Abstract Polymeric semiconductor, Graphitic Carbon Nitride (gC 3 N 4), has emerged as one
of the desired materials in photocatalytic hydrogen evolution (PHE) due to its visible-light …

The photocatalytic technology illustrates an eco-friendly and sustainable route to overcome
environmental and energy issues. The successful construction of a photocatalyst depends …

Hydrogen is considered as a promising clean and renewable energy carrier and an
attractive alternative to fossil fuels. A potential and cheapest way to produce hydrogen is …

The hydrogen evolution activity of photocatalysts could be optimized by improving charge
separation, light absorption capacity, and surface-active site number. In an attempt to …

Catalytic reduction of CO2 to CO has been considered promising for converting the
greenhouse gas into chemical intermediates. Compared to other catalytic methods …

Defect engineering is an emerging technology for tailoring nanomaterials' characteristics
and catalytic performance in various applications. Recently, defect‐engineered …

It is still a challenge to recognize and comprehend active sites for designing novel
photocatalyst systems and uncovering site-mediated reaction mechanism comprehensively …

As one of the best sustainable approaches for visible-light production of hydrogen (H2) to
meet energy demands, semiconductor-based photocatalysis has received broad interest in …

To enable a low-carbon economy, it is vital to develop clean and renewable energy sources
such as hydrogen energy. One promising strategy is to sustainably generate H 2 by solar …

Durable and inexpensive graphitic carbon nitride (gC 3 N 4) demonstrates great potential for
achieving efficient photocatalytic hydrogen evolution reduction (HER). To further improve its …