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Under these optimum conditions, the corresponding response value predicted for maximum biosorption yield was 90.6 mg/g.
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As due to saturation of biosorption sites at higher concentrations, lower biosorption yield is observed.
The maximum biosorption capacity was found to be 103.5 mg/g at 35 °C.
The maximum biosorption capacity was found to be 109.535 mg g− 1.
Experimental results show that maximum biosorption capacity occurred at neutral pH medium.
Maximum biosorption capacity obtained in continuous mode under the optimized conditions was 69.08 mg/g.
The maximum biosorption capacity of the biomass for carbaryl was found to be 6.21 mg g−1.
The temperature doesn't have much influence on the biosorption yield.
Batch biosorption experiments indicated the maximum biosorption capacity of Cu II) on MBS was 126.58 mg/g and about 90% of that on chitosan membrane.
Maximum biosorption capacity of 37.21 mg/g was obtained at optimum conditions.
The equilibrium data of zinc biosorption fitted best with Sips isotherm model and the maximum biosorption capacity of biosorbent from this model was calculated as 115.198 mg g−1.
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