FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W3215698416> ?p ?o ?g. }

• W3215698416 endingPage "122631" @default.
• W3215698416 startingPage "122631" @default.
• W3215698416 abstract "This study investigates the effects of asphaltene, resin and petroleum acid on the phase inversion, stability and oil–water interface characteristics of emulsions. First, different ratios of asphaltene, resin, petroleum acid and formation water were emulsified and the emulsion viscosity was measured to obtain the phase inversion point. Through comparative analysis of phase inversion point data under different conditions, we showed that the synergy of asphaltene and resin was the key to the emulsion phase inversion and the best asphaltene to resin ratio was 1:3. Moreover, the addition of petroleum acid would accelerate the phase inversion. Then, the dynamic interfacial tension of oil and water was measured using the rotating drop method. The synergistic effect of asphaltene and resin would decrease the interfacial tension. However, excessive resin would compete with asphaltene for adsorption, which would increase the interfacial tension. The lowest interfacial value was observed when the mass concentration ratio of asphaltene to resin was. Thus, the addition of petroleum acid significantly reduced the interfacial tension of oil and water. Next, the hanging drop method was employed to measure the interfacial tension of oil and water and the expansion modulus was obtained using the oscillatory drop method. Experimental studies have shown that asphaltene influences the expansion modulus more than resin and the synergistic effect of asphaltene and resin increases the expansion modulus. However, the addition of petroleum acid would decrease the expansion modulus towing to the small molecular weight of petroleum acid. Finally, the emulsion stability was determined using the bottle test method. Experiments showed that the synergistic effect of asphaltene and resin would enhance the emulsion stability. However, the addition of asphaltene played a pivotal role in enhancing the emulsion stability. Further, the addition of petroleum acid would severely destroy the emulsion stability." @default.
• W3215698416 created "2021-12-06" @default.
• W3215698416 creator A5036645960 @default.
• W3215698416 creator A5068931297 @default.
• W3215698416 creator A5071566937 @default.
• W3215698416 creator A5081675173 @default.
• W3215698416 creator A5090097110 @default.
• W3215698416 date "2022-03-01" @default.
• W3215698416 modified "2023-10-12" @default.
• W3215698416 title "Experimental study on the key influencing factors of phase inversion and stability of heavy oil emulsion: Asphaltene, resin and petroleum acid" @default.
• W3215698416 cites W1967918455 @default.
• W3215698416 cites W1975967335 @default.
• W3215698416 cites W1976002784 @default.
• W3215698416 cites W1978625764 @default.
• W3215698416 cites W1988335900 @default.
• W3215698416 cites W1995561563 @default.
• W3215698416 cites W1996170448 @default.
• W3215698416 cites W2000967807 @default.
• W3215698416 cites W2001837174 @default.
• W3215698416 cites W2007547620 @default.
• W3215698416 cites W2009743757 @default.
• W3215698416 cites W2012496307 @default.
• W3215698416 cites W2014582175 @default.
• W3215698416 cites W2015347529 @default.
• W3215698416 cites W2017201374 @default.
• W3215698416 cites W2020220806 @default.
• W3215698416 cites W2023617643 @default.
• W3215698416 cites W2024650718 @default.
• W3215698416 cites W2027793366 @default.
• W3215698416 cites W2030719025 @default.
• W3215698416 cites W2032593443 @default.
• W3215698416 cites W2045204957 @default.
• W3215698416 cites W2045765603 @default.
• W3215698416 cites W2047281705 @default.
• W3215698416 cites W2063112795 @default.
• W3215698416 cites W2070727261 @default.
• W3215698416 cites W2080303928 @default.
• W3215698416 cites W2082196947 @default.
• W3215698416 cites W2087579616 @default.
• W3215698416 cites W2089370186 @default.
• W3215698416 cites W2090793515 @default.
• W3215698416 cites W2093802803 @default.
• W3215698416 cites W2107759700 @default.
• W3215698416 cites W2118835648 @default.
• W3215698416 cites W2161019588 @default.
• W3215698416 cites W2167351881 @default.
• W3215698416 cites W2207059416 @default.
• W3215698416 cites W2210061722 @default.
• W3215698416 cites W2321475498 @default.
• W3215698416 cites W2327526850 @default.
• W3215698416 cites W2477222051 @default.
• W3215698416 cites W2759916886 @default.
• W3215698416 cites W2783879077 @default.
• W3215698416 cites W2794984877 @default.
• W3215698416 cites W2797082622 @default.
• W3215698416 cites W2885492168 @default.
• W3215698416 cites W2901196099 @default.
• W3215698416 cites W2904308551 @default.
• W3215698416 cites W2910529002 @default.
• W3215698416 cites W2911822500 @default.
• W3215698416 cites W2921790230 @default.
• W3215698416 cites W2924169173 @default.
• W3215698416 cites W2946823327 @default.
• W3215698416 cites W2962950198 @default.
• W3215698416 cites W2964759234 @default.
• W3215698416 cites W2966800025 @default.
• W3215698416 cites W2987436817 @default.
• W3215698416 cites W3000055729 @default.
• W3215698416 cites W3007315796 @default.
• W3215698416 cites W3038732077 @default.
• W3215698416 cites W3039247690 @default.
• W3215698416 cites W3092577511 @default.
• W3215698416 cites W3092992196 @default.
• W3215698416 cites W3125499168 @default.
• W3215698416 cites W3131912862 @default.
• W3215698416 cites W3137197526 @default.
• W3215698416 cites W3197475901 @default.
• W3215698416 cites W3207745632 @default.
• W3215698416 doi "https://doi.org/10.1016/j.fuel.2021.122631" @default.
• W3215698416 hasPublicationYear "2022" @default.
• W3215698416 type Work @default.
• W3215698416 sameAs 3215698416 @default.
• W3215698416 citedByCount "25" @default.
• W3215698416 countsByYear W32156984162022 @default.
• W3215698416 countsByYear W32156984162023 @default.
• W3215698416 crossrefType "journal-article" @default.
• W3215698416 hasAuthorship W3215698416A5036645960 @default.
• W3215698416 hasAuthorship W3215698416A5068931297 @default.
• W3215698416 hasAuthorship W3215698416A5071566937 @default.
• W3215698416 hasAuthorship W3215698416A5081675173 @default.
• W3215698416 hasAuthorship W3215698416A5090097110 @default.
• W3215698416 hasConcept C121332964 @default.
• W3215698416 hasConcept C127413603 @default.
• W3215698416 hasConcept C159985019 @default.
• W3215698416 hasConcept C171431902 @default.
• W3215698416 hasConcept C178790620 @default.
• W3215698416 hasConcept C185592680 @default.
• W3215698416 hasConcept C192562407 @default.

• next