Exact(3)
Meanwhile, the paper will evaluate the model with VISSIN, and then demonstrates the feasibility and effectiveness of capacity equilibrium model.
Meanwhile, Freundlich isotherm constant (ml/mol) related to the adsorption capacity, equilibrium metal concentration in the solution phase (mol/ml) and amount of adsorbed in the resin phase at any time t (mg/g).
The most popular linear expression of isotherm is as follows: frac{1}{{q_{text{e}} }}, =, frac{1}{{bq_{hbox{max} } }}),frac{1}{{c_{text{e}} }} + frac{1}{{q_{hbox{max} } }} (7 where q e mg/g), c e (mg/L), and b (L/mg) are equilibrium sorption capacity, equilibrium fluoride concentration and the Langmuir isotherm constant, respectively.
Similar(57)
1/n close to 1 indicates the steep slope and high adsorption capacity and equilibrium concentrations which diminishes at low equilibrium concentrations.
Equilibrium studies were carried out to determine the adsorption capacity and equilibrium constant for 4-CP and 4-BP on MDA magMCM-48.
Adsorption capacity at equilibrium (mg/g).
The adsorption capacity at equilibrium (qe) was calculated by using following equation.
A pseudo-affinity ligand (Procion Red HE3B) was used to bind the FDH with high selectivity and reasonable capacity (maximum equilibrium capacity of 30 U/ml).
The maximum removal capacity at equilibrium concentration of 40 ppm was found to be 0.83 mg/g.
Currently, some of the available adsorbents have limitations, such as low uptake capacity, long equilibrium, and low selectivity [5].
The adsorption capacity at equilibrium (q e) increased from 22.6 to 76 mg/g with an increase in the initial dye concentrations from 25too 100 mg/L.
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