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- W4306394008 abstract "Wastewater remediation and pollutants removal, such as organic pollutants and heavy metals, have become increasingly important for the protection of environment. Numerous technologies, such as adsorption, membrane separation and photocatalysis, have been proposed to solve this problem. However, these methods also have some disadvantages, such as the inability to mineralize the pollutants during the adsorption process and the serious membrane fouling. Therefore, g-C3N4 as a photocatalyst has been widely used to remove pollutants from wastewater due to graphitic like structure, adjustable morphology, low cost, facile preparation and high chemical stability. However, the pristine g-C3N4 suffers from issues such as small specific surface area, low utilization of visible light and serious photogenerated carrier recombination. Hence, various modification strategies, such as doping, defects, morphology control, metal deposition and heterojunction construction, have been developed to improve its photocatalytic activity. In this review, the synthesis and modification techniques of novel g-C3N4 materials were systematically introduced. Their application and related mechanisms in wastewater remediation and pollutant removal were discussed. Their efficiency, limitations and advantages were also compared and discussed. Furthermore, the promising perspectives and the potential directions of g-C3N4-based materials in environmental applications were put forward and discussed. In the future, materials modifications through supramolecular self-assembly method and S-scheme heterojunction structure still need to be further explored. And it is of great significance for industrial applications to design new processes that are conducive to material recovery and simultaneous treatment of multiple pollutants." @default.
- W4306394008 created "2022-10-17" @default.
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- W4306394008 date "2022-12-01" @default.
- W4306394008 modified "2023-10-18" @default.
- W4306394008 title "Synthesis and modifications of g-C3N4-based materials and their applications in wastewater pollutants removal" @default.
- W4306394008 cites W1175758756 @default.
- W4306394008 cites W1589509528 @default.
- W4306394008 cites W1894326519 @default.
- W4306394008 cites W1972379543 @default.
- W4306394008 cites W1972796811 @default.
- W4306394008 cites W1973294334 @default.
- W4306394008 cites W1977033539 @default.
- W4306394008 cites W1978066776 @default.
- W4306394008 cites W1980006096 @default.
- W4306394008 cites W1987536450 @default.
- W4306394008 cites W1992359430 @default.
- W4306394008 cites W2019749679 @default.
- W4306394008 cites W2021533718 @default.
- W4306394008 cites W2033829444 @default.
- W4306394008 cites W2037921455 @default.
- W4306394008 cites W2039377853 @default.
- W4306394008 cites W2054535706 @default.
- W4306394008 cites W2058270577 @default.
- W4306394008 cites W2060968947 @default.
- W4306394008 cites W2068208469 @default.
- W4306394008 cites W2073727931 @default.
- W4306394008 cites W2075446799 @default.
- W4306394008 cites W2078107904 @default.
- W4306394008 cites W2079305268 @default.
- W4306394008 cites W2079722209 @default.
- W4306394008 cites W2084448666 @default.
- W4306394008 cites W2088432736 @default.
- W4306394008 cites W2114479501 @default.
- W4306394008 cites W2135627479 @default.
- W4306394008 cites W2141567479 @default.
- W4306394008 cites W2149542237 @default.
- W4306394008 cites W2150399639 @default.
- W4306394008 cites W2154439556 @default.
- W4306394008 cites W2156095418 @default.
- W4306394008 cites W2190724014 @default.
- W4306394008 cites W2198357814 @default.
- W4306394008 cites W2309575976 @default.
- W4306394008 cites W2325122667 @default.
- W4306394008 cites W2326259856 @default.
- W4306394008 cites W2326454326 @default.
- W4306394008 cites W2327227278 @default.
- W4306394008 cites W2327845453 @default.
- W4306394008 cites W2330465456 @default.
- W4306394008 cites W2331903696 @default.
- W4306394008 cites W2347150543 @default.
- W4306394008 cites W2400589155 @default.
- W4306394008 cites W2401906193 @default.
- W4306394008 cites W2408976559 @default.
- W4306394008 cites W2431178018 @default.
- W4306394008 cites W2461387407 @default.
- W4306394008 cites W2510758359 @default.
- W4306394008 cites W2517141693 @default.
- W4306394008 cites W2527138228 @default.
- W4306394008 cites W2532939810 @default.
- W4306394008 cites W254597443 @default.
- W4306394008 cites W2547523890 @default.
- W4306394008 cites W2551976551 @default.
- W4306394008 cites W2581125282 @default.
- W4306394008 cites W2586362552 @default.
- W4306394008 cites W2586903497 @default.
- W4306394008 cites W2595210093 @default.
- W4306394008 cites W2595764058 @default.
- W4306394008 cites W2598428613 @default.
- W4306394008 cites W2604851351 @default.
- W4306394008 cites W2619214319 @default.
- W4306394008 cites W2734849715 @default.
- W4306394008 cites W2735706359 @default.
- W4306394008 cites W2747197023 @default.
- W4306394008 cites W2751715269 @default.
- W4306394008 cites W2757955066 @default.
- W4306394008 cites W2758019093 @default.
- W4306394008 cites W2759147296 @default.
- W4306394008 cites W2759536817 @default.
- W4306394008 cites W2766491903 @default.
- W4306394008 cites W2767281358 @default.
- W4306394008 cites W2769541174 @default.
- W4306394008 cites W2780134662 @default.
- W4306394008 cites W2781736202 @default.
- W4306394008 cites W2786436922 @default.
- W4306394008 cites W2789593134 @default.
- W4306394008 cites W2791244691 @default.
- W4306394008 cites W2792538715 @default.
- W4306394008 cites W2792718663 @default.
- W4306394008 cites W2793666122 @default.