Cattle burping while chowing on feed in California’s San Joaquin Valley generated plumes of a powerful greenhouse gas that have been detected by satellites for the first time, shedding light on how agriculture may be contributing to climate change.
This article explores the economic and environmental impacts of leveraging data to reduce methane emissions, and provides a strategic guide for developing a methane reduction strategy.
With results ranging from minimizing product loss to securing international market access, or proactively determining infrastructure health risks, understanding methane emissions across operational assets is no longer just a moral…
Reducing methane emissions, the ever-present byproduct of oil and gas production, has emerged as a primary lever to maximize the efficiency of Turkmenistan’s oil and gas operations, accelerating the progress…
GHGSat was contracted by Aramco to monitor methane emissions across key upstream facilities and infrastructure. The article highlights how GHGSat’s Satellite Constellation is providing Aramco with detailed and accurate insights…
In a recent New Scientist feature, Jason McKeever, Director, Science & Systems at GHGSat, shared valuable insights about the unexpected discovery of detecting methane emissions from Mount Fentale.
Satellite Applications Catapult’s Annual Emissions Report features how GHGSat satellite data is helping organizations track and reduce emissions more effectively.
The article details how GHGSat’s unique satellite data, capable of identifying emissions at the facility level, will now support NASA’s Earth science research and non-commercial applications.
The episode focused on the pressing challenge of methane and actionable insights to help oil and gas operators make meaningful progress in a compelling discussion at the Brookings podcast
GHGSat is proud to announce that it has been honored with a prestigious SpaceNews Icon Award. The company was recognized under the Sustainability and Environmental Impact category for its role…
