A chemical modified biochar with abundant amino groups for heavy metal removal was
prepared using polyethylenimine (PEI) as a modification reagent, and used as an adsorbent …

Liquid metal reaction media provides exciting new avenues for synthesizing low‐
dimensional materials. Here, the synthesis of atomically thin sheets and nanofibers of …

This review is aimed at exploring the possibilities of recovering Chromium ions using
several low-cost adsorbents through wastewater processing. In the past, several traditional …

The potentials of cocoa pod husk to adsorb Cu (II), Cd (II), Pb (II) and Fe (II) ions from
aqueous solutions was investigated in a batch system. The effects of contact time, initial …

Effluent reuse is a common practice for sustainable industrial water use. Salt removal is
usually carried out by a combination of membrane processes with a final reverse osmosis …

The goal of this study is examination of the mixture between adsorption and permeation
process for removing chromium (VI) from the water. Two types of supported membranes are …

The feasibility of using Ocimum bacilicum seeds for the removal of copper (II) ions from
aqueous solution has been investigated. Batch biosorption studies were conducted to study …

Chromium removal from wastewater is becoming increasingly important both to meet
discharge consents and prevent eutrophication of water resources. A series of simple batch …

Effluent reuse is a common practice for sustainable industrial water use. Salt removal is
usually carried out by a combination of membrane processes with a final reverse osmosis …

In this thesis the focus is on surface properties of gallium based liquid metal alloys at
interfaces with aqueous electrolytes (section 2.2. 1), oxygen containing environments …