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• W3208365887 abstract "The ever-increasing concentration of CO2 in the atmosphere has become an issue of grave concern mainly due to its adverse effect on the climate induced by the excessive greenhouse effect. Among the various possible mitigation strategies, utilization of CO2 for the production of commodity chemicals and fuel is a promising and environmentally friendly approach. However, the higher thermodynamic and kinetic stability of CO2 molecules requires extensive energy and extreme reaction conditions. In recent decades, alternative techniques like photocatalytic, electrocatalytic, and photo-electrocatalytic reduction of CO2 have been considered technically feasible, economically viable and environmentally friendly. Specifically, photoelectrocatalytic reduction of CO2 is highly important as it combines the advantages of photocatalysis and electrocatalysis such as use of renewable, inexhaustible solar energy, less electrical energy consumption, no sacrificial donor and higher conversion efficiency. This review systematically summarizes the recent advances in PEC CO2 reduction, primarily using molecular complexes of transition metals and their hybrids with semiconductors. After an initial discussion on the basic principal of PEC CO2 reduction, a detailed discussion of the different transition metal complexes, both mono-metallic and bimetallic of noble and non-noble metals, various process parameters for PEC CO2 reduction, along with the proposed mechanism and limitations are presented. In addition, the review highlighted the recent advancements in PEC CO2 reduction and critical evaluation of different issues to predict the direction to pursue the research for effective conversion of CO2 to valuable chemicals." @default.
• W3208365887 created "2021-11-08" @default.
• W3208365887 creator A5025938846 @default.
• W3208365887 creator A5073357482 @default.
• W3208365887 date "2022-01-01" @default.
• W3208365887 modified "2023-10-16" @default.
• W3208365887 title "A review on progress and perspective of molecular catalysis in photoelectrochemical reduction of CO2" @default.
• W3208365887 cites W1829643206 @default.
• W3208365887 cites W1912140314 @default.
• W3208365887 cites W1971113415 @default.
• W3208365887 cites W1975628879 @default.
• W3208365887 cites W1980216192 @default.
• W3208365887 cites W1980438681 @default.
• W3208365887 cites W1996966026 @default.
• W3208365887 cites W1999280134 @default.
• W3208365887 cites W2000410393 @default.
• W3208365887 cites W2002159337 @default.
• W3208365887 cites W2005794697 @default.
• W3208365887 cites W2009184234 @default.
• W3208365887 cites W2011785644 @default.
• W3208365887 cites W2018636130 @default.
• W3208365887 cites W2019435678 @default.
• W3208365887 cites W2030790616 @default.
• W3208365887 cites W2033262092 @default.
• W3208365887 cites W2034924684 @default.
• W3208365887 cites W2036452223 @default.
• W3208365887 cites W2036833311 @default.
• W3208365887 cites W2038959491 @default.
• W3208365887 cites W2039786475 @default.
• W3208365887 cites W2042492216 @default.
• W3208365887 cites W2049983831 @default.
• W3208365887 cites W2050771666 @default.
• W3208365887 cites W2054976543 @default.
• W3208365887 cites W2058451958 @default.
• W3208365887 cites W2062713446 @default.
• W3208365887 cites W2066027793 @default.
• W3208365887 cites W2077085540 @default.
• W3208365887 cites W2077310850 @default.
• W3208365887 cites W2078289736 @default.
• W3208365887 cites W2121057065 @default.
• W3208365887 cites W2121962234 @default.
• W3208365887 cites W2127667526 @default.
• W3208365887 cites W2140453286 @default.
• W3208365887 cites W2146028353 @default.
• W3208365887 cites W2147428684 @default.
• W3208365887 cites W2189000696 @default.
• W3208365887 cites W2239854870 @default.
• W3208365887 cites W2328500204 @default.
• W3208365887 cites W2345076917 @default.
• W3208365887 cites W2395996387 @default.
• W3208365887 cites W2416563985 @default.
• W3208365887 cites W2486681807 @default.
• W3208365887 cites W2515424804 @default.
• W3208365887 cites W2524841848 @default.
• W3208365887 cites W2527762680 @default.
• W3208365887 cites W2579130002 @default.
• W3208365887 cites W2582114299 @default.
• W3208365887 cites W2593498338 @default.
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• W3208365887 cites W2604654973 @default.
• W3208365887 cites W2612952339 @default.
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• W3208365887 cites W2770426317 @default.
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• W3208365887 cites W2886298623 @default.
• W3208365887 cites W2890059434 @default.
• W3208365887 cites W2899089477 @default.
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• W3208365887 cites W2902637525 @default.
• W3208365887 cites W2911628267 @default.
• W3208365887 cites W2913046730 @default.
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• W3208365887 doi "https://doi.org/10.1016/j.ccr.2021.214271" @default.
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