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Gas Mapping LiDAR
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Montana-Based Group Invests $55M in Home-Grown High-Tech Methane Detection Company, Bridger Photonics, Inc.
Bozeman, MT, September 1, 2022 - Bridger Photonics, Inc. (Bridger) announced today that Montana-based syndicate, Beaverhead...
Methane-Imaging Lasers to Help Reduce Emissions in the Marcellus Shale
Bozeman, MT, August 09, 2022 - Bridger Photonics, Inc. (Bridger) announced today that it will deploy its airborne methane...
Bridger Photonics Releases Second Generation of Methane Detection Sensor, Gas Mapping LiDAR 2.0
Our world-class technical team has been quietly working on something very exciting… the second generation of our Gas Mapping...
Gas Mapping LiDAR gains regulatory approval for ALARM use in New Mexico
Airborne laser methane detection gains regulatory approval for “advanced technology” (ALARM) use in New Mexico Bozeman, MT...
Devon Energy to Use Aerial Gas Mapping LiDAR to Track Down Methane Emissions Across Full Portfolio
Bozeman, MT, February 07, 2022 – Bridger Photonics (Bridger), creator of laser-based aerial methane scanning technology Gas...
Diversified Energy Company PLC Expands Emissions-Reduction Program
Published: Yahoo Finance BIRMINGHAM, AL / ACCESSWIRE / November 30, 2021 / Diversified Energy Company PLC (LSE:DEC) (...
Bozeman photonics company lands $12 million natural gas surveying contract
Originally featured in the Bozeman Daily Chronicle By Juliana Sukut, Staff Writer August 27, 2021 - A Bozeman high-tech laser...
SoCalGas to Use Gas Mapping LiDAR™ to Reduce Methane Emissions
Nation’s Largest Gas Distribution Utility Selects High-Tech Airborne Laser Solution to Track Down Methane Emissions Bozeman...
Bridger Photonics’ LiDAR Technology Selected by ExxonMobil for EPA Methane Detection
Bridger Photonics LiDAR technology has been chosen by ExxonMobil for the first ever EPA alternative means to emissions limitation for methane detection.
Ready to Reduce Your Methane Emissions?
Gas Mapping LiDAR provides unparalleled detection, localization, and quantification of methane emissions using aerial LiDAR technology.