Differential Muon Tomography to Continuously Monitor Changes in the Composition of Subsurface Fluids
TBMG-16777
07/01/2013
- Content
Muon tomography has been used to seek hidden chambers in Egyptian pyramids and image subsurface features in volcanoes. It seemed likely that it could be used to image injected, supercritical carbon dioxide as it is emplaced in porous geological structures being used for carbon sequestration, and also to check on subsequent leakage. It should work equally well in any other application where there are two fluids of different densities, such as water and oil, or carbon dioxide and heavy oil in oil reservoirs.
- Citation
- "Differential Muon Tomography to Continuously Monitor Changes in the Composition of Subsurface Fluids," Mobility Engineering, July 1, 2013.