FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2050710727> ?p ?o ?g. }

• W2050710727 endingPage "49" @default.
• W2050710727 startingPage "39" @default.
• W2050710727 abstract "Ethanol can be prepared from agricultural residues and hence is a renewable resource. Its production is simple and cheap and hence steam reforming of ethanol to produce hydrogen for fuel cells is attractive. Process engineering aspects of ethanol steam reforming are discussed here. High temperatures, low pressures and high water-to-ethanol ratios in the feed favor hydrogen production. Ni, Co, Ni/Cu and noble metal (Pd, Pt, Rh)-supported catalysts are promising. Major concerns are fast catalyst coking and formation of by-products such as methane, diethyl ether and acetaldehyde. To overcome these problems, the process should be carried out in a two-layer fixed bed catalytic reactor: at first, ethanol should be dehydrogenated to acetaldehyde in presence of Cu-based catalyst at 573–673 K and then this stream should be passed over a bed containing a mixture of Ni-based catalyst and a chemisorbent at low temperatures around 723 K. The entire process of ethanol steam reforming coupled with selective CO2 removal by chemisorption will enable production of high-purity H2 and hence is very promising." @default.
• W2050710727 created "2016-06-24" @default.
• W2050710727 creator A5043089078 @default.
• W2050710727 creator A5058874549 @default.
• W2050710727 date "2006-03-01" @default.
• W2050710727 modified "2023-09-30" @default.
• W2050710727 title "Insight into steam reforming of ethanol to produce hydrogen for fuel cells" @default.
• W2050710727 cites W1257922188 @default.
• W2050710727 cites W133221338 @default.
• W2050710727 cites W138805442 @default.
• W2050710727 cites W1483777044 @default.
• W2050710727 cites W1491230954 @default.
• W2050710727 cites W1966482016 @default.
• W2050710727 cites W1968079764 @default.
• W2050710727 cites W1969104275 @default.
• W2050710727 cites W1969316854 @default.
• W2050710727 cites W1970811384 @default.
• W2050710727 cites W1977104209 @default.
• W2050710727 cites W1984345975 @default.
• W2050710727 cites W1985622385 @default.
• W2050710727 cites W1986402353 @default.
• W2050710727 cites W1987133563 @default.
• W2050710727 cites W1989685122 @default.
• W2050710727 cites W1991717299 @default.
• W2050710727 cites W1991865182 @default.
• W2050710727 cites W1991958073 @default.
• W2050710727 cites W1996194778 @default.
• W2050710727 cites W1996390127 @default.
• W2050710727 cites W1997271222 @default.
• W2050710727 cites W1997587202 @default.
• W2050710727 cites W2000849919 @default.
• W2050710727 cites W2001281450 @default.
• W2050710727 cites W2008182798 @default.
• W2050710727 cites W2011210060 @default.
• W2050710727 cites W2012380814 @default.
• W2050710727 cites W2014416976 @default.
• W2050710727 cites W2014887438 @default.
• W2050710727 cites W2018132715 @default.
• W2050710727 cites W2020229024 @default.
• W2050710727 cites W2022130171 @default.
• W2050710727 cites W2025842720 @default.
• W2050710727 cites W2027172347 @default.
• W2050710727 cites W2027648537 @default.
• W2050710727 cites W2033082093 @default.
• W2050710727 cites W2033360899 @default.
• W2050710727 cites W2035558521 @default.
• W2050710727 cites W2038864014 @default.
• W2050710727 cites W2040153237 @default.
• W2050710727 cites W2041796411 @default.
• W2050710727 cites W2043421175 @default.
• W2050710727 cites W2048836181 @default.
• W2050710727 cites W2052722714 @default.
• W2050710727 cites W2059800984 @default.
• W2050710727 cites W2064200693 @default.
• W2050710727 cites W2067451589 @default.
• W2050710727 cites W2068575846 @default.
• W2050710727 cites W2069730040 @default.
• W2050710727 cites W2070533149 @default.
• W2050710727 cites W2072918363 @default.
• W2050710727 cites W2073137968 @default.
• W2050710727 cites W2074466808 @default.
• W2050710727 cites W2075737846 @default.
• W2050710727 cites W2078123974 @default.
• W2050710727 cites W2080947763 @default.
• W2050710727 cites W2084084886 @default.
• W2050710727 cites W2085815533 @default.
• W2050710727 cites W2086091688 @default.
• W2050710727 cites W2089293969 @default.
• W2050710727 cites W2093822563 @default.
• W2050710727 cites W2094660900 @default.
• W2050710727 cites W2119563633 @default.
• W2050710727 cites W2122831521 @default.
• W2050710727 cites W2123186045 @default.
• W2050710727 cites W2144107326 @default.
• W2050710727 cites W2153291990 @default.
• W2050710727 cites W2159974326 @default.
• W2050710727 cites W2167717931 @default.
• W2050710727 cites W22177223 @default.
• W2050710727 cites W2315391979 @default.
• W2050710727 cites W2988178458 @default.
• W2050710727 cites W4248374781 @default.
• W2050710727 cites W62002336 @default.
• W2050710727 doi "https://doi.org/10.1016/j.cej.2005.12.008" @default.
• W2050710727 hasPublicationYear "2006" @default.
• W2050710727 type Work @default.
• W2050710727 sameAs 2050710727 @default.
• W2050710727 citedByCount "580" @default.
• W2050710727 countsByYear W20507107272012 @default.
• W2050710727 countsByYear W20507107272013 @default.
• W2050710727 countsByYear W20507107272014 @default.
• W2050710727 countsByYear W20507107272015 @default.
• W2050710727 countsByYear W20507107272016 @default.
• W2050710727 countsByYear W20507107272017 @default.
• W2050710727 countsByYear W20507107272018 @default.
• W2050710727 countsByYear W20507107272019 @default.
• W2050710727 countsByYear W20507107272020 @default.
• W2050710727 countsByYear W20507107272021 @default.
• W2050710727 countsByYear W20507107272022 @default.

• next