Satellite-powered methane super-emitter detection and quantification for operators and regulators
Kayrros Methane Watch combines multi-satellite imagery (Sentinel-5P/TROPOMI, Sentinel-2, Sentinel-3, Landsat 8/9, EnMAP, EMIT and commercial sensors) with proprietary machine-learning algorithms to automatically locate, quantify and timestamp methane super-emitter events (≥10 kg/hr) at both asset and basin scale. Daily monitoring covers onshore oil, gas and coal operations globally, with historical data accessible from March 2019. Emission events are attributed to specific facilities within approximately two days of detection. Results are delivered via an interactive web dashboard with satellite imagery overlays, plus REST and Python API access for programmatic integration. The platform serves energy operators needing rapid leak mitigation and disclosure support, as well as regulators and institutions such as UNEP's International Methane Emissions Observatory (IMEO) and its Methane Alert and Response System (MARS).
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Space data in
Processing
Insight Generation
Converts analysis into context-rich, actionable insights.
Delivered as
Alerting & Decision Support
Kayrros
Kayrros combines satellite observations with other data sources and AI to quantify human impacts on the environment, tracking emissions, resource activity and physical risks. Its analytics support decision-making in energy, finance, insurance and government by providing independent, near-real-time environmental intelligence.
2016
Founded
500+
Team size
75
Country
Automates notifications and tools to highlight key insights.
