The increased peril of various environmental pollutants causing enormous damage to the
environment and human beings has raised red flags worldwide. Despite the numerous …

The increasing pace of water resource contamination by heavy metal and pharmaceutical
pollutants necessitates the use of advanced methods. Nanomaterials with unique properties …

The current study investigates removing tetracycline from water using batch, column, and
tank experiments with statistical modelling using ANN for continuous tests. An artificial …

In this study, the quartz sand (QS) was supported by the nanoparticles (Fe/Pb) that were
made using an in-situ green synthesis technique using pomegranate peel extract to produce …

The remediation of groundwater uranium pollution has been successfully researched and
implemented. However, the cost-effectiveness remains challenging to evaluate. Numerical …

abstract The aim of this study is to modify the Iraqi natural bentonite (NB), as low-cost and
available raw material, using different methods and investigate the potential application of …

This article focuses on employment of nanotechnologies in remediation of tetracycline
antibiotics (TC) from groundwater by green synthesized bimetallic Fe/Ni supported by …

The present investigation involved utilizing a green technique to produce nanoparticles
(Fe/Pb) using pomegranate peel extract, which they then immobilized using quartz sand …

abstract In this study, the quartz sand (QS) was supported by the nanoparticles of Fe/Pb that
were made using an in-situ green synthesis technique. using Punica granatum …

The use of permeable reactive bio-barriers (Bio-PRBs) is a develo** method for
remediation of uranium groundwater pollution. However, some remediation effects are …