Matches in SemOpenAlex for { <https://semopenalex.org/work/W4386286169> ?p ?o ?g. }
- W4386286169 endingPage "14223" @default.
- W4386286169 startingPage "14212" @default.
- W4386286169 abstract "A new type of tungsten-doped Mn–Mo/CNT catalyst (CM5Mo5Wx) is prepared by the impregnation method, and their surface properties and mercury removal ability during oxy-fuel combustion simulated flue gas are investigated in this study. It indicated that the addition of tungsten to Mn–Mo/CNT significantly changed the surface structure of the catalyst. The Brunauer–Emmett–Teller surface areas of CM5Mo5 and CM5Mo5W6 are 209 and 172 m2/g, respectively. However, the addition of tungsten expands pore volume of the catalyst. In addition, less Mn4+ is found on the surface of the tungsten-doped catalyst. Mercury removal ability of the tungsten-doped catalyst is stronger than that of CM5Mo5, especially the mercury removal ability of CM5Mo5W6. Its mercury removal efficiency is 98% at 100 °C, while that of CM5Mo5 is lower than 70%. Under different flue gas conditions, O2 and NO can significantly enhance Hg0 removal, but SO2 decreases mercury removal efficiency. However, H2O slightly suppresses the mercury removal by this catalyst. Moreover, combining the Hg-TPD and kinetic analyses, it was revealed that chemisorption is crucial for Hg0 removal. Hg0 is more easily adsorbed by CM5Mo5W6 through the results of kinetic analysis." @default.
- W4386286169 created "2023-08-31" @default.
- W4386286169 creator A5026613448 @default.
- W4386286169 creator A5037335239 @default.
- W4386286169 creator A5039837606 @default.
- W4386286169 creator A5050486043 @default.
- W4386286169 creator A5072268308 @default.
- W4386286169 creator A5077671157 @default.
- W4386286169 creator A5078823828 @default.
- W4386286169 creator A5087845631 @default.
- W4386286169 creator A5091318238 @default.
- W4386286169 date "2023-08-30" @default.
- W4386286169 modified "2023-10-07" @default.
- W4386286169 title "Effect of Tungsten on Hg<sup>0</sup> Removal by W–Mn–Mo/CNT During Oxy-Fuel Combustion Simulated Flue Gas" @default.
- W4386286169 cites W1775162572 @default.
- W4386286169 cites W193160145 @default.
- W4386286169 cites W1964913677 @default.
- W4386286169 cites W1972513397 @default.
- W4386286169 cites W1974746011 @default.
- W4386286169 cites W1977799318 @default.
- W4386286169 cites W1978454617 @default.
- W4386286169 cites W1984747628 @default.
- W4386286169 cites W1989106720 @default.
- W4386286169 cites W2000179400 @default.
- W4386286169 cites W2003113088 @default.
- W4386286169 cites W2006678345 @default.
- W4386286169 cites W2008063555 @default.
- W4386286169 cites W2014114012 @default.
- W4386286169 cites W2021738228 @default.
- W4386286169 cites W2028619837 @default.
- W4386286169 cites W2029833389 @default.
- W4386286169 cites W2032757379 @default.
- W4386286169 cites W2033183450 @default.
- W4386286169 cites W2040456280 @default.
- W4386286169 cites W2060210594 @default.
- W4386286169 cites W2061553541 @default.
- W4386286169 cites W2064445769 @default.
- W4386286169 cites W2069927179 @default.
- W4386286169 cites W2070827936 @default.
- W4386286169 cites W2072113666 @default.
- W4386286169 cites W2072581004 @default.
- W4386286169 cites W2072639427 @default.
- W4386286169 cites W2074381851 @default.
- W4386286169 cites W2076906273 @default.
- W4386286169 cites W2084352009 @default.
- W4386286169 cites W2092303248 @default.
- W4386286169 cites W2095120682 @default.
- W4386286169 cites W2121427452 @default.
- W4386286169 cites W2128586967 @default.
- W4386286169 cites W2148917541 @default.
- W4386286169 cites W2162113848 @default.
- W4386286169 cites W2182732396 @default.
- W4386286169 cites W2305638262 @default.
- W4386286169 cites W2342509013 @default.
- W4386286169 cites W2461838475 @default.
- W4386286169 cites W2464147615 @default.
- W4386286169 cites W2520148545 @default.
- W4386286169 cites W2614155288 @default.
- W4386286169 cites W2664641977 @default.
- W4386286169 cites W2732382284 @default.
- W4386286169 cites W2744860735 @default.
- W4386286169 cites W2767267446 @default.
- W4386286169 cites W2767968094 @default.
- W4386286169 cites W2773482002 @default.
- W4386286169 cites W2784122055 @default.
- W4386286169 cites W2803007157 @default.
- W4386286169 cites W2889018554 @default.
- W4386286169 cites W2891422614 @default.
- W4386286169 cites W2892285846 @default.
- W4386286169 cites W2897292629 @default.
- W4386286169 cites W2906953402 @default.
- W4386286169 cites W2938852857 @default.
- W4386286169 cites W2940220773 @default.
- W4386286169 cites W2946921824 @default.
- W4386286169 cites W2954949793 @default.
- W4386286169 cites W3087324713 @default.
- W4386286169 cites W3139745271 @default.
- W4386286169 cites W3179863027 @default.
- W4386286169 cites W3199970974 @default.
- W4386286169 cites W3211017702 @default.
- W4386286169 cites W3215420807 @default.
- W4386286169 cites W4200009152 @default.
- W4386286169 cites W4206095687 @default.
- W4386286169 cites W4206153942 @default.
- W4386286169 cites W4210437797 @default.
- W4386286169 cites W4210887511 @default.
- W4386286169 cites W4221017947 @default.
- W4386286169 cites W4224010133 @default.
- W4386286169 cites W4226268556 @default.
- W4386286169 cites W4280489778 @default.
- W4386286169 cites W4296632347 @default.
- W4386286169 cites W4298008901 @default.
- W4386286169 cites W4366818996 @default.
- W4386286169 doi "https://doi.org/10.1021/acs.iecr.3c01164" @default.
- W4386286169 hasPublicationYear "2023" @default.
- W4386286169 type Work @default.
- W4386286169 citedByCount "0" @default.
- W4386286169 crossrefType "journal-article" @default.