In the realm of advancing photocatalysis technology for environmental remediation within industrial settings, a key obstacle emerges: crafting high-performance photocatalysts. The success of these catalysts hinges on their ability to facilitate effective separation of photo-carriers and exhibit robust redox potentials, ultimately amplifying the efficiency of pollutant elimination through photocatalytic processes. This intricate balance is crucial for achieving enhanced performance standards in tackling environmental challenges via the application of photocatalysis methodologies.
New photocatalyst enhances decontamination with abundant oxygen vacancies.
