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    Polymer-Enhanced low-salinity brine to control in situ mixing and salt dispersion in low-salinity waterflooding

    , Article Energy and Fuels ; Volume 35, Issue 13 , 2021 , Pages 10540-10550 ; 08870624 (ISSN) Darvish Sarvestani, A ; Rostami, B ; Mahani, H ; Sharif University of Technology
    American Chemical Society  2021
    Abstract
    Although viability of low-salinity waterflooding (LSWF) at the laboratory scale has been proven, there are some challenges associated with its field application, which sheds uncertainties on its economic success. One of the challenges is the minimum required volume of low-salinity water, which should be injected to the reservoir due to the salt dispersion in porous media. Once the low-saline brine is injected into the reservoir, mixing of injected (low-salinity) and resident (high-salinity) brines occurs and the developed mixing zone grows continuously as the front moves from the injection well toward the production well. Increase in the salinity of the front reduces the efficiency of LSWF....