Electrocatalysis for CO2 conversion has been extensively studied to mitigate the energy
shortage and environmental issues, which are gaining ever‐increasing attention. However …

Electrocatalytic reduction of CO2 to multicarbon products is a potential strategy to solve the
energy crisis while achieving carbon neutrality. To improve the efficiency of multicarbon …

The active sites of copper-based catalysts and their impacts on activity and selectivity are
first examined in this work, after which an overview of the regulation of the active sites and …

Catalysts saturated with highly reactive under-coordinated disordered atomic sites have
been leveraged upon as high-performance electrode materials that are capable of …

Sequentially managing the coverage and dimerization of* CO on the Cu catalysts is
desirable for industrial-current-density CO2 reduction (CO2R) to C2+, which required the …

Regulating the electronic properties or morphology feature of CO2 electroreduction catalysts
can maintain selectivity toward certain reduction products. Here we report a nitrogen doped …

Manipulating the selectivity-determining step in post-C–C coupling is crucial for enhancing
C2 product specificity during electrocatalytic CO2 reduction, complementing efforts to boost …

Defects on Cu surfaces are created to tune the selectivity of CO 2 electroreduction toward C
2+ products. However, mixed defect structures and the coexistence of defect-induced …

To unravel the relationship between trace Cu on the metal-free catalysts toward CO/CO 2
reduction reaction (CO/CO 2 RR), we investigated the effect of trace Cu loading in N-doped …

Here, we report a facile approach for synthesizing M–N–C catalysts (M= Co, Fe, Ni) at a
commercial scale without employing organic solvents. Our characterization efforts indicate …