FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W4281625193> ?p ?o ?g. }

• W4281625193 endingPage "124434" @default.
• W4281625193 startingPage "124434" @default.
• W4281625193 abstract "In-situ recovery of bitumen involves high-temperature conditions yielded by a steam injection process, making it costly to produce, along with an extensive environmental footprint. From solvents to surfactants, additives come into play to tackle these issues efficiently. These additives can reduce a required amount of steam and increase bitumen recovery. Formulating surfactants for bitumen recovery under thermal process conditions requires solid knowledge about mechanisms and parameters incorporated into bitumen recovery. Molecular Dynamics (MD) simulation is carried out in this work to address unclear mechanisms that contribute to the bitumen recovery under a steam-anionic surfactant co-injection process. According to equilibrium MD simulation outputs, having sulfur on resin molecules can negatively affect an oil detachment process from a quartz surface due to changes in intermolecular interactions between different pairs of molecules inside a system, such as asphaltene-resin, asphaltene-asphaltene, and asphaltene-surfactant pairs. Under a flow condition, the composition of a resin fraction can change the threshold of a pumping force to detach oil from a quartz surface. During non-equilibrium MD simulation, increasing the pumping force strength from 10−5 to 10−4 Kcal/(mol.Ȧ) can improve the oil detachment process from the reservoir rock when the resin fraction contains sulfur. However, in the case of resin without sulfur, increasing the pumping force had a minor reduction in the oil detachment process. The outcomes of this paper will lay a solid foundation regarding mechanisms contributing to in-situ bitumen recovery, especially with chemical additives. Furthermore, they will provide a useful guidance for formulating chemicals applicable in the steam-chemical co-injection." @default.
• W4281625193 created "2022-06-13" @default.
• W4281625193 creator A5053388446 @default.
• W4281625193 creator A5086480330 @default.
• W4281625193 date "2022-09-01" @default.
• W4281625193 modified "2023-10-16" @default.
• W4281625193 title "Molecular dynamics simulation of oil detachment from hydrophobic quartz surfaces during steam-surfactant Co-injection" @default.
• W4281625193 cites W1964887750 @default.
• W4281625193 cites W1967918455 @default.
• W4281625193 cites W1977070754 @default.
• W4281625193 cites W1980120482 @default.
• W4281625193 cites W1981831881 @default.
• W4281625193 cites W1990197823 @default.
• W4281625193 cites W1990762613 @default.
• W4281625193 cites W1997982186 @default.
• W4281625193 cites W2004395720 @default.
• W4281625193 cites W2013044870 @default.
• W4281625193 cites W2040638322 @default.
• W4281625193 cites W2047331715 @default.
• W4281625193 cites W2048470845 @default.
• W4281625193 cites W2049102847 @default.
• W4281625193 cites W2051755127 @default.
• W4281625193 cites W2066771820 @default.
• W4281625193 cites W2072976471 @default.
• W4281625193 cites W2089166593 @default.
• W4281625193 cites W2091654157 @default.
• W4281625193 cites W2151370964 @default.
• W4281625193 cites W2156500742 @default.
• W4281625193 cites W2178785249 @default.
• W4281625193 cites W2185118769 @default.
• W4281625193 cites W2230876546 @default.
• W4281625193 cites W2239929827 @default.
• W4281625193 cites W2290443484 @default.
• W4281625193 cites W2300061772 @default.
• W4281625193 cites W2303517932 @default.
• W4281625193 cites W2308320520 @default.
• W4281625193 cites W2609644119 @default.
• W4281625193 cites W2777854136 @default.
• W4281625193 cites W2807194848 @default.
• W4281625193 cites W2896202258 @default.
• W4281625193 cites W2898718024 @default.
• W4281625193 cites W2902255566 @default.
• W4281625193 cites W2906950766 @default.
• W4281625193 cites W2914118163 @default.
• W4281625193 cites W2920432233 @default.
• W4281625193 cites W2929279422 @default.
• W4281625193 cites W2945408842 @default.
• W4281625193 cites W2955778909 @default.
• W4281625193 cites W2965480595 @default.
• W4281625193 cites W2966394810 @default.
• W4281625193 cites W2983547824 @default.
• W4281625193 cites W2985181287 @default.
• W4281625193 cites W2986122801 @default.
• W4281625193 cites W2990804391 @default.
• W4281625193 cites W3054195551 @default.
• W4281625193 cites W3080333623 @default.
• W4281625193 cites W3090145489 @default.
• W4281625193 cites W3090247589 @default.
• W4281625193 cites W3096328051 @default.
• W4281625193 cites W3110620395 @default.
• W4281625193 cites W3116767068 @default.
• W4281625193 cites W3118509780 @default.
• W4281625193 cites W3132914131 @default.
• W4281625193 cites W3152106380 @default.
• W4281625193 cites W3154175540 @default.
• W4281625193 cites W3160736340 @default.
• W4281625193 cites W3163411513 @default.
• W4281625193 cites W3170703635 @default.
• W4281625193 cites W3180387594 @default.
• W4281625193 cites W3203176733 @default.
• W4281625193 cites W3204711910 @default.
• W4281625193 cites W4200413452 @default.
• W4281625193 doi "https://doi.org/10.1016/j.energy.2022.124434" @default.
• W4281625193 hasPublicationYear "2022" @default.
• W4281625193 type Work @default.
• W4281625193 citedByCount "17" @default.
• W4281625193 countsByYear W42816251932022 @default.
• W4281625193 countsByYear W42816251932023 @default.
• W4281625193 crossrefType "journal-article" @default.
• W4281625193 hasAuthorship W4281625193A5053388446 @default.
• W4281625193 hasAuthorship W4281625193A5086480330 @default.
• W4281625193 hasConcept C127313418 @default.
• W4281625193 hasConcept C127413603 @default.
• W4281625193 hasConcept C131779963 @default.
• W4281625193 hasConcept C147597530 @default.
• W4281625193 hasConcept C149629883 @default.
• W4281625193 hasConcept C159985019 @default.
• W4281625193 hasConcept C168056786 @default.
• W4281625193 hasConcept C175234220 @default.
• W4281625193 hasConcept C178790620 @default.
• W4281625193 hasConcept C185592680 @default.
• W4281625193 hasConcept C192562407 @default.
• W4281625193 hasConcept C2779681308 @default.
• W4281625193 hasConcept C2779870107 @default.
• W4281625193 hasConcept C42360764 @default.
• W4281625193 hasConcept C58226133 @default.
• W4281625193 hasConcept C59593255 @default.
• W4281625193 hasConcept C65324659 @default.

• next