Matches in SemOpenAlex for { <https://semopenalex.org/work/W4295599110> ?p ?o ?g. }
- W4295599110 endingPage "6656" @default.
- W4295599110 startingPage "6656" @default.
- W4295599110 abstract "Shale and tight hydrocarbons are vital to global energy dynamics. The fluid flow in sub-micron pores of tight oil reservoirs varies from bulk fluid flow. The Darcy law is widely accepted to model creeping flow in petroleum reservoirs. However, traditional reservoir modeling approaches fail to account for the sub-micron mechanisms that govern fluid flow. The accuracy of tight oil reservoir simulators has been improved by incorporating the influence of sub-micron effects. However, there are still factors that affect sub-micron fluid mobility that need investigation. The influence of a chemical potential gradient on fluid flow in sub-micron pores was modeled by solving Darcy and the transport and diluted species equations. The findings indicate that when a chemical potential gradient acts in the opposite direction of a hydraulic pressure gradient (reverse osmosis), there exists a limiting pressure threshold below which a non-linear flow pattern deviating from the Darcy equation is observed. Furthermore, the simulation based on tight reservoir pore parameters shows that when the effect of a chemical potential gradient is added, the resultant flux is 8–49% less. Hence, including the effect of the chemical potential gradient will improve the accuracy of sub-micron pressure dynamics and flow velocity." @default.
- W4295599110 created "2022-09-14" @default.
- W4295599110 creator A5024398076 @default.
- W4295599110 creator A5052017686 @default.
- W4295599110 creator A5066251361 @default.
- W4295599110 creator A5089063993 @default.
- W4295599110 date "2022-09-12" @default.
- W4295599110 modified "2023-10-14" @default.
- W4295599110 title "Deviation from Darcy Law in Porous Media Due to Reverse Osmosis: Pore-Scale Approach" @default.
- W4295599110 cites W1973667638 @default.
- W4295599110 cites W1974210778 @default.
- W4295599110 cites W1976498617 @default.
- W4295599110 cites W1987632075 @default.
- W4295599110 cites W1993422067 @default.
- W4295599110 cites W1995984919 @default.
- W4295599110 cites W1998151675 @default.
- W4295599110 cites W2002643379 @default.
- W4295599110 cites W2006365108 @default.
- W4295599110 cites W2008939994 @default.
- W4295599110 cites W2009779662 @default.
- W4295599110 cites W2011847405 @default.
- W4295599110 cites W2012270576 @default.
- W4295599110 cites W2012632497 @default.
- W4295599110 cites W2022124510 @default.
- W4295599110 cites W2024061623 @default.
- W4295599110 cites W2028535346 @default.
- W4295599110 cites W2042284183 @default.
- W4295599110 cites W2043375060 @default.
- W4295599110 cites W2045645213 @default.
- W4295599110 cites W2047732470 @default.
- W4295599110 cites W2048308517 @default.
- W4295599110 cites W2072048319 @default.
- W4295599110 cites W2088904228 @default.
- W4295599110 cites W2091299898 @default.
- W4295599110 cites W2095262078 @default.
- W4295599110 cites W2096623033 @default.
- W4295599110 cites W2118089396 @default.
- W4295599110 cites W2165693765 @default.
- W4295599110 cites W2170008375 @default.
- W4295599110 cites W2221478656 @default.
- W4295599110 cites W2290148023 @default.
- W4295599110 cites W2337220913 @default.
- W4295599110 cites W2340256735 @default.
- W4295599110 cites W2400943559 @default.
- W4295599110 cites W2402259759 @default.
- W4295599110 cites W2417357191 @default.
- W4295599110 cites W2433775685 @default.
- W4295599110 cites W2501200855 @default.
- W4295599110 cites W2520917178 @default.
- W4295599110 cites W2587532780 @default.
- W4295599110 cites W2592154662 @default.
- W4295599110 cites W2615386534 @default.
- W4295599110 cites W2617526545 @default.
- W4295599110 cites W2791121955 @default.
- W4295599110 cites W2805835492 @default.
- W4295599110 cites W2912629316 @default.
- W4295599110 cites W2947687136 @default.
- W4295599110 cites W2965494859 @default.
- W4295599110 cites W3007415133 @default.
- W4295599110 cites W3014287495 @default.
- W4295599110 cites W3016401130 @default.
- W4295599110 cites W3026565704 @default.
- W4295599110 cites W3037923225 @default.
- W4295599110 cites W3041074731 @default.
- W4295599110 cites W3090305869 @default.
- W4295599110 cites W3119764912 @default.
- W4295599110 cites W3120899394 @default.
- W4295599110 cites W3201377760 @default.
- W4295599110 cites W4205334736 @default.
- W4295599110 cites W4246225168 @default.
- W4295599110 cites W4251998674 @default.
- W4295599110 cites W45636973 @default.
- W4295599110 cites W2735704334 @default.
- W4295599110 doi "https://doi.org/10.3390/en15186656" @default.
- W4295599110 hasPublicationYear "2022" @default.
- W4295599110 type Work @default.
- W4295599110 citedByCount "1" @default.
- W4295599110 countsByYear W42955991102023 @default.
- W4295599110 crossrefType "journal-article" @default.
- W4295599110 hasAuthorship W4295599110A5024398076 @default.
- W4295599110 hasAuthorship W4295599110A5052017686 @default.
- W4295599110 hasAuthorship W4295599110A5066251361 @default.
- W4295599110 hasAuthorship W4295599110A5089063993 @default.
- W4295599110 hasBestOaLocation W42955991101 @default.
- W4295599110 hasConcept C105569014 @default.
- W4295599110 hasConcept C121332964 @default.
- W4295599110 hasConcept C127313418 @default.
- W4295599110 hasConcept C166693061 @default.
- W4295599110 hasConcept C181757486 @default.
- W4295599110 hasConcept C183447037 @default.
- W4295599110 hasConcept C187320778 @default.
- W4295599110 hasConcept C192562407 @default.
- W4295599110 hasConcept C38349280 @default.
- W4295599110 hasConcept C57879066 @default.
- W4295599110 hasConcept C6648577 @default.
- W4295599110 hasConcept C78762247 @default.
- W4295599110 hasConcept C90278072 @default.
- W4295599110 hasConcept C98156149 @default.