Keyphrases
CO2 Injection
100%
Saline Aquifer
100%
Lithuanian
100%
Geochemical Changes
100%
Rock Sample
57%
Porosity
28%
Silica
28%
Lithuania
28%
Injection Rate
28%
Injection Site
28%
CO2 Storage
28%
CO2-brine-rock Interaction
28%
Brine Injection
28%
Injection Model
28%
Successful Implementation
14%
Aquifer
14%
Liquid CO2
14%
Brine Solution
14%
Formation Rock
14%
Clay
14%
Sandstone
14%
Formation Water
14%
Core Flooding
14%
Pressure Effect
14%
Simulation Modeling
14%
Injection Pressure
14%
Carbon Dioxide CO2
14%
Petrophysical Properties
14%
Mineral Salts
14%
Long-term Storage
14%
Reservoir Conditions
14%
Gas Storage
14%
Core Holder
14%
Rock Minerals
14%
Gap in Literature
14%
Salt Precipitation
14%
Deep Saline Aquifer
14%
Injection Simulation
14%
Rate Effect
14%
Mineralogical Changes
14%
Injection Location
14%
Baltic Basin
14%
Saturated Specimens
14%
Low Reactivity
14%
Geochemical Behavior
14%
Subsurface Reservoir
14%
Mineral Alteration
14%
Engineering
Rock Sample
100%
Subsurface
75%
Injection Rate
50%
Rock Interaction
50%
CO2 Storage
50%
Porosity
50%
Silicon Dioxide
50%
Injection Site
50%
Experimental Result
25%
Significant Change
25%
Successful Implementation
25%
Brine Solution
25%
Formation Water
25%
Injection Pressure
25%
Core Samples
25%
Reservoir Condition
25%
Gas Storage
25%
Long-Term Storage
25%
Injection Model
25%
Computer Simulation
25%
Earth and Planetary Sciences
Carbon Dioxide
100%
Salinity
11%
Porosity
11%
Lithuania
11%
Formation Water
5%
Pressure Effect
5%
Gas Storage
5%
Sandstone
5%
Mineral Alteration
5%