The conversion and storage of solar energy to chemical energy via artificial photosynthesis
holds significant potential for optimizing the energy situation and mitigating the global …

Photocatalysis is a green technology to use ubiquitous and intermittent sunlight. The
emerging S‐scheme heterojunction has demonstrated its superiority in photocatalysis. This …

Photocatalytic degradation is essential for the successful removal of organic contaminants
from wastewater, which is important for ecological and environmental safety. The advanced …

Titanium dioxide (TiO 2) as a photocatalyst has been ubiquitously studied for environmental
applications. Though, readily available, nontoxic, and environmentally friendly; lower …

In recent years, heterogeneous photocatalysis using semiconductor and solar energy has
gained a lot of attention owing to its potential applications in many fields such as the …

Hydrogen spillover, a common active species migration phenomenon, has drawn
tremendous attention in the past few years. The spilled atomic hydrogen can not only …

Plastic waste remains a global challenge due to the massive amounts being produced
without satisfactory treatment technologies for recycling and upcycling. Photocatalytic …

Abundant and affordable methane is not only a high‐quality fossil fuel, it is also a raw
material for the synthesis of value‐added chemicals. Solar‐energy‐driven conversion of …

Sluggish charge kinetics and low CO2 affinity seriously limit the photocatalytic CO2
reduction reaction. Herein, the simultaneous promotion of charge transfer and CO2 …

Photocatalysis utilizes solar energy to produce clean fuels such as hydrogen or generate
highly reactive species to subsequently break the organic pollutants into clean end products …