FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W3133913257> ?p ?o ?g. }

• W3133913257 endingPage "129172" @default.
• W3133913257 startingPage "129172" @default.
• W3133913257 abstract "• Shaped binder-free Y/ZSM-5 were prepared through gas–solid phase crystallization. • Steaming and acid treatment increased the SiO 2 /Al 2 O 3 ratios of Y/ZSM-5 composites. • Y/ZSM-5 composites exhibit mesopores and high adsorption capacities for VOCs. • Dealuminated Y/ZSM-5 exhibit pronounced hydrophobicity under humid conditions. Hydrophobic zeolites have been considered as effective adsorbents for capturing volatile organic compounds (VOCs). In this contribution, a series of binder-free Y/ZSM-5 zeolite composites were prepared through crystallization of shaped precursors by a vapor-phase transport (VPT) method. The obtained Y/ZSM-5 composites were dealuminated by steaming and hydrochloric acid (HCl). The presence of both ZSM-5 and Y zeolites was verified with XRD. FE-TEM was used to confirm the co-existence of lattice fringes of ZSM-5 and Y in the particles. The samples were also characterized by SEM, N 2 adsorption–desorption and ICP-OES. By selecting toluene (TOL), cyclohexane (CYH), butyl acetate (BAC), methyl ethyl ketone (MEK) and isopropanol (IPA) as representative VOCs of aromatics, alkanes, esters, ketones and alcohols, respectively, the dynamic adsorption performance and temperature-programmed desorption performance of the samples were systematically studied. The results showed that the zeolite composites had larger adsorption capacities for TOL, CYH and BAC than ZSM-5 due to larger surface area, wider pore diameter and higher micropore volume. On the other hand, the adsorption capacities of the composites for MEK and IPA were lower than ZSM-5, indicating that they are more suitable to adsorb larger molecules. The composites also exhibited excellent adsorption performance under humid conditions due to high SiO 2 /Al 2 O 3 ratios and hydrophobicity. By comparing the temperature corresponding to the maximum of the desorption peaks, it was found that the adsorbates were easier to desorb on the zeolite composites than on ZSM-5. Furthermore, the adsorbents have good regeneration ability due to high thermal stability and hydrothermal stability." @default.
• W3133913257 created "2021-03-15" @default.
• W3133913257 creator A5004068482 @default.
• W3133913257 creator A5019385941 @default.
• W3133913257 creator A5019506454 @default.
• W3133913257 creator A5026855271 @default.
• W3133913257 creator A5039390300 @default.
• W3133913257 creator A5040989773 @default.
• W3133913257 creator A5049284057 @default.
• W3133913257 creator A5052525546 @default.
• W3133913257 creator A5056183105 @default.
• W3133913257 creator A5057955089 @default.
• W3133913257 creator A5063298495 @default.
• W3133913257 creator A5076418678 @default.
• W3133913257 creator A5088883498 @default.
• W3133913257 creator A5089054185 @default.
• W3133913257 date "2021-08-01" @default.
• W3133913257 modified "2023-10-17" @default.
• W3133913257 title "Novel preparation of binder-free Y/ZSM-5 zeolite composites for VOCs adsorption" @default.
• W3133913257 cites W1708412278 @default.
• W3133913257 cites W183201242 @default.
• W3133913257 cites W1966971089 @default.
• W3133913257 cites W1968244620 @default.
• W3133913257 cites W1969829873 @default.
• W3133913257 cites W1972044757 @default.
• W3133913257 cites W1974041608 @default.
• W3133913257 cites W1974296417 @default.
• W3133913257 cites W1977727980 @default.
• W3133913257 cites W1980704616 @default.
• W3133913257 cites W1980858204 @default.
• W3133913257 cites W1983830299 @default.
• W3133913257 cites W1986047056 @default.
• W3133913257 cites W2002119022 @default.
• W3133913257 cites W2002318382 @default.
• W3133913257 cites W2012410117 @default.
• W3133913257 cites W2012437320 @default.
• W3133913257 cites W2014124557 @default.
• W3133913257 cites W2024048661 @default.
• W3133913257 cites W2024610881 @default.
• W3133913257 cites W2051910671 @default.
• W3133913257 cites W2055309047 @default.
• W3133913257 cites W2066244039 @default.
• W3133913257 cites W2066329625 @default.
• W3133913257 cites W2075277239 @default.
• W3133913257 cites W2077215032 @default.
• W3133913257 cites W2078987312 @default.
• W3133913257 cites W2082740580 @default.
• W3133913257 cites W2090039096 @default.
• W3133913257 cites W2090499050 @default.
• W3133913257 cites W2092816002 @default.
• W3133913257 cites W2101365116 @default.
• W3133913257 cites W2106423029 @default.
• W3133913257 cites W2120623915 @default.
• W3133913257 cites W2126706966 @default.
• W3133913257 cites W2134648604 @default.
• W3133913257 cites W2143123251 @default.
• W3133913257 cites W2157039315 @default.
• W3133913257 cites W2164567703 @default.
• W3133913257 cites W2167881951 @default.
• W3133913257 cites W2208033253 @default.
• W3133913257 cites W2289738857 @default.
• W3133913257 cites W2313971196 @default.
• W3133913257 cites W2315737341 @default.
• W3133913257 cites W2327590253 @default.
• W3133913257 cites W2491177991 @default.
• W3133913257 cites W2494303756 @default.
• W3133913257 cites W2508512000 @default.
• W3133913257 cites W2513553109 @default.
• W3133913257 cites W2612383933 @default.
• W3133913257 cites W2743313652 @default.
• W3133913257 cites W2757938667 @default.
• W3133913257 cites W2790631074 @default.
• W3133913257 cites W2804394835 @default.
• W3133913257 cites W2808794649 @default.
• W3133913257 cites W2811246431 @default.
• W3133913257 cites W2885596134 @default.
• W3133913257 cites W2913944067 @default.
• W3133913257 cites W2913959197 @default.
• W3133913257 cites W2916501147 @default.
• W3133913257 cites W2952553544 @default.
• W3133913257 cites W2955589838 @default.
• W3133913257 cites W2974732547 @default.
• W3133913257 cites W2997023165 @default.
• W3133913257 cites W2998049430 @default.
• W3133913257 cites W2999463829 @default.
• W3133913257 cites W3012738278 @default.
• W3133913257 cites W3047645334 @default.
• W3133913257 cites W3087447367 @default.
• W3133913257 cites W97368706 @default.
• W3133913257 cites W993259888 @default.
• W3133913257 doi "https://doi.org/10.1016/j.cej.2021.129172" @default.
• W3133913257 hasPublicationYear "2021" @default.
• W3133913257 type Work @default.
• W3133913257 sameAs 3133913257 @default.
• W3133913257 citedByCount "31" @default.
• W3133913257 countsByYear W31339132572021 @default.
• W3133913257 countsByYear W31339132572022 @default.
• W3133913257 countsByYear W31339132572023 @default.

• next