Extract: A new Simulation Software for Liquid-Liquid Extraction Process
A. Hadj Seyd, Lanezt, M. L. Belfar, T. Gharib, A. Kemassi, F. Ben Brahim
International Journal of Computational Linguistics Research, Vol. 3, No. 1, 2012.
DOI: 
Link: http://www.dline.info/jcl/fulltext/v3n1/4.pdf
Abstract:
The aim of this work is to develop software to predict the value of yield and distribution coefficient in the process of reactive liquid-liquid extraction of chemicals components, using mathematical models expressing these entities, based on equations equilibrium between organic and aqueous phases, and predict the conditions under which the extraction operation is favorable, unfavorable or impossible to realize, by studying the variation of the entities cited, based on the parameters influencing the extraction, which are: initial concentrations, rate of solvent and pH, in the case of a simple extraction (extraction of neutral products) or when it is reactive (extraction of complex acids or bases) for one or more components. The programming language used is â€œDelphiâ€ which is a very powerful oriented object programming under Windows.