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Maximum removal was typically at 50 m of buffer width.
The Hg II) sorption was strictly pH dependent, and maximum removal was observed at pH 6.5.
On the other hand, when treating As V) wastewater, the maximum removal was 99.7% at a pH of 5.0.
Maximum removal was achieved about 52.11% at following conditions: dye concentration = 40 mg/l; pH = 4; dosage = 0.02 g/50 ml; time = 80 min.
Maximum removal was achieved at an initial concentration of 20 ppm, pH = 3, adsorbent dose = 4 g/l and temperature 313 K.
Maximum removal was attained from a solution as concentrated as 30 ppm at pH 3 with an adsorbent dosage of 13 g l−1.
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Maximum removal is achieved by APP.
Maximum removal is observed at pH 7.0.
Optimal reaction parameters for maximum removal were generated using the software's numerical optimization function.
The minimum adsorbent dose corresponding to the maximum removal is the optimum dose.
The temperature has strong influence on the adsorption process and the maximum removal is observed at 298 K.
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