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- W3088894872 abstract "Spongy carbon nanostructures are prepared by using nanoporous graphene (NPG), single-wall carbon nanotubes (SWCNTs) and multi-wall carbon nanotubes (MWCNTs). For absorbing oil spills from the surface of water the sponges were made. The characterization of the sponges and their related substratum materials are performed by XRD, BET, FT-IR, TGA and DTA; the results were then evaluated by SEM and TEM; and the adsorption capacities were measured. Having changed the powder form to sponge, a 5.01 (g. g−1) enhancement of adsorption was seen for SWCNT and there was also a 14.07 (g. g−1) increase in MWCNT. The 176.33 (g. g−1) adsorption capacity of the nanoporous graphene sponge towards chloroform was a big surprise which was partly related to the powder's own high adsorption, 155.46 (g. g−1). In other word, an increase of 11–14% was observed in adsorption capacity of nanoporous graphene in sponge in comparison to powdery form. In addition, nanoporous graphene sponge (NPGS) is demonstrated to be perfectly recyclable and versatile, having been recycled through heat treatment, solvent extraction and mild-suction filtration with proper recovery ratios. The obtained recovery capacities of the three methods were 99.01, 98.50, and 98.05 %, respectively. Surprisingly, the adsorption capacity of the NPGS reached up to 98 % even after it was used 10 times. Based on a proper performance of NPGS, it can be a great candidate for oil spill cleanup." @default.
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- W3088894872 date "2021-04-01" @default.
- W3088894872 modified "2023-09-29" @default.
- W3088894872 title "Highly efficient and recyclable spongy nanoporous graphene for remediation of organic pollutants" @default.
- W3088894872 cites W1966693060 @default.
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- W3088894872 cites W1979043813 @default.
- W3088894872 cites W1983909968 @default.
- W3088894872 cites W1984573221 @default.
- W3088894872 cites W1989189480 @default.
- W3088894872 cites W1991084225 @default.
- W3088894872 cites W1996168846 @default.
- W3088894872 cites W1999360393 @default.
- W3088894872 cites W2011087065 @default.
- W3088894872 cites W2011593922 @default.
- W3088894872 cites W2019702852 @default.
- W3088894872 cites W2021121018 @default.
- W3088894872 cites W2021865972 @default.
- W3088894872 cites W2022412941 @default.
- W3088894872 cites W2024820719 @default.
- W3088894872 cites W2025712482 @default.
- W3088894872 cites W2029066016 @default.
- W3088894872 cites W2032204725 @default.
- W3088894872 cites W2032452202 @default.
- W3088894872 cites W2034428339 @default.
- W3088894872 cites W2041659142 @default.
- W3088894872 cites W2052108011 @default.
- W3088894872 cites W2056236021 @default.
- W3088894872 cites W2068577221 @default.
- W3088894872 cites W2071216401 @default.
- W3088894872 cites W2076967705 @default.
- W3088894872 cites W2081768752 @default.
- W3088894872 cites W2087342417 @default.
- W3088894872 cites W2088637337 @default.
- W3088894872 cites W2090000463 @default.
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- W3088894872 cites W2163585067 @default.
- W3088894872 cites W2171321560 @default.
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- W3088894872 doi "https://doi.org/10.1016/j.psep.2020.09.054" @default.
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