Matches in SemOpenAlex for { <https://semopenalex.org/work/W4380996822> ?p ?o ?g. }
- W4380996822 endingPage "600" @default.
- W4380996822 startingPage "587" @default.
- W4380996822 abstract "Effective management is necessary due to the substantial environmental challenges arising from the significant annual biosolids production in wastewater treatment plants. Hydrothermal liquefaction (HTL) provides a viable solution for transforming biosolids into renewable crude oil. However, further investigation is required to understand the HTL of biosolids. An examination of HTL in a small-scale batch reactor revealed that both the HTL reaction conditions and biosolids content influence the yield of renewable crude oil, which ranged from 21% to 26%, where the highest yield was achieved at 250 °C, 20 min. However, the highest extractible renewable crude yields were achieved at 350 °C and 40 mins due to the high amount of the low boiling material at a low boiling point. The fractions of renewable crude oil were influenced by both the HTL reaction conditions and the biosolids content. Based on the boiling point, biosolids with a high-lipid content produced the maximum potential gasoline and naphtha-like yield, while high-carbohydrate biosolid content generated the highest potential kerosene-like yield. All biosolid samples demonstrated significant potential for gas oil-like, wax, and lubricating oil-like fractions. Additionally, A developed bulk kinetic model to predict the product fractions showed the trends in product fractions with various reaction times and temperatures." @default.
- W4380996822 created "2023-06-17" @default.
- W4380996822 creator A5025583834 @default.
- W4380996822 creator A5027925032 @default.
- W4380996822 creator A5030083857 @default.
- W4380996822 creator A5030346668 @default.
- W4380996822 creator A5090606529 @default.
- W4380996822 date "2023-07-01" @default.
- W4380996822 modified "2023-09-27" @default.
- W4380996822 title "Effect of reaction conditions and biosolids’ content on the produced renewable crude oil via hydrothermal liquefaction" @default.
- W4380996822 cites W1161814864 @default.
- W4380996822 cites W1511065567 @default.
- W4380996822 cites W1584338541 @default.
- W4380996822 cites W1965437354 @default.
- W4380996822 cites W1969838620 @default.
- W4380996822 cites W1976636383 @default.
- W4380996822 cites W1982365393 @default.
- W4380996822 cites W1982989021 @default.
- W4380996822 cites W1983923542 @default.
- W4380996822 cites W1987383396 @default.
- W4380996822 cites W1992094443 @default.
- W4380996822 cites W1999047805 @default.
- W4380996822 cites W2000723535 @default.
- W4380996822 cites W2013225158 @default.
- W4380996822 cites W2019033630 @default.
- W4380996822 cites W2019932259 @default.
- W4380996822 cites W2027523926 @default.
- W4380996822 cites W2029825997 @default.
- W4380996822 cites W2031427558 @default.
- W4380996822 cites W2042928371 @default.
- W4380996822 cites W2050712899 @default.
- W4380996822 cites W2051607445 @default.
- W4380996822 cites W2055907217 @default.
- W4380996822 cites W2067534512 @default.
- W4380996822 cites W2070157171 @default.
- W4380996822 cites W2072820940 @default.
- W4380996822 cites W2075363967 @default.
- W4380996822 cites W2076645753 @default.
- W4380996822 cites W2089059998 @default.
- W4380996822 cites W2093847706 @default.
- W4380996822 cites W2098567117 @default.
- W4380996822 cites W2099465229 @default.
- W4380996822 cites W2112714290 @default.
- W4380996822 cites W2120446525 @default.
- W4380996822 cites W2126487391 @default.
- W4380996822 cites W2128215809 @default.
- W4380996822 cites W2141733031 @default.
- W4380996822 cites W2146427903 @default.
- W4380996822 cites W2147937413 @default.
- W4380996822 cites W2159594704 @default.
- W4380996822 cites W2168526937 @default.
- W4380996822 cites W2272604786 @default.
- W4380996822 cites W2278456536 @default.
- W4380996822 cites W2312642172 @default.
- W4380996822 cites W2315146498 @default.
- W4380996822 cites W2330829117 @default.
- W4380996822 cites W2336185145 @default.
- W4380996822 cites W2336264108 @default.
- W4380996822 cites W2487740045 @default.
- W4380996822 cites W2509111566 @default.
- W4380996822 cites W2531302087 @default.
- W4380996822 cites W2567849047 @default.
- W4380996822 cites W2572086266 @default.
- W4380996822 cites W2575591857 @default.
- W4380996822 cites W2610584833 @default.
- W4380996822 cites W2621109409 @default.
- W4380996822 cites W2623564767 @default.
- W4380996822 cites W2624464853 @default.
- W4380996822 cites W2892032699 @default.
- W4380996822 cites W2899409359 @default.
- W4380996822 cites W2931272299 @default.
- W4380996822 cites W2969636848 @default.
- W4380996822 cites W3005004101 @default.
- W4380996822 cites W3007184388 @default.
- W4380996822 cites W3018922114 @default.
- W4380996822 cites W3037774677 @default.
- W4380996822 cites W3044493393 @default.
- W4380996822 cites W3096814235 @default.
- W4380996822 cites W3125581542 @default.
- W4380996822 cites W745267518 @default.
- W4380996822 doi "https://doi.org/10.1016/j.cherd.2023.06.018" @default.
- W4380996822 hasPublicationYear "2023" @default.
- W4380996822 type Work @default.
- W4380996822 citedByCount "1" @default.
- W4380996822 crossrefType "journal-article" @default.
- W4380996822 hasAuthorship W4380996822A5025583834 @default.
- W4380996822 hasAuthorship W4380996822A5027925032 @default.
- W4380996822 hasAuthorship W4380996822A5030083857 @default.
- W4380996822 hasAuthorship W4380996822A5030346668 @default.
- W4380996822 hasAuthorship W4380996822A5090606529 @default.
- W4380996822 hasConcept C127413603 @default.
- W4380996822 hasConcept C134121241 @default.
- W4380996822 hasConcept C134484671 @default.
- W4380996822 hasConcept C161790260 @default.
- W4380996822 hasConcept C178790620 @default.
- W4380996822 hasConcept C185592680 @default.
- W4380996822 hasConcept C188596812 @default.
- W4380996822 hasConcept C191897082 @default.