In this article, the efficacy of synthesized chitosan polyvinyl alcohol derivatives has been
investigated for cyclic multi-heavy metal removal. Thereby, derivative resin revealed the …

Monochloroacetic acid precursor-based carboxymethyl chitosan resins were prepared using
the chitosan with variant molecular weight. The carboxymethylation assured enhanced …

The widespread occurrence of metals in water bodies has been fueling the development of
platforms for removing and recovering these elements. Biosorption has emerged as a …

The global issue of environmental contamination from industrial wastewater comprising Cu,
Fe and Pb demands effective treatment strategies. In this article, a functional composite …

The simultaneous removal of Cu, Pb and Fe from water bodies has been targeted in this
work with polyvinyl alcohol (PVA) and chitosan (low, medium, and high molecular weight) …

Electronic waste (e-waste) has become an urgent issue in digitally dependent world, owing
to the unprecedented use of electronic devices and this has compelled the world to develop …

In this investigation, surface modified Caryota urens seeds were effectively combined by
sulphuric acid alteration taken after by ultrasonic treatment kee** in mind the end goal to …

The present study was focused on synthesis of mixed biosorbent using agricultural waste
(Borassus flabellifer male inflorescence) and fungal biomass (Aspergillus tamarii) to study …

For several decades, heavy metals have been a source of environmental pollution and the
scientific community is continually asked for facing this threat. This study investigated the …

The modification of chitosan represents a challenging task in obtaining biopolymeric
materials with enhanced removal capacity for heavy metals. In the present work, the …