FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W3113037968> ?p ?o ?g. }

• W3113037968 endingPage "412" @default.
• W3113037968 startingPage "398" @default.
• W3113037968 abstract "Summary Previous studies showed that different parameters influence the plugging of completion tools. These parameters include rock mineralogy, reservoir-fluid properties, and type of completion tools. Although different methods have been used for unplugging these tools, there is still debate regarding the performance of these methods on damage removal. In this study, we assessed the performance of high-power shock waves generated from an electrohydraulic-stimulation (EHS) tool on cleaning completion tools plugged during oil production. These devices were extracted from different wells in Canada, Europe, and the US. First, we quantified the extent of cleaning for the plugged slotted liners using the EHS tool at the laboratory scale. Next, we analyzed the mineral composition of the plugging materials removed after the treatment by conducting scanning electron microscopy (SEM) with energy dispersive X-ray spectroscopy (EDS), inductively coupled plasma mass spectroscopy (ICP-MS), colorimetric, and dry-combustion analyses. Finally, we reviewed the pulsing-stimulation-treatment results applied to several field case studies. The results of unplugging slotted liners at the laboratory scale showed that up to 28.5% of the plugged slots are cleaned after 120 pulses of shock waves. The mineral-characterization results showed that the main plugging materials are calcite, silicates, and iron-based components (corrosion products). The cleaning performance (CP) of the EHS tool increases by increasing the number of pulses and the output energy (OE) applied to the tool. The CP parameter is high at (i) high concentrations of carbonates, barium (Ba)-based components, and organic matter, and (ii) low concentrations of corrosion products and sulfates. The results of field case studies showed that the cleaning of the EHS tool is not limited to the sand-control devices and it can clean other tools that are less accessible for other techniques, such as subsurface safety valves. This paper provides a better understanding of the performance of shock waves on damage removal from plugged completion tools. The results could open new insight into the applications of shock waves for cleaning the completion tools." @default.
• W3113037968 created "2020-12-21" @default.
• W3113037968 creator A5007536976 @default.
• W3113037968 creator A5008886645 @default.
• W3113037968 creator A5014583866 @default.
• W3113037968 creator A5036212935 @default.
• W3113037968 creator A5039811502 @default.
• W3113037968 creator A5049908964 @default.
• W3113037968 creator A5053655509 @default.
• W3113037968 creator A5059523224 @default.
• W3113037968 date "2020-12-02" @default.
• W3113037968 modified "2023-09-26" @default.
• W3113037968 title "Unplugging Standalone Sand-Control Screens Using High-Power Shock Waves" @default.
• W3113037968 cites W1949699143 @default.
• W3113037968 cites W1964572207 @default.
• W3113037968 cites W1965298988 @default.
• W3113037968 cites W1965601746 @default.
• W3113037968 cites W1966932556 @default.
• W3113037968 cites W1967480582 @default.
• W3113037968 cites W1974614909 @default.
• W3113037968 cites W1978108549 @default.
• W3113037968 cites W1979623507 @default.
• W3113037968 cites W1983979587 @default.
• W3113037968 cites W1990072069 @default.
• W3113037968 cites W1993713882 @default.
• W3113037968 cites W2005611938 @default.
• W3113037968 cites W2007411016 @default.
• W3113037968 cites W2008387167 @default.
• W3113037968 cites W2013803034 @default.
• W3113037968 cites W2016454789 @default.
• W3113037968 cites W2017652546 @default.
• W3113037968 cites W2017784813 @default.
• W3113037968 cites W2028214412 @default.
• W3113037968 cites W2036709539 @default.
• W3113037968 cites W2040202715 @default.
• W3113037968 cites W2043504124 @default.
• W3113037968 cites W2056122662 @default.
• W3113037968 cites W2060379490 @default.
• W3113037968 cites W2066880258 @default.
• W3113037968 cites W2067458623 @default.
• W3113037968 cites W2071943954 @default.
• W3113037968 cites W2078801236 @default.
• W3113037968 cites W2079694603 @default.
• W3113037968 cites W2079712841 @default.
• W3113037968 cites W2080386488 @default.
• W3113037968 cites W2085763195 @default.
• W3113037968 cites W2085765714 @default.
• W3113037968 cites W2102051233 @default.
• W3113037968 cites W2118046281 @default.
• W3113037968 cites W2122860915 @default.
• W3113037968 cites W2133859217 @default.
• W3113037968 cites W2150485850 @default.
• W3113037968 cites W2337065517 @default.
• W3113037968 cites W2553106396 @default.
• W3113037968 cites W2556020344 @default.
• W3113037968 cites W2806440083 @default.
• W3113037968 cites W2806714747 @default.
• W3113037968 cites W2807475685 @default.
• W3113037968 cites W2809315113 @default.
• W3113037968 cites W2893701524 @default.
• W3113037968 cites W2901364295 @default.
• W3113037968 cites W2905219184 @default.
• W3113037968 cites W2911438131 @default.
• W3113037968 cites W2920175495 @default.
• W3113037968 cites W2921920337 @default.
• W3113037968 cites W2921922990 @default.
• W3113037968 cites W2923056412 @default.
• W3113037968 cites W2949629305 @default.
• W3113037968 cites W2979944724 @default.
• W3113037968 cites W2979962984 @default.
• W3113037968 cites W3001224529 @default.
• W3113037968 cites W3004569374 @default.
• W3113037968 cites W3005147524 @default.
• W3113037968 cites W3009246371 @default.
• W3113037968 cites W4232202009 @default.
• W3113037968 doi "https://doi.org/10.2118/199294-pa" @default.
• W3113037968 hasPublicationYear "2020" @default.
• W3113037968 type Work @default.
• W3113037968 sameAs 3113037968 @default.
• W3113037968 citedByCount "4" @default.
• W3113037968 countsByYear W31130379682020 @default.
• W3113037968 countsByYear W31130379682022 @default.
• W3113037968 crossrefType "journal-article" @default.
• W3113037968 hasAuthorship W3113037968A5007536976 @default.
• W3113037968 hasAuthorship W3113037968A5008886645 @default.
• W3113037968 hasAuthorship W3113037968A5014583866 @default.
• W3113037968 hasAuthorship W3113037968A5036212935 @default.
• W3113037968 hasAuthorship W3113037968A5039811502 @default.
• W3113037968 hasAuthorship W3113037968A5049908964 @default.
• W3113037968 hasAuthorship W3113037968A5053655509 @default.
• W3113037968 hasAuthorship W3113037968A5059523224 @default.
• W3113037968 hasConcept C121332964 @default.
• W3113037968 hasConcept C127313418 @default.
• W3113037968 hasConcept C147438087 @default.
• W3113037968 hasConcept C159985019 @default.
• W3113037968 hasConcept C192562407 @default.
• W3113037968 hasConcept C199289684 @default.
• W3113037968 hasConcept C26771246 @default.

• next