GHGSat partnered with the U.S. EPA and a leading North American landfill operator to deliver the largest-ever high-resolution satellite survey of landfill methane emissions — 697 observations across 60 sites between 2021 and 2024. What the data revealed about EPA model accuracy, gas collection efficiency, and real-world emissions variability is not what most operators expected. Download the case study to find out what the numbers actually showed.
A methane leak emitting up to 1,400 kg/hr was sitting undetected on a Wales & West Utilities pipeline until a GHGSat satellite found it from space. What followed was the UK's first-ever space-based methane emission detection and mitigation, now peer-reviewed and published in the scientific literature. This case study documents exactly how it happened.
When the Nord Stream pipelines exploded beneath the Baltic Sea in 2022, conventional monitoring had no answer. GHGSat satellites did, delivering the first independent methane quantification of the incident within 24 hours, over open water, in findings significant enough to be published in Nature. This case study documents how satellite monitoring of critical infrastructure responded when it mattered most.
How SOCAR used satellite methane monitoring to detect and mitigate 100% of emissions across 7 upstream assets in Azerbaijan. Read the case study.
120 UK organizations gained direct access to satellite methane data for the first time. See what they found and how it changed the way they work.
APA Group needed to verify methane emissions across thousands of kilometers of gas transmission infrastructure. See what a single aerial campaign revealed.
TotalEnergies controlled a blind methane release at their facility in France. GHGSat's satellite had to find it. See what happened.
GHGSat provided high-resolution satellite emissions data to Orbital Eye to integrate into their pipeline monitoring service as part of an innovative project led by the National Gas Company of Trinidad and Tobago (NGC). NGC is a frontrunner in using satellite technology to improve operational efficiency and environmental performance.
How does a leading natural gas producer continuously improve their sustainable business operations? Comstock Resources, the first company to achieve MiQ certification for all its production, partnered with GHGSat to integrate cutting-edge aerial monitoring into its operations.
As Africa’s waste generation is expected to triple by 2050, the lack of greenhouse gas monitoring and mitigation plans could lead to an explosion of emissions. This case study explores how the Clean Air Task Force (CATF) used GHGSat’s advanced satellite technology to monitor methane emissions from landfills across West, Central, and Eastern Africa. Learn how this innovative approach is addressing the continent’s methane emission challenge and driving effective advocacy and mitigation strategies.