Clean energy and environmental technologies are essential for a sustainable future.
Photocatalysts are at the core of these technologies, increasing the efficiency of key …

Solar water splitting is an emerging technology for producing clean and renewable
hydrogen fuel from sunlight and water. Among various photoelectrode materials, bismuth …

Tribocatalysis is an emerging catalysis process which leverages the triboelectric effect,
wherein the interaction between two dissimilar materials through friction yields charges …

A novel composite is constructed by loading ZIF-8 on Cu 2 O by in situ growth. By visible
light driven semiconductor and π-π* conjugation effect of the metal–organic framework, the …

In this study, to ameliorate the photocatalytic performance of ZnO, being an n-type semicon-
ductor, CuO as a p-type semiconductor was applied to produce pn type heterojunction. To …

With the enhancement of the public's awareness of environmental protection and the
progressively severe formulation of the regulation on the sulfur contents in fuel, it is crucial …

In this study, different BiOI/B 4 C binary composites were evaluated as novel heterojunctions
for the first time in the photocatalytic oxidative desulfurization process, and good results …

This study focused on improving the optical, dielectric properties, and photocatalytic
efficiency of Bi 2 O 3, a prominent photocatalyst with challenges like limited visible light …

The Z-scheme heterojunction photocatalyst materials play an effective role in eliminating
organic contaminants as exposed to visible light (VL). Furthermore, the presence of metallic …

Semiconductor catalytic materials have excellent photocatalytic degradation performance for
organic pollutants, and photocatalytic degradation is considered to be the most promising …