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The state of the I crystallization massecuite food system with the cumulative effect of surfactants, sugar decolorant, descaling agent

https://doi.org/10.20914/2310-1202-2018-4-151-155

Abstract

At the present stage for the sugar beet factories of the CIS countries in connection with the entry into the world market, a trend for high quality white sugar production appeared. It is shown that the white sugar quality is largely determined by the state of the food system of the I crystallization massecuite, in the formation of which technological aids for the functional groups of surfactants, sugar decolorants, and descaling agents (descalers) are used. It is noted that between the means applied, joint interactions are possible in the form of antagonism-synergism, which ultimately affect the white sugar quality. In this regard, it is advisable to study the cumulative effect of the means of these functional groups on the change in the state of the nutritional system of the massecuite I. This task was solved using the previously developed methodological approach based on determining of representative indicators of the solid and liquid phases of the massecuite food system — crystal content, heterogeneity coefficient, average crystals size, viscosity, chromaticity, calcium salts content, the optimal values of which indicate the food system steady state, deviations from them - unstable. The experiments scheme included 5 combinations with local and joint ontroduction of Defospum surfactant, E 221 sugar decolorant, Kebo DS descaler. It was revealed that with the combined application of surfactants and sugar decolorant, the food system of the massecuite was characterized by a steady state at the best values of indicators: the color of the liquid phase was 5.8% lower compared to the autonomous use of decolorant, viscosity - 1.6% lower than the autonomous use of surfactants. It was suggested that this is due to the synergistic effect, in the first case - surfactant on the functional effect of the sugar decolorant, in the second - on the contrary, the decolorant on the functional effect of the surfactant. It was shown that the sugar obtained from such a food system corresponded to the white sugar of the TC1 category. Descaler residual quantities migrating into the food system of the massecuite antagonist to the decolorant of sugar and surfactant, makes it unstable

About the Authors

L. I. Belyaeva
Kursk Research Institute of Agro Industrial Production
Cand. Sci. (Engin.), deputy director, village Cheremushki, Kursk region, Kursk district, 305526, Russia


A. V. Ostapenko
Kursk Research Institute of Agro Industrial Production
senior researcher, technology department, village Cheremushki, Kursk region, Kursk district, 305526, Russia


V. N. Labusowa
Kursk Research Institute of Agro Industrial Production
senior researcher, technology department, village Cheremushki, Kursk region, Kursk district, 305526, Russia


T. I. Sysoeva
Kursk Research Institute of Agro Industrial Production
researcher, technology department, village Cheremushki, Kursk region, Kursk district, 305526, Russia


References

1. Egorova M.I. Sugar: evolution of custumer requirements. Sahar [Sugar]. 2014. no 7. pp. 16–17.(in Russian)

2. Sarir E.M.I, Pabon B.R., Donado C.A. Colour precipitants state of the art for direct production of high quality white sugars. International sugar journal. 2015. vol. 117. no 1400. pp. 596–597.

3. Gula F., Burris B., Lancrenon X. The use of ion exchange resins for beet sugar juice processing. International sugar journal. 2007. vol. 109. no.1300. pp. 235–238.

4. Campos D., Mescua L., Chirinos R., Pedreschi R. Effect of Yacon (Smallanthus sonchifolius) fructooligosaccharide purification technique using activated charcoal or ion exchange fixed bed column on recovery, purity and sugar content. International sugar journal. 2017. no.12 (52). pp. 2637–2646.

5. Slavyanski A.A., Moiseyak M.B. Surfactants: application in sugar production. Sahar [Sugar]. 2007. no. 3. pp. 32–35.(in Russian)

6. Belyaeva L.I., Ostapenko A.V., Labuzova V.N., Sysoyeva T.I. Sugar decolorants is a new functional group of technjlogical aids. Izvestiya vuzov. Pishchevaya tekhnologiya [Bulletin of Higher Institutions. Food Industry]. 2018. no. 4 (364). pp. 33–36. (in Russian)

7. Sido O.N., Zubik M.V., Moiseyak M.B., Shumovetski U.A. The analysis of the technology of producing the first fillmass. Sahar [Sugar]. 2009. no. 7. pp. 68–71. (in Russian)

8. Belyaeva L.I., Labuzova V.N., Ostapenko A.V., Skripko E.M. Methodical aspects of integrating technological aids into technological flow of beet sugar production. Vestnik VGUIT [Proceedins of VSUET]. 2016. no. 3. pp. 247–251. (in Russian)

9. Belyaeva L.I., Labuzova V.N., Ostapenko A.V. The estimation of collective effect of anti-caking and surfactants in sugar production. Innovacionnye tekhnologii v pishchevoj promyshlennosti [Innovative technologies in food industry: Proceedings of XV Int. Sci. Conf. October 5-6, 2016]. Minsk, ITC Ministry of Finance, 2016. pp. 74–77. (in Russian)

10. Mironchuk V.G., Yeshchenko O.A. The analysis of fillmass boiling process based on imitation modeling. Sahar Ukrainy [Sugar of Ukraine]. 2013. no. 1(85). pp. 47–52. (in Ukrainian)

11. Grbic J., Mucibabic R.J. Sucrose crystal growth rate in pure solutions and in the presence of calcium acetate. International sugar journal. 2008. no. 1310. рp. 116–119.

12. Egorova M.I., Shirokikh E.V., Kretova Ya. A. The results of monitoring sulphur dioxide content in sugar. Sahar [Sugar]. 2016. no. 7. pp. 39–41. (in Russian)


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For citations:


Belyaeva L.I., Ostapenko A.V., Labusowa V.N., Sysoeva T.I. The state of the I crystallization massecuite food system with the cumulative effect of surfactants, sugar decolorant, descaling agent. Proceedings of the Voronezh State University of Engineering Technologies. 2018;80(4):151-155. (In Russ.) https://doi.org/10.20914/2310-1202-2018-4-151-155

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ISSN 2226-910X (Print)
ISSN 2310-1202 (Online)