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- W2967505572 abstract "The efficiency of water flooding methods is known to improve by applying ion-tuned water injection. Although there is a consensus that such improvement happens through reversing reservoir wettability characteristics to more water-wet state, the true impact of ions is still ambiguous among contradictory debates. The well-known molecular dynamics (MD) simulation techniques would shed light on such ambiguities to gain deep atomic-scale understanding of the process. Results from MD simulations show that the presence of Na+ and Cl¯ ions leads to the formation of an electrical double layer in adjacency of calcite surface while Mg2+ ions dominantly make complexes with hydrocarbons throughout the bulk. Such complexations enhance interactions between oil components at lower concentrations of Mg2+ and as a result hydrocarbons aggregate in the bulk far away from the interface. The increase of Mg2+ concentration along with a decrease in Na+ ions leads to the aggregation of hydrocarbons within closer areas to substrate beyond the electrical double layer." @default.
- W2967505572 created "2019-08-22" @default.
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- W2967505572 creator A5091801201 @default.
- W2967505572 date "2019-11-01" @default.
- W2967505572 modified "2023-09-25" @default.
- W2967505572 title "An atomistic insight into the implications of ion-tuned water injection in wetting preferences of carbonate reservoirs" @default.
- W2967505572 cites W1489463813 @default.
- W2967505572 cites W1887155921 @default.
- W2967505572 cites W1966508692 @default.
- W2967505572 cites W1968874285 @default.
- W2967505572 cites W1974106044 @default.
- W2967505572 cites W1974109320 @default.
- W2967505572 cites W1979014188 @default.
- W2967505572 cites W1981039236 @default.
- W2967505572 cites W1985935480 @default.
- W2967505572 cites W1986218969 @default.
- W2967505572 cites W1987398283 @default.
- W2967505572 cites W1988020726 @default.
- W2967505572 cites W1988040666 @default.
- W2967505572 cites W1991794210 @default.
- W2967505572 cites W1992985564 @default.
- W2967505572 cites W1997907834 @default.
- W2967505572 cites W1998326070 @default.
- W2967505572 cites W1998981716 @default.
- W2967505572 cites W2005368031 @default.
- W2967505572 cites W2009851440 @default.
- W2967505572 cites W2013003694 @default.
- W2967505572 cites W2014243690 @default.
- W2967505572 cites W2016440112 @default.
- W2967505572 cites W2017026805 @default.
- W2967505572 cites W2017196167 @default.
- W2967505572 cites W2022571734 @default.
- W2967505572 cites W2024512173 @default.
- W2967505572 cites W2025507838 @default.
- W2967505572 cites W2034279603 @default.
- W2967505572 cites W2041092424 @default.
- W2967505572 cites W2042285588 @default.
- W2967505572 cites W2042301882 @default.
- W2967505572 cites W2045945684 @default.
- W2967505572 cites W2048295448 @default.
- W2967505572 cites W2049475242 @default.
- W2967505572 cites W2051381895 @default.
- W2967505572 cites W2051538695 @default.
- W2967505572 cites W2053100708 @default.
- W2967505572 cites W2054801500 @default.
- W2967505572 cites W2056793002 @default.
- W2967505572 cites W2059749644 @default.
- W2967505572 cites W2074452382 @default.
- W2967505572 cites W2079942546 @default.
- W2967505572 cites W2080133152 @default.
- W2967505572 cites W2084691252 @default.
- W2967505572 cites W2085577001 @default.
- W2967505572 cites W2090488654 @default.
- W2967505572 cites W2093143698 @default.
- W2967505572 cites W2138102742 @default.
- W2967505572 cites W2171319920 @default.
- W2967505572 cites W2193099517 @default.
- W2967505572 cites W2253878225 @default.
- W2967505572 cites W2283492491 @default.
- W2967505572 cites W2285890644 @default.
- W2967505572 cites W2306607376 @default.
- W2967505572 cites W2320580138 @default.
- W2967505572 cites W2320706491 @default.
- W2967505572 cites W2323253511 @default.
- W2967505572 cites W2326223782 @default.
- W2967505572 cites W2328246523 @default.
- W2967505572 cites W2328615329 @default.
- W2967505572 cites W2329601110 @default.
- W2967505572 cites W2332765057 @default.
- W2967505572 cites W2337120805 @default.
- W2967505572 cites W2483432740 @default.
- W2967505572 cites W2596364818 @default.
- W2967505572 cites W2617313287 @default.
- W2967505572 cites W2749853472 @default.
- W2967505572 cites W2751509527 @default.
- W2967505572 cites W2762936028 @default.
- W2967505572 cites W2765842003 @default.
- W2967505572 cites W2766286142 @default.
- W2967505572 cites W2775762747 @default.
- W2967505572 cites W2807508324 @default.
- W2967505572 cites W2893930187 @default.
- W2967505572 cites W2900198019 @default.
- W2967505572 cites W2901968702 @default.
- W2967505572 cites W2903663612 @default.
- W2967505572 cites W2909037775 @default.
- W2967505572 cites W2923457440 @default.
- W2967505572 cites W2947692523 @default.
- W2967505572 cites W2965359739 @default.
- W2967505572 doi "https://doi.org/10.1016/j.molliq.2019.111530" @default.
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