.... Numerical simulation of chemical flooding incorporates different challenges to those observed in miscible and immiscible flooding; flow mechanisms and EOR agent interaction with the reservoir have a higher degree of complexity with advanced numerical formulations (along with resolution requirements...

... matter low-salinity effect salinity wettability composition Symposium interaction Introduction Low-salinity waterflooding has been shown to improve both secondary and tertiary recovery in core floods ( Yildiz and Morrow, 1996 ; Lager et al., 2008a ; Al-adasani et al., 2012 ; Suijkerbuijk...

... . http://dx.doi.org/10.2118/35385-PA Wolf , F. G. , Dos Santos , L. O. , and Philippi , P. C. 2009 . Modeling and simulation of the fluid–solid interaction in wetting . Journal of Statistical Mechanics: Theory and Experiment , 2009 ( 06 ). P06008 . http://stacks.iop.org/JSTAT...

... emulsion sample emulsion crude oil ice layer waterflooding concentration specimen seawater enhanced recovery SmartWater composition oil droplet Upstream Oil & Gas Yousef interaction Oil Recovery Thickness procedure interfacial layer carbonate reservoir Introduction...

... Artificial Intelligence selection matrix block reservoir complex reservoir Screening dual-porosity reservoir media EOR screening estimation displacement efficiency fractured reservoir Upstream Oil & Gas workflow EOR method interaction Oil Recovery evaluation Abstract While...

... as a mechanism behind the wettability alteration by LSF in carbonates. Moreover, the interaction between rock and injected brine can lead to change in the injected brine composition and pH. Therefore, it is important to better understand the interaction between injected brine and carbonate rock to de-risk...

... waterflooding concentration enhanced recovery Austad experiment acid Upstream Oil & Gas brine concentration oil emulsion formation brine solution interaction acid participation fraction Oil Recovery emulsion formation composition crude oil participation final oil...

... (HPC) computing. It can handle many physical phenomena: multiphase compositional flows with phase transitions, different types of fluid-rock and fluid-fluid interactions with different types of fluid rheology. As an input data DHD uses 3D pore texture and composition of rocks with distributed micro...

... Average 6.94 3.79 115.12 45.39 35.60 31.33 Oil Phase. enhanced recovery waterflooding model oil mg 2 experiment crude oil interaction Upstream Oil & Gas concentration imbibition asphaltene Oil Recovery composition SSW initial water saturation sa 0...

... water viscosities, stronger chemical interactions, limitations on the processing methods and process conditions, reduced efficiency on current equipment technologies, and even excessive equipment failures and damages. Adding to the processing difficulties is the uncertainty of the break out fluids...

... the selective plugging of water-bearing pores due to clay swelling ( Zhang and Morrow, 2006 ) and the stripping of oil-bearing fines from pore walls ( Tang and Morrow, 1999 ) to specific oil-clay interactions influenced by the ionic composition and pH of the brine, such as the removal of multivalent ‘bridging...