FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2912373497> ?p ?o ?g. }

• W2912373497 endingPage "499" @default.
• W2912373497 startingPage "485" @default.
• W2912373497 abstract "In order to obtain a deep insight into the upgrade of oil sand bitumen (OSB), the composition, distribution and chemical structure of products obtained from the fast thermal cracking of the OSB were investigated via Py-GC/TOF-MS and a laboratory-scale fluidized bed reactor. A detail composition information of fast thermal-cracking products of the OSB was determined by Py-GC/TOF-MS, which mainly contained alkenes (1-alkenes, iso-alkenes and cycloalkenes), alkanes (n-alkanes, iso-alkanes and cycloalkanes), diolefins, aromatics and sulfur-containing compounds. The distribution of fast thermal-cracking products varied under different temperature. Alkenes were the uppermost style in volatile products at the temperature ranging from 500 °C to 700 °C, whereas with the temperature further rising to 800 °C, aromatics products became predominant and were mainly generated from the deep cleavage of alkyl substituent groups and the secondary reactions to form aromatics. Moreover, the relative content and carbon number distribution of volatile products along with various temperature were summarized. The thermal cracking experiments of the OSB over silica sand in a laboratory-scale fluidized bed reactor showed that the gas products had a remarkable increase in yield as the temperature increase, which was connected with the increase in methane and ethylene of dry gas as well as propylene and butenes of LPG. The coke yield also exhibited an increase tendency with the enhancement of temperature, while this variation was slighter in comparison to that of gases. Conversely, the yield of liquid products gradually decreased with the temperature, which was closely related to the significant decrease of VGO and heavy oil fractions due to the coke formation of polyaromatics and the intensive rupture of alkyl side chains. Nevertheless, the light oil fraction (diesel and gasoline) displayed the different variation along with the temperature, which increased firstly and then decreased as a result of the decomposition of heavy fractions and secondary cracking of light oil itself. Compared to the native OSB, there was a slight difference in functional group distribution for liquid products which was concerned with the formation of olefins, whereas the average structural parameters of the liquid products changed dramatically after the fast thermal cracking of the OSB. Furthermore, the effects of the reaction temperature on the chemical structures were significant due to the decomposition, condensation and secondary reactions proceeded during the fast thermal cracking process." @default.
• W2912373497 created "2019-02-21" @default.
• W2912373497 creator A5009908112 @default.
• W2912373497 creator A5050721448 @default.
• W2912373497 creator A5071739192 @default.
• W2912373497 creator A5089947559 @default.
• W2912373497 creator A5091295047 @default.
• W2912373497 date "2019-03-01" @default.
• W2912373497 modified "2023-10-14" @default.
• W2912373497 title "Distribution and chemical structure characteristic of the fast thermal-cracking products of Buton oil sand bitumen by Py–GC/TOF–MS and a fluidized bed reactor" @default.
• W2912373497 cites W1030165214 @default.
• W2912373497 cites W1790920949 @default.
• W2912373497 cites W1967474034 @default.
• W2912373497 cites W1967478272 @default.
• W2912373497 cites W1973421925 @default.
• W2912373497 cites W1975684391 @default.
• W2912373497 cites W1977976733 @default.
• W2912373497 cites W1982186204 @default.
• W2912373497 cites W1983160255 @default.
• W2912373497 cites W1984840723 @default.
• W2912373497 cites W1986295296 @default.
• W2912373497 cites W1987468502 @default.
• W2912373497 cites W1995080968 @default.
• W2912373497 cites W1995913167 @default.
• W2912373497 cites W1999873353 @default.
• W2912373497 cites W2005407290 @default.
• W2912373497 cites W2017045874 @default.
• W2912373497 cites W2022405098 @default.
• W2912373497 cites W2023802196 @default.
• W2912373497 cites W2033097910 @default.
• W2912373497 cites W2033873169 @default.
• W2912373497 cites W2039414978 @default.
• W2912373497 cites W2039935408 @default.
• W2912373497 cites W2049701582 @default.
• W2912373497 cites W2059667166 @default.
• W2912373497 cites W2062999433 @default.
• W2912373497 cites W2066867320 @default.
• W2912373497 cites W2071137948 @default.
• W2912373497 cites W2074995632 @default.
• W2912373497 cites W2075905178 @default.
• W2912373497 cites W2079037351 @default.
• W2912373497 cites W2082300643 @default.
• W2912373497 cites W2083045789 @default.
• W2912373497 cites W2084003852 @default.
• W2912373497 cites W2099361599 @default.
• W2912373497 cites W2137076881 @default.
• W2912373497 cites W2168716991 @default.
• W2912373497 cites W2187258826 @default.
• W2912373497 cites W2266875213 @default.
• W2912373497 cites W2271435830 @default.
• W2912373497 cites W2292283419 @default.
• W2912373497 cites W2318102346 @default.
• W2912373497 cites W2323758698 @default.
• W2912373497 cites W2325825475 @default.
• W2912373497 cites W2493872888 @default.
• W2912373497 cites W2517162695 @default.
• W2912373497 cites W2545239732 @default.
• W2912373497 cites W2550020004 @default.
• W2912373497 cites W2561439959 @default.
• W2912373497 cites W2571363689 @default.
• W2912373497 cites W2578362558 @default.
• W2912373497 cites W2606181683 @default.
• W2912373497 cites W2608813380 @default.
• W2912373497 cites W2616434600 @default.
• W2912373497 cites W2622265687 @default.
• W2912373497 cites W2750711250 @default.
• W2912373497 cites W2754183867 @default.
• W2912373497 cites W2756610446 @default.
• W2912373497 cites W2782173665 @default.
• W2912373497 cites W2789454319 @default.
• W2912373497 cites W2789713965 @default.
• W2912373497 cites W2791362029 @default.
• W2912373497 cites W2792549718 @default.
• W2912373497 cites W2795099096 @default.
• W2912373497 cites W2807769375 @default.
• W2912373497 cites W2809375152 @default.
• W2912373497 cites W2889844422 @default.
• W2912373497 cites W2950124773 @default.
• W2912373497 doi "https://doi.org/10.1016/j.enconman.2019.01.027" @default.
• W2912373497 hasPublicationYear "2019" @default.
• W2912373497 type Work @default.
• W2912373497 sameAs 2912373497 @default.
• W2912373497 citedByCount "19" @default.
• W2912373497 countsByYear W29123734972019 @default.
• W2912373497 countsByYear W29123734972020 @default.
• W2912373497 countsByYear W29123734972021 @default.
• W2912373497 countsByYear W29123734972022 @default.
• W2912373497 countsByYear W29123734972023 @default.
• W2912373497 crossrefType "journal-article" @default.
• W2912373497 hasAuthorship W2912373497A5009908112 @default.
• W2912373497 hasAuthorship W2912373497A5050721448 @default.
• W2912373497 hasAuthorship W2912373497A5071739192 @default.
• W2912373497 hasAuthorship W2912373497A5089947559 @default.
• W2912373497 hasAuthorship W2912373497A5091295047 @default.
• W2912373497 hasConcept C113196181 @default.
• W2912373497 hasConcept C121332964 @default.
• W2912373497 hasConcept C127413603 @default.
• W2912373497 hasConcept C131779963 @default.

• next