Matches in SemOpenAlex for { <https://semopenalex.org/work/W4380451749> ?p ?o ?g. }
- W4380451749 endingPage "128953" @default.
- W4380451749 startingPage "128953" @default.
- W4380451749 abstract "To deepen the understanding of the reaction process for SRGO-hydrocarbon conversion, this article systematically explained the process conditions and conversion performance of SRGO-hydrocarbon conversion to produce chemical materials, based on the reaction mechanism. Ni & W and USY molecular sieve were selected as the hydrogenation active component and the cracking component of the hydrocracking catalyst, respectively. γ-Al2O3 and USY molecular sieve were mixed and extruded to prepare the carrier for the hydrocracking catalyst. The results indicate that cycloalkanes and aromatics are preferentially converted into heavy naphtha (HN) in the primary cracking process. The aromatic-potential-content of HN is high during shallow cracking due to the high content of cycloalkane and aromatic in SRGO. As the cracking depth increases, the cracking of paraffin is gradually strengthened, and the absolute paraffin-amount in diesel accelerates to decrease. Simultaneously, due to the enrichment of paraffin in HN, the aromatic-potential-content of HN decreases. In addition, the experimental results also indicate that although reaction temperature and LHSV are both means of controlling the conversion rate of SRGO, even if the conversion rate of SRGO is similar, high temperature is still conducive to the formation of light components, such as light naphtha (LN). High H2 pressure will inhibit the conversion of HN to lighter components and the conversion of paraffin in diesel to HN." @default.
- W4380451749 created "2023-06-14" @default.
- W4380451749 creator A5040646100 @default.
- W4380451749 creator A5062671541 @default.
- W4380451749 creator A5066586426 @default.
- W4380451749 creator A5086716645 @default.
- W4380451749 creator A5092153102 @default.
- W4380451749 date "2023-11-01" @default.
- W4380451749 modified "2023-09-30" @default.
- W4380451749 title "Process research on the hydrocarbon conversion of straight-run gas oil (SRGO) to chemical materials" @default.
- W4380451749 cites W154310918 @default.
- W4380451749 cites W1964194813 @default.
- W4380451749 cites W1964398106 @default.
- W4380451749 cites W1970654320 @default.
- W4380451749 cites W1974885439 @default.
- W4380451749 cites W1979866849 @default.
- W4380451749 cites W1982184583 @default.
- W4380451749 cites W1998454405 @default.
- W4380451749 cites W1999924974 @default.
- W4380451749 cites W2008424251 @default.
- W4380451749 cites W2011947347 @default.
- W4380451749 cites W2016007520 @default.
- W4380451749 cites W2027337904 @default.
- W4380451749 cites W2029387014 @default.
- W4380451749 cites W2031861793 @default.
- W4380451749 cites W2042302296 @default.
- W4380451749 cites W2044908866 @default.
- W4380451749 cites W2058640626 @default.
- W4380451749 cites W2069646032 @default.
- W4380451749 cites W2074817345 @default.
- W4380451749 cites W2075973159 @default.
- W4380451749 cites W2080056132 @default.
- W4380451749 cites W2084664405 @default.
- W4380451749 cites W2100256773 @default.
- W4380451749 cites W2222050092 @default.
- W4380451749 cites W2313901275 @default.
- W4380451749 cites W2319008145 @default.
- W4380451749 cites W2319195884 @default.
- W4380451749 cites W24363195 @default.
- W4380451749 cites W26087307 @default.
- W4380451749 cites W2739076670 @default.
- W4380451749 cites W2768331158 @default.
- W4380451749 cites W2803109978 @default.
- W4380451749 cites W2896828021 @default.
- W4380451749 cites W2908413524 @default.
- W4380451749 cites W2910699200 @default.
- W4380451749 cites W2943924281 @default.
- W4380451749 cites W2970436293 @default.
- W4380451749 cites W3007519456 @default.
- W4380451749 cites W3023890213 @default.
- W4380451749 cites W3037327730 @default.
- W4380451749 cites W3045173906 @default.
- W4380451749 cites W3094314822 @default.
- W4380451749 cites W3094598800 @default.
- W4380451749 cites W3113085667 @default.
- W4380451749 cites W3138357450 @default.
- W4380451749 cites W3166528772 @default.
- W4380451749 cites W4220658037 @default.
- W4380451749 cites W4220783266 @default.
- W4380451749 cites W4229011240 @default.
- W4380451749 cites W4254237296 @default.
- W4380451749 cites W4255985923 @default.
- W4380451749 cites W4282921825 @default.
- W4380451749 cites W4296334587 @default.
- W4380451749 cites W4306967041 @default.
- W4380451749 cites W84766474 @default.
- W4380451749 doi "https://doi.org/10.1016/j.fuel.2023.128953" @default.
- W4380451749 hasPublicationYear "2023" @default.
- W4380451749 type Work @default.
- W4380451749 citedByCount "0" @default.
- W4380451749 crossrefType "journal-article" @default.
- W4380451749 hasAuthorship W4380451749A5040646100 @default.
- W4380451749 hasAuthorship W4380451749A5062671541 @default.
- W4380451749 hasAuthorship W4380451749A5066586426 @default.
- W4380451749 hasAuthorship W4380451749A5086716645 @default.
- W4380451749 hasAuthorship W4380451749A5092153102 @default.
- W4380451749 hasConcept C105281773 @default.
- W4380451749 hasConcept C118792377 @default.
- W4380451749 hasConcept C127413603 @default.
- W4380451749 hasConcept C134484671 @default.
- W4380451749 hasConcept C138171918 @default.
- W4380451749 hasConcept C161790260 @default.
- W4380451749 hasConcept C178790620 @default.
- W4380451749 hasConcept C185592680 @default.
- W4380451749 hasConcept C2777207669 @default.
- W4380451749 hasConcept C31052017 @default.
- W4380451749 hasConcept C42360764 @default.
- W4380451749 hasConcept C42922719 @default.
- W4380451749 hasConcept C548081761 @default.
- W4380451749 hasConcept C58396970 @default.
- W4380451749 hasConcept C82576440 @default.
- W4380451749 hasConceptScore W4380451749C105281773 @default.
- W4380451749 hasConceptScore W4380451749C118792377 @default.
- W4380451749 hasConceptScore W4380451749C127413603 @default.
- W4380451749 hasConceptScore W4380451749C134484671 @default.
- W4380451749 hasConceptScore W4380451749C138171918 @default.
- W4380451749 hasConceptScore W4380451749C161790260 @default.
- W4380451749 hasConceptScore W4380451749C178790620 @default.