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Hydromechanical impact of basement rock on injection-induced seismicity in Illinois Basin
Nikita Bondarenko
, Yury Podladchikov
,
Roman Makhnenko
Civil and Environmental Engineering
Institute for Sustainability, Energy, and Environment
National Center for Supercomputing Applications (NCSA)
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Keyphrases
Illinois Basin
100%
Stress State
100%
Basement Rocks
100%
Hydro-mechanical
100%
Injection-induced Seismicity
100%
Pre-injection
40%
Compressibility
20%
Fluid Injection
20%
Laboratory Measurements
20%
Pressure Rise
20%
Measured Stress
20%
Injection Site
20%
Coupled Simulation
20%
CO2 Injection
20%
Seismicity
20%
Crystalline Basement
20%
Rock Properties
20%
Geological Formation
20%
Injection Interval
20%
Microseismic Response
20%
Induced Microseismicity
20%
Microseismic Events
20%
Induced Seismicity
20%
Hydro-mechanical Coupling
20%
Seismicity Assessment
20%
Illinois Basin Decatur Project
20%
Stratigraphic Characteristics
20%
Basement Faults
20%
Earth and Planetary Sciences
Illinois
100%
Basement Rock
100%
Induced Seismicity
100%
Compressibility
50%
Numerical Model
50%
Seismicity
50%
Stratigraphic Feature
50%
Fluid Injection
50%
Measurement of Rock Property
50%
Carbon Dioxide
50%