Matches in SemOpenAlex for { <https://semopenalex.org/work/W4316171142> ?p ?o ?g. }
- W4316171142 endingPage "103496" @default.
- W4316171142 startingPage "103496" @default.
- W4316171142 abstract "Despite the dominance of centralized water treatment systems in the past decades, there is increased demand for instant water treatment in isolated areas, i.e., decentralized water treatment. Moreover, as wastewater contains multiple pollutants such as heavy metals, anionic substances, and organic matter, research on their simultaneous removal is one of the most significant issues for practical application. In this study, we reported a novel all-in-one multi-pollutants removal filter based on inverse opal (IO) structures for decentralized water treatment. This IO-based all-in-one filter consists of three adsorbents: Fe2O3, NiOx, and S-doped graphene, for the simultaneous removal of heavy metals, anionic substances, and organic matter. The filter was particularly designed to enhance the water flux of nano-absorbents with high absorption capacity under a water-flow system. As a result, the all-in-one multi-pollutants removal filter exhibited excellent adsorption performance (phenol: 108.16 mg/g; Zn: 209.26 mg/g; and phosphate: 202.54 mg/g) at ultrafast water flux (1167 L/m2·h). We successfully designed an efficient multi-pollutants removal system considering the removal mechanisms suitable for different pollutants, the correlation of pollutants, and the water flow by IO structure. Moreover, our results demonstrated the simultaneous removal of multi-pollutants from wastewater using a single-unit purification system, which would provide great significance to decentralized water purification systems." @default.
- W4316171142 created "2023-01-15" @default.
- W4316171142 creator A5001082195 @default.
- W4316171142 creator A5006743231 @default.
- W4316171142 creator A5008643924 @default.
- W4316171142 creator A5016572421 @default.
- W4316171142 creator A5030572687 @default.
- W4316171142 creator A5050008313 @default.
- W4316171142 creator A5052617482 @default.
- W4316171142 creator A5062187264 @default.
- W4316171142 creator A5074980266 @default.
- W4316171142 creator A5088702133 @default.
- W4316171142 creator A5088903345 @default.
- W4316171142 date "2023-04-01" @default.
- W4316171142 modified "2023-10-12" @default.
- W4316171142 title "Inverse opal-structured all-in-one water purification filter designed for the effective removal of multi-pollutants" @default.
- W4316171142 cites W1414559716 @default.
- W4316171142 cites W1971057663 @default.
- W4316171142 cites W1973633024 @default.
- W4316171142 cites W1996497818 @default.
- W4316171142 cites W2020976925 @default.
- W4316171142 cites W2038036563 @default.
- W4316171142 cites W2054073911 @default.
- W4316171142 cites W2054613065 @default.
- W4316171142 cites W2092034337 @default.
- W4316171142 cites W211171138 @default.
- W4316171142 cites W2160506523 @default.
- W4316171142 cites W2319167964 @default.
- W4316171142 cites W2329359447 @default.
- W4316171142 cites W2331172766 @default.
- W4316171142 cites W2549894323 @default.
- W4316171142 cites W2587736840 @default.
- W4316171142 cites W2604596006 @default.
- W4316171142 cites W2606409644 @default.
- W4316171142 cites W2606787356 @default.
- W4316171142 cites W2738685480 @default.
- W4316171142 cites W2738904281 @default.
- W4316171142 cites W2748341844 @default.
- W4316171142 cites W2762226356 @default.
- W4316171142 cites W2765091961 @default.
- W4316171142 cites W2769088014 @default.
- W4316171142 cites W2791223409 @default.
- W4316171142 cites W2791451871 @default.
- W4316171142 cites W2792895205 @default.
- W4316171142 cites W2800719844 @default.
- W4316171142 cites W2808546957 @default.
- W4316171142 cites W2810657203 @default.
- W4316171142 cites W2884800284 @default.
- W4316171142 cites W2886973280 @default.
- W4316171142 cites W2897017041 @default.
- W4316171142 cites W2901247778 @default.
- W4316171142 cites W2908379865 @default.
- W4316171142 cites W2908474037 @default.
- W4316171142 cites W2911435864 @default.
- W4316171142 cites W2916642610 @default.
- W4316171142 cites W2937697768 @default.
- W4316171142 cites W2944658287 @default.
- W4316171142 cites W2950816825 @default.
- W4316171142 cites W2972843026 @default.
- W4316171142 cites W2990900754 @default.
- W4316171142 cites W2991646398 @default.
- W4316171142 cites W2996232753 @default.
- W4316171142 cites W2997214869 @default.
- W4316171142 cites W3003318569 @default.
- W4316171142 cites W3023240933 @default.
- W4316171142 cites W3082400748 @default.
- W4316171142 cites W3089678414 @default.
- W4316171142 cites W3090280873 @default.
- W4316171142 cites W3091975320 @default.
- W4316171142 cites W3096946446 @default.
- W4316171142 cites W3102366827 @default.
- W4316171142 cites W3111900915 @default.
- W4316171142 cites W3117404320 @default.
- W4316171142 cites W3124413797 @default.
- W4316171142 cites W3132372275 @default.
- W4316171142 cites W3134389046 @default.
- W4316171142 cites W3136531315 @default.
- W4316171142 cites W3137338679 @default.
- W4316171142 cites W3139574201 @default.
- W4316171142 cites W3153714210 @default.
- W4316171142 cites W3189979244 @default.
- W4316171142 cites W3202305821 @default.
- W4316171142 cites W3208368941 @default.
- W4316171142 cites W4210740185 @default.
- W4316171142 cites W4308028282 @default.
- W4316171142 doi "https://doi.org/10.1016/j.jwpe.2023.103496" @default.
- W4316171142 hasPublicationYear "2023" @default.
- W4316171142 type Work @default.
- W4316171142 citedByCount "1" @default.
- W4316171142 countsByYear W43161711422023 @default.
- W4316171142 crossrefType "journal-article" @default.
- W4316171142 hasAuthorship W4316171142A5001082195 @default.
- W4316171142 hasAuthorship W4316171142A5006743231 @default.
- W4316171142 hasAuthorship W4316171142A5008643924 @default.
- W4316171142 hasAuthorship W4316171142A5016572421 @default.
- W4316171142 hasAuthorship W4316171142A5030572687 @default.
- W4316171142 hasAuthorship W4316171142A5050008313 @default.
- W4316171142 hasAuthorship W4316171142A5052617482 @default.