Osmotic dehydration of red cabbage in sugar beet molasses: Mass transfer kinetics

The paper describes a study of osmotic dehydration of red cabbage in sugar beet molasses of different concentrations (40, 60 and 80%) at 50°C and under atmospheric pressure. The best results were obtained at the sugar beet molasses of 80% as an osmotic medium. The most important kinetic parameters o...

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Main Authors: Filipčev Bojana V., Lević Ljubinko B., Koprivica Gordana B., Mišljenović Nevena M., Kuljanin Tatjana A.
Format: Article
Language:English
Published: Faculty of Technology, Novi Sad 2009-01-01
Series:Acta Periodica Technologica
Subjects:
Online Access:http://www.doiserbia.nb.rs/img/doi/1450-7188/2009/1450-71880940145M.pdf
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spelling doaj-7c260aea91ab4599b85ccc5bf9cd85ea2020-11-24T23:38:30ZengFaculty of Technology, Novi SadActa Periodica Technologica1450-71882009-01-0120094014515410.2298/APT0940145MOsmotic dehydration of red cabbage in sugar beet molasses: Mass transfer kineticsFilipčev Bojana V.Lević Ljubinko B.Koprivica Gordana B.Mišljenović Nevena M.Kuljanin Tatjana A.The paper describes a study of osmotic dehydration of red cabbage in sugar beet molasses of different concentrations (40, 60 and 80%) at 50°C and under atmospheric pressure. The best results were obtained at the sugar beet molasses of 80% as an osmotic medium. The most important kinetic parameters of the process were determined: water loss, solid uptake, weight reduction, normalized solid content and normalized moisture content. The kinetic parameters were determined after 1, 3 and 5 hours. Mass transfer coefficients were calculated using Hawkes and Flink's model and the results indicate that the diffusion of water and solids was the most intensive during the first three hours of dehydration. http://www.doiserbia.nb.rs/img/doi/1450-7188/2009/1450-71880940145M.pdfosmotic dehydrationred cabbagemass transfer kineticsugar beet molasses
collection DOAJ
language English
format Article
sources DOAJ
author Filipčev Bojana V.
Lević Ljubinko B.
Koprivica Gordana B.
Mišljenović Nevena M.
Kuljanin Tatjana A.
spellingShingle Filipčev Bojana V.
Lević Ljubinko B.
Koprivica Gordana B.
Mišljenović Nevena M.
Kuljanin Tatjana A.
Osmotic dehydration of red cabbage in sugar beet molasses: Mass transfer kinetics
Acta Periodica Technologica
osmotic dehydration
red cabbage
mass transfer kinetic
sugar beet molasses
author_facet Filipčev Bojana V.
Lević Ljubinko B.
Koprivica Gordana B.
Mišljenović Nevena M.
Kuljanin Tatjana A.
author_sort Filipčev Bojana V.
title Osmotic dehydration of red cabbage in sugar beet molasses: Mass transfer kinetics
title_short Osmotic dehydration of red cabbage in sugar beet molasses: Mass transfer kinetics
title_full Osmotic dehydration of red cabbage in sugar beet molasses: Mass transfer kinetics
title_fullStr Osmotic dehydration of red cabbage in sugar beet molasses: Mass transfer kinetics
title_full_unstemmed Osmotic dehydration of red cabbage in sugar beet molasses: Mass transfer kinetics
title_sort osmotic dehydration of red cabbage in sugar beet molasses: mass transfer kinetics
publisher Faculty of Technology, Novi Sad
series Acta Periodica Technologica
issn 1450-7188
publishDate 2009-01-01
description The paper describes a study of osmotic dehydration of red cabbage in sugar beet molasses of different concentrations (40, 60 and 80%) at 50°C and under atmospheric pressure. The best results were obtained at the sugar beet molasses of 80% as an osmotic medium. The most important kinetic parameters of the process were determined: water loss, solid uptake, weight reduction, normalized solid content and normalized moisture content. The kinetic parameters were determined after 1, 3 and 5 hours. Mass transfer coefficients were calculated using Hawkes and Flink's model and the results indicate that the diffusion of water and solids was the most intensive during the first three hours of dehydration.
topic osmotic dehydration
red cabbage
mass transfer kinetic
sugar beet molasses
url http://www.doiserbia.nb.rs/img/doi/1450-7188/2009/1450-71880940145M.pdf
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AT misljenovicnevenam osmoticdehydrationofredcabbageinsugarbeetmolassesmasstransferkinetics
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