Hassi Messaoud, Algeria
31.5143°N - 5.8455°E
2022-04-10 10:06:01
Rate: 6.6 tCO2eq/h
We combine advanced satellite technology and pioneering analytics to set new standards in environmental data accuracy and accessibility.
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sites monitored
Inefficient combustion of flared gas in flaring operations can lead to the release of soot, also known as black carbon. These aerosols have a strong short-term warming effect, in addition to being extremely harmful to human health. Taking them into account is essential to assess the carbon footprint of natural gas.
At Galeio, we are the first to use satellite imagery to monitor these emissions directly and at global scale. We aim to improve the carbon footprint estimates of the energy sector, and help oil and gas operators better target their infrastructure investments.
We actively monitor 12 of the largest oil and gas producing countries. Using freely available satellite imagery, we provide the first large-scale, direct, and bi-weekly measurements of black carbon emitted by flaring operations.
Through the innovative fusion of AI and science, we identify substantial black carbon emissions and estimate their CO2 equivalent. Our approach represents a considerable improvement in the accounting of industrial emissions across the entire value chain.
Our data are accessible as inventories or via API according to your needs and usage. We can extend our monitoring area on demand.
Improve your understanding of operational practices across your sites around the world.
Access reliable, global inventories of black carbon emissions in the downstream fossil fuel supply chain.
Anticipate the new standards in ESG using homogeneous, direct, and transparent satellite measurements to manage your portfolio.