... to macroscopic ( Wang et al ., 2000a ; Urbissinova et al ., 2010 ; Clarke et al ., 2016 ; Hincapie et al ., 2017 ; Qi et al ., 2017 ). Various types of residual oil entrapped in porous media due to rock attraction, capillary forces, or rock configuration can be mobilized using viscoelastic polymers...

...; but also, that mapping the reservoir's porous media to such extent is impracticable ( Blunt, 2017 ), opportunity lies in developing a new approach to classify pore geometry features at fine scale, whist maintaining high degree of accuracy. As proven by the work of Chen and Zhou (2017) , high degree...

...-thinning behavior of the biopolymer in the porous media was confirmed as RF decreased with increasing the flow rate applied at both temperature conditions. Meanwhile, the ATBS-based polymer exhibited a shear-thickening behavior at 25 °C, but a shear-thinning one at 90 °C. Compared to the biopolymer...

... modifying exiting ones in order to improve the characterization of rock properties. Also, this comparison represents a guide to understand the performance and applicability of different ML algorithms. Moreover, the review helps the researchers in this area to cope with digital innovations in porous media...

... surfactant 1 surfactant 3 porous media enhanced recovery pressure drop surfactant foam test upstream oil & gas water formulation microfluidic chip foam foam stability foam quality oil recovery chemical flooding methods different aqueous ion surfactant 2 formulation society...

... for the adsorption kinetics of fluids in porous media have been widely used, for example Brusseau and Rao (1991), Hu et al., (1995), Alvarado et al., (1998), and Fathi and Akkutlu (2009). It assumes that the adsorption rate is independent of the adsorbed gas concentration. With this assumption, the relationship...

... used to examine the generated foam strength in porous media. The results from laboratory experiments clearly demonstrated that the use of tailored water chemistry can improve the stability of produced foam when compared to both high salinity water and deionized water. Low salinity tailored water...

.... hydraulic fracturing mesh refinement grid Modeling & Simulation zidane porous media Artificial Intelligence Upstream Oil & Gas multiphase flow mass balance equation society of petroleum engineers gas saturation fractured reservoir media Geiger finite element reservoir simulation...

... strong foam. Our objective is to use NP as a stabilizing agent for surfactant based foam through an integrated process where the surfactants generate foam and the NP stabilizes the foam. Aqueous NP solutions (1500 ppm) were injected through porous media at high temperature (120 °C) to evaluate solution...

... potential aggregations in the porous media; however, can dramatically intensify the complexity of subsequent CO 2 storage projects in the depleted hydrocarbon reservoir. Typically, CO 2 from major emitters is injected into the low-productivity oil reservoir for storage and incremental oil recovery...

... techniques: (1) storage in porous media, by far the most widespread technique for storing natural gas; (2) storage in salt caverns, a technique that is suitable for all hydrocarbons; and (3) storage in mined caverns, a technique that is used for liquid or liquefied products. The market is currently changing...

... principal component analysis porous media heterogeneous multi-pore oil throat radius etched glass micro-model pore body-throat ratio high water cut stage Introduction After water flooding reservoirs enter the high water cut stage, the oil recovery rate will decrease sharply, and the effect...

... valuable insight on the usefulness of electrical resistivity in tracking fluid saturations across porous media. For experimental foam applications, electric resistivity has been used for foam drainage experiments. Foam drainage is a complex gravitational physicochemical hydrodynamic process at the gas...

... in the silicon wafer emulates flow through the reservoir and allows reservoir engineers to visualize the foaming process and quantify foam stability under a variety of conditions. The microfluidic device has two parallel porous media sections with two permeabilities, which allows the comparison of foam velocity...

... (EGHR) discussed in this paper takes advantage of the physical and thermodynamic properties of CO2 combined with control of multiphase flow, heat, and transport processes hydrate mass in porous media carriers. flow assurance dissociation gas hydrate molecule upstream oil & gas hydrate...

... Abstract The generation of foam in porous media is believed to be through a series of snap-off and bubble/lamella processes. Even though this hypothesis explains the generation of foam in porous media, the propagation of foam through the same series of phenomena is not properly explained...