Monitoring Geologic Carbon Sequestration with Radar Remote Sensing
نویسندگان
چکیده
Geologic Carbon Sequestration becomes an essential instrument which has been aimed for mitigation of global warming. More understanding of storage processes and assessing environmental, safety, and health impacts in the event of a leak to the atmosphere are certainly important. Therefore, monitoring is one of the answers enabling technologies for CO2 storage. It is expected to support multiple purposes from providing information about safety and environmental concerns to optimize storage projects, deal with unintended leakage and address regulatory, legal and social issues. Particularly, radar remote sensing will be a necessary tool to monitoring subsurface deformation after injecting CO2 underground. This paper will discuss the use of a cost-effective technique, DInSAR for the first geosequestration project in Australia. It can contribute to measuring ground deformation to assess the movement of CO2 in the groundsurface up to centimeter scale.
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