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- W3170668381 endingPage "101579" @default.
- W3170668381 startingPage "101579" @default.
- W3170668381 abstract "The increasing release of carbon dioxide into atmosphere has caused serious environmental consequences and closing the carbon loop is therefore essential for promoting the transition towards a sustainable development. Electrochemical reduction of carbon dioxide (E−CO2RR) represents a powerful strategy for reducing CO2 levels in atmosphere and obtaining value-added chemicals and fuels using renewable energy sources. Despite the important achievements obtained so far, major issues associated with activity and selectivity of electrocatalysts toward the production of multi-carbon (C2+) products hinder large-scale applications. Hence, a thorough understanding of catalytic mechanisms is needed for advancing the design of efficient electrocatalysts to drive the reaction pathway to the desired products. This review summarizes the latest advances in the design of nanostructured metal-based catalysts for E−CO2RR, with a special emphasis on the synthesis procedures and electrochemical performance of metal-nitrogen-carbon catalysts. An overview on the catalytic mechanisms is included along with a discussion of the experimental and computational techniques for mechanistic studies and catalyst development. Finally, we outline a perspective on the relationship between structure, morphology and electrochemical activity highlighting challenges and outlook on developing metal-nitrogen-carbon electrocatalysts for E−CO2RR to multi-carbon products." @default.
- W3170668381 created "2021-06-22" @default.
- W3170668381 creator A5017653009 @default.
- W3170668381 creator A5040393906 @default.
- W3170668381 creator A5088413674 @default.
- W3170668381 date "2021-08-01" @default.
- W3170668381 modified "2023-09-30" @default.
- W3170668381 title "Electrocatalytic CO2 reduction on nanostructured metal-based materials: Challenges and constraints for a sustainable pathway to decarbonization" @default.
- W3170668381 cites W1576843582 @default.
- W3170668381 cites W1965819687 @default.
- W3170668381 cites W1967131314 @default.
- W3170668381 cites W1968787862 @default.
- W3170668381 cites W1980921196 @default.
- W3170668381 cites W1981626052 @default.
- W3170668381 cites W1985235311 @default.
- W3170668381 cites W1987524593 @default.
- W3170668381 cites W1989295290 @default.
- W3170668381 cites W2010252868 @default.
- W3170668381 cites W2019248842 @default.
- W3170668381 cites W2027085469 @default.
- W3170668381 cites W2032541787 @default.
- W3170668381 cites W2037148450 @default.
- W3170668381 cites W2041511900 @default.
- W3170668381 cites W2060023027 @default.
- W3170668381 cites W2061004226 @default.
- W3170668381 cites W2063031338 @default.
- W3170668381 cites W2066894213 @default.
- W3170668381 cites W2074527904 @default.
- W3170668381 cites W2093156289 @default.
- W3170668381 cites W2100843799 @default.
- W3170668381 cites W2120124901 @default.
- W3170668381 cites W2137818170 @default.
- W3170668381 cites W2150264994 @default.
- W3170668381 cites W2155563668 @default.
- W3170668381 cites W2158532118 @default.
- W3170668381 cites W2166116801 @default.
- W3170668381 cites W2170456486 @default.
- W3170668381 cites W2195076604 @default.
- W3170668381 cites W2225958871 @default.
- W3170668381 cites W2306042289 @default.
- W3170668381 cites W2313091276 @default.
- W3170668381 cites W2314642759 @default.
- W3170668381 cites W2318964098 @default.
- W3170668381 cites W2319865050 @default.
- W3170668381 cites W2323309348 @default.
- W3170668381 cites W2326170978 @default.
- W3170668381 cites W2332336518 @default.
- W3170668381 cites W2336845479 @default.
- W3170668381 cites W2336959805 @default.
- W3170668381 cites W2346642582 @default.
- W3170668381 cites W2417598793 @default.
- W3170668381 cites W2461569136 @default.
- W3170668381 cites W2504441095 @default.
- W3170668381 cites W2519734536 @default.
- W3170668381 cites W2522135447 @default.
- W3170668381 cites W2561854106 @default.
- W3170668381 cites W2572519108 @default.
- W3170668381 cites W2573377826 @default.
- W3170668381 cites W2586376182 @default.
- W3170668381 cites W2590930531 @default.
- W3170668381 cites W2591681540 @default.
- W3170668381 cites W2592994402 @default.
- W3170668381 cites W2594210403 @default.
- W3170668381 cites W2600150897 @default.
- W3170668381 cites W2620187176 @default.
- W3170668381 cites W2620265355 @default.
- W3170668381 cites W2750148035 @default.
- W3170668381 cites W2751014015 @default.
- W3170668381 cites W2760153836 @default.
- W3170668381 cites W2761329828 @default.
- W3170668381 cites W2762738613 @default.
- W3170668381 cites W2767765016 @default.
- W3170668381 cites W2777278951 @default.
- W3170668381 cites W2780257271 @default.
- W3170668381 cites W2782879485 @default.
- W3170668381 cites W2788581789 @default.
- W3170668381 cites W2789860986 @default.
- W3170668381 cites W2793191602 @default.
- W3170668381 cites W2795676722 @default.
- W3170668381 cites W2795768275 @default.
- W3170668381 cites W2800782826 @default.
- W3170668381 cites W2807945784 @default.
- W3170668381 cites W2808342398 @default.
- W3170668381 cites W2809640057 @default.
- W3170668381 cites W2811383227 @default.
- W3170668381 cites W2889263288 @default.
- W3170668381 cites W2902175114 @default.
- W3170668381 cites W2902556493 @default.
- W3170668381 cites W2903206630 @default.
- W3170668381 cites W2910785050 @default.
- W3170668381 cites W2912687225 @default.
- W3170668381 cites W2918265156 @default.
- W3170668381 cites W2922092435 @default.
- W3170668381 cites W2933408092 @default.
- W3170668381 cites W2947061272 @default.
- W3170668381 cites W2947799275 @default.
- W3170668381 cites W2949600201 @default.
- W3170668381 cites W2953316844 @default.