Conspectus During the last few decades, the design of catalytic systems for CO2 reduction
has been extensively researched and generally involves (1) traditional approaches using …

The concentration of atmospheric CO 2 has exceeded 400 ppm, surpassing its natural
variability and raising concerns about uncontrollable shifts in the carbon cycle, leading to …

Advances in nanotechnology have enabled precise design of catalytic sites for CO2
photoreduction, pushing product selectivity to near unity. However, activity of most …

Immobilization of a phosphonated cobalt bis (terpyridine) catalyst on TiO2 nanoparticles
generates a photocatalyst that allows coupling aqueous CO2‐to‐syngas (CO and H2) …

Photocatalytic CO2 reduction to carbon fuels is regarded as an ideal and sustainable way to
provide clean energy and solve environmental crisis. Herein, ap–n Co3O4/TiO2 …

The objective of current photocatalysis research is to increase the separation efficiency of
photogenerated carriers and convert CO 2 into useful resources for human beings. In the …

Transparent and grain boundary-free substrates are essential to immobilize molecular
photocatalysts for efficient photoirradiation reactions without unexpected light scattering and …

Oxidized nicotinamide adenine dinucleotide (NAD+) is a biological molecule of systemic
importance. Essential role of NAD+ in cellular metabolism relies on the substrate action in …

Solar conversions of water to hydrogen and carbon dioxide to hydrocarbon fuels are the two
attractive options to reduce global warming and generation of sustainable energy. The …

The catalytic efficacy of the monobipyridyl (η6-para-Cymene) Ru (II) half-metallocene,[(p-
Cym) Ru (bpy) Cl]+ was evaluated in both mixed homogeneous (dye+ catalyst) and …