Recovery of oil by spontaneous imbibition
6 Jun 2008 Oil recovery by spontaneous imbibition shows an. Page 3. Energies, 2008, 1. 21 increasing trend with temperature (Tang and Morrow [5-6], 3.3.2 Breakthrough Recovery and Residual Oil after Waterflooding in Heavy Oil . the volume of water produced by spontaneous imbibition of oil is measured. 23 May 2012 Counter-current spontaneous imbibition, where water in the fracture spontaneously enters a water-wet rock and oil is displaced in the opposite 3 Sep 2018 This paper develops a novel semi-analytical model for spontaneous imbibition ( SI) in tight oil reservoirs with fractal theory. Firstly, pore structures 1 Oct 2017 Spontaneous imbibition of aqueous phases (water, brine, or surfactant solutions) in fractured sandstone has been studied as a possible Spontaneous imbibition is crucial for the development of matrix-fractured petroleum reservoirs. To improve the ultimate oil recovery, it is essential to demonstrate 8 Jun 2015 Spontaneous imbibition occurs without any pressure being applied to 11.11 – Effect of trapped-gas saturation on waterflood oil recovery for
Spontaneous imbibition is of special importance to oil recovery from fractured reservoirs. Laboratory measurements of volume of liquid imbibed versus time are often used in the prediction of oil recovery. Imbibition measurements also provide a useful approach to the complex problem of characterizing the wetting properties of porous media.
3.3.2 Breakthrough Recovery and Residual Oil after Waterflooding in Heavy Oil . the volume of water produced by spontaneous imbibition of oil is measured. 23 May 2012 Counter-current spontaneous imbibition, where water in the fracture spontaneously enters a water-wet rock and oil is displaced in the opposite 3 Sep 2018 This paper develops a novel semi-analytical model for spontaneous imbibition ( SI) in tight oil reservoirs with fractal theory. Firstly, pore structures 1 Oct 2017 Spontaneous imbibition of aqueous phases (water, brine, or surfactant solutions) in fractured sandstone has been studied as a possible
Reservoir wettability is recognized to be a critical issue in many types of oil recovery processes. Recovery of oil by spontaneous imbibition of water into the matrix blocks of fractured reservoirs is a frequently cited example. Many methods of characterizing wettability have been proposed.
Abstract Depending on rock and oil type, lowered interfacial tension (IFT) by the addition of surfactant to brine may contribute to capillary imbibition recovery with reservoir heterogeneity on oil recovery by spontaneous imbibition and viscous displacement from pore to field scale. Wettability-alteration characteristics of 22 Jul 2019 The effectiveness of carbonated water (CW) in improving the water spontaneous imbibition rate and oil recovery in sandstone and limestone 3 May 2018 Furthermore, oil recovery from a spontaneous imbibition process was directly proportional to the permeability of the core samples.
3 May 2018 Furthermore, oil recovery from a spontaneous imbibition process was directly proportional to the permeability of the core samples.
22 Jul 2019 The effectiveness of carbonated water (CW) in improving the water spontaneous imbibition rate and oil recovery in sandstone and limestone 3 May 2018 Furthermore, oil recovery from a spontaneous imbibition process was directly proportional to the permeability of the core samples. Spontaneous imbibition is of special importance to oil recovery from fractured reservoirs. Laboratory measurements of volume of liquid imbibed versus time are 31 Jul 2019 Surfactant-Assisted Spontaneous Imbibition to Improve Oil Recovery on the Eagle Ford and Wolfcamp Shale Oil Reservoir: Laboratory to Field
Spontaneous imbibition test of different oils in high- and low-salinity brines. The oil recovery results for spontaneous imbibition tests of different oils at 90°C are plotted in Fig. 1.In high
Matrix imbibition, which includes spontaneous imbibition (SI) and forced imbibition (FI), is the main mechanism of water-based methods, and can play a significant role in unlocking tight oil potentials as a tremendous amount of oil remains in the matrix following primary production. Spontaneous imbibition is of special importance to oil recovery from fractured reservoirs. Laboratory measurements of volume of liquid imbibed versus time are often used in the prediction of oil recovery. Imbibition measurements also provide a useful approach to the complex problem of characterizing the wetting properties of porous media. The changes (positive or negative) in the recovery rate and ultimate recovery compared to the brine imbibition were evaluated for the rock, surfactant and oil types. It was observed, for some rock samples, that the imbibition recovery by surfactant solution was strictly controlled by the concentration of the surfactant.
PDF | Oil production by spontaneous imbibition from matrix block can occur in both co- and counter-current modes when matrix block was partially covered. Abstract Depending on rock and oil type, lowered interfacial tension (IFT) by the addition of surfactant to brine may contribute to capillary imbibition recovery with reservoir heterogeneity on oil recovery by spontaneous imbibition and viscous displacement from pore to field scale. Wettability-alteration characteristics of