Matches in SemOpenAlex for { <https://semopenalex.org/work/W4308156960> ?p ?o ?g. }
- W4308156960 endingPage "107540" @default.
- W4308156960 startingPage "107540" @default.
- W4308156960 abstract "Traditional activated carbon used to remove elemental mercury (Hg0) from coal-fired power plants exhibit an irregular porous structure, showing an adverse effect on the removal of Hg0. To obtain carbon materials with a regular porous structure, zeolite-templated carbon samples (ZTC and S-doped ZTC) with a three-dimensional ordered structure were synthesized via the chemical vapor deposition (CVD) method using C2H2 and H2S as the carbon and sulfur precursor on BEA zeolite. Several techniques including TG-MS, SEM-TEM-EDS, etc. were used to determine that ZTC replicated the regular microporous structure of zeolite and generated turbostratic carbon. Moreover, the Hg0 removal efficiency (MRE) of ZTC samples was investigated. At 30 °C, they removed Hg0 mainly by physisorption, while at 150 °C, chemisorption was the dominant approach for capturing Hg0. The influence of flue gas components (H2O, NH3, and SO2) on the MRE of ZTC-HS was further studied by experimental methods and molecular dynamic (MD). H2O and NH3 weakened the MRE of ZTC-HS due to the competing adsorption. The effect of SO2 on the MRE of ZTC-HS was related to its concentration. Because of its advantages in regeneration features, preparation cost and higher resistance to flue gas components, ZTC-HS exhibited the potential for industrial applications." @default.
- W4308156960 created "2022-11-08" @default.
- W4308156960 creator A5019829536 @default.
- W4308156960 creator A5060002817 @default.
- W4308156960 creator A5070326649 @default.
- W4308156960 creator A5072315367 @default.
- W4308156960 creator A5085142676 @default.
- W4308156960 date "2023-01-01" @default.
- W4308156960 modified "2023-10-10" @default.
- W4308156960 title "Three-dimensional ordered zeolite-templated carbon with covalent sulfur for efficient removal of elemental mercury: Experimental study and molecular dynamic simulation" @default.
- W4308156960 cites W1966907291 @default.
- W4308156960 cites W1967287005 @default.
- W4308156960 cites W1978454617 @default.
- W4308156960 cites W1982157853 @default.
- W4308156960 cites W1991647648 @default.
- W4308156960 cites W2010611481 @default.
- W4308156960 cites W2016144329 @default.
- W4308156960 cites W2037678953 @default.
- W4308156960 cites W2043293429 @default.
- W4308156960 cites W2056986629 @default.
- W4308156960 cites W2060609273 @default.
- W4308156960 cites W2070325043 @default.
- W4308156960 cites W2089323224 @default.
- W4308156960 cites W2135756211 @default.
- W4308156960 cites W2137116170 @default.
- W4308156960 cites W2148917541 @default.
- W4308156960 cites W2162113848 @default.
- W4308156960 cites W2196141196 @default.
- W4308156960 cites W2267788608 @default.
- W4308156960 cites W2297872481 @default.
- W4308156960 cites W2300929804 @default.
- W4308156960 cites W2316560961 @default.
- W4308156960 cites W2345796259 @default.
- W4308156960 cites W2416757599 @default.
- W4308156960 cites W2486566254 @default.
- W4308156960 cites W2517272188 @default.
- W4308156960 cites W2530084819 @default.
- W4308156960 cites W2580942076 @default.
- W4308156960 cites W2736261981 @default.
- W4308156960 cites W2783454533 @default.
- W4308156960 cites W2793269306 @default.
- W4308156960 cites W2797619645 @default.
- W4308156960 cites W2805569281 @default.
- W4308156960 cites W2890211311 @default.
- W4308156960 cites W2912122782 @default.
- W4308156960 cites W2936822795 @default.
- W4308156960 cites W2946812917 @default.
- W4308156960 cites W2968133093 @default.
- W4308156960 cites W2976221299 @default.
- W4308156960 cites W2980237121 @default.
- W4308156960 cites W2998909474 @default.
- W4308156960 cites W3001470942 @default.
- W4308156960 cites W3006994147 @default.
- W4308156960 cites W3034671781 @default.
- W4308156960 cites W3035781277 @default.
- W4308156960 cites W3043050714 @default.
- W4308156960 cites W3045810410 @default.
- W4308156960 cites W3047160348 @default.
- W4308156960 cites W3047358741 @default.
- W4308156960 cites W3088302588 @default.
- W4308156960 cites W3095433320 @default.
- W4308156960 cites W3097917017 @default.
- W4308156960 cites W3116705371 @default.
- W4308156960 cites W3124224272 @default.
- W4308156960 cites W3157159715 @default.
- W4308156960 cites W3171677231 @default.
- W4308156960 cites W3187034401 @default.
- W4308156960 cites W3196572088 @default.
- W4308156960 cites W3200352483 @default.
- W4308156960 cites W3203068693 @default.
- W4308156960 cites W3205578232 @default.
- W4308156960 cites W3207802074 @default.
- W4308156960 cites W4200279999 @default.
- W4308156960 cites W4200386205 @default.
- W4308156960 cites W4200577210 @default.
- W4308156960 cites W4205091585 @default.
- W4308156960 cites W4206224693 @default.
- W4308156960 cites W4210362934 @default.
- W4308156960 cites W4210765023 @default.
- W4308156960 cites W4214553896 @default.
- W4308156960 cites W4214593829 @default.
- W4308156960 cites W4229042184 @default.
- W4308156960 cites W4292395979 @default.
- W4308156960 cites W627981140 @default.
- W4308156960 doi "https://doi.org/10.1016/j.fuproc.2022.107540" @default.
- W4308156960 hasPublicationYear "2023" @default.
- W4308156960 type Work @default.
- W4308156960 citedByCount "1" @default.
- W4308156960 crossrefType "journal-article" @default.
- W4308156960 hasAuthorship W4308156960A5019829536 @default.
- W4308156960 hasAuthorship W4308156960A5060002817 @default.
- W4308156960 hasAuthorship W4308156960A5070326649 @default.
- W4308156960 hasAuthorship W4308156960A5072315367 @default.
- W4308156960 hasAuthorship W4308156960A5085142676 @default.
- W4308156960 hasConcept C104779481 @default.
- W4308156960 hasConcept C127413603 @default.
- W4308156960 hasConcept C140205800 @default.
- W4308156960 hasConcept C147789679 @default.