Effect of injection parameters on proppant transport in rough vertical fractures: An experimental analysis on visual models

Keyphrases

• Proppant Transport 100%
• Vertical Fracture 100%
• Proppant 100%
• Injection Parameters 100%
• Visual Model 100%
• Rough Fracture 42%
• Tree Structure 26%
• Injection Rate 26%
• Polymer Solution 15%
• Polymer Concentration 15%
• Relative Coverage 10%
• Fracture Model 10%
• Low Injection Rate 10%
• Settling Velocity 10%
• Proppant Concentration 10%
• Ceramic Proppant 10%
• Sand Dunes 5%
• Slurry 5%
• Silica Sand 5%
• High Density 5%
• High Viscosity 5%
• High Performance Polymers 5%
• High Injection 5%
• Filling Ratio 5%
• Hydraulic Fracturing 5%
• Fracturing Fluid 5%
• Low Viscosity 5%
• Injectivity 5%
• Lab Experiment 5%
• Slurry Injection 5%
• Slurryability 5%
• Fracture Treatment 5%
• Settling Behavior 5%
• Evaluating Performance 5%
• Hydraulic Fracturing Operation 5%

Material Science

• Polymer Solution 100%
• Density 66%
• Hydraulics 66%
• Fracturing Fluid 33%
• Silica Sand 33%

Engineering

• Proppants 100%
• Proppant Transport 100%
• Injection Rate 33%
• Polymer Concentration 14%
• Hydraulic Fracturing 9%
• Settling Velocity 9%
• Proppant Concentration 9%
• Experimental Result 4%
• Injectivity 4%
• Silicon Dioxide 4%