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• W4283069923 endingPage "124899" @default.
• W4283069923 startingPage "124899" @default.
• W4283069923 abstract "Over the last few decades, research is being carried out in the field of photocatalysis to investigate for fuels production in sustainable manner. Due to an energy depletion and CO2 emission in the current situation urge us to produce alternative fuels. Water splitting and the reduction of carbon dioxide using various photocatalysts are being developed as promising sustainable methods to obtain eco-friendly energy sources. Conducting polymers (CP) stand out among the current pool of studied photocatalysts due to their high light absorption efficiency, good stability, tunable electronic characteristics, and cost effectiveness. Various CP, such as polyaniline, polythiophene, and polypyrrole have been integrated with different semiconducting nanomaterials to produce photocatalytic composites. Therefore, in this review, we focus on the synthesis of CP and their nanocomposites for application in CO2 photoreduction and water splitting into fuel production using different polymeric composites. Many composite photocatalysts show synergistic effects between the polymeric material and other counterparts in the composite. The improvement in the inactivity of the composite can be attributed to the band configurations of the composite. Improving the separation of excitons, widening the light absorption region, enhancing the substrate adsorption, and preventing photocorrosion conductive polymers can significantly increase the photocatalytic activity under visible light. The addition of conducting polymers with an inorganic materials dramatically change their band positions and may reduce the possiblilty of electron hole recombination. Here, we explain by what means conductive polymeric material can improve the efficiency of the composite in an organized manner, thereby providing a comprehensive reference to the field. Finally, the current challenges and future perspectives of polymeric catalysts have been discussed briefly." @default.
• W4283069923 created "2022-06-19" @default.
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• W4283069923 date "2022-10-01" @default.
• W4283069923 modified "2023-10-03" @default.
• W4283069923 title "Conducting polymeric nanocomposites: A review in solar fuel applications" @default.
• W4283069923 cites W1605466537 @default.
• W4283069923 cites W1661025176 @default.
• W4283069923 cites W1829643206 @default.
• W4283069923 cites W1965296958 @default.
• W4283069923 cites W1967320284 @default.
• W4283069923 cites W1973187203 @default.
• W4283069923 cites W1999550845 @default.
• W4283069923 cites W2011187807 @default.
• W4283069923 cites W2026827330 @default.
• W4283069923 cites W2047260508 @default.
• W4283069923 cites W2048146943 @default.
• W4283069923 cites W2052005018 @default.
• W4283069923 cites W2054273141 @default.
• W4283069923 cites W2055988391 @default.
• W4283069923 cites W2068468784 @default.
• W4283069923 cites W2070161787 @default.
• W4283069923 cites W2072096075 @default.
• W4283069923 cites W2074890892 @default.
• W4283069923 cites W2083872229 @default.
• W4283069923 cites W2089417464 @default.
• W4283069923 cites W2093681230 @default.
• W4283069923 cites W2115764409 @default.
• W4283069923 cites W2117184795 @default.
• W4283069923 cites W2121664334 @default.
• W4283069923 cites W2126688530 @default.
• W4283069923 cites W2132950097 @default.
• W4283069923 cites W2156611368 @default.
• W4283069923 cites W2161305884 @default.
• W4283069923 cites W2165187062 @default.
• W4283069923 cites W2171836549 @default.
• W4283069923 cites W2250445025 @default.
• W4283069923 cites W2268894111 @default.
• W4283069923 cites W2299133078 @default.
• W4283069923 cites W2336996438 @default.
• W4283069923 cites W2468175435 @default.
• W4283069923 cites W2509759239 @default.
• W4283069923 cites W2515890839 @default.
• W4283069923 cites W2528600099 @default.
• W4283069923 cites W2578141386 @default.
• W4283069923 cites W2580994081 @default.
• W4283069923 cites W2610058124 @default.
• W4283069923 cites W2756079215 @default.
• W4283069923 cites W2760258398 @default.
• W4283069923 cites W2774639854 @default.
• W4283069923 cites W2790666331 @default.
• W4283069923 cites W2898460521 @default.
• W4283069923 cites W2903578746 @default.
• W4283069923 cites W2920975321 @default.
• W4283069923 cites W2922943145 @default.
• W4283069923 cites W2926906524 @default.
• W4283069923 cites W2954667653 @default.
• W4283069923 cites W2963049339 @default.
• W4283069923 cites W2972939183 @default.
• W4283069923 cites W2985869506 @default.
• W4283069923 cites W2986724798 @default.
• W4283069923 cites W2989438211 @default.
• W4283069923 cites W3012149382 @default.
• W4283069923 cites W3023761095 @default.
• W4283069923 cites W3039840895 @default.
• W4283069923 cites W3046627013 @default.
• W4283069923 cites W3086135702 @default.
• W4283069923 cites W3101376406 @default.
• W4283069923 cites W3103514251 @default.
• W4283069923 cites W3112399948 @default.
• W4283069923 cites W3113944555 @default.
• W4283069923 cites W3126404239 @default.
• W4283069923 cites W3126595339 @default.
• W4283069923 cites W3129176948 @default.
• W4283069923 cites W3135228622 @default.
• W4283069923 cites W3140913005 @default.
• W4283069923 cites W3154472227 @default.
• W4283069923 cites W3159935772 @default.
• W4283069923 cites W3177488723 @default.
• W4283069923 cites W3203877725 @default.
• W4283069923 cites W4200412122 @default.
• W4283069923 cites W4200527614 @default.
• W4283069923 cites W4206925844 @default.
• W4283069923 cites W4229743412 @default.
• W4283069923 doi "https://doi.org/10.1016/j.fuel.2022.124899" @default.
• W4283069923 hasPublicationYear "2022" @default.
• W4283069923 type Work @default.
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