Achieving efficient disinfection of waterborne pathogens with minimized harmful disinfection
byproducts demands a facile, cost-effective, and environmentally friendly technology …

Photocatalysis has attracted worldwide attention due to its potential in solar energy
conversion. As a “green” advanced oxidation technology, it has been extensively used for …

Industrialization is inducing water pollution by pharmaceuticals, fertilizers and cosmetics.
Many emerging pollutants are non-biodegradable, toxic and recalcitrant to conventional …

Photocatalytic disinfection practices have been applied for decades and attract current
interest along with the developments in synthesis of novel photocatalysts. A survey based …

Glycerol is a considerable by-product of biodiesel production from biomass. Photocatalytic
glycerol valorization to hydrogen is an attractive approach from the sustainable development …

There have been ever-growing demands for disinfection of water and air in recent years.
Efficient, eco-friendly, and cost-effective methods of disinfection for pathogens are vital to the …

The widespread use of antibiotics has caused the rapid emergence of antibiotic‐resistant
bacterial strains and antibiotic resistance genes in the past few decades. Photocatalytic …

Metal-doped TiO 2 photocatalysis are recognized as effective materials for eliminating
human norovirus (HuNoVs). In recent years, the airborne transmission of viral particles of …

A novel magnetic biocomposite adsorbent, denoted as AgZnFe2O4@ Ch, was utilized for
the degradation of Metronidazole (MNZ) from water. Various analytical techniques, including …

Waterborne pathogens, especially bacteria and viruses, pose significant health risks to the
public, calling for the development of a sustainable, efficient, and robust disinfection strategy …