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Maximum adsorption was obtained at pH 7.25 for Ni II).
It was concluded that Cu II) removal increased from 1.8%to73%3% by increasing the pH from 2 to 5.2 (maximum adsorption was at pH 5.2).
The maximum adsorption was observed at rotation speed of 500 rpm, temperature 40 °C, pH 3, contact time 60 min and crude oil concentration 0.030 g/L.
The optimization of the factors to obtain maximum adsorption was carried out by incorporating effect plots, normal probability plots, interaction plots, analysis of variance (ANOVA), Pareto charts, surface plots, and contour plots.
Maximum adsorption was obtained at 30C.
The maximum adsorption was observed at pH 7.0.
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The maximum adsorption is observed at 0.8 V vs. Pd/H2ie at potentials higher than that of the so called anomalous states in the voltammogram.
Maximum adsorption is observed for an initial concentration of 20 mg L−1.
The intraparticle diffusion comes to the end because the maximum adsorption is reached.
They explain that the maximum adsorption is for {111} surface followed by {110} and {100} surfaces.
The maximum adsorption is with sample-6 because it has the maximum concentration of CaCl2 which leads to adsorption of more moisture as compared to the other samples.
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