Matches in SemOpenAlex for { <https://semopenalex.org/work/W1027007384> ?p ?o ?g. }
- W1027007384 endingPage "215" @default.
- W1027007384 startingPage "202" @default.
- W1027007384 abstract "This study focuses on process modeling and simulation of a biomass fast pyrolysis system. For the simulation of the biomass fast pyrolysis process, two types of simulation models were developed: lumped model and hybrid model. Employing the above models, the effect of reaction temperature on reaction rate and final product yields were analyzed. It was found that the hybrid model exhibited a peculiar characteristic of displaying multiphase reacting flow occurring in fluidized bed. This behavior of hybrid model could have attributed for the difference in product yields of the models (hybrid and lumped). For the yields of the tar and NCG, hybrid model prediction was very consistent with the experimental results than the lumped model. However, for char yield, the results of both the lumped model and the hybrid model were close to that of experimental results." @default.
- W1027007384 created "2016-06-24" @default.
- W1027007384 creator A5018869195 @default.
- W1027007384 creator A5040972627 @default.
- W1027007384 creator A5043896759 @default.
- W1027007384 creator A5067433179 @default.
- W1027007384 date "2015-11-01" @default.
- W1027007384 modified "2023-10-02" @default.
- W1027007384 title "A numerical study on biomass fast pyrolysis process: A comparison between full lumped modeling and hybrid modeling combined with CFD" @default.
- W1027007384 cites W1523995385 @default.
- W1027007384 cites W170829478 @default.
- W1027007384 cites W1966439690 @default.
- W1027007384 cites W1966479332 @default.
- W1027007384 cites W1970340159 @default.
- W1027007384 cites W1971373902 @default.
- W1027007384 cites W1972298741 @default.
- W1027007384 cites W1975688206 @default.
- W1027007384 cites W1982156408 @default.
- W1027007384 cites W1983810545 @default.
- W1027007384 cites W1984513392 @default.
- W1027007384 cites W1987415646 @default.
- W1027007384 cites W1988788496 @default.
- W1027007384 cites W1992187540 @default.
- W1027007384 cites W1998555400 @default.
- W1027007384 cites W1999497138 @default.
- W1027007384 cites W2007554042 @default.
- W1027007384 cites W2012894787 @default.
- W1027007384 cites W2013520045 @default.
- W1027007384 cites W2014253543 @default.
- W1027007384 cites W2016114289 @default.
- W1027007384 cites W2029416248 @default.
- W1027007384 cites W2033517633 @default.
- W1027007384 cites W2034632294 @default.
- W1027007384 cites W2036872117 @default.
- W1027007384 cites W2040447747 @default.
- W1027007384 cites W2046469801 @default.
- W1027007384 cites W2049604537 @default.
- W1027007384 cites W2064595685 @default.
- W1027007384 cites W2067390813 @default.
- W1027007384 cites W2069665232 @default.
- W1027007384 cites W2070999227 @default.
- W1027007384 cites W2077206348 @default.
- W1027007384 cites W2078605982 @default.
- W1027007384 cites W2080356939 @default.
- W1027007384 cites W2081838218 @default.
- W1027007384 cites W2082355863 @default.
- W1027007384 cites W2092451395 @default.
- W1027007384 cites W2093125572 @default.
- W1027007384 cites W2094236454 @default.
- W1027007384 cites W2095225394 @default.
- W1027007384 cites W2097285150 @default.
- W1027007384 cites W2106098599 @default.
- W1027007384 cites W2111427818 @default.
- W1027007384 cites W2122309862 @default.
- W1027007384 cites W2124433940 @default.
- W1027007384 cites W2130137775 @default.
- W1027007384 cites W2142801947 @default.
- W1027007384 cites W2147002601 @default.
- W1027007384 cites W2154174481 @default.
- W1027007384 cites W2165082234 @default.
- W1027007384 cites W2167884122 @default.
- W1027007384 cites W2328339307 @default.
- W1027007384 cites W2329753158 @default.
- W1027007384 cites W2330226188 @default.
- W1027007384 cites W4237824381 @default.
- W1027007384 cites W4246715287 @default.
- W1027007384 doi "https://doi.org/10.1016/j.compchemeng.2015.07.007" @default.
- W1027007384 hasPublicationYear "2015" @default.
- W1027007384 type Work @default.
- W1027007384 sameAs 1027007384 @default.
- W1027007384 citedByCount "29" @default.
- W1027007384 countsByYear W10270073842015 @default.
- W1027007384 countsByYear W10270073842016 @default.
- W1027007384 countsByYear W10270073842017 @default.
- W1027007384 countsByYear W10270073842018 @default.
- W1027007384 countsByYear W10270073842019 @default.
- W1027007384 countsByYear W10270073842020 @default.
- W1027007384 countsByYear W10270073842021 @default.
- W1027007384 countsByYear W10270073842022 @default.
- W1027007384 countsByYear W10270073842023 @default.
- W1027007384 crossrefType "journal-article" @default.
- W1027007384 hasAuthorship W1027007384A5018869195 @default.
- W1027007384 hasAuthorship W1027007384A5040972627 @default.
- W1027007384 hasAuthorship W1027007384A5043896759 @default.
- W1027007384 hasAuthorship W1027007384A5067433179 @default.
- W1027007384 hasConcept C111368507 @default.
- W1027007384 hasConcept C111919701 @default.
- W1027007384 hasConcept C115540264 @default.
- W1027007384 hasConcept C121332964 @default.
- W1027007384 hasConcept C127313418 @default.
- W1027007384 hasConcept C127413603 @default.
- W1027007384 hasConcept C134121241 @default.
- W1027007384 hasConcept C159985019 @default.
- W1027007384 hasConcept C1633027 @default.
- W1027007384 hasConcept C186060115 @default.
- W1027007384 hasConcept C192562407 @default.
- W1027007384 hasConcept C192643346 @default.
- W1027007384 hasConcept C199360897 @default.