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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.
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.
Climate change is a pressing issue, and greenhouse gas emissions are a major contributor. But there is good news! 2023 saw a global surge in tackling this challenge.
Ambitious targets were set, and 125 countries signed the Global Methane Pledge. However, the world faces significant and immediate challenges in the shape of conflict and the resulting energy crisis. Short-term fossil fuel security is at odds with climate goals.
Gain perspective on our satellite data with the GHGSAT 2022 Methane Emissions Report. Read industry insights and see the impact doubling our constellation of high-resolution satellites had on our emissions data.
While major catastrophes dominate the news and the realism of longer, hotter summers with air conditioning is uncomfortable, it is the unspectacular, incremental degradation of infrastructure and the slow impact of environmental changes on sectors of the economy, like agriculture and energy, that will affect us most deeply. What does that look like already?
GHGSat, the world leader in emissions monitoring technology, has been named to the annual Fortune Change the World list for the second consecutive year, a recognition of GHGSat’s sustained impact in empowering industry operators and governments around the world to measure and mitigate methane emissions at scale.
GHGSat, the world leader in emissions monitoring technology, announced it has secured $47 million CAD in new financing to fuel its rapid global expansion and the continued evolution of its groundbreaking satellite technology and analytics services.
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 imperative—it is a commercial one. GHGSat, a global leader in emissions-monitoring technologies, is helping operators seize this opportunity through a proven, tiered approach, combining satellites and aircraft.
ExxonMobil Corporation and GHGSat, the global leader in emissions-monitoring technology, today announced a groundbreaking partnership to monitor and mitigate methane at scale across ExxonMobil’s onshore operations in North America and Asia, including the United States, Canada, Papua New Guinea, and Indonesia.
GHGSat, the global leader in emissions-monitoring technology, today announced the appointment of Sonia Kim as its new Chief Product Officer (CPO). Kim will lead GHGSat’s global product strategy with a sharpened focus on advanced analytics, building new pathways to integrate emissions intelligence into decision-making across carbon-intensive industries, governments, and financial institutions.