A novel chitosan resin microsphere (CDCR) adsorbent, which was synthesized by
secondary crosslinking and carbon disulfide modification, and was evaluated for its efficacy …

Palladium is not only a precious metal but also is widely used in catalyst production,
therefore it is of significance to recover palladium from spent catalysts. In this paper …

Palladium is versatile in many industrial applications due to its distinct physicochemical
properties. Due to the scarcity of natural resources and the growing market demand …

Recently, palladium is widely used in electronics, catalysis, electroplating, and fuel cells.
The recovery of precious metals has become very important due to their scarcity and high …

A silica-polymer-based adsorbent (isoPentyl-BTBP/SiO 2-P) was prepared via a vacuum
impregnation method for efficient and continuous separation of palladium from complex …

Due to its unique physicochemical properties, palladium is widely used in several industry
applications (eg, vehicle emission control). In view of the circular economy, it is essential to …

Palladium is a rare resource and is found in extremely low concentration in the earth's crust.
Therefore, the efficient recovery of palladium from wastewater is significant but remains …

The selective capture of palladium (II)(Pd (II)) from waste streams is a current topic in
materials science, which aims to address the shortage of palladium resources in the natural …

Green, efficient, and cost effective methods of recycling palladium (Pd) from wastewater
have attracted increasing attention. In the present study, polyvinyl chloride (PVC) was …

Resins impregnated with organic extractants regarded as effective adsorbent materials due
to their ability for selective sorption. These resins consist of a polymeric material that is …