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MATHEMATICAL MODELING OF FOLIC ACID FACILITATED PERTRACTION


BLAGA ALEXANDRA-CRISTINA 1, GALACTION ANCA-IRINA 2, CAŞCAVAL DAN 1
(1)TECHNICAL UNIVERSITY "GH. ASACHI" OF IAŞI, FACULTY OF CHEMICAL ENGINEERING, DEPT. OF BIOCHEMICAL ENGINEERING, D. MANGERON 71, 700050 IAŞI, ROMANIA, FAX: 0232.271.311, E-MAIL: DANCASCA@CH.TUIAŞI.RO (1)UNIVERSITY OF MEDICINE AND PHARMACY “GR.T.

Issue:

SCSCC6, Volume VI, No. 2

Section:

Volume VI - No. 2 (2005)

Abstract:

Using the statistical analysis and factorial experiments of second order, two mathematical correlations for the folic acid facilitated pertraction using Amberlite LA-2 as carrier have been established. These equations describe the dependences between the solute initial mass flow, respectively the permeability factor, and the main parameters influencing the separation efficiency (pH-values of the feed and stripping phases, carrier concentration). For both cases, the considered variables control the separation process in a 96.1 - 96.8% extent, the carrier concentration exhibiting the most important influence.

Keywords:

folic acid, vitamin B9, Amberlite LA-2, liquid membranes, pertraction, carrier, mathematical modeling, regression equation, determination coefficients.

Code [ID]:

CSCC6200506V02S01A0010 [0001054]

Full paper:

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