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• W4360602151 endingPage "109727" @default.
• W4360602151 startingPage "109727" @default.
• W4360602151 abstract "Photocatalytic CO2 reduction into valuable hydrocarbons like CH4, CH3OH, C2H5OH, HCOOH, and CO can tackle the problems of fossil fuel shortage and global warming immediately, however, semiconductor photocatalysts have been compensated with huge concentrations in the current years. Because of their small specific surface area and insufficient ability to adsorb CO2, several typical semiconductor samples do not perform as effectively as is required for realistic applications. Consequently, the measurement of catalysts with high CO2 uptake is important in the field of CO2 photoreduction. Graphite carbon nitride (g-C3N4) has materialized as a wunderkind in this area for its plentiful benefits. g-C3N4 with the characteristics of being non-hazardous, highly stable, and inexpensive, shows tremendous visible light absorption features (Eg= 2.7 eV) and for that reason mesmerized widespread concentration in the field of photocatalysis. The photocatalytic efficiency of pure g-C3N4 is low due to quick recombination of photogenerated electron/hole pairs, a low surface area, and insufficient visible light absorption. Its distinct band structure provides a promising approach to enhancing the charge separation, increasing the surface area, and enhancing light absorption when coupled with a large bandgap semiconductor to form a heterojunction composite. For this, g-C3N4 as a potent photocatalyst and a variety of synthesis techniques have been highlighted. Unlike other reviews that have been published, we discuss here the most recent developments in the design of heterostructures based on g-C3N4 for studying photoactivity for CO2 reduction. The g-C3N4 based heterostructures have been classified as semiconductor-supported g-C3N4 based heterostructures, graphene oxide (GO) supported g-C3N4 based heterostructures, non-metal or transition metal supported g-C3N4 based heterostructures, metal-organic frameworks supported g-C3N4-based heterostructures. Besides, the challenges and prospective views of the modified g-C3N4 based heterostructure for CO2 photoconversion were discussed. This review will encourage rigorous investigation into the coherent design and progress of more creative g-C3N4 based heterostructures, which are an environmentally friendly and sustainable method of consuming CO2." @default.
• W4360602151 created "2023-03-24" @default.
• W4360602151 creator A5000562242 @default.
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• W4360602151 creator A5039970336 @default.
• W4360602151 creator A5077081923 @default.
• W4360602151 creator A5079916992 @default.
• W4360602151 date "2023-06-01" @default.
• W4360602151 modified "2023-10-16" @default.
• W4360602151 title "Recent progress on the development of g-C3N4 based composite material and their photocatalytic application of CO2 reductions" @default.
• W4360602151 cites W1742701672 @default.
• W4360602151 cites W1793789345 @default.
• W4360602151 cites W1829643206 @default.
• W4360602151 cites W1831517442 @default.
• W4360602151 cites W1899600941 @default.
• W4360602151 cites W1965631395 @default.
• W4360602151 cites W1968055552 @default.
• W4360602151 cites W1970661594 @default.
• W4360602151 cites W1972796811 @default.
• W4360602151 cites W1980127757 @default.
• W4360602151 cites W1980273434 @default.
• W4360602151 cites W1986474271 @default.
• W4360602151 cites W1986651976 @default.
• W4360602151 cites W1989020181 @default.
• W4360602151 cites W1989597702 @default.
• W4360602151 cites W1992647390 @default.
• W4360602151 cites W2001108361 @default.
• W4360602151 cites W2010947360 @default.
• W4360602151 cites W2012193067 @default.
• W4360602151 cites W2012467302 @default.
• W4360602151 cites W2013401537 @default.
• W4360602151 cites W2013595703 @default.
• W4360602151 cites W2019337869 @default.
• W4360602151 cites W2024404718 @default.
• W4360602151 cites W2024681262 @default.
• W4360602151 cites W2028581192 @default.
• W4360602151 cites W2028775956 @default.
• W4360602151 cites W2030313025 @default.
• W4360602151 cites W2031886434 @default.
• W4360602151 cites W2032726972 @default.
• W4360602151 cites W2036104331 @default.
• W4360602151 cites W2051921052 @default.
• W4360602151 cites W2053253632 @default.
• W4360602151 cites W2058270577 @default.
• W4360602151 cites W2059318768 @default.
• W4360602151 cites W2059955809 @default.
• W4360602151 cites W2067553518 @default.
• W4360602151 cites W2068683024 @default.
• W4360602151 cites W2070374953 @default.
• W4360602151 cites W2074968443 @default.
• W4360602151 cites W2078107904 @default.
• W4360602151 cites W2080125108 @default.
• W4360602151 cites W2082782133 @default.
• W4360602151 cites W2086913285 @default.
• W4360602151 cites W2090045000 @default.
• W4360602151 cites W2091952190 @default.
• W4360602151 cites W2095814999 @default.
• W4360602151 cites W2099811794 @default.
• W4360602151 cites W2113647396 @default.
• W4360602151 cites W2116530643 @default.
• W4360602151 cites W2119014312 @default.
• W4360602151 cites W2119570658 @default.
• W4360602151 cites W2141830823 @default.
• W4360602151 cites W2145650166 @default.
• W4360602151 cites W2146028353 @default.
• W4360602151 cites W2151031468 @default.
• W4360602151 cites W2163801617 @default.
• W4360602151 cites W2163978859 @default.
• W4360602151 cites W2166081293 @default.
• W4360602151 cites W2167821865 @default.
• W4360602151 cites W2168671702 @default.
• W4360602151 cites W2177629749 @default.
• W4360602151 cites W2183956745 @default.
• W4360602151 cites W2267752385 @default.
• W4360602151 cites W2300695745 @default.
• W4360602151 cites W2309502489 @default.
• W4360602151 cites W2313235764 @default.
• W4360602151 cites W2313621674 @default.
• W4360602151 cites W2314894332 @default.
• W4360602151 cites W2316921421 @default.
• W4360602151 cites W2323604837 @default.
• W4360602151 cites W2327448406 @default.
• W4360602151 cites W2329193068 @default.
• W4360602151 cites W2335765954 @default.
• W4360602151 cites W2340342958 @default.
• W4360602151 cites W2341637375 @default.
• W4360602151 cites W2345170526 @default.
• W4360602151 cites W2345563225 @default.
• W4360602151 cites W2401906193 @default.
• W4360602151 cites W2409906499 @default.
• W4360602151 cites W2460229566 @default.
• W4360602151 cites W2499715637 @default.
• W4360602151 cites W2513857983 @default.
• W4360602151 cites W2517252972 @default.
• W4360602151 cites W2527880431 @default.
• W4360602151 cites W2531629454 @default.
• W4360602151 cites W254597443 @default.

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