Recalcitrant and dangerous organic contaminants can be degraded using photocatalysis, a
green and environmentally friendly method. Photocatalytic wastewater treatment by …

Surface water is extremely susceptible to pollution stemming from human activities, such as
the expansion of urban and suburban areas, industries, cities, and agriculture. In fact …

Gas separation by employing polymeric membranes is one of the most developed branches
of membrane based separation technology. But, polymeric materials are unable to meet the …

The utilization of ceramic membranes functionalized with metal oxide for the simultaneous
removal of pollutants (via photocatalysis and membrane filtration processes) has made rapid …

The pollution of water caused by antibiotics cannot be underestimated. A series of functional
nanoparticles and nanofibrous membranes was prepared using oil bath heating method …

Microplastics are a type of synthetic polymer with a particle size of< 5 mm that are found in
various environments. Considering the ever-increasing production of plastic and …

Biological processes are widely used technologies for water decontamination, but they are
often limited by insufficient bioavailable carbon sources or biorecalcitrant contaminants. The …

Azo dyes in industrial textile and dye effluent (5–30%) have become irresistibly recalcitrant
and toxic to both treatments and the environment respectively. Global concerns about the …

In this review, we report on the recent progress in photocatalysis, emerging trends, and ISO
standardization for various energy and environmental applications. Photocatalysis can …

The photocatalytic membranes have been reported to treat textile dye effluents; however, it
is challenging to maintain their long-term functionality due to the poor binding stability of …