FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2790104412> ?p ?o ?g. }

• W2790104412 endingPage "130" @default.
• W2790104412 startingPage "117" @default.
• W2790104412 abstract "Abstract Natural gas hydrate is a potentially vast energy resource for the future. However, the fundamental behavior of hydrate dissociation during energy recovery is not fully understood due to the complex interplay of phase change and multiphase flow within porous media. In this study, the effect of horizontal wellbore incorporation on the simultaneous gas and water production during the dissociation of methane hydrates in sandy sediment (0.1–0.5 mm) was investigated. A horizontal perforated wellbore was incorporated within water saturated hydrate bearing sediments of 40% hydrate, 55% aqueous and 5% gaseous phase saturation to mimic marine hydrate sediments, and the gas and water production behavior from horizontal wellbore (HW) was compared with the base case (without well) at 3 bottom hole pressures (BHPs) of 3.5, 4.0, and 4.5 MPa under a constant surrounding temperature of 281.5 K. The evolution of temperature across 12 measured locations within the 1 L sediment demonstrated the significant effect of horizontal wellbore incorporation on heat transfer within sediment. Through the incorporation of horizontal wellbore, a continuous production of gas was observed for an extended period of time as compared to the base cases without a well. The resulting cumulative gas production was enhanced by 5.5–10% at various BHPs; whereas the cumulative water production was significantly reduced by 30.8–36.9% at different BHPs from the base cases. By estimating the percentage of hydrate dissociated, it was found that the incorporation of horizontal wellbore in the current apparatus caused a slower hydrate dissociation, as reflected by a longer time to dissociate 50% (t50,h) and 90% (t90,h) of the hydrates. This study demonstrates the potential of horizontal wellbore incorporation to simultaneously enhance gas production and reduce water production, unveiling a future direction in optimizing gas recovery from hydrate reservoirs through innovative wellbore design, configurations and well placement strategies." @default.
• W2790104412 created "2018-03-29" @default.
• W2790104412 creator A5002752807 @default.
• W2790104412 creator A5022427860 @default.
• W2790104412 creator A5052564461 @default.
• W2790104412 creator A5057121317 @default.
• W2790104412 creator A5085876805 @default.
• W2790104412 date "2018-03-01" @default.
• W2790104412 modified "2023-10-03" @default.
• W2790104412 title "Effect of horizontal wellbore on the production behavior from marine hydrate bearing sediment" @default.
• W2790104412 cites W1150167932 @default.
• W2790104412 cites W1422011570 @default.
• W2790104412 cites W1600739592 @default.
• W2790104412 cites W1920916404 @default.
• W2790104412 cites W1968544285 @default.
• W2790104412 cites W1979388664 @default.
• W2790104412 cites W1979507247 @default.
• W2790104412 cites W1984021903 @default.
• W2790104412 cites W1987019186 @default.
• W2790104412 cites W1991421971 @default.
• W2790104412 cites W1994012734 @default.
• W2790104412 cites W1995759807 @default.
• W2790104412 cites W1999793499 @default.
• W2790104412 cites W2000453021 @default.
• W2790104412 cites W2001779836 @default.
• W2790104412 cites W2003194764 @default.
• W2790104412 cites W2011094871 @default.
• W2790104412 cites W2011647863 @default.
• W2790104412 cites W2012042334 @default.
• W2790104412 cites W2013536899 @default.
• W2790104412 cites W2026463101 @default.
• W2790104412 cites W2034922092 @default.
• W2790104412 cites W2035616341 @default.
• W2790104412 cites W2040541751 @default.
• W2790104412 cites W2054671743 @default.
• W2790104412 cites W2054799026 @default.
• W2790104412 cites W2060286879 @default.
• W2790104412 cites W2061057651 @default.
• W2790104412 cites W2066929961 @default.
• W2790104412 cites W2067326659 @default.
• W2790104412 cites W2073787089 @default.
• W2790104412 cites W2094384344 @default.
• W2790104412 cites W2094497549 @default.
• W2790104412 cites W2101961019 @default.
• W2790104412 cites W2102456343 @default.
• W2790104412 cites W2117526537 @default.
• W2790104412 cites W2120085397 @default.
• W2790104412 cites W2127041725 @default.
• W2790104412 cites W2129323511 @default.
• W2790104412 cites W2130806399 @default.
• W2790104412 cites W2136919200 @default.
• W2790104412 cites W2283598793 @default.
• W2790104412 cites W2292034336 @default.
• W2790104412 cites W2321523336 @default.
• W2790104412 cites W2323689913 @default.
• W2790104412 cites W2326997508 @default.
• W2790104412 cites W2332827322 @default.
• W2790104412 cites W2342799233 @default.
• W2790104412 cites W2343787868 @default.
• W2790104412 cites W2345786024 @default.
• W2790104412 cites W2368355112 @default.
• W2790104412 cites W2404602220 @default.
• W2790104412 cites W2469437904 @default.
• W2790104412 cites W2514410862 @default.
• W2790104412 cites W2519672115 @default.
• W2790104412 cites W2556916471 @default.
• W2790104412 cites W2564695390 @default.
• W2790104412 cites W2587305704 @default.
• W2790104412 cites W2589178338 @default.
• W2790104412 cites W2603205656 @default.
• W2790104412 cites W2608134594 @default.
• W2790104412 cites W2621248577 @default.
• W2790104412 cites W2626796482 @default.
• W2790104412 cites W3129920218 @default.
• W2790104412 cites W4230691626 @default.
• W2790104412 cites W981962622 @default.
• W2790104412 doi "https://doi.org/10.1016/j.apenergy.2018.01.072" @default.
• W2790104412 hasPublicationYear "2018" @default.
• W2790104412 type Work @default.
• W2790104412 sameAs 2790104412 @default.
• W2790104412 citedByCount "71" @default.
• W2790104412 countsByYear W27901044122018 @default.
• W2790104412 countsByYear W27901044122019 @default.
• W2790104412 countsByYear W27901044122020 @default.
• W2790104412 countsByYear W27901044122021 @default.
• W2790104412 countsByYear W27901044122022 @default.
• W2790104412 countsByYear W27901044122023 @default.
• W2790104412 crossrefType "journal-article" @default.
• W2790104412 hasAuthorship W2790104412A5002752807 @default.
• W2790104412 hasAuthorship W2790104412A5022427860 @default.
• W2790104412 hasAuthorship W2790104412A5052564461 @default.
• W2790104412 hasAuthorship W2790104412A5057121317 @default.
• W2790104412 hasAuthorship W2790104412A5085876805 @default.
• W2790104412 hasConcept C114793014 @default.
• W2790104412 hasConcept C127313418 @default.
• W2790104412 hasConcept C139719470 @default.
• W2790104412 hasConcept C142796444 @default.
• W2790104412 hasConcept C162324750 @default.

• next