… provide good reactive centers for the rapid removal and fast adsorption. In the present work,
we investigate and optimize a multi-response ultrasonic adsorption process of dyes onto the …

… pure talc powder, and increase the ability of talc in heavy metal ion adsorption [31]. Furthermore,
the metal ions all rapidly adsorbed at less than 2 min, so fast binding of metal ions to Fe(…

… This study demonstrates the experimental method for the removal of lead and copper …
optimization as well as the improvement of existing design. The aim of RSM would be to optimize …

… The material has advantages such as high surface area, high adsorption properties, and
highly efficient, easy-to-use, cost-effective, rapid, sensitive and selective for the removal of …

… In optimized condition, the maximum adsorption capacity found to be 123.994 mg /g at pH
… Rapid adsorption occurs within the first 30 min with adsorption efficiency of 99.13%. The …

… montmorillonite powder and increase the ability of montmorillonite in heavy metal adsorption
[35]. Furthermore, the metal ions all rapidly adsorbed at less than 5 min, so fast binding of …

… This section an equilibrium model of PTSA was developed for rapid multi-objective
optimization. The following research is carried out according to the research structure in Fig. 2. …

… The kinetics of adsorption was rapid initially due to the … However, in our experiments, the
amount of adsorbed EOR ASP … a possible rapid penetration into the Hassi Messaoud rock. …

Magnetic Fe 3 O 4 nanoparticles have been used as adsorbents for the removal of heavy-metal
ions. In this study, optimization of the Pb 2+ adsorption process using Fe 3 O 4 has been …

… From an industrial perspective, optimum set of operating conditions of a batch adsorption
process that lead to both rapid as well as considerable removal of the harmful compounds from …