... in bimodal media. Comparison between model prediction and experimental data shows good agreement, which validates the proposed model. artificial intelligence fluid dynamics mechanism logic & formal reasoning upstream oil & gas pore flow in porous media flow function suspension...

... inhibition fluid dynamics scale remediation production chemistry scale inhibition remediation of hydrates efficiency sandpack salinity middle phase microemulsion experiment nanoemulsion paraffin remediation hydrate remediation flow in porous media upstream oil & gas concentration...

... is considered. We monitor the changing of the fluid and solid properties due to the addition of the nanoparticles using numerical experiments. Variation of water saturation, nanoparticles concentration and porosity ratio are investigated. flow in porous media two-phase flow nanoparticle concentration...

... in the nanoparticle-surface interaction. enhanced recovery ionic strength elimelech coating Attachment Fluid Dynamics nanoparticle transport aggregation Interface Science flow in porous media deposition maleic anhydrideoctadecene DLVO theory nanoparticle Upstream Oil & Gas concentration...

... of aqueous nanoparticle dispersions in both bulk flow and flow in porous media with high permeability and regular pore structures but not at low permeability because of mechanical trapping. Our work provides new insight to engineering nanoparticle rheology for subsurface applications. fluid dynamics...

... microsphere diversion technique polymer microsphere flow in porous media spe 156999 slug microsphere 1 upstream oil & gas diameter profile control pf block society of petroleum engineers fluid dynamics microsphere 2 permeability application micriosphere initial size microsphere...

... experiment imbibition 0 injection interfacial tension flow in porous media pressure drop nano-fluid injection core sample relative permeability curve enhanced recovery drainage relative permeabilty curve saturation hysteresis hysteretic behavior Abstract It has been shown that one kind...

... and their propagation/accumulation in each reservoir point. Upstream Oil & Gas Bedrikovetsky suspension Artificial Intelligence concentration concentration distribution Attachment flow in porous media nanoparticle transport particle breakthrough concentration jamming ratio normalized breakthrough...

... drop data. upstream oil & gas polysilicon nanoparticle reduction flow in porous media mechanism application core sample nanoparticle enhanced recovery alteration nano fluid wettability alteration recovery efficiency nwp nanoparticle fluid dynamics contact angle oil-water...

... particle suspension spe 157106 reduction surface charge nanoparticle university injection nanofluid flow in porous media clay stabilizer low saline water experiment nanofluid injection saline water Introduction Result and discussion Nanofluid Stability Five tests were designed...

... agents in the oil and gas industry. drilling fluid selection and formulation drilling fluids and materials Susceptibility drilling fluid chemistry flow in porous media drilling fluid formulation iron oxide Reservoir Characterization drilling fluid property Upstream Oil & Gas...

... subsurface storage saline aquifer enhanced recovery reservoir simulation scenario 1 flow in porous media fluid dynamics scenario 2 javadpour injection brine viscosity supercritical co 2 gas saturation co 2 aquifer modeling & simulation upstream oil & gas normal co 2...

... creates a stronger macroscale network structure. As shown in Figures 9 , using 0.25-in.-thick filter disks with 775-md permeability, the nanoparticle-associated TLMs fluid has reduced shear sensitivity and more resistance to flow through porous media. At low fluid velocity the amount of spurt was reduced...