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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.
It all started six years ago, with our demonstrator satellite, 'Claire.' At GHGSat, we have made this a reality by naming our satellites after the children of our team members. This naming tradition shows our commitment to a better tomorrow—a story we're thrilled to share.
GHGSat is a founding signatory to the world’s first Zero Debris Charter for the international space community launched by the European Space Agency.
It introduces a new level of transparency in greenhouse gas emissions reporting ─ both the direct emissions throughout your entire supply chain.
EPA strategy has put the climate crisis front and center ─ resounding it as a call to action to all enforcement officers to prioritize climate change within their jurisdictions, as they see fit, in every relevant case.
The extraction and the use of fossil fuels plays a significant role in climate change. Open pit and underground coal mine operators are looking to understand the emissions profile from their sites and the impact of operations on methane intensity.
GHGSat celebrates a significant achievement in its greenhouse gas monitoring mission.
As the first company to make the leap from R&D to the operational deployment of satellites for methane at scale, we’re honored to have been invited.
GHGSat offers an annual report on methane emissions which provides insight into global methane emissions and trends.
Using advanced patented technology, GHGSat can pinpoint an emission source and accurately estimate the rate of methane potentially leaking from natural gas and oil-fired power plants, identifying opportunities for cleaner and safer operations.
We are dedicated to advancing the global effort to mitigate climate change and build a more sustainable future by providing innovative solutions to monitor and reduce methane emissions.
The ambitious growth in our constellation means we will be able to visit more sites more often and help oil and gas operators tackle a pressing issue: how to monitor for intermittent emissions, not just persistent leaks.
It is vital to measure methane concentrations in the atmosphere - allowing industries to identify trends and take steps to mitigate these emissions.