FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W3148349146> ?p ?o ?g. }

• W3148349146 endingPage "5318" @default.
• W3148349146 startingPage "5310" @default.
• W3148349146 abstract "Mesoporous MgO is a promising candidate for CO2 capture. In this study, MgO pellets were activated via hydration and the effects of the process on the texture, structures, and CO2 adsorption properties of the pelletized MgO adsorbents were systematically studied. Two adsorption kinetics models were used to investigate the CO2 adsorption kinetics of the pelletized MgO adsorbents. Simultaneously, their kinetic parameters and the influence of adsorption temperatures were determined. It was found that a 3D, flaky, inter-connected network structure appeared after hydration. The hydration process significantly improved the pore structure of the adsorbent and thereby improved the CO2 adsorption capacity and equilibrium rate constant. The increase in CO2 adsorption capacity was attributed to the development of their structure rather than the reaction of Mg(OH)2 with CO2. The results of a kinetics study showed that a pseudo-second-order model was suitable for predicting the entire adsorption process. Meanwhile, the equilibrium kinetics rate constant of CO2 capture increased with adsorption temperature, but the initial adsorption rate was mainly related to the texture and structures of the adsorbents. Consequently, hydration by steam or liquid water was deemed an effective method for improving the adsorption performance of MgO pellets, and the hydrated adsorbents were suitable for use in practical CO2 capture." @default.
• W3148349146 created "2021-04-13" @default.
• W3148349146 creator A5001767707 @default.
• W3148349146 creator A5033020983 @default.
• W3148349146 creator A5037303341 @default.
• W3148349146 creator A5048530877 @default.
• W3148349146 creator A5052295445 @default.
• W3148349146 creator A5056532764 @default.
• W3148349146 creator A5078143614 @default.
• W3148349146 date "2021-03-30" @default.
• W3148349146 modified "2023-09-23" @default.
• W3148349146 title "Hydration Activation of MgO Pellets for CO₂ Adsorption" @default.
• W3148349146 cites W1249266568 @default.
• W3148349146 cites W1942298420 @default.
• W3148349146 cites W1968768674 @default.
• W3148349146 cites W1986321052 @default.
• W3148349146 cites W1988493480 @default.
• W3148349146 cites W1992487096 @default.
• W3148349146 cites W2005508279 @default.
• W3148349146 cites W2007065470 @default.
• W3148349146 cites W2019004809 @default.
• W3148349146 cites W2020753245 @default.
• W3148349146 cites W2023239364 @default.
• W3148349146 cites W2031001823 @default.
• W3148349146 cites W2043661598 @default.
• W3148349146 cites W2050961145 @default.
• W3148349146 cites W2065409111 @default.
• W3148349146 cites W2066547869 @default.
• W3148349146 cites W2069704252 @default.
• W3148349146 cites W2070600939 @default.
• W3148349146 cites W2075148429 @default.
• W3148349146 cites W2078370811 @default.
• W3148349146 cites W2086661907 @default.
• W3148349146 cites W2090003288 @default.
• W3148349146 cites W2103886125 @default.
• W3148349146 cites W2107001362 @default.
• W3148349146 cites W2121022470 @default.
• W3148349146 cites W2127723932 @default.
• W3148349146 cites W2141837911 @default.
• W3148349146 cites W2186413256 @default.
• W3148349146 cites W2235608737 @default.
• W3148349146 cites W2317678184 @default.
• W3148349146 cites W2327731353 @default.
• W3148349146 cites W2330099212 @default.
• W3148349146 cites W2418869882 @default.
• W3148349146 cites W2468813488 @default.
• W3148349146 cites W2560078599 @default.
• W3148349146 cites W2730981877 @default.
• W3148349146 cites W2757516308 @default.
• W3148349146 cites W2897770548 @default.
• W3148349146 cites W2902325525 @default.
• W3148349146 cites W2903322621 @default.
• W3148349146 cites W2910489163 @default.
• W3148349146 cites W2914835312 @default.
• W3148349146 cites W2921515756 @default.
• W3148349146 cites W2924293911 @default.
• W3148349146 cites W2966156774 @default.
• W3148349146 cites W2969562355 @default.
• W3148349146 cites W2972135585 @default.
• W3148349146 cites W2975269936 @default.
• W3148349146 cites W2988278250 @default.
• W3148349146 cites W2998254574 @default.
• W3148349146 cites W3008379308 @default.
• W3148349146 cites W3010491250 @default.
• W3148349146 cites W3045332301 @default.
• W3148349146 cites W3045759139 @default.
• W3148349146 cites W3081602797 @default.
• W3148349146 cites W597251723 @default.
• W3148349146 cites W843007777 @default.
• W3148349146 cites W908391936 @default.
• W3148349146 doi "https://doi.org/10.1021/acs.iecr.0c05462" @default.
• W3148349146 hasPublicationYear "2021" @default.
• W3148349146 type Work @default.
• W3148349146 sameAs 3148349146 @default.
• W3148349146 citedByCount "5" @default.
• W3148349146 countsByYear W31483491462022 @default.
• W3148349146 countsByYear W31483491462023 @default.
• W3148349146 crossrefType "journal-article" @default.
• W3148349146 hasAuthorship W3148349146A5001767707 @default.
• W3148349146 hasAuthorship W3148349146A5033020983 @default.
• W3148349146 hasAuthorship W3148349146A5037303341 @default.
• W3148349146 hasAuthorship W3148349146A5048530877 @default.
• W3148349146 hasAuthorship W3148349146A5052295445 @default.
• W3148349146 hasAuthorship W3148349146A5056532764 @default.
• W3148349146 hasAuthorship W3148349146A5078143614 @default.
• W3148349146 hasConcept C115961682 @default.
• W3148349146 hasConcept C121332964 @default.
• W3148349146 hasConcept C127413603 @default.
• W3148349146 hasConcept C147789679 @default.
• W3148349146 hasConcept C148898269 @default.
• W3148349146 hasConcept C150394285 @default.
• W3148349146 hasConcept C154945302 @default.
• W3148349146 hasConcept C159985019 @default.
• W3148349146 hasConcept C161790260 @default.
• W3148349146 hasConcept C178790620 @default.
• W3148349146 hasConcept C185592680 @default.
• W3148349146 hasConcept C192562407 @default.
• W3148349146 hasConcept C2780584874 @default.

• next