Matches in SemOpenAlex for { <https://semopenalex.org/work/W3140341720> ?p ?o ?g. }
- W3140341720 endingPage "129542" @default.
- W3140341720 startingPage "129542" @default.
- W3140341720 abstract "In this research article, the PVDF (polyvinylidene fluoride)–PANI (polyaniline)–titanium nanotube (TNT) based nanocomposite membranes were synthesised through phase inversion method. The composition and structural properties of nanocomposite membranes were characterised by X-ray photoelectron spectroscopy (XPS), Fourier-transform infrared spectroscopy (FTIR), X-ray diffraction (XRD), atomic force microscopy (AFM) and scanning electron microscope (SEM). The significant properties of synthesised membranes such as distribution of pore size, thermal properties, mechanical properties, and photocatalytic behaviour of membranes were also studied. The hydrophilic properties of the composite membranes increased with filler content (PANI-TNT) and results in improved pure water flux (484.8 ± 2.9 L/m2 h−1) compared to that (312.0 ± 1.91 L/m2 h−1) of the pure PVDF membrane. The pure PVDF and nanocomposite membrane were further analysed in terms of their filtration properties such as adsorption of dyes (methyl orange, Allura red) and UV self-cleaning properties. The newly developed nanocomposite membranes showed excellent pollutant removal efficiency (~90%). The synthesised nanocomposite membranes also showed photocatalytic activities due to the presence of TNTs, and adsorption of methyl orange (MO) reduces significantly with the UV light irradiations. The UV self-cleaning property of the composite membrane was further confirmed due to their high flux recovery ratio of about 94%. The results show that embedded PANI-TNT within nanocomposite was photo-catalytically active and degrade the dye molecules from the surface of the nano composite membrane." @default.
- W3140341720 created "2021-04-13" @default.
- W3140341720 creator A5013790727 @default.
- W3140341720 creator A5026992002 @default.
- W3140341720 creator A5034375856 @default.
- W3140341720 creator A5053667374 @default.
- W3140341720 creator A5057545580 @default.
- W3140341720 creator A5069367362 @default.
- W3140341720 creator A5071125879 @default.
- W3140341720 creator A5083419695 @default.
- W3140341720 creator A5091262220 @default.
- W3140341720 date "2021-09-01" @default.
- W3140341720 modified "2023-10-14" @default.
- W3140341720 title "Photodegradation of textile pollutants by nanocomposite membranes of polyvinylidene fluoride integrated with polyaniline–titanium dioxide nanotubes" @default.
- W3140341720 cites W1567920030 @default.
- W3140341720 cites W1918976650 @default.
- W3140341720 cites W1964458408 @default.
- W3140341720 cites W1975496790 @default.
- W3140341720 cites W1981490122 @default.
- W3140341720 cites W1984023899 @default.
- W3140341720 cites W1986252415 @default.
- W3140341720 cites W1989130264 @default.
- W3140341720 cites W1992289765 @default.
- W3140341720 cites W1997850001 @default.
- W3140341720 cites W1998590484 @default.
- W3140341720 cites W2000263561 @default.
- W3140341720 cites W2001151193 @default.
- W3140341720 cites W2002309872 @default.
- W3140341720 cites W2005776172 @default.
- W3140341720 cites W2007876179 @default.
- W3140341720 cites W2009217681 @default.
- W3140341720 cites W2010597692 @default.
- W3140341720 cites W2012067211 @default.
- W3140341720 cites W2014583240 @default.
- W3140341720 cites W2018176776 @default.
- W3140341720 cites W2018305053 @default.
- W3140341720 cites W2018348507 @default.
- W3140341720 cites W2029199178 @default.
- W3140341720 cites W2032469907 @default.
- W3140341720 cites W2033278631 @default.
- W3140341720 cites W2034963161 @default.
- W3140341720 cites W2035161591 @default.
- W3140341720 cites W2037778462 @default.
- W3140341720 cites W2039262144 @default.
- W3140341720 cites W2040924908 @default.
- W3140341720 cites W2052801479 @default.
- W3140341720 cites W2053837213 @default.
- W3140341720 cites W2062588651 @default.
- W3140341720 cites W2063242985 @default.
- W3140341720 cites W2069382661 @default.
- W3140341720 cites W2072361433 @default.
- W3140341720 cites W2078832990 @default.
- W3140341720 cites W2083266591 @default.
- W3140341720 cites W2089543428 @default.
- W3140341720 cites W2090505123 @default.
- W3140341720 cites W2091499598 @default.
- W3140341720 cites W2091633783 @default.
- W3140341720 cites W2093033993 @default.
- W3140341720 cites W2112896131 @default.
- W3140341720 cites W2140104084 @default.
- W3140341720 cites W2150529726 @default.
- W3140341720 cites W2157895262 @default.
- W3140341720 cites W2166691744 @default.
- W3140341720 cites W2198572416 @default.
- W3140341720 cites W2395442831 @default.
- W3140341720 cites W2508407384 @default.
- W3140341720 cites W2526103528 @default.
- W3140341720 cites W2553172596 @default.
- W3140341720 cites W2553807674 @default.
- W3140341720 cites W2567706609 @default.
- W3140341720 cites W2612431122 @default.
- W3140341720 cites W2617355749 @default.
- W3140341720 cites W2619245121 @default.
- W3140341720 cites W2734705068 @default.
- W3140341720 cites W2785033202 @default.
- W3140341720 cites W2787190244 @default.
- W3140341720 cites W2800048381 @default.
- W3140341720 cites W2805386413 @default.
- W3140341720 cites W2809769750 @default.
- W3140341720 cites W2897624926 @default.
- W3140341720 cites W2900285874 @default.
- W3140341720 cites W2904922556 @default.
- W3140341720 cites W2905552837 @default.
- W3140341720 cites W2907057728 @default.
- W3140341720 cites W2908423160 @default.
- W3140341720 cites W2908614275 @default.
- W3140341720 cites W2932270433 @default.
- W3140341720 cites W2968378565 @default.
- W3140341720 cites W2974886124 @default.
- W3140341720 cites W2981706444 @default.
- W3140341720 cites W3004725258 @default.
- W3140341720 cites W3005783267 @default.
- W3140341720 cites W3018730090 @default.
- W3140341720 cites W3036413810 @default.
- W3140341720 cites W3041655963 @default.
- W3140341720 cites W3057462929 @default.
- W3140341720 cites W3088378088 @default.
- W3140341720 cites W310381085 @default.