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1 article(s) from Zhou, Huan

GO) for highly effective oil–water separation

Zhaoyang Xu,
Huan Zhou,
Sicong Tan,
Xiangdong Jiang,
Weibing Wu,
Jiangtao Shi and
Peng Chen

Beilstein J. Nanotechnol. 2018, 9, 508–519, doi:10.3762/bjnano.9.49

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Figure 1: Digital image of (a) CNF/PVA/GO aerogel with dimensions of 1.6 × 1.7 cm; (b) CNF/PVA/GO carbon aero...

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Figure 2: (a), (b), and (d) are SEM images of the inner part of the super-hydrophobic CNF/PVA/GO carbon aerog...

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Figure 3: FTIR spectra of the (a) CNFs, (b) PVA, (c) GO, (d) rGO, (e) CNF/PVA/GO aerogel, and (f) CNF/PVA/GO ...

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Figure 4: Raman images of the (a) CNFs, (b) PVA, (c) GO, (d) rGO, and (e) CNF/PVA/GO aerogels and the (f) CNF...

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Figure 5: X-ray photoelectron spectrometry spectra and deconvolution of (a) survey scans, and C 1s high-resol...

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Figure 6: Thermogravimetric analysis (TGA) curves of the CNFs, pure PVA, GO, CNF/PVA/GO aerogel and the CNF/P...

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Figure 7: Contact angle of CNF/PVA/GO carbon aerogels.

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Figure 8: Removal of soybean oil (dyed with Sudan red) from the water surface using carbon aerogel.

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Figure 9: Photographs showing the recycling process of CNF/PVA/GO carbon aerogels via combustion.

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Figure 10: Recycling performance of CNF/PVA/GO carbon aerogels for absorption of soybean oil by absorption/com...

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Figure 11: Absorption capacity of CNF/PVA/GO carbon aerogels.

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Figure 12: Schematic showing the synthetic steps for preparing super-hydrophobic CNF/PVA/GO carbon aerogel.

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Full Research Paper

Published 12 Feb 2018

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