FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2319795144> ?p ?o ?g. }

• W2319795144 abstract "Abstract Issues associated with stuck pipe result in huge losses in the world oil industry. Historically, horizontal wells drilled in Saudi Arabia have been known to present severe stuck-pipe challenges. Thus to mitigate the problems arising due to stuck-pipe issues, a new drilling fluid has been designed which employs a combination of two different weighting agents viz. barite and manganese tetroxide (Mn3O4). The use of such a combination as a weighting material in a drilling fluid provides both operational and monetary benefits. Manganese tetroxide is spherical in nature and has a small particle size (D50=1 µm) as compared to barite (D50=20 µm) Moreover, Mn3O4 also has a higher specific gravity (4.95 g/cm3) as compared to barite (SG= 4.20 and). This high specific gravity of manganese tetroxide makes it a good weighting material to reduce solids loading and settling in drilling fluids as compared to the conventionally used barite. Another advantage of Mn3O4 is that it is acid-soluble. This acid solubility of Mn3O4 provides more operational benefits when a fluid with a combination of barite and Mn3O4 is used as weighting agent. The acid solubility of Mn3O4 makes the use of acids or acid precursors possible in partially dissolving Mn3O4-barite based filter-cakes. This partial breakage of the filter cake is expected to free the pipe thereby mitigating the problems associated with stuck pipe incidents. Another benefit of using a combination of barite and Mn3O4 would involve reduced fluid cost as compared to a fluid formulated with Mn3O4 alone as the weighting agent. Thus, this paper presents a solution in mitigating stuck pipe issues and showcases the benefits of using such a combination of barite and manganese tetroxide as weighting materials in 100pcf, 120pcf and 150pcf drilling fluids hot rolled at 270°F /250°F/300°F respectively. The experimental work in this paper involves measuring rheological properties, HTHP filtration and static sagging resistance of the fluid at the specified temperature. The paper also describes the results of using different organic acid based filter-cake breaker fluids for the partial dissolution of manganese tetroxide based filter cake. Comparative studies of fluids formulated with 100% barite and a blend of manganese tetroxide and barite show that fluids formulated with a combination of barite and Mn3O4 provides increased sag resistance as compared to a drilling fluid formulated with barite alone as the weighting agent." @default.
• W2319795144 created "2016-06-24" @default.
• W2319795144 creator A5000326860 @default.
• W2319795144 creator A5014735032 @default.
• W2319795144 creator A5017053210 @default.
• W2319795144 creator A5042981921 @default.
• W2319795144 creator A5043686122 @default.
• W2319795144 date "2016-01-26" @default.
• W2319795144 modified "2023-09-27" @default.
• W2319795144 title "Operational Benefits of Designing Acid-Soluble Drilling Fluids for Horizontal Wells in HTHP Conditions" @default.
• W2319795144 cites W1978384447 @default.
• W2319795144 cites W1978819909 @default.
• W2319795144 cites W1998530577 @default.
• W2319795144 cites W1999252672 @default.
• W2319795144 cites W2000728006 @default.
• W2319795144 cites W2002561417 @default.
• W2319795144 cites W2034302750 @default.
• W2319795144 cites W2042299613 @default.
• W2319795144 cites W2045084205 @default.
• W2319795144 cites W2058420197 @default.
• W2319795144 cites W2074332945 @default.
• W2319795144 cites W2077327107 @default.
• W2319795144 cites W2079805134 @default.
• W2319795144 cites W2083682976 @default.
• W2319795144 cites W2087385753 @default.
• W2319795144 cites W2093877492 @default.
• W2319795144 cites W2621366175 @default.
• W2319795144 cites W1528635355 @default.
• W2319795144 cites W2186702264 @default.
• W2319795144 doi "https://doi.org/10.2118/178214-ms" @default.
• W2319795144 hasPublicationYear "2016" @default.
• W2319795144 type Work @default.
• W2319795144 sameAs 2319795144 @default.
• W2319795144 citedByCount "5" @default.
• W2319795144 countsByYear W23197951442017 @default.
• W2319795144 countsByYear W23197951442018 @default.
• W2319795144 countsByYear W23197951442021 @default.
• W2319795144 crossrefType "proceedings-article" @default.
• W2319795144 hasAuthorship W2319795144A5000326860 @default.
• W2319795144 hasAuthorship W2319795144A5014735032 @default.
• W2319795144 hasAuthorship W2319795144A5017053210 @default.
• W2319795144 hasAuthorship W2319795144A5042981921 @default.
• W2319795144 hasAuthorship W2319795144A5043686122 @default.
• W2319795144 hasConcept C127313418 @default.
• W2319795144 hasConcept C127413603 @default.
• W2319795144 hasConcept C152068911 @default.
• W2319795144 hasConcept C168630323 @default.
• W2319795144 hasConcept C25197100 @default.
• W2319795144 hasConcept C78519656 @default.
• W2319795144 hasConcept C78762247 @default.
• W2319795144 hasConceptScore W2319795144C127313418 @default.
• W2319795144 hasConceptScore W2319795144C127413603 @default.
• W2319795144 hasConceptScore W2319795144C152068911 @default.
• W2319795144 hasConceptScore W2319795144C168630323 @default.
• W2319795144 hasConceptScore W2319795144C25197100 @default.
• W2319795144 hasConceptScore W2319795144C78519656 @default.
• W2319795144 hasConceptScore W2319795144C78762247 @default.
• W2319795144 hasLocation W23197951441 @default.
• W2319795144 hasOpenAccess W2319795144 @default.
• W2319795144 hasPrimaryLocation W23197951441 @default.
• W2319795144 hasRelatedWork W2034302750 @default.
• W2319795144 hasRelatedWork W2326017206 @default.
• W2319795144 hasRelatedWork W2349103825 @default.
• W2319795144 hasRelatedWork W2367952124 @default.
• W2319795144 hasRelatedWork W2371231022 @default.
• W2319795144 hasRelatedWork W2374803009 @default.
• W2319795144 hasRelatedWork W2376019278 @default.
• W2319795144 hasRelatedWork W2933688183 @default.
• W2319795144 hasRelatedWork W1571158822 @default.
• W2319795144 hasRelatedWork W1911801639 @default.
• W2319795144 hasRelatedWork W2147008178 @default.
• W2319795144 hasRelatedWork W2408672608 @default.
• W2319795144 hasRelatedWork W2744057821 @default.
• W2319795144 hasRelatedWork W2861432083 @default.
• W2319795144 hasRelatedWork W2868495131 @default.
• W2319795144 hasRelatedWork W2926608045 @default.
• W2319795144 hasRelatedWork W2935279639 @default.
• W2319795144 hasRelatedWork W2951050961 @default.
• W2319795144 hasRelatedWork W3017815902 @default.
• W2319795144 hasRelatedWork W3098961178 @default.
• W2319795144 isParatext "false" @default.
• W2319795144 isRetracted "false" @default.
• W2319795144 magId "2319795144" @default.
• W2319795144 workType "article" @default.