The growing contamination of various freshwater resources due to industrial effluent is a
serious concern among the scientific community. Several organic compounds are …

Groundwater pollution is becoming a more serious issue because of various anthropogenic
activities. A large proportion of the population living in the urbanized and industrialized …

Background Oxidative mineralization of antibiotic waste by visible light active semiconductor
photocatalysts become an important issue to prevent the possible crisis of antimicrobial …

Globally speaking, groundwater is the predominant source of water for populations living in
arid and semiarid regions. The tools used to assess the quality of this resource contribute to …

Semiconductor photocatalysts become an ecological solution for the oxidative degradation
of emergent wastewater pollutants under light irradiation. However, the enormous bandgap …

To ensure that groundwater resources are effectively protected and to improve the quality of
life, it is vital to take into consideration all polluting activities that could pose a potential risk …

Currently, metal oxide photocatalysts is a green and facile tool for the elimination of
emerging pollutants utilizing light illumination. Though, the wide bandgap energy (E g) …

This study evaluated high fluoride (F−) levels, source distribution, provenance, health risk,
and source apportionment in the groundwater of Sargodha, Pakistan. Therefore, 48 …

Abstract The Pinios River Basin (PRB) is the most intensively cultivated area in Greece,
which hosts numerous industries and other anthropogenic activities. The analysis of water …

Visible light oxidative mineralization of antibiotics over semiconducting nanostructured
photocatalysts demonstrated a promising approach for preventing possible antimicrobial …