GHGSat is a leader in high-resolution remote sensing of greenhouse gas emissions from space, pioneering the technology to monitor these emissions at the facility level. As a commercial constellation, GHGSat's satellites offer data and intelligence to businesses, governments, and investors to optimize performance and meet environmental standards. GHGSat partners with organizations like the UK Space Agency and utilizes technology developed by the University of Toronto's Space Flight Laboratory, providing methane emission data to entities such as UNEP's IMEO and various oil and gas companies.
All verified mentions of this organization in source documents.
GHGSat’s technology has been independently validated by NASA and the European Space Agency.
GHGSat’s Wide-Angle Fabry-Pérot imaging spectrometer can detect methane plumes down to approximately 25 square meters.
GHGSat has joined POSEIDON, a European Union-funded project to expand space-based detection of maritime pollution.
NASA’s Commercial Satellite Data Acquisition contract awardees include Airbus DS Geo Inc., GHGSat Inc., Hydrosat Inc., ICEYE US Inc., ImageSat International, Kuva US Inc., Muon Space Inc., Orbital Sidekick Inc., OroraTech USA Inc., Planet Labs Federal Inc., Space Sciences and Engineering LLC doing business as PlanetiQ, SATLANTIS US, Tomorrow Companies Inc. doing business as Tomorrow.io, and Wyvern Inc.
NASA contract awardees include Airbus DS Geo Inc., GHGSat Inc., Hydrosat Inc., ICEYE US Inc., ImageSat International, Kuva US Inc., Muon Space Inc., Orbital Sidekick Inc., OroraTech USA Inc., Planet Labs Federal Inc., Space Sciences and Engineering LLC doing business as PlanetiQ, SATLANTIS US, Tomorrow Companies Inc. doing business as Tomorrow.io, and Wyvern Inc.
GHGSat operates satellites that detect methane leaks.
GHGSat ties its revenue to regulatory compliance and methane abatement rather than selling images as raw pixels.
GHGSat has two additional payloads under development that could launch in late 2026 but are more likely to launch in 2027.
GHGSat launched four payloads in 2025 and is set to launch at least two more payloads in 2026 for its methane emissions monitoring constellation.
GHGSat launched four methane monitoring satellites in 2025, with two launched in June and another two in November.
GHGSat-C12, GHGSat-C13, GHGSat-C14, and GHGSat-C15 are satellite names launched by GHGSat in 2025.
SensorUp and GHGSat have formed a strategic partnership to streamline methane emissions management and reporting for industrial operators.
The collaboration between SensorUp and GHGSat aims to maximize their collective impact in the emissions monitoring sector.
The partnership will enable seamless access to GHGSat’s proprietary satellite and aircraft technologies.
The GHGSat satellites are intended to deliver frequent, independent, and precise measurements to industrial and government users for tracking and reducing methane output.
GHGSat confirmed success for its two methane-monitoring satellites, Teodor (C-14) and Laila (C-15), on Transporter 15.
Two satellites for GHGSat launched on this mission carry methane monitoring payloads.
Spire designs and operates five satellites for GHGSat as part of a broader portfolio of environmental monitoring missions.
Spire launched two satellites for GHGSat to monitor greenhouse gas emissions, expanding GHGSat’s constellation for high-resolution methane detection.
Spire has designed and operates a total of five satellites for GHGSat.