The aim is to systematically explain the unique properties of copper catalysts in the hydrogenation of CO2 into oxygenates.
Investigation of the reaction network involved in CO2 hydrogenation
Analysis of catalyst performance
Examination of copper's properties and interactions in the process
Identification of key mechanisms behind copper's effectiveness as a catalyst
Establishment of BEP relationships affecting reaction pathways
Insights into optimizing catalyst design for increased efficiency
Abstract
Although copper is one of the most common components in catalysts for CO2 conversion into valuable C2+ chemicals, a clear and systematic mechanistic explanation of its unique properties in these...