Near-Surface Monitoring for the ZERT Shallow CO2 Injection Project
Strazisar, B. R., A.W. Wells, J. R. Diehl, et al., “Near-Surface Monitoring for the ZERT Shallow CO2 Injection Project,” International Journal of Greenhouse Gas Control 3(6), 736-744, 2009.
As part of a collaborative effort operated by the Zero Emission Research and Technology Center (ZERT), a series of two shallow releases of CO2 was performed at a test site in Bozeman, MT. The purpose of the experiment was to simulate possible leakage scenarios from a carbon capture and storage operation in order to further develop and verify monitoring technologies used to characterize and quantify the release of CO2. The project included collaboration with several research groups and organizations. Presented here are the results of soil–gas monitoring conducted by researchers from the National Energy Technology Laboratory, including CO2 flux measurement, soil–gas analysis, perfluorocarbon tracer monitoring, and soil resistivity measurements. Together, these methods proved to be effective in detecting and characterizing leakage in the near-surface.
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