Abstract CO 2 electroreduction (CO 2 ER) to high value-added chemicals is considered as a
promising technology to achieve sustainable carbon neutralization. By virtue of the …

Integrating alkaline capture of CO2 from air with electrochemical conversion of the obtained
(bi) carbonate solution is among the most promising strategies in carbon capture and …

Hintergrund. Der Übergang zu einer zukünftigen, kohlenstoffemissionsfreien Gesellschaft
erfordert die Entwicklung von nachhaltigen Synthesemethoden für Grundchemikalien und …

In this work, a convenient method for preparing cupric and cuprous oxide thin films from a
common sol-gel approach is described. The method consists in depositing a thin film of a …

The development of selective catalysts for the reduction of CO2 mostly focuses on
electrocatalytic approaches and aims at increasing the selectivity of the reaction while …

Background: An efficient, selective and durable electrocatalytic carbon dioxide (CO2)
reduction system is a prerequisite to tackle energy and pollution-related issues. In this …

Gas-fed electrolyzers adapted from commercial water electrolyzer and fuel cell technologies
have motivated researchers to explore combinations of porous electrodes, catalyst layers …