Here, we propose an alveoli–inspired catalyst to address the susceptibility of photocatalytic
air oxidation systems to fluctuations in volatile organic contaminant (VOC) loads. An alveoli …

The development of photocatalytic materials with both promising adsorption capacity and
high visible-light activity is essential for the highly-efficient and stable photocatalytic …

Only limited research has examined the development and application of visible light
responsive photocatalytic oxidation (PCO), although such materials have great potential for …

Effective removal of kinetically inert dilute nitrogen oxide (NO, ppb) without NO2 emission is
still a challenging topic in environmental pollution control. One effective approach to …

Photocatalyst deactivation is a fatal obstacle for environmental applications. Most
photocatalysts face this universal problem during toluene degradation, even P25 with …

It is still a challenge to develop a high-performance photocatalyst for the abatement of
aromatic compounds like benzene (C6H6), which has been regarded as a priority …

The development of a sustainable technology powered by solar energy for the control of
volatile organic compounds (VOCs) is highly desirable but still challenged by artificial high …

The adsorption-photodegradation strategy can achieve continuous enrichment and efficient
oxidation of volatile organic compounds (VOCs), but it requires a trade-off among …

Semiconductor-based photocatalysis is an ideal method for air purification by eliminating
nitrogen oxide (NO). However, sluggish carrier separation, photocatalysts deactivation and …

To eliminate volatile organic compounds (VOCs) from contaminated air, a novel medium-
scale baffled photocatalytic reactor was designed and fabricated, using immobilized …