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GHGSat selected SFL Missions due to the reliable, precise attitude control and target tracking offered by SFL's satellite designs.
GHGSat first demonstrated the detection and quantification of facility-level methane emissions from orbit in 2016.
GHGSat reports a reduction of more than 20 MT CO2 equivalent of methane since operations began, comparable to the yearly emissions of more than 4.6 million cars.
Spire Global will have developed a total of seven satellites for GHGSat.
GHGSat ordered two satellites from Space Flight Laboratory last year.
The new satellites are named GHGSat-C18 and C19.
GHGSat monitors greenhouse gas emissions from space using proprietary sensor technology.
GHGSat-C16 and C17 are also expected to be launched on a SpaceX Transporter mission.
SFL Missions has been contracted by GHGSat to build two additional satellites for its greenhouse gas monitoring constellation.
GHGSat collaborates with companies and governments such as ExxonMobil, Aramco, and the UK Space Agency to address methane emissions.
GHGSat has ordered two satellites from Space Flight Laboratory for its greenhouse gas monitoring constellation.
GHGSat monitors greenhouse gas emissions for industries including oil and gas, coal mining, and waste management.
Out of the 20 satellites developed for GHGSat, 14 have been successfully launched.
GHGSat contracted Space Flight Laboratory for two additional satellites for its greenhouse gas monitoring constellation.
All satellites built for GHGSat by SFL utilize the 15kg NEMO platform.
GHGSat and Space Flight Laboratory have been longtime partners, with Space Flight Laboratory building 11 satellites for GHGSat over the past decade.
GHGSat is waiting for the launch of GHGSat-C14 (Teodor) and C15 (Laila), developed by Spire Global.
The two additional satellites ordered by GHGSat will be named GHGSat-C18 and GHGSat-C19.
SFL Missions will have developed a total of eleven satellites for GHGSat.
The launch of GHGSat-C16 and C17, also developed by Spire Global, is expected in 2026.