Arsenic contamination is the most pressing issue for human health and the environment.
Understanding its behavior and distribution in natural waters and developing potential …

Forward osmosis (FO) process due to its potential in water desalination has attracted
considerable attention. Although the FO process possesses numerous privileges like no …

As an applying potential for a part of production of lithium (Li) from salt lake brine, forward
osmosis was investigated by using semi-permeable membranes, sodium chloride (NaCl) …

Arsenic contamination at high concentration frequently occurs in nature water environments
and poses a great risk to human health. In this study, a cerium oxide/hydroxide-modified …

Arsenic contamination resulted from the rapid development of various industries affecting
the water resource quality worldwide. Because of the risk of arsenic exposure to both the …

Uranium (U) is a chemical and radioactive toxic contaminant affecting many groundwater
systems. The focus of this study was to evaluate the suitability of forward osmosis (FO) for …

Selenium (Se) is a groundwater contaminant that needs to be regulated in drinking water to
avoid health hazards. In this study, the underlying mechanisms of forward osmosis (FO) …

Arsenic is among the most damaging pollutants found in wastewater and as such requires
special attention. It is highly toxic, carcinogenic and exposure to it has been linked to several …

The importance of the substrate layer in composite membranes lies not only in providing
mechanical strength to the active layer, but also in serving as a foundation for the formation …

Recently, there has been a sudden surge in anti-microbial or anti-bacterial materials, due to
contagious viruses and bacteria. These bacteria spread exponentially by mutations and …