Featured
Satellite sensors detect methane and CO2 emissions from individual industrial facilities anywhere on Earth. This article covers how satellite greenhouse gas monitoring works, which systems are currently active, and how combined public and private satellite data delivers layered emissions intelligence for operators, regulators, and investors.
For disaster response, the methane emissions that our satellites detect are a signal for something different: infrastructure damage. During a disaster like California wildfires, the presence of methane is a sign that a pipeline or other piece of energy infrastructure has sustained damage and no longer contains the product running within it. This data is crucial in assessing risks and protecting communities.
With so many detection methods available, from satellite observations to ground-based sensors, how do we get rapid insights when and where they’re needed the most? This blog explores how aerial monitoring complements other detection techniques, offering an unmatched speed in the fight against methane emissions.
Why does emissions data matter so much? How can unreliable data hurt your bottom line? What can you do to make your monitoring systems work for you?
Learn how GHGSAT scientists measured the Nord Stream leak in 2022—and now have worked with a team to quantify it.
GHGSat’s CO2 satellite Vanguard, designed to trace carbon dioxide to individual industrial facilities from space, has been featured in TIME’s Best Inventions of 2024.
Post-COP29, the European Union's ambitious new Methane Abatement Partnership Roadmap, and Methane Regulation mark a turning point in global emissions reduction efforts. This Beyond Hot Air series blog post explores what these groundbreaking measures mean for the United Kingdom and how they could shape our environmental and economic landscape.
GHGSat continues to be at the forefront of emissions detection—detecting methane emissions from palm oil mills (POMs). GHGSat constellation has proven to be the best in terms of detection limits among all satellite instruments.
Britain recognised the methane issue early on, as a lead on the Global Methane Pledge, a commitment (by nations) to cut emissions by 30% by 2030, compared to 2020 levels. It was hoped this would be a turning point, but methane emissions continue to climb. Research indicates that the world needs to double its efforts if it is to hit the 2030 target. In the coming months, GHGSat will explore this challenge, in a new blog series exploring how methane emissions affect the UK, from its climate goals to its economic priorities.
Discover how the new EU Methane Regulation (EUMR) impacts the global LNG supply chain, with key requirements, reporting timelines, and next steps for operators. Learn about innovative technology solutions for emissions monitoring and regulatory compliance.
GHGSat has officially joined the International Solid Waste Association (ISWA) as a Silver Member— a reflection of our commitment to support the waste management sector through innovative greenhouse gas (GHG) monitoring technologies.
A podcast from Satellite and Newspace Matters features Jean-Francois Gauthier, GHGSat's Senior Vice President of Strategy. He discusses how greenhouse gas monitoring satellites are making a significant impact on climate change.
How can industry ensure compliance with the U.S. Environmental Protection Agency's Super Emitter Program? Operators will need to draw on emerging technologies to monitor for hot spots, identifying emissions and then verifying compliance with the regulation. A frequent monitoring cadence is the key.