Underground Storage: CO2 Storage and Geomechanical Analysis
Tuesday, 10 June
Hall G2
Technical Session
This session focuses on advancements in CO2 storage. Topics include saturation changes and trapping in carbonates, sensitivity studies on geological CO2 storage, and reservoir cooling and fault stability analysis for CO2 injection. We'll also discuss locating legacy wells using USV-based magnetometry, experimental studies on CO2 residual trapping, enhanced CO2 mineralization in saline aquifers, and pore-scale analysis of two-phase flow of supercritical CO2 and water. Join us for insights into these innovative CO2 storage techniques.
-
1520-1545 225555Pore-Scale Investigation of Heterogeneity Effects on Saturation and Trapping for Geological CO₂ Storage in Dolomites
-
1545-1610 225574Numerical Investigation Of Geological CO2 Storage - Sensitivity Study On Saturation Functions
-
1610-1635 225527Reservoir Cooling and Fault Stability Analysis for CO2 Injection into Depleted Gas Reservoirs Including Joule-Thomson Effect
-
1635-1700 225584Locating Legacy Wells Using USV Based Magnetometry: A Novel Approach For CO2 Storage Projects
-
Alternate 225585Experimental Study on CO2 Residual Trapping as a Function of the Brine Imbibition Rate
-
Alternate 225534Enhanced Co2 Mineralization In Saline Aquifers Using Alkaline Earth Metals
-
Alternate 225514Pore-Scale Analysis of Two-Phase Flow of Supercritical Carbon Dioxide and Water: Insights from 3D Core Modeling and Displacement Pattern Simulations