A novel foam formulation by Al₂O₃/SiO₂ nanoparticles for EOR applications: A mechanistic study

Keyphrases

• Enhanced Oil Recovery 100%
• SiO2 Nanoparticles 100%
• Al2O3-SiO2 100%
• Cetyltrimethylammonium Bromide 100%
• Foam Formulation 100%
• Mechanistic Studies 100%
• Porous Media 40%
• Foam Stability 30%
• Nanoparticles 20%
• Ultimate Oil Recovery 20%
• Viscosity Measurement 20%
• Concentration Ratio 20%
• Heavy Crude Oil 20%
• Interfacial Viscosity 20%
• Synergistic Effect 10%
• Negatively Charged 10%
• Crude Oil 10%
• Oil-wet 10%
• Deformability 10%
• Contact Angle Measurement 10%
• Zeta Potential 10%
• Viscoelasticity 10%
• Spectroscopic Measurement 10%
• Wet Condition 10%
• Contact Angle 10%
• Wettability Alteration 10%
• Nanoparticles Effect 10%
• Foam Formation 10%
• Glass Micromodel 10%
• Nanoparticle Concentration 10%
• Static Analysis 10%
• Oil Displacement Efficiency 10%
• Foam Stabilization 10%
• Foam Injection 10%
• Foam Solution 10%
• Appropriate Concentration 10%
• Charged Nanoparticles 10%
• Electrostatic Adsorption 10%
• Foaming Performance 10%
• Dual Permeability 10%
• Displacement Studies 10%
• Flooding 10%
• Water-wet 10%
• Incremental Oil Recovery 10%
• Foaming Behavior 10%

INIS

• applications 100%
• nanoparticles 100%
• oils 100%
• recovery 100%
• foams 100%
• bromides 71%
• stability 28%
• porous materials 28%
• crude oil 21%
• concentration 14%
• glass 14%
• injection 14%
• viscosity 14%
• concentration ratio 14%
• molecules 7%
• water 7%
• performance 7%
• solutions 7%
• adsorption 7%
• spectroscopy 7%
• stabilization 7%
• permeability 7%
• wettability 7%
• electrostatics 7%
• bubbles 7%
• inspection 7%

Chemical Engineering

• Nanoparticle 100%
• Viscosity Measurement 22%
• Heavy Crude Oil 22%
• Foam Stability 22%
• Zeta Potential 11%
• Angle Measurement 11%