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Exact(8)
It was observed that the maximum removal percentage (65%%) occurred at pH 2.5.
Based on Eq. 5, the maximum removal percentage of diazinon 96.06 was obtained.
Maximum removal percentage of Pb2+ ion which obtained at 25 mg L−1 of Pb2+, 25 mg of adsorbent and 4 min mixing with sonication at pH 6.0.
The optimal temperature identified for maximum removal percentage is 56.8 °C/329°K, beyond which the removal efficiency begins to decline.
Result from present study indicates that the maximum removal percentage and adsorption capacity in terms of Q e has been found for Cu in synthetic solution as well as in industrial waste water sample.
A maximum removal percentage (94%) of Cr (VI) ions was obtained for a 100 mg/L aqueous solution at the optimized conditions of pH value of 2.0, adsorbent dosage of 0.2 g, time of 2.5 h and stirring speed of 300 rpm.
Similar(52)
After 8 h of settling, maximum removal percentages achieved in single and mixed cultures were 86.6% ± 6.0% and 89.6% ± 2.2%, respectively.
Under optimal condition, the maximum removal percentages of 99%andd 78.5%, and the capacity uptake of 54.4 and 39.0 mg g−1 were obtained for both alizarin red and alizarin yellow, respectively.
The results were analysed according to the maximum fruit removal percentage.
The maximum obtained removal percentage for Zn and Ni were 99.996 and 96.87, respectively.
The best pH in quaternary system was studied by using one at a time method to achieved maximum dyes removal percentage.
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