FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W1992105875> ?p ?o ?g. }

• W1992105875 abstract "ABSTRACT Tar mats at the oil-water contact (OWC tar mats) in oilfield reservoirs can have enormous, pernicious effects on production due to possibly preventing of any natural water drive and precluding any effectiveness of water injectors into aquifers. In spite of this potentially huge impact, tar mat formation is only now being resolved and integrated within advanced asphaltene science. Herein, we describe a very different type of tar mat which we refer to as a rapid-destabilization tar mat; it is the asphaltenes that undergo rapid destabilization. To our knowledge, this is the first paper to describe such rapid-destabilization tar mats at least in this context. Rapid-destabilization tar mats can be formed at the crest of the reservoir, generally not at the OWC and can introduce their own set of problems in production. Most importantly, rapid-destabilization tar mats can be porous and permeable, unlike the OWC tar mats. The rapid-destabilization tar mat can undergo plastic flow under standard production conditions rather unlike the OWC tar mat. As its name implies, the rapid-destabilization tar mat can form in very young reservoirs in which thermodynamic disequilibrium in the oil column prevails, while the OWC tar mats generally take longer (geologic) time to form and are often associated with thermodynamically equilibrated oil columns. Here, we describe extensive data sets on rapid-destabilization tar mats in two adjacent reservoirs. The surprising properties of these rapid-destabilization tar mats are redundantly confirmed in many different ways. All components of the processes forming rapid-destabilization tar mats are shown to be consistent with powerful new developments in asphaltene science, specifically with the development of the first equation of state for asphaltene gradients, the Flory-Huggins-Zuo Equation, which has been enabled by the resolution of asphaltene nanostructures in crude oil codified in the Yen-Mullins Model. Rapid-destabilization tar mats represent one extreme while the OWC tar mats represent the polar opposite extreme. In the future, occurrences of tar in reservoirs can be better understood within the context of these two end members tar mats. In addition, two reservoirs in the same minibasin show the same behavior. This important observation allows fluid analysis in wells in one reservoir to indicate likely issues in other reservoirs in the same basin." @default.
• W1992105875 created "2016-06-24" @default.
• W1992105875 creator A5023917541 @default.
• W1992105875 creator A5065266545 @default.
• W1992105875 creator A5080805141 @default.
• W1992105875 creator A5082658081 @default.
• W1992105875 date "2012-12-10" @default.
• W1992105875 modified "2023-09-24" @default.
• W1992105875 title "Permeable Tar Mat Formation Within the Context of Novel Asphaltene Science" @default.
• W1992105875 cites W1971172554 @default.
• W1992105875 cites W1987048434 @default.
• W1992105875 cites W1990215975 @default.
• W1992105875 cites W2008254430 @default.
• W1992105875 cites W2033508844 @default.
• W1992105875 cites W2094892704 @default.
• W1992105875 cites W2110994747 @default.
• W1992105875 cites W2159089072 @default.
• W1992105875 cites W2277001672 @default.
• W1992105875 cites W2334386657 @default.
• W1992105875 cites W4241640224 @default.
• W1992105875 doi "https://doi.org/10.2118/163292-ms" @default.
• W1992105875 hasPublicationYear "2012" @default.
• W1992105875 type Work @default.
• W1992105875 sameAs 1992105875 @default.
• W1992105875 citedByCount "26" @default.
• W1992105875 countsByYear W19921058752013 @default.
• W1992105875 countsByYear W19921058752014 @default.
• W1992105875 countsByYear W19921058752015 @default.
• W1992105875 countsByYear W19921058752016 @default.
• W1992105875 countsByYear W19921058752017 @default.
• W1992105875 countsByYear W19921058752018 @default.
• W1992105875 countsByYear W19921058752019 @default.
• W1992105875 countsByYear W19921058752020 @default.
• W1992105875 countsByYear W19921058752021 @default.
• W1992105875 countsByYear W19921058752022 @default.
• W1992105875 crossrefType "proceedings-article" @default.
• W1992105875 hasAuthorship W1992105875A5023917541 @default.
• W1992105875 hasAuthorship W1992105875A5065266545 @default.
• W1992105875 hasAuthorship W1992105875A5080805141 @default.
• W1992105875 hasAuthorship W1992105875A5082658081 @default.
• W1992105875 hasConcept C127313418 @default.
• W1992105875 hasConcept C151730666 @default.
• W1992105875 hasConcept C192643346 @default.
• W1992105875 hasConcept C199360897 @default.
• W1992105875 hasConcept C2779343474 @default.
• W1992105875 hasConcept C41008148 @default.
• W1992105875 hasConceptScore W1992105875C127313418 @default.
• W1992105875 hasConceptScore W1992105875C151730666 @default.
• W1992105875 hasConceptScore W1992105875C192643346 @default.
• W1992105875 hasConceptScore W1992105875C199360897 @default.
• W1992105875 hasConceptScore W1992105875C2779343474 @default.
• W1992105875 hasConceptScore W1992105875C41008148 @default.
• W1992105875 hasLocation W19921058751 @default.
• W1992105875 hasOpenAccess W1992105875 @default.
• W1992105875 hasPrimaryLocation W19921058751 @default.
• W1992105875 hasRelatedWork W1999913942 @default.
• W1992105875 hasRelatedWork W2004200960 @default.
• W1992105875 hasRelatedWork W2086120259 @default.
• W1992105875 hasRelatedWork W2137941439 @default.
• W1992105875 hasRelatedWork W2141795027 @default.
• W1992105875 hasRelatedWork W2151614148 @default.
• W1992105875 hasRelatedWork W2245170124 @default.
• W1992105875 hasRelatedWork W2324615561 @default.
• W1992105875 hasRelatedWork W3186982001 @default.
• W1992105875 hasRelatedWork W3209679828 @default.
• W1992105875 isParatext "false" @default.
• W1992105875 isRetracted "false" @default.
• W1992105875 magId "1992105875" @default.
• W1992105875 workType "article" @default.