Porphyrins constitute the central part of various catalytic processes in natural systems, and
mimicking these processes using synthetic porphyrins and metalloporphyrins is a …

The development of high‐performance photocatalytic systems for CO2 reduction is
appealing to address energy and environmental issues, while it is challenging to avoid …

Dye‐sensitized photocatalytic systems (DSPs) have been extensively investigated for solar‐
driven hydrogen (H2) evolution. However, their application in carbon dioxide (CO2) …

Design tactics and mechanistic studies both remain as fundamental challenges during the
exploitations of earth-abundant molecular electrocatalysts for CO2 reduction, especially for …

The development of efficient, selective, and durable CO2 photoreduction systems presents a
long-standing challenge in full aqueous solutions owing to the presence of scarce CO2 and …

Light-dependent reduction of carbon dioxide (CO2) can be developed using nonexpensive
and abundant molecular catalysts and inorganic photosensitizers based on nonnoble …

Mechanistic studies involving characterization of crucial intermediates are desirable for
rational optimization of molecular catalysts toward CO2 reduction, while fundamental …

Catalysis stands as a fundamental driver in the energy landscape, influencing processes
across the entire energy life cycle. From traditional fossil fuel production to emerging …

We have explored the photophysical properties and one electron reduction process in the
dyad photocatalyst for CO2 photoreduction, ZnP-phen= Re, in which the catalyst of fac-[Re …

The development of artificial photosynthetic systems is a promising strategy to meet future
energy demands of our society and to reverse the impact of anthropogenic CO2 in the …