FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2968687662> ?p ?o ?g. }

• W2968687662 endingPage "115737" @default.
• W2968687662 startingPage "115737" @default.
• W2968687662 abstract "In the last decade, numerous approaches, e.g., analytical and semi-analytical pressure solutions, production decline curve, reservoir-scale numerical models, have been used to increase our understanding of fluid transport in hydraulically fractured ultra-tight reservoirs and to improve predictions of well production. Among these approaches, analytical and semi-analytical methods have proved useful to petroleum engineers, because of the balance between the reliability of theoretical model outputs and the computational cost. Analytical or semi-analytical solutions can be used to analyze pressure-transient responses, to estimate hydraulic and induced fracture properties, to forecast production, and to optimize well spacing and multi-stage hydraulic fracking. This work reviews the development of analytical/semi-analytical multi-linear and radial flow models for hydraulically-fractured horizontal wells over the past decade. In particular, the review summarizes and compares the fundamental physics and mathematics of the gas transport mechanisms that are important in unconventional reservoirs. We highlight the analytical approaches that have successfully coupled 1) reservoir spatial heterogeneity, e.g., subdivision of the stimulated reservoir volume (SRV) and fractal SRV, 2) non-continuum flow mechanisms, e.g., Knudsen diffusion, surface diffusion, and gas slip, into diffusivity equations, and 3) the impact of pressure depletion on gas desorption, and pore size change in propped and unpropped fractures. We also discuss the gas permeability models that have been proposed in the past decade and the challenges that remain to the development of oil flow models. Our knowledge of fluid transport, especially for confined fluid at multiple reservoir scales, remains incomplete, and our understanding of flow contributions from different flow regions, and mass transfer between them remains limited." @default.
• W2968687662 created "2019-08-22" @default.
• W2968687662 creator A5023670564 @default.
• W2968687662 creator A5062256941 @default.
• W2968687662 creator A5067144849 @default.
• W2968687662 creator A5074738164 @default.
• W2968687662 date "2019-11-01" @default.
• W2968687662 modified "2023-10-15" @default.
• W2968687662 title "A review of analytical and semi-analytical fluid flow models for ultra-tight hydrocarbon reservoirs" @default.
• W2968687662 cites W1105295391 @default.
• W2968687662 cites W1226497578 @default.
• W2968687662 cites W1473759205 @default.
• W2968687662 cites W1871934736 @default.
• W2968687662 cites W1963953309 @default.
• W2968687662 cites W1965876329 @default.
• W2968687662 cites W1966173525 @default.
• W2968687662 cites W1975222998 @default.
• W2968687662 cites W1978359449 @default.
• W2968687662 cites W1980005359 @default.
• W2968687662 cites W1980704616 @default.
• W2968687662 cites W1982673520 @default.
• W2968687662 cites W1984488263 @default.
• W2968687662 cites W1985003249 @default.
• W2968687662 cites W1988210281 @default.
• W2968687662 cites W1989440434 @default.
• W2968687662 cites W1989554522 @default.
• W2968687662 cites W1990055209 @default.
• W2968687662 cites W1993288443 @default.
• W2968687662 cites W1993390198 @default.
• W2968687662 cites W1994520086 @default.
• W2968687662 cites W1995644302 @default.
• W2968687662 cites W1996084863 @default.
• W2968687662 cites W1996460793 @default.
• W2968687662 cites W1997302243 @default.
• W2968687662 cites W1998906056 @default.
• W2968687662 cites W1999524631 @default.
• W2968687662 cites W2001959072 @default.
• W2968687662 cites W2005094927 @default.
• W2968687662 cites W2005704163 @default.
• W2968687662 cites W2006206799 @default.
• W2968687662 cites W2007012587 @default.
• W2968687662 cites W2007283787 @default.
• W2968687662 cites W2007518280 @default.
• W2968687662 cites W2009276786 @default.
• W2968687662 cites W2010431333 @default.
• W2968687662 cites W2014814472 @default.
• W2968687662 cites W2015449357 @default.
• W2968687662 cites W2015533078 @default.
• W2968687662 cites W2019006773 @default.
• W2968687662 cites W2021449099 @default.
• W2968687662 cites W2021523438 @default.
• W2968687662 cites W2024815249 @default.
• W2968687662 cites W2028326439 @default.
• W2968687662 cites W2031530748 @default.
• W2968687662 cites W2035482989 @default.
• W2968687662 cites W2038827290 @default.
• W2968687662 cites W2039997192 @default.
• W2968687662 cites W2044911500 @default.
• W2968687662 cites W2045149884 @default.
• W2968687662 cites W2047457041 @default.
• W2968687662 cites W2049390776 @default.
• W2968687662 cites W2054560136 @default.
• W2968687662 cites W2062684873 @default.
• W2968687662 cites W2065615854 @default.
• W2968687662 cites W2074811076 @default.
• W2968687662 cites W2075234522 @default.
• W2968687662 cites W2079730275 @default.
• W2968687662 cites W2081857173 @default.
• W2968687662 cites W2082498169 @default.
• W2968687662 cites W2085375600 @default.
• W2968687662 cites W2085781919 @default.
• W2968687662 cites W2086509780 @default.
• W2968687662 cites W2089941676 @default.
• W2968687662 cites W2090327103 @default.
• W2968687662 cites W2092622331 @default.
• W2968687662 cites W2093445429 @default.
• W2968687662 cites W2094774149 @default.
• W2968687662 cites W2102200125 @default.
• W2968687662 cites W2105314466 @default.
• W2968687662 cites W2126387283 @default.
• W2968687662 cites W2134189468 @default.
• W2968687662 cites W2134994273 @default.
• W2968687662 cites W2137522419 @default.
• W2968687662 cites W2144311271 @default.
• W2968687662 cites W2152133194 @default.
• W2968687662 cites W2156608310 @default.
• W2968687662 cites W2159501187 @default.
• W2968687662 cites W2164290747 @default.
• W2968687662 cites W2164648616 @default.
• W2968687662 cites W2165286423 @default.
• W2968687662 cites W2169381013 @default.
• W2968687662 cites W2177343010 @default.
• W2968687662 cites W2178955910 @default.
• W2968687662 cites W2186264820 @default.
• W2968687662 cites W2234239122 @default.
• W2968687662 cites W2261647386 @default.
• W2968687662 cites W2267576270 @default.
• W2968687662 cites W2285902904 @default.

• next