Keyphrases
Illinois Basin
41%
CO2 Injection
38%
Brine
26%
Mt. Simon Sandstone
20%
Illinois
20%
CO2 Storage
20%
CO2 Trapping
18%
Fluvial Architecture
17%
CO2-EOR
17%
CO2 Plume
16%
Capillary Trapping
15%
Capillary Pressure
15%
Geologic Carbon Sequestration
14%
Brine Extraction
13%
Enhanced Oil Recovery
13%
Oil Field
12%
Storage Site
12%
Carbon Capture
12%
Decatur
12%
Sedimentary Architecture
11%
Saline Aquifer
11%
Rock Type
11%
Deep Direct-use
11%
Storage Efficiency
10%
Plume
10%
Hysteresis
10%
CO2 Sequestration
10%
Relative Permeability
10%
Low Temperature
9%
Carbon Dioxide
9%
Reservoir Heterogeneity
9%
Injection Rate
9%
Characteristic Relation
9%
Sedimentary Basin
8%
Injection Period
8%
Modeling Results
8%
Sandstone Reservoir
8%
Carbon Dioxide CO2
7%
Sandstone
7%
Geologic Model
7%
Extraction Well
7%
Basin Scale
7%
Illinois Basin-Decatur Project
7%
CO2 Storage Capacity
7%
Caprock
7%
Computed Tomography
6%
Geophysical Measurements
6%
Depositional Environment
6%
Model Complexity
6%
Scanning Measurement
6%
Earth and Planetary Sciences
Carbon Dioxide
100%
Illinois
54%
Sandstone
28%
Capillarity
22%
Enhanced Oil Recovery
20%
Carbon Sequestration
17%
Oil Field
9%
Geothermal Resource
8%
Sedimentary Basin
7%
Dolomite
7%
Depositional Environment
6%
Porosity
6%
Reservoir Simulation
5%
Engineering
CO2 Storage
22%
Enhanced Oil Recovery
22%
Oil Field
12%
Geologic Carbon Sequestration
12%
Subsurface
11%
Injection Rate
10%
Wellbore
10%
Carbon Capture
10%
Injection Site
10%
Injection Period
9%
Oil Recovery
8%
Injection Pressure
7%
Oil Reservoir
6%
Relative Permeability
6%
Asphaltene Precipitation
6%
Low-Temperature
6%
Geothermal Energy
6%
Injection Zone
5%
Target Rate
5%
Sedimentary Basin
5%