Controlling interactions of colloidal particles and porous media during low salinity water flooding and alkaline flooding by MgO Nanoparticles

Earth & Environmental Sciences

• water salinity 100%
• nanoparticle 87%
• porous medium 79%
• flooding 73%
• enhanced oil recovery 46%
• particle 46%
• slug 31%
• project 27%
• salt 27%
• oil 23%
• damage 17%
• recovery method 17%
• flushing 13%
• turbidity 11%
• experimental study 10%
• communication 10%
• glass 10%
• effect 9%
• salinity 9%
• productivity 9%
• permeability 8%
• in situ 8%
• fluid 7%
• method 5%

Chemical Compounds

• Nanoparticles 93%
• Porous materials 91%
• Water 61%
• Enhanced recovery 46%
• Oils 40%
• Salts 34%
• Ionic strength 20%
• Charge distribution 19%
• Surface charge 19%
• Zeta potential 18%
• Turbidity 18%
• Surface potential 18%
• Recovery 17%
• Water injection 15%
• Productivity 10%
• Glass 10%
• Fluids 8%
• Communication 6%

Engineering & Materials Science

• Nanoparticles 93%
• Porous materials 91%
• Water 50%
• Enhanced recovery 46%
• Salts 37%
• Oils 25%
• Ionic strength 20%
• Charge distribution 19%
• Surface charge 19%
• Zeta potential 18%
• Turbidity 18%
• Surface potential 18%
• Recovery 17%
• Water injection 15%
• Productivity 10%
• Glass 10%
• Fluids 8%
• Communication 6%