The electrocatalytic CO 2 reduction reaction (CO 2 RR) is a promising technology to produce
value-added hydrocarbon chemicals, however, achieving a high selectivity to C 2+ products …

The development of efficient catalytic materials in the energy field could promote the
structural transformation from traditional fossil fuels to sustainable energy. In heterogeneous …

The conversion of carbon dioxide (CO2) to the reduced chemical compounds offers
substantial environmental benefits through minimizing the emission of greenhouse gas and …

Photoelectrocatalytic coupling CO 2 and volatile organic compounds (VOCs) is a promising
green strategy for the synergistic conversion of the two carbon-containing resources to C 2 …

Hybrid organic/inorganic composites with the organic phase tailored to modulate the local
chemical environment at the transition metal-based catalyst surface arise as an enchanting …

Manipulation of selectivity in the catalytic electrochemical carbon dioxide reduction reaction
(eCO2RR) poses significant challenges due to inevitable structure reconstruction. One …

The selective electrochemical CO 2 reduction reaction (CO 2 RR) yields valuable C 2+ and
C 1 products, yet the influence of adsorbed hydrogen (* H) on product distribution remains …

Proton transport via a dynamic chemistry method is an essential pathway in both biology
and chemistry. In chemical catalysis, proton-shuttling catalysts were developed by mimicking …

Multi-phase interfaces are promising for surmounting the energy barriers of electrochemical
CO2 reduction involving multiple electron transfer steps, but challenges still remain in …

Both the physicochemical properties of catalytic material and the structure of loaded catalyst
layer (CL) on gas diffusion electrode (GDE) are of crucial importance in determining the …