customers have come to rely on. Drones provide key capabilities that allow operators to measure and manage emissions across their entire global asset base. Just another step in our mission to simplify methane emissions reductions.”
A Unified Solution for the Entire Oil and Gas Value Chain
As part of its broader mission to reduce global methane emissions, Bridger continues to innovate in alignment with the evolving needs of oil and gas operators. Already a trusted emissions data partner to major companies across North America, Bridger now offers a unified, scalable solution for the entirety of the oil and natural gas value chain. This ensures consistency of data across all assets, empowering operators to make informed decisions and take decisive action.
“We’re not just helping operators detect emissions; we’re giving them the confidence to take action,” added Little. “This is the next evolution in emissions intelligence, and it’s only the beginning.”
Why Methane Emissions Monitoring Matters
Methane is one of the most potent greenhouse gases, with a warming potential over 80 times greater than carbon dioxide on a 20-year timescale. Addressing methane emissions is critical to combating climate change and achieving global net-zero targets. However, detecting and mitigating these emissions has historically been a challenge due to the complexity and scale of industrial operations.
Bridger’s GML technology addresses this challenge head-on by providing operators with actionable insights that enable targeted interventions. By integrating drone-based deployment, Bridger is making it easier and more cost-effective to monitor methane emissions in even the most challenging environments.
Driving Innovation Through Collaboration
The development of Bridger’s drone-based solution underscores the power of collaboration between industry leaders, researchers, and technology innovators. By working closely with partners across sectors, Bridger has pushed the boundaries of what’s possible in methane detection and monitoring. This collaborative approach ensures that the company remains at the forefront of technological advancements, delivering solutions that meet the real-world needs of its clients.
The Future of Methane Emissions Reduction
With the launch of its drone-based GML technology, Bridger Photonics is poised to play an even greater role in the global effort to reduce methane emissions. By expanding access to precise, reliable, and scalable emissions monitoring, Bridger is empowering operators to take meaningful action toward sustainability goals.
As governments, industries, and communities increasingly prioritize climate action, technologies like Bridger’s GML system will be essential tools in the fight against climate change. By simplifying methane emissions reductions and providing actionable intelligence, Bridger is helping pave the way for a cleaner, more sustainable future.
