... injection in parallel-sandpack tests demonstrated that a good conformance control can be obtained by a suitable combinations of IFT, emulsion quality, emulsion slug size, and oil phase viscosity of an emulsion system. The reservoir simulation study was conducted to first match the laboratory test results...

... on reservoir performance and flow dynamics. These parameters include residual oil reduction by chemical, relative permeability curves, chemicals adsorption, chemical concentration, slug size, injection rate, and initiation time of chemical injection. Based on the result of tornado chart, residual oil reduction...

... showed that the three most important design parameters are LSWI slug size, reservoir heterogeneity (V DP ), and injected water salinity. An optimum LSWI design was suggested and the results were validated using the UTCHEM simulator. Moreover, two scenarios (best and worst) were created to highlight...

... salinity conditions. Design parameters include preflush salinity, preflush viscosity and preflush slug size. The results suggest these parameters correlate differently with oil recovery factor. Introduction With the current growing demand for oil led by major energy consuming countries such as China...

... and peripheral regions. This paper describes the technical process used to select the major design parameters of the pattern WAG flood to optimize EWE recovery. The key parameters evaluated were slug size, injection rate, WAG ratio, and WAG sequencing. A fine grid fully compositional numerical simulator...