Chinese researchers have pioneered a new method of monitoring offshore oil and gas platforms using the Earth science satellite SDGSAT-1, marking a significant advancement in environmental observation technology.
A study led by experts from the Aerospace Information Research Institute of the Chinese Academy of Sciences (CAS) was recently published in the International Journal of Digital Earth. This groundbreaking research outlines the application of the SDGSAT-1’s advanced imaging systems to monitor gas flaring activities on offshore platforms in the South China Sea.
With global oil demand on the rise and an increasing push toward decarbonization, the need for effective monitoring of oil and gas operations has never been greater. However, tracking activities in expansive and ever-changing oceanic regions has presented a persistent challenge. The SDGSAT-1 has now shown promise in overcoming these obstacles.
Utilizing the satellite’s Glimmer Imager and Thermal Infrared Spectrometer, researchers successfully tracked the operational activities of offshore platforms, providing unprecedented precision in mapping their operations. Notably, the team identified 113 oil and gas platforms within the complex maritime environment, which includes islands, vessels, and other offshore facilities.
The findings underscore the capabilities of SDGSAT-1 in closely monitoring the operational status of oil and gas infrastructure. The study asserts, “These results demonstrate the satellite’s competency in tracking offshore platform activities with high accuracy.”
Launched on November 5, 2021, SDGSAT-1 is the world’s first Earth science satellite specifically designed to support the United Nations’ 2030 Agenda for Sustainable Development. Developed by CAS, the satellite provides valuable space-based data to assess human-environment interactions, contributing to global efforts in promoting sustainable development.