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The main advantages of adsorption process are low operating cost, easily available sorbent sources, minimization of the volume of sludge to be disposed of, recovery of the metal from the adsorbents and regeneration of the adsorbents for reuse[1] and is recognized as the most efficient, promising and widely used fundamental approach in wastewater treatment processes[2]. Adsorption is wellestablished technique for the removal of low concentrations of organic pollutants from large volumes of potable water, process effluents, wastewater, and aqueous solutions. A number of natural and synthetic adsorbents have been studied by various researchers for the removal of heavy metal ions [1]. The performance of an adsorbent can be studied by adsorption isotherm data, which can be obtained by a series of experimental tests in labs. Modeling the adsorption isotherm data is an essential way for predicting and comparing the adsorption performance, which is critical for optimization of the adsorption mechanism pathways, expression of the adsorbents capacities, and effective design of the adsorption systems [3].

international journal of advanced research in chemical sciences

Equations Adsorption Isotherms for Biuret on Soils, Paper and Cortex Plant Application of the Freundlich, Langmuir, Temkin, Elovich, Flory-Huggins, Halsey, and Harkins-Jura