... at lower capillary pressure environment. chemical flooding methods flow in porous media Artificial Intelligence Modeling & Simulation Fluid Dynamics exponent regime pressure contour relative permeability water saturation mobilization pressure gradient supercritical co 2 model...

... this method more applicable to gas production conditions in the reservoir. Although several assumptions are used, the results obtained from the VPG method are much closer to reality and may be directly used for actual gas production evaluation and prediction. shale gas flow in porous media Fluid...

.... This will improve predictive ability and also reduce the requirement for full simulation. flow in porous media weighting function salinity water front enhanced recovery Fluid Dynamics water front concentration salinity Upstream Oil & Gas low salinity water flooding salt front waterflooding...

... & Gas alberta sandstone Artificial Intelligence sphericity petrophysical property sand control Fluid Dynamics convexity Reservoir Characterization flow in porous media particle size shape factor permeability Berea sandstone size distribution Mahmoudi fattahpour sandstone image analysis...

... of injected fluid. production control production monitoring enhanced recovery Upstream Oil & Gas Capacitance Model Drillstem Testing case 2 bhp method connectivity kaviani waterflooding flow in porous media Fluid Dynamics producer primary production period case 1 application...

... oil rate correlation application oil rate production rate flow in porous media pipeline resolve production instability Scenario drillstem/well testing drillstem testing instability critical flow rate society of petroleum engineers fluid dynamics pvt measurement Introduction...

... that for a better understanding of multiphase flow in porous media, it is essential to study the relative permeability hysteresis. Finally, this paper offers some recommendations for missing aspect and future research guidelines. The importance of relative permeability hysteresis in fluid flow through porous media...

... formalism-based reservoir simulator. Within the context of the study, the key concept of memory formalism and fractional calculus are precisely explained. A complete roadmap in preparing a memory formalism-based reservoir simulator is shown with example and application. flow in porous media...

... the conditions under which the HPAM/CrAc gel can be applied, which in turn can significantly improve the design of field projects. enhanced recovery Upstream Oil & Gas crosslinker concentration dendrogram flow in porous media residual resistance factor experiment logic & formal reasoning...

... ultimate recovery of 357 MMSTB. The paper presents an exciting workflow to analyze different experimental design techniques, compare them and use the most suitable to prepare the development plan of a field. reservoir simulation flow in porous media residual analysis Simulation coefficient...

... basin gas field structural geology fluid dynamics juxtaposition flow in porous media placement well count Introduction The Enterprise gas field is comprised of two fault blocks. Development is planned for the larger fault block, which itself is further broken up by minor faults, creating...

... results were valuable, which lead to apply a sodium silicate gel successfully in a heterogeneous reservoir. chemical flooding methods enhanced recovery waterflooding sodium silicate solution activation energy application flow in porous media hatzignatiou concentration recovery factor...

... and more importantly oil recovery. This paper has great guidance and reference significance for engineers and researchers engaged in tight oil development. flow in porous media Upstream Oil & Gas hydraulic fracturing Fluid Dynamics enhanced recovery structural geology oil displacement oil...

... is effective in stress-sensitive reservoirs, however, the reservoir pressure could not drop so much. water management waterflooding oilfield experiment flow in porous media water cut drillstem/well testing fracture continuous water injection stress-sensitive reservoir cyclic water injection...

... structural geology flow assurance acid treatment fine migration acidizing formation damage kaolinite Upstream Oil & Gas acid comprehensive approach flow in porous media Fluid Dynamics mineralogy successful stimulation deposit wellbore matrix permeability rhfa Sandstone Formation...

... in porous media Fluid Dynamics geostatistical realization proposal history data local modification exploitation strategy avansi Schiozer Scenario performance indicator Upstream Oil & Gas benchmark case control variable procedure economic scenario Introduction Giving continuity...

..., the stronger capability of the continuous phase flow through porous media, and the smaller the clustered stream percentage; (2) the larger pore throat ratio, the easier broken the remaining oil and occurring as non-continuous phase in the pores, and the smaller the maximum water saturation; (3) the larger...

... as wells have been designed as primarily big-bore high rate wells with the aim of delivering gas to market with minimal well count. drillstem/well testing flow in porous media Fluid Dynamics seismic heterogeneity heterogeneity Upstream Oil & Gas transform 2 FDDD permeability equation...

... measurement confinement effect oil relative permeability flooding Upstream Oil & Gas solubility parameter tight oil reservoir saturation enhanced recovery Fluid Dynamics co 2 gas-oil interfacial tension injection flow in porous media Phase Behavior relative permeability Van der Waal force...

... Fluid Dynamics flow in porous media WAG performance wettability alteration reservoir surfactant injection nanofluid Oil Recovery enhanced recovery Upstream Oil & Gas reduction low salinity water equation permeability tight oil reservoir analytical model mobility society...