This review presents a holistic analysis of the synthesis and efficacy of nanosorbents
towards the waste water purification by the removal of selected heavy metal ions, with …

Heavy metal contamination has caused serious impacts on the environment and risks
towards human health, promoting intensive R&D efforts for the removal of heavy metals from …

The chemical ligand-based conjugate adsorbent was prepared for selective and sensitive
toxic lead (Pb (II)) ions monitoring and removal from contaminated water to save water …

In the present study, highly porous composite material (PCM) was fabricated by novel ligand
immobilization onto the silica monolith for Pb (II) ion detection and adsorption from …

The importance of toxic contaminants treatments have become increasingly apparent due to
the severe threat from anthropogenic pollution in water pollutants. For the remediation of …

A novel ligand based conjugate material (CMA) was prepared for toxic lead (Pb (II)) ion
monitoring and removal from aqueous solution. The organic ligand of 6-((2-(2-hydroxy-1 …

An efficient material is always welcoming for the water treatment due to the need of clean
water to safe the human health. The conjugate adsorbent (CJA) was fabricated by functional …

Hydrogels are a series of soft and wet materials with three dimensions of crosslinked
networks. Hydrogels have attracted great attention due to their diverse functional properties …

At high environmental concentration, some heavy metals display adverse health effects on
living organisms and ecosystems. They bioaccumulate in the food chain and end up in …

Since the most transition metal ions and organic dyes are hazardous, it is crucial to remove
them from water. For this purpose, various systems are reported for removal of only transition …