The discharge of chromium (Cr) contaminated wastewater is creating a serious threat to
aquatic environment due to the rapid pace in agricultural and industrial activities …

The enormous growth of industries and the increased release of untreated effluents
containing emerging pollutants are major problems that contaminate the water resources …

Copper (II) oxide nanoparticles were synthesized at low temperature using cold finger
assisted magnetron sputtering technique and were applied as adsorbent for the rapid …

The highly toxic species of Chromium in its hexavalent state is an important hazard to the
flora and fauna, causing a rupture in balance especially in aquatic environments. The …

Novel luffa cylindrica adsorbent modified with carboxyl and amidoxime groups is
successfully prepared by a simple water bath method for effective U (VI) uptake from …

Adsorption materials based on Aspergillus niger spores were synthesized with chemically
modified surfaces, and the CTAB surface modification adsorbent was the best. Zeta potential …

In present investigation, an attempt has been made for the synthesis of cupric oxide
nanoparticles (CuONPs) through a green route by utilizing lemon juice extract as a …

White-rot fungi show low-cost superiority as a promising biosorbent in heavy metal removal,
but limited by its poor biosorption capacity. Herein, a novel biosorbent, functionalized …

Extracting uranium from seawater through an effective and economical adsorbent is a
challenging task which is limited by (1) the extremely low concentration (∼ 3.3 ppb),(2) the …

Luffa is an excellent biomaterial that has gained much attention since it is low-cost,
available, environmentally-friendly, non-toxic, porous and efficient for the removal of …