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Catalysis and Reaction Engineering
Carbon Dioxide; Cu-based Catalyst; Electrocatalysis; C2 Products; Efficiency and Selectivity; Pathway and Mechanism
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Full-Text Articles in Engineering
Cu-Based Electrocatalysts For Carbon Dioxide Conversion To Value-Added Chemicals, Qingyang Li
Cu-Based Electrocatalysts For Carbon Dioxide Conversion To Value-Added Chemicals, Qingyang Li
Graduate Theses, Dissertations, and Problem Reports
Massive usage of fossil fuel has being causing considerable emission of CO2, which increases the temperature of the planet and greatly threaten human living environment, such as soil degradation, lower agricultural productivity, desertification, less biodiversity, fresh-water reduction, ocean acidification, ozone sphere destruction, etc. A number of technologies are being developed to reduce the CO2 amount, however, all existing technologies except utilizing CO2 as a feedstock, are hardly to essentially close the anthropogenic carbon loop. Currently, considering the economy and operability, electroreduction of CO2 seems to be the most promising strategy to convert CO2 to …