Impact of Concurrent Solubilization and Fines Migration on Fracture Aperture Growth in Shales during Acidized Brine Injection

Keyphrases

• Fracture Surface 100%
• Carbonate 100%
• Shale 100%
• Fines Migration 100%
• Fracture Aperture 100%
• Brine Injection 100%
• Core Flood 100%
• SEM-EDS 75%
• Fracturing Fluid 75%
• Fracture Evolution 50%
• Altered Zone 50%
• Profile Face 50%
• Shale Matrix 50%
• Scanning Electron Microscopy 25%
• Two Dimensional 25%
• Room Temperature 25%
• High-resolution 25%
• Transport Processes 25%
• Modeling Approach 25%
• Evolution Mechanism 25%
• Volume of Fluid 25%
• Fiducial Markers 25%
• Flow Path 25%
• Great Changes 25%
• Chemo-mechanical 25%
• Variable Thickness 25%
• Clay 25%
• Variable Composition 25%
• Batch Reaction 25%
• Rock Sample 25%
• Mineralogy 25%
• Surface Fracture 25%
• Underlying Risk 25%
• Reactive Transport 25%
• Mineral Dissolution 25%
• Reactive Systems 25%
• Elemental Maps 25%
• Shale Sample 25%
• Fracture-matrix System 25%
• Fracture Network 25%
• Geochemical Interactions 25%
• Pyrite Oxidation 25%
• Advective Flow 25%
• Hydraulic Fracturing Fluid 25%
• Rock Fabric 25%
• Shale Rock 25%
• Confining Stress 25%
• Image Alignment 25%
• Reaction-diffusion-advection Model 25%
• Acidic Brine 25%
• Shale Mineralogy 25%
• Mineral Fines 25%
• Fracture Face 25%
• Fluidic Cell 25%
• Wolfcamp Shale 25%
• High-resolution Computed Tomography Scan 25%

Earth and Planetary Sciences

• Scanning Electron Microscopy 100%
• Solubilization 100%
• Fracture Aperture 100%
• Fracturing 75%
• Mineralogy 50%
• Tomography 25%
• Fluidics 25%
• Room Temperature 25%
• Transport Process 25%
• Confining 25%
• Reactive Transport 25%
• Advection 25%
• Fracture Network 25%
• Mineral Dissolution 25%
• Chemical Element 25%
• Hydraulic Fracturing 25%