FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2533072521> ?p ?o ?g. }

• W2533072521 endingPage "620" @default.
• W2533072521 startingPage "610" @default.
• W2533072521 abstract "Hydrogen production from the thermochemical conversion of biomass was carried out with nano-sized NiZnAlOx catalysts using a two-stage fixed bed reactor system. The gases derived from the pyrolysis of wood sawdust in the first stage were catalytically steam reformed in the second stage. The NiZnAlOx catalysts were synthesized by a co-precipitation method with different Ni molar fractions (5, 10, 15, 25 and 35%) and a constant Zn:Al molar ratio of 1:4. The catalysts were characterized by a wide range of techniques, including N2 adsorption, SEM, XRD, TEM and temperature-programmed oxidation (TPO) and reduction (TPR). Fine metal particles of size around 10–11 nm were obtained and the catalysts had high stability characteristics, which improved the dispersion of active centers during the reaction and promoted the performance of the catalysts. The yield of gas was increased from 49.3 to 74.8 wt.%, and the volumetric concentration of hydrogen was increased from 34.7 to 48.1 vol.%, when the amount of Ni loading was increased from 5 to 35%. Meanwhile, the CH4 fraction decreased from 10.2 to 0.2 vol.% and the C2–C4 fraction was reduced from 2.4 vol.% to 0.0 vol.%. During the reaction, the crystal size of all catalysts was successfully maintained at around 10–11 nm with lowered catalyst coke formation, (particularly for the 35NiZn4Al catalyst where negligible coke was found) and additionally no obvious catalyst sintering was detected. The efficient production of hydrogen from the thermochemical conversion of renewable biomass indicates that it is a promising sustainable route to generate hydrogen from biomass using the NiZnAl metal oxide catalyst prepared in this work via a two-stage reaction system." @default.
• W2533072521 created "2016-10-28" @default.
• W2533072521 creator A5015226338 @default.
• W2533072521 creator A5021768167 @default.
• W2533072521 creator A5032589855 @default.
• W2533072521 creator A5080139893 @default.
• W2533072521 creator A5083906194 @default.
• W2533072521 creator A5089954345 @default.
• W2533072521 date "2017-01-01" @default.
• W2533072521 modified "2023-10-11" @default.
• W2533072521 title "Promoting hydrogen production and minimizing catalyst deactivation from the pyrolysis-catalytic steam reforming of biomass on nanosized NiZnAlOx catalysts" @default.
• W2533072521 cites W131972850 @default.
• W2533072521 cites W138805442 @default.
• W2533072521 cites W144345657 @default.
• W2533072521 cites W1967037502 @default.
• W2533072521 cites W1967166549 @default.
• W2533072521 cites W1967713205 @default.
• W2533072521 cites W1968146201 @default.
• W2533072521 cites W1970339529 @default.
• W2533072521 cites W1970648125 @default.
• W2533072521 cites W1973028840 @default.
• W2533072521 cites W1984703669 @default.
• W2533072521 cites W1989230698 @default.
• W2533072521 cites W1989579990 @default.
• W2533072521 cites W1991368730 @default.
• W2533072521 cites W1991426725 @default.
• W2533072521 cites W1991795771 @default.
• W2533072521 cites W1991916425 @default.
• W2533072521 cites W1993851855 @default.
• W2533072521 cites W1994808892 @default.
• W2533072521 cites W1997090257 @default.
• W2533072521 cites W1997852147 @default.
• W2533072521 cites W2005817853 @default.
• W2533072521 cites W2007647237 @default.
• W2533072521 cites W2009896559 @default.
• W2533072521 cites W2010753433 @default.
• W2533072521 cites W2014372817 @default.
• W2533072521 cites W2014615178 @default.
• W2533072521 cites W2015554138 @default.
• W2533072521 cites W2016852696 @default.
• W2533072521 cites W2023404472 @default.
• W2533072521 cites W2023623153 @default.
• W2533072521 cites W2025519269 @default.
• W2533072521 cites W2025908764 @default.
• W2533072521 cites W2027714430 @default.
• W2533072521 cites W2032051344 @default.
• W2533072521 cites W2032377716 @default.
• W2533072521 cites W2034921671 @default.
• W2533072521 cites W2041253475 @default.
• W2533072521 cites W2041491358 @default.
• W2533072521 cites W2041796411 @default.
• W2533072521 cites W2045924372 @default.
• W2533072521 cites W2047273898 @default.
• W2533072521 cites W2048760984 @default.
• W2533072521 cites W2049917195 @default.
• W2533072521 cites W2050003676 @default.
• W2533072521 cites W2050552839 @default.
• W2533072521 cites W2058331375 @default.
• W2533072521 cites W2063490592 @default.
• W2533072521 cites W2072734501 @default.
• W2533072521 cites W2072832449 @default.
• W2533072521 cites W2074617895 @default.
• W2533072521 cites W2079727971 @default.
• W2533072521 cites W2080021982 @default.
• W2533072521 cites W2082527397 @default.
• W2533072521 cites W2084084886 @default.
• W2533072521 cites W2088300175 @default.
• W2533072521 cites W2089325417 @default.
• W2533072521 cites W2091874367 @default.
• W2533072521 cites W2094468988 @default.
• W2533072521 cites W2116731569 @default.
• W2533072521 cites W2130798722 @default.
• W2533072521 cites W2131528231 @default.
• W2533072521 cites W2136837832 @default.
• W2533072521 cites W2167414748 @default.
• W2533072521 cites W2328422625 @default.
• W2533072521 cites W2460366396 @default.
• W2533072521 cites W597971918 @default.
• W2533072521 doi "https://doi.org/10.1016/j.fuel.2016.10.072" @default.
• W2533072521 hasPublicationYear "2017" @default.
• W2533072521 type Work @default.
• W2533072521 sameAs 2533072521 @default.
• W2533072521 citedByCount "74" @default.
• W2533072521 countsByYear W25330725212017 @default.
• W2533072521 countsByYear W25330725212018 @default.
• W2533072521 countsByYear W25330725212019 @default.
• W2533072521 countsByYear W25330725212020 @default.
• W2533072521 countsByYear W25330725212021 @default.
• W2533072521 countsByYear W25330725212022 @default.
• W2533072521 countsByYear W25330725212023 @default.
• W2533072521 crossrefType "journal-article" @default.
• W2533072521 hasAuthorship W2533072521A5015226338 @default.
• W2533072521 hasAuthorship W2533072521A5021768167 @default.
• W2533072521 hasAuthorship W2533072521A5032589855 @default.
• W2533072521 hasAuthorship W2533072521A5080139893 @default.
• W2533072521 hasAuthorship W2533072521A5083906194 @default.
• W2533072521 hasAuthorship W2533072521A5089954345 @default.
• W2533072521 hasBestOaLocation W25330725212 @default.

• next