Matches in SemOpenAlex for { <https://semopenalex.org/work/W3176823636> ?p ?o ?g. }
- W3176823636 endingPage "1659" @default.
- W3176823636 startingPage "1659" @default.
- W3176823636 abstract "In this work, the production of renewable hydrocarbons was explored by the means of waste cottonseed oil (WCSO) micropyrolysis at 500 °C. Catalytic upgrading of the pyrolysis vapors was studied using α-Al2O3, γ-Al2O3, Mo-Co/γ-Al2O3, and Mo-Ni/γ-Al2O3 catalysts. The oxygen removal efficiency was much lower in non-catalytic pyrolysis (18.0%), whilst γ-Al2O3 yielded a very high oxygen removal efficiency (91.8%), similar to that obtained with Mo-Co/γ-Al2O3 (92.8%) and higher than that attained with Mo-Ni/γ-Al2O3 (82.0%). Higher conversion yields into total renewable hydrocarbons were obtained with Mo-Co/γ-Al2O3 (61.9 wt.%) in comparison to Mo-Ni/γ-Al2O3 (46.6%). GC/MS analyses showed a relative chemical composition of 31.3, 86.4, and 92.6% of total renewable hydrocarbons and 58.7, 7.2, and 4.2% of oxygenated compounds for non-catalytic bio-oil (BOWCSO), BOMoNi and BOMoCo, respectively. The renewable hydrocarbons that were derived from BOMoNi and BOMoCo were mainly composed by olefins (35.3 and 33.4%), aromatics (31.4 and 28.9%), and paraffins (13.8 and 25.7%). The results revealed the catalysts’ effectiveness in FFA decarbonylation and decarboxylation, as evidenced by significant changes in the van Krevelen space, with the lowest O/C ratio values for BOMoCo and BOMoNi (O/C = 0–0.10) in relation to the BOWCSO (O/C = 0.10–0.20), and by a decrease in the presence of oxygenated compounds in the catalytic bio-oils." @default.
- W3176823636 created "2021-07-05" @default.
- W3176823636 creator A5007347913 @default.
- W3176823636 creator A5011680979 @default.
- W3176823636 creator A5020190176 @default.
- W3176823636 creator A5033905073 @default.
- W3176823636 creator A5034336597 @default.
- W3176823636 creator A5089323720 @default.
- W3176823636 date "2021-06-24" @default.
- W3176823636 modified "2023-10-14" @default.
- W3176823636 title "Renewable Hydrocarbon Production from Waste Cottonseed Oil Pyrolysis and Catalytic Upgrading of Vapors with Mo-Co and Mo-Ni Catalysts Supported on γ-Al2O3" @default.
- W3176823636 cites W1983103123 @default.
- W3176823636 cites W1988639892 @default.
- W3176823636 cites W1991010704 @default.
- W3176823636 cites W1994792205 @default.
- W3176823636 cites W1997520367 @default.
- W3176823636 cites W2004103709 @default.
- W3176823636 cites W2009698638 @default.
- W3176823636 cites W2011254969 @default.
- W3176823636 cites W2020268193 @default.
- W3176823636 cites W2027068200 @default.
- W3176823636 cites W2047959032 @default.
- W3176823636 cites W2061666160 @default.
- W3176823636 cites W2063709964 @default.
- W3176823636 cites W2065713405 @default.
- W3176823636 cites W2073363026 @default.
- W3176823636 cites W2074472790 @default.
- W3176823636 cites W2074704891 @default.
- W3176823636 cites W2080241694 @default.
- W3176823636 cites W2086888744 @default.
- W3176823636 cites W2087157284 @default.
- W3176823636 cites W2097020868 @default.
- W3176823636 cites W2112477193 @default.
- W3176823636 cites W2149799456 @default.
- W3176823636 cites W2164575946 @default.
- W3176823636 cites W2168839318 @default.
- W3176823636 cites W2172048579 @default.
- W3176823636 cites W2200075590 @default.
- W3176823636 cites W2305278382 @default.
- W3176823636 cites W2330312028 @default.
- W3176823636 cites W2395953996 @default.
- W3176823636 cites W2503867515 @default.
- W3176823636 cites W2587013971 @default.
- W3176823636 cites W2618554179 @default.
- W3176823636 cites W2736801641 @default.
- W3176823636 cites W2754615924 @default.
- W3176823636 cites W2766417161 @default.
- W3176823636 cites W2775986619 @default.
- W3176823636 cites W2776508864 @default.
- W3176823636 cites W2790195450 @default.
- W3176823636 cites W2791482593 @default.
- W3176823636 cites W2793719620 @default.
- W3176823636 cites W2793976956 @default.
- W3176823636 cites W2794339562 @default.
- W3176823636 cites W2796073377 @default.
- W3176823636 cites W2796351674 @default.
- W3176823636 cites W2800863040 @default.
- W3176823636 cites W2810506376 @default.
- W3176823636 cites W2883842926 @default.
- W3176823636 cites W2884095523 @default.
- W3176823636 cites W2892284582 @default.
- W3176823636 cites W2898045597 @default.
- W3176823636 cites W2898258446 @default.
- W3176823636 cites W2898589119 @default.
- W3176823636 cites W2905076265 @default.
- W3176823636 cites W2921059951 @default.
- W3176823636 cites W2921314423 @default.
- W3176823636 cites W2924779283 @default.
- W3176823636 cites W2934332767 @default.
- W3176823636 cites W2937389240 @default.
- W3176823636 cites W2954425783 @default.
- W3176823636 cites W2967253703 @default.
- W3176823636 cites W2973914832 @default.
- W3176823636 cites W2976687328 @default.
- W3176823636 cites W2980843784 @default.
- W3176823636 cites W2990274009 @default.
- W3176823636 cites W2992070538 @default.
- W3176823636 cites W2995224487 @default.
- W3176823636 cites W2996586594 @default.
- W3176823636 cites W3010771620 @default.
- W3176823636 cites W3011677761 @default.
- W3176823636 cites W3018940703 @default.
- W3176823636 cites W3048521007 @default.
- W3176823636 cites W797567738 @default.
- W3176823636 doi "https://doi.org/10.3390/nano11071659" @default.
- W3176823636 hasPubMedCentralId "https://www.ncbi.nlm.nih.gov/pmc/articles/8306218" @default.
- W3176823636 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/34202517" @default.
- W3176823636 hasPublicationYear "2021" @default.
- W3176823636 type Work @default.
- W3176823636 sameAs 3176823636 @default.
- W3176823636 citedByCount "12" @default.
- W3176823636 countsByYear W31768236362021 @default.
- W3176823636 countsByYear W31768236362022 @default.
- W3176823636 countsByYear W31768236362023 @default.
- W3176823636 crossrefType "journal-article" @default.
- W3176823636 hasAuthorship W3176823636A5007347913 @default.
- W3176823636 hasAuthorship W3176823636A5011680979 @default.
- W3176823636 hasAuthorship W3176823636A5020190176 @default.