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• W2789661048 abstract "Photocatalytic conversion of CO2 into value-added hydrocarbon fuels and/or useful chemical products, using solar energy, has been the focus of active research, owing to its tremendous potential to provide a green fuel (eg, methanol) and simultaneously mitigate global warming by reducing CO2 levels in the atmosphere. CO2 photocatalytic reduction yields various hydrocarbon products. In this paper, we focus on methanol as it is an easily transportable energy-dense fuel with multifarious applications in the automobile, industrial, and petrochemical sector. The photocatalytic conversion rate of CO2 to methanol depends on 3 factors: the photocatalyst used, photoreactor design, and experimental parameters (or variables). The last factor—experimental parameters—forms the basis of this review paper. These parameters include the reaction temperature, CO2 pressure, solvent used, intensity, wavelength, and duration of the incident light, concentration of organic impurities adsorbed on catalytic surface, addition of hole scavengers, type of reductant used, catalyst loading method, catalyst concentration, and the dissolved oxygen concentration. There have been numerous published works aiming to improve the methanol formation rate by optimizing these experimental parameters. In this paper, we consolidate and review these parameters, and investigate how optimizing them can enhance the photocatalytic conversion rate of CO2 into methanol, thus ushering in the era of a green methanol-based economy." @default.
• W2789661048 created "2018-03-29" @default.
• W2789661048 creator A5002730499 @default.
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• W2789661048 date "2018-01-30" @default.
• W2789661048 modified "2023-10-12" @default.
• W2789661048 title "Experimental parameters affecting the photocatalytic reduction performance of CO₂to methanol: A review" @default.
• W2789661048 cites W1038137833 @default.
• W2789661048 cites W1251715709 @default.
• W2789661048 cites W1608934239 @default.
• W2789661048 cites W1775596830 @default.
• W2789661048 cites W1829643206 @default.
• W2789661048 cites W1909267271 @default.
• W2789661048 cites W1967775347 @default.
• W2789661048 cites W1973597152 @default.
• W2789661048 cites W1977892176 @default.
• W2789661048 cites W1979747859 @default.
• W2789661048 cites W1979813901 @default.
• W2789661048 cites W1980273434 @default.
• W2789661048 cites W1985138522 @default.
• W2789661048 cites W1985412488 @default.
• W2789661048 cites W1987006694 @default.
• W2789661048 cites W1987467138 @default.
• W2789661048 cites W1988682919 @default.
• W2789661048 cites W1991447558 @default.
• W2789661048 cites W2003331288 @default.
• W2789661048 cites W2004537178 @default.
• W2789661048 cites W2006204304 @default.
• W2789661048 cites W2006962612 @default.
• W2789661048 cites W2014513800 @default.
• W2789661048 cites W2024226597 @default.
• W2789661048 cites W2024404718 @default.
• W2789661048 cites W2029302322 @default.
• W2789661048 cites W2041525811 @default.
• W2789661048 cites W2041889304 @default.
• W2789661048 cites W2042000225 @default.
• W2789661048 cites W2047721224 @default.
• W2789661048 cites W2052119281 @default.
• W2789661048 cites W2058270577 @default.
• W2789661048 cites W2059579378 @default.
• W2789661048 cites W2059728909 @default.
• W2789661048 cites W2060617832 @default.
• W2789661048 cites W2061600474 @default.
• W2789661048 cites W2063883135 @default.
• W2789661048 cites W2067782732 @default.
• W2789661048 cites W2070374953 @default.
• W2789661048 cites W2074168618 @default.
• W2789661048 cites W2074968443 @default.
• W2789661048 cites W2076651396 @default.
• W2789661048 cites W2079580661 @default.
• W2789661048 cites W2079806904 @default.
• W2789661048 cites W2082142323 @default.
• W2789661048 cites W2083091661 @default.
• W2789661048 cites W2086454789 @default.
• W2789661048 cites W2086928998 @default.
• W2789661048 cites W2086962988 @default.
• W2789661048 cites W2089445490 @default.
• W2789661048 cites W2095561911 @default.
• W2789661048 cites W2099703620 @default.
• W2789661048 cites W2103613122 @default.
• W2789661048 cites W2114063246 @default.
• W2789661048 cites W2122568909 @default.
• W2789661048 cites W2126667602 @default.
• W2789661048 cites W2129304878 @default.
• W2789661048 cites W2133329106 @default.
• W2789661048 cites W2140272697 @default.
• W2789661048 cites W2145650166 @default.
• W2789661048 cites W2165812067 @default.
• W2789661048 cites W2170237892 @default.
• W2789661048 cites W2190843623 @default.
• W2789661048 cites W2269267017 @default.
• W2789661048 cites W2296880544 @default.
• W2789661048 cites W2320327387 @default.
• W2789661048 cites W2323604837 @default.
• W2789661048 cites W2344981826 @default.
• W2789661048 cites W2346654320 @default.
• W2789661048 cites W2394598285 @default.
• W2789661048 cites W2471879146 @default.
• W2789661048 cites W2474984349 @default.
• W2789661048 cites W2527762680 @default.
• W2789661048 cites W2530268118 @default.
• W2789661048 cites W2623506287 @default.
• W2789661048 cites W2624840702 @default.
• W2789661048 cites W2732897293 @default.
• W2789661048 cites W30569975 @default.
• W2789661048 cites W4240683390 @default.
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• W2789661048 doi "https://doi.org/10.1002/er.3965" @default.
• W2789661048 hasPublicationYear "2018" @default.
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