Because of the increase in needs for platinum group metals, as well as their low availability
in nature and their environmental concerns, it is getting more urgent to separation and …

Phosphate mine slimes (PMS), an abundant waste generated from phosphate mines, was
used in this study as a cost-effective adsorbent to investigate the phosphate anions removal …

This study investigates—for the first time—the synthesis of a novel Ca-rich biochar (N–Ca–
B) and its potential use for phosphorus (P) recovery from both synthetic solutions (SS) and …

The present study aims to develop a new potentially low-cost, sustainable treatment
approach to soluble inorganic phosphorus removal from synthetic solutions and secondary …

This work proposed a new approach of reusing drinking water treatment residuals (WTR) in
a continuous stirred tank reactor (CSTR) to remove phosphate (P) from urban wastewater …

The present investigation has dealt with the adsorption of Cu (II) across liquid phase on the
nonconventional adsorbent. The nonconventional adsorbent used in the present work was …

In this study, amberlite XAD-16 (XAD-16) bed column system was used to remove ferulic
acid (FA) from aqueous solutions. Laboratory-scale column experiments were conducted in …

Preparation of corn husk-based adsorbent for platinum recovery is studied. The adsorbents
are prepared and characterized, and the adsorption of platinum onto the adsorbents is …

In this work, a new method, called the preconcentration method (PCM), is proposed to
increase the adsorption of protein‐bound toxins onto adsorbents in artificial liver support …

In this study, simultaneous co-adsorption of Cr (VI) and phenol was carried out in a
continuous packed-bed reactor packed with tea waste biomass. The experiments were …