Simplified calculation procedure for carbon adsorption model
Authors: Roy, Dipak; Wang, Guang-Te; Adrian, Donald Dean
Source: Water Environment Research, Volume 65, Number 6, September/October 1993 , pp. 781-787(7)
Publisher: Water Environment Federation
Abstract:ABSTRACT: The nonlinear equilibrium isotherm relationship for carbon adsorption has been linearized by expanding it using a Taylor series. The Taylor series expansion is truncated so that the resulting linear form can be substituted into the equation obtained by applying orthogonal collocation technique to the differential equation for adsorption process. Finally, a set of algebraic formulas was derived by using Laplace transform for calculating bulk liquid concentration and interface liquid concentration. The Taylor series replacement iterative procedure is recommended for calculating the true values of bulk liquid concentration. The results from the new approach were verified by comparison with those obtained from Runge-Kutta integration using experimental data reported by other investigators. The proposed algebraic method is applicable for all types of batch adsorption experimental data without any restrictions.
Document Type: Research article
Publication date: 1993-09-01
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