The green and sustainable photocatalysis technique turns out to be a promising route to
settle the urgent energy and environmental issues. As a representative semiconductor …

Due to the abundance and sustainability of solar energy, converting it into chemical energy
to obtain clean energy presents an ideal solution for addressing environmental pollution and …

The selective breaking of the Cβ–O bond has great potential for the conversion of lignin into
high-value aromatic monomers. In the present work, we designed a CdS–SH/TiO2 …

Developing artificial S-scheme systems with highly active catalysts is significant to long-term
solar-to-hydrogen conversion. Herein, CdS nanodots-modified hierarchical In 2 O 3/SnIn 4 S …

Abstract A novel TiO 2 (B)/phosphidated CoFe Prussian blue analogs (CoFeP) photocatalyst
with core–shell structure was synthesized by hydrothermal method for the activation of …

Heavy metal pollution can significantly harm water systems and human health. Combining
photoelectrocatalytic (PEC) and nanofiltration (NF) membrane separation technologies can …

This review provides a detailed exploration of titanium dioxide (TiO2) photocatalysts,
emphasizing structural phases, heterophase junctions, and their impact on efficiency. Key …

Metal–organic framework-like materials (MOFs) have been developed in the fields of
photocatalysis for their excellent optical properties and physicochemical properties …

Solar-driven semiconductor photocatalysis technology is deemed to be a potential strategy
to alleviate environmental crisis and energy shortage. Thus, the exploration of high …

Suppression of photogenerated charge recombination is crucial for efficient photocatalytic
hydrogen production. Homojunctions have garnered more attention than heterojunctions …