FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W4328131198> ?p ?o ?g. }

• W4328131198 endingPage "5256" @default.
• W4328131198 startingPage "5241" @default.
• W4328131198 abstract "Fabricating highly stable CoAl-layered double hydroxide (LDH)-anchored graphitic carbon nitride (g-C3N4) 2D/2D heterojunction composites for photocatalytic flared gas (methane) reduction with CO2 through methane dry reforming (MDR) and methane bireforming has been investigated. The self-assembly growth of CoAl-LDH flakes with layered g-C3N4 sheets enables proficient charge carrier separation to provide good photoactivity and stability. The optimized 15 wt % CoAl-LDH/g-C3N4 exhibited efficient syngas production, in which H2 and CO yield rates were 4.8 and 3.8 folds higher than those of pure CoAl-LDH, respectively. This activity enhancement can be attributed to strong interfacial interaction, higher light absorption, acidic/basic characteristics, and an improved charge-transfer process. With different feed ratios (CH4/CO2), the highest syngas production was achieved with a ratio of 1.0, confirming efficient adsorption of both reactants due to the basic characteristics of composites to uptake CO2/CH4. During photocatalytic CO2 reduction with CH4/H2O through the bireforming of methane, lower photoactivity for CO/H2 production was observed than using MDR due to a competing sorption process. The quantum yield further confirms higher photon flux utilization for continuous CO and H2 evolution, as evidenced by good recyclability in multiple cycles. This study provides a new opportunity to construct CoAl-LDH-coupled g-C3N4 heterojunctions to utilize natural gas flaring toward syngas production through the dry reforming process. Photocatalytic MDR technology proves to be an excellent option for flared gas utilization for syngas (CO and H2) production in a cleaner environment." @default.
• W4328131198 created "2023-03-22" @default.
• W4328131198 creator A5043773134 @default.
• W4328131198 creator A5064387938 @default.
• W4328131198 date "2023-03-21" @default.
• W4328131198 modified "2023-10-15" @default.
• W4328131198 title "Constructing Highly Stable CoAl-LDH-Coupled g-C₃N₄ 2D/2D Heterojunctions for Solar Energy-Driven Conversion of Flared Gas to Syngas through Dry-/Bireforming of Methane" @default.
• W4328131198 cites W1867742573 @default.
• W4328131198 cites W1883637803 @default.
• W4328131198 cites W1964942264 @default.
• W4328131198 cites W1969114770 @default.
• W4328131198 cites W1980057673 @default.
• W4328131198 cites W1980447757 @default.
• W4328131198 cites W1993312657 @default.
• W4328131198 cites W2003736682 @default.
• W4328131198 cites W2024457489 @default.
• W4328131198 cites W2071177265 @default.
• W4328131198 cites W2071952379 @default.
• W4328131198 cites W2084448666 @default.
• W4328131198 cites W2088770324 @default.
• W4328131198 cites W2106094711 @default.
• W4328131198 cites W2125708216 @default.
• W4328131198 cites W2139706631 @default.
• W4328131198 cites W2198501733 @default.
• W4328131198 cites W2200821869 @default.
• W4328131198 cites W2205543523 @default.
• W4328131198 cites W2207299642 @default.
• W4328131198 cites W2326716624 @default.
• W4328131198 cites W2331835283 @default.
• W4328131198 cites W2375923407 @default.
• W4328131198 cites W2410069179 @default.
• W4328131198 cites W2592489455 @default.
• W4328131198 cites W2618550242 @default.
• W4328131198 cites W2766364066 @default.
• W4328131198 cites W2779251897 @default.
• W4328131198 cites W2793043757 @default.
• W4328131198 cites W2793737401 @default.
• W4328131198 cites W2796167332 @default.
• W4328131198 cites W2803338856 @default.
• W4328131198 cites W2804756415 @default.
• W4328131198 cites W2903104676 @default.
• W4328131198 cites W2910270316 @default.
• W4328131198 cites W2913853167 @default.
• W4328131198 cites W2947601282 @default.
• W4328131198 cites W2954835761 @default.
• W4328131198 cites W2963932244 @default.
• W4328131198 cites W2964479815 @default.
• W4328131198 cites W2969152262 @default.
• W4328131198 cites W2969285803 @default.
• W4328131198 cites W2978379123 @default.
• W4328131198 cites W2979174673 @default.
• W4328131198 cites W2981258170 @default.
• W4328131198 cites W2995068345 @default.
• W4328131198 cites W3001226803 @default.
• W4328131198 cites W3001984671 @default.
• W4328131198 cites W3011133556 @default.
• W4328131198 cites W3022370965 @default.
• W4328131198 cites W3029677608 @default.
• W4328131198 cites W3035238852 @default.
• W4328131198 cites W3036158408 @default.
• W4328131198 cites W3042685803 @default.
• W4328131198 cites W3045810410 @default.
• W4328131198 cites W3066320505 @default.
• W4328131198 cites W3112178446 @default.
• W4328131198 cites W3112613445 @default.
• W4328131198 cites W3112661406 @default.
• W4328131198 cites W3127562568 @default.
• W4328131198 cites W3128427614 @default.
• W4328131198 cites W3131038643 @default.
• W4328131198 cites W3190680344 @default.
• W4328131198 cites W4200150919 @default.
• W4328131198 cites W4206361946 @default.
• W4328131198 cites W4206542200 @default.
• W4328131198 cites W4281676574 @default.
• W4328131198 cites W4281777790 @default.
• W4328131198 cites W4286567466 @default.
• W4328131198 cites W4288066816 @default.
• W4328131198 cites W4291795014 @default.
• W4328131198 cites W4293192727 @default.
• W4328131198 cites W4308965304 @default.
• W4328131198 doi "https://doi.org/10.1021/acs.energyfuels.2c03760" @default.
• W4328131198 hasPublicationYear "2023" @default.
• W4328131198 type Work @default.
• W4328131198 citedByCount "2" @default.
• W4328131198 countsByYear W43281311982023 @default.
• W4328131198 crossrefType "journal-article" @default.
• W4328131198 hasAuthorship W4328131198A5043773134 @default.
• W4328131198 hasAuthorship W4328131198A5064387938 @default.
• W4328131198 hasConcept C127413603 @default.
• W4328131198 hasConcept C150394285 @default.
• W4328131198 hasConcept C161790260 @default.
• W4328131198 hasConcept C178790620 @default.
• W4328131198 hasConcept C185592680 @default.
• W4328131198 hasConcept C192562407 @default.
• W4328131198 hasConcept C194439259 @default.
• W4328131198 hasConcept C42360764 @default.
• W4328131198 hasConcept C49040817 @default.
• W4328131198 hasConcept C516920438 @default.

• next