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• W3212818084 startingPage "122480" @default.
• W3212818084 abstract "Understanding the transport mechanism of hydrocarbons through kerogen nanopores is crucial to shale oil production. However, existing studies primarily focus on single-component hydrocarbons; some important characteristics of shale kerogen were not thoroughly accounted for, such as the rough kerogen surface, the existence of heteroatoms, and the cylindrical pore geometry. We study the adsorption and pressure-driven flow behavior of multicomponent hydrocarbon mixtures through realistic shale kerogen nanopores. For the first time, we show that caused by the strong attraction from the kerogen substrate and its rough surface, hydrocarbons exhibit a parabolic velocity profile only in the central pore, and a sticky layer forms upon the kerogen surface. Our results contradict the fast mass transport reported in previous studies, in which ultrasmooth carbon nanotube or graphene was used to mimic shale kerogen. The existence of a sticky layer decreases the mobilized cross-sectional area of the kerogen pore, which dramatically impedes the transport capability of shale oil. Increasing the driving force or the proportions of light components will shrink the sticky layer and enhance fluid mobility. CO2 injection performs well in recovering the hydrocarbons of the sticky layers by reducing the thickness and viscosity. This study, which stresses the need for taking into account the realistic kerogen structure in future studies, sheds light on the exploitation of shale oil resources and, more generally, for mass transport in nanoporous materials." @default.
• W3212818084 created "2021-11-22" @default.
• W3212818084 creator A5004285516 @default.
• W3212818084 creator A5010776974 @default.
• W3212818084 creator A5021084228 @default.
• W3212818084 creator A5057287087 @default.
• W3212818084 date "2022-02-01" @default.
• W3212818084 modified "2023-10-17" @default.
• W3212818084 title "Sticky layers affect oil transport through the nanopores of realistic shale kerogen" @default.
• W3212818084 cites W1624663212 @default.
• W3212818084 cites W1857552492 @default.
• W3212818084 cites W1964693462 @default.
• W3212818084 cites W1970184274 @default.
• W3212818084 cites W1970811402 @default.
• W3212818084 cites W1971783368 @default.
• W3212818084 cites W1975737517 @default.
• W3212818084 cites W1982254297 @default.
• W3212818084 cites W1982712512 @default.
• W3212818084 cites W1984976266 @default.
• W3212818084 cites W1985178854 @default.
• W3212818084 cites W1990055209 @default.
• W3212818084 cites W2010024859 @default.
• W3212818084 cites W2010611481 @default.
• W3212818084 cites W2011652100 @default.
• W3212818084 cites W2019465613 @default.
• W3212818084 cites W2020992018 @default.
• W3212818084 cites W2021977543 @default.
• W3212818084 cites W2028351548 @default.
• W3212818084 cites W2032507971 @default.
• W3212818084 cites W2032674777 @default.
• W3212818084 cites W2033221649 @default.
• W3212818084 cites W2034581660 @default.
• W3212818084 cites W2040092779 @default.
• W3212818084 cites W2040641989 @default.
• W3212818084 cites W2046599671 @default.
• W3212818084 cites W2047968138 @default.
• W3212818084 cites W2054089869 @default.
• W3212818084 cites W2054718972 @default.
• W3212818084 cites W2062323755 @default.
• W3212818084 cites W2067655208 @default.
• W3212818084 cites W2067847820 @default.
• W3212818084 cites W2069777400 @default.
• W3212818084 cites W2075633697 @default.
• W3212818084 cites W2076664843 @default.
• W3212818084 cites W2077784674 @default.
• W3212818084 cites W2078290150 @default.
• W3212818084 cites W2080811282 @default.
• W3212818084 cites W2083343428 @default.
• W3212818084 cites W2090582737 @default.
• W3212818084 cites W2091482325 @default.
• W3212818084 cites W2091658534 @default.
• W3212818084 cites W2108508060 @default.
• W3212818084 cites W2117635495 @default.
• W3212818084 cites W2124339383 @default.
• W3212818084 cites W2156454985 @default.
• W3212818084 cites W2156608310 @default.
• W3212818084 cites W2222429467 @default.
• W3212818084 cites W2226595659 @default.
• W3212818084 cites W2257939807 @default.
• W3212818084 cites W2301636132 @default.
• W3212818084 cites W2315318274 @default.
• W3212818084 cites W2318085486 @default.
• W3212818084 cites W2318787699 @default.
• W3212818084 cites W2332052207 @default.
• W3212818084 cites W2336287975 @default.
• W3212818084 cites W2344322460 @default.
• W3212818084 cites W2406017807 @default.
• W3212818084 cites W2412615290 @default.
• W3212818084 cites W2481379420 @default.
• W3212818084 cites W2512916333 @default.
• W3212818084 cites W2521310966 @default.
• W3212818084 cites W2535601037 @default.
• W3212818084 cites W2554680808 @default.
• W3212818084 cites W2625653421 @default.
• W3212818084 cites W2732119521 @default.
• W3212818084 cites W2743186958 @default.
• W3212818084 cites W2745372927 @default.
• W3212818084 cites W2747162709 @default.
• W3212818084 cites W2749146783 @default.
• W3212818084 cites W2759084169 @default.
• W3212818084 cites W2769726735 @default.
• W3212818084 cites W2771282241 @default.
• W3212818084 cites W2772506722 @default.
• W3212818084 cites W2789831684 @default.
• W3212818084 cites W2790507056 @default.
• W3212818084 cites W2791749996 @default.
• W3212818084 cites W2796196422 @default.
• W3212818084 cites W2886619662 @default.
• W3212818084 cites W2894306087 @default.
• W3212818084 cites W2895134953 @default.
• W3212818084 cites W2896673025 @default.
• W3212818084 cites W2900563717 @default.
• W3212818084 cites W2901792602 @default.
• W3212818084 cites W2902410000 @default.
• W3212818084 cites W2909443892 @default.
• W3212818084 cites W2914118163 @default.
• W3212818084 cites W2937976673 @default.
• W3212818084 cites W2946471064 @default.

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