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 …

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 …

Abstract Lead (Pb (II)) is a very toxic heavy metal that even at low concentration can affect
living organisms. Therefore, designing effective materials with high selectivity and cost …

Water containing heavy metal such as lead (Pb (II)) should be removed for supplying the
pure water before discharge to water bodies. In this study, the Pb (II) monitoring and removal …

A ligand doped conjugate adsorbent was prepared by indirect ligand immobilization onto
the mesoporous silica for lead (Pb (II)) ions detection and adsorption from aqueous media …

The functionalized mesoporous silica based fine-tuning mesoporous adsorbent was
developed for ultra-trace lead (Pb (II)) detection and removal from wastewater. The …

The ligand based composite material is an effective material for the removal of diverse
contaminants from wastewater. However, the performance of some ligands functionality is …

A novel hierarchical composite adsorbent was developed for sensitive and selective lead
(Pb (II)) ions detection and removal from wastewater as well as biological samples optically …

Due to the huge amount of lead (Pb (II)) containing wastewater from the industrial effluent
production, an innovative material is welcome to minimize the contamination level …

Abstract The pH dependent Cu (II) and Pd (II) ions detection and removal efficiency was
investigated using ligand embedded mesoporous adsorbent. The mesoporous adsorbent …