Matches in SemOpenAlex for { <https://semopenalex.org/work/W3045965794> ?p ?o ?g. }
- W3045965794 endingPage "5185" @default.
- W3045965794 startingPage "5185" @default.
- W3045965794 abstract "Supercritical Water Gasification (SCWG) has the capacity to generate fuel gas effluent from wet biomass without previously having to dry the biomass. However, substantial efforts are still required to make it a feasible and competitive technology for hydrogen production. Biomass contains cellulose, hemicellulose and lignin, so it is essential to understand their behavior in high-pressure systems in order to optimize hydrogen production. As the main component of biomass, cellulose has been extensively studied, and its decomposition has been carried out at both subcritical and supercritical conditions. Most previous works of this model compound were carried out in batch reactors, where reaction times normally take place in a few minutes. However, the present study demonstrates that gasification reactions can achieve efficiency levels of up to 100% in less than ten seconds. The effect of temperature (450–560 °C), the amount of oxidant (from no addition of oxidant to an excess over stoichiometric of 10%, n = 1.1), the initial concentration of organic matter (0.25–2 wt.%) and the addition of a catalyst on the SCWG of cellulose in a continuous tubular reactor at short residence times (from 6 to 10 s) have been studied in this work. Hydrogen yields close to 100% in the gas phase were obtained when operating under optimal conditions. Moreover, a validation of the experimental data has been conducted based on the theoretical data obtained from its kinetics." @default.
- W3045965794 created "2020-08-03" @default.
- W3045965794 creator A5009618839 @default.
- W3045965794 creator A5020623334 @default.
- W3045965794 creator A5045842902 @default.
- W3045965794 creator A5052201723 @default.
- W3045965794 creator A5065360331 @default.
- W3045965794 date "2020-07-28" @default.
- W3045965794 modified "2023-10-05" @default.
- W3045965794 title "Analysis of the Supercritical Water Gasification of Cellulose in a Continuous System Using Short Residence Times" @default.
- W3045965794 cites W1171749353 @default.
- W3045965794 cites W1974005203 @default.
- W3045965794 cites W1974121715 @default.
- W3045965794 cites W1974212185 @default.
- W3045965794 cites W1975815236 @default.
- W3045965794 cites W1976259634 @default.
- W3045965794 cites W1977937761 @default.
- W3045965794 cites W1979961691 @default.
- W3045965794 cites W1980670700 @default.
- W3045965794 cites W1981593736 @default.
- W3045965794 cites W1985769005 @default.
- W3045965794 cites W1986192969 @default.
- W3045965794 cites W1990433759 @default.
- W3045965794 cites W1994629832 @default.
- W3045965794 cites W1996327324 @default.
- W3045965794 cites W1999039429 @default.
- W3045965794 cites W2007322636 @default.
- W3045965794 cites W2007392232 @default.
- W3045965794 cites W2010968910 @default.
- W3045965794 cites W2011446237 @default.
- W3045965794 cites W2011980125 @default.
- W3045965794 cites W2014509434 @default.
- W3045965794 cites W2014649658 @default.
- W3045965794 cites W2018663698 @default.
- W3045965794 cites W2019440708 @default.
- W3045965794 cites W2021155124 @default.
- W3045965794 cites W2021496414 @default.
- W3045965794 cites W2025792633 @default.
- W3045965794 cites W2029864727 @default.
- W3045965794 cites W2030680365 @default.
- W3045965794 cites W2033227974 @default.
- W3045965794 cites W2044754738 @default.
- W3045965794 cites W2052589576 @default.
- W3045965794 cites W2059359717 @default.
- W3045965794 cites W2060044743 @default.
- W3045965794 cites W2062210257 @default.
- W3045965794 cites W2063490592 @default.
- W3045965794 cites W2065867238 @default.
- W3045965794 cites W2079867959 @default.
- W3045965794 cites W2083534589 @default.
- W3045965794 cites W2086426326 @default.
- W3045965794 cites W2092904940 @default.
- W3045965794 cites W2111673695 @default.
- W3045965794 cites W2129990921 @default.
- W3045965794 cites W2171983439 @default.
- W3045965794 cites W2197420772 @default.
- W3045965794 cites W2218425170 @default.
- W3045965794 cites W2238153121 @default.
- W3045965794 cites W2312990224 @default.
- W3045965794 cites W2555304458 @default.
- W3045965794 cites W2764159442 @default.
- W3045965794 cites W2868237944 @default.
- W3045965794 cites W2906770734 @default.
- W3045965794 cites W3001351661 @default.
- W3045965794 cites W333244998 @default.
- W3045965794 cites W4242842717 @default.
- W3045965794 cites W4383678159 @default.
- W3045965794 cites W896093512 @default.
- W3045965794 doi "https://doi.org/10.3390/app10155185" @default.
- W3045965794 hasPublicationYear "2020" @default.
- W3045965794 type Work @default.
- W3045965794 sameAs 3045965794 @default.
- W3045965794 citedByCount "11" @default.
- W3045965794 countsByYear W30459657942021 @default.
- W3045965794 countsByYear W30459657942022 @default.
- W3045965794 countsByYear W30459657942023 @default.
- W3045965794 crossrefType "journal-article" @default.
- W3045965794 hasAuthorship W3045965794A5009618839 @default.
- W3045965794 hasAuthorship W3045965794A5020623334 @default.
- W3045965794 hasAuthorship W3045965794A5045842902 @default.
- W3045965794 hasAuthorship W3045965794A5052201723 @default.
- W3045965794 hasAuthorship W3045965794A5065360331 @default.
- W3045965794 hasBestOaLocation W30459657941 @default.
- W3045965794 hasConcept C111368507 @default.
- W3045965794 hasConcept C115540264 @default.
- W3045965794 hasConcept C118419359 @default.
- W3045965794 hasConcept C124681953 @default.
- W3045965794 hasConcept C127313418 @default.
- W3045965794 hasConcept C127413603 @default.
- W3045965794 hasConcept C144082473 @default.
- W3045965794 hasConcept C161790260 @default.
- W3045965794 hasConcept C178790620 @default.
- W3045965794 hasConcept C185592680 @default.
- W3045965794 hasConcept C187320778 @default.
- W3045965794 hasConcept C192562407 @default.
- W3045965794 hasConcept C202189072 @default.
- W3045965794 hasConcept C2775913793 @default.
- W3045965794 hasConcept C2776073808 @default.