Food Resources. 2022. N 19. Article 15 — Інститут продовольчих ресурсів НААН України

Деталі: Опубліковано: Понеділок, 23 січня 2023, 10:08; Перегляди: 161

15. CLASSIFICATION AND SELECTION OF THE MOST COMMON TYPES OF CRYSTALLIZERS FOR PREPARING MAGMA
https://doi.org/10.31073/foodresources2022-19-15
Serhii Tkachenko, Tamila Sheiko, Olena Anisimova, Inha Kuznietsova
Pages: 131-140

Abstract

Subject of research. The main process in sugar production is the crystallization of sucrose. Today, the search for methods of intensification of this process by reducing the duration of boiling, reducing heat energy consumption, reducing sucrose losses from thermal decomposition and obtaining high-quality granulated sugar with the appropriate granulometric composition and increasing its yield is relevant. One of the ways to solve the problem is the use of high-quality seed material capable of forming a regulated number of crystals of the required size in concentrated sugar solutions. This will make it possible to reduce the amount of molasses for washing sugar crystals in centrifuges, while observing the technological regime in the food department, which will help reduce fuel consumption and increase sugar output. Purpose. Conduct an analytical assessment of the effectiveness of the most common seed materials (crystal formers) of sugar production on the process of sucrose crystallization. Methods. The analysis and monitoring research was carried out using methodological approaches that are used in domestic and international practice. Results. The influence of various factors on the uniformity of sugar crystals was considered, and the reasons for the formation of crystal conglomerates during the boiling of utfels were analyzed. The types of the most common crystal formers used in sugar production are given. Scope of research results. Evaluating the effectiveness of crystal formers makes it possible to objectively evaluate the effectiveness of different crystal formers on the quality characteristics of the obtained sugar crystals. Sugar enterprises will receive data on the use of the most effective crystal formers in the technological process of sugar production.
Key words: seed materials, crystal formers, syrup, crystals, crystallization, sugar
References
1. Skoryk, K. D. (2006). Deiaki aspekty roboty krystalizatsiinykh viddilen [Some aspects of the work of crystallization departments]. Tsukor Ukrainy [Sugar of Ukraine]. 1-2. 41-43. [in Ukrainian].
2. Ferreira A., Faria N., Rocha F., Teixeira J. A. (2011). Using an online image analysis technique to characterize sucrose clystal morphology durring a crystallization run. Ind. Eng. Chem. Res. 50. P. 6990-7002. https://doi.org/10.1021/ie2001499.
3. Anisimova, E. M. (2010). Primenenie kristalloobrazovatelya «Ester K 01» s celyu polucheniya ravnomernogo granulometricheskogo sostava sahara [The use of the crystal former "Ester K 01" in order to obtain a uniform granulometric composition of sugar]. Food Technologies & Equipmene.1-2. 15-17. [in Russian].
4. Myronchuk, V. H. (2005). Teoriia i praktyka masovoho zarodzhennia krystaliv tsukrozy [Theory and practice of mass nucleation of sucrose crystals]. Visnyk SUNU im. Volodymyra Dalia [Bulletin of SUNU named after Volodymyr Dahl]. 11 (93). 126-128. [in Ukrainian].
5. Zinab, J. M., Alamolhoda, A. A., Moghaddam, F. M., Nayeri, S. (2015) Application of Rosin-Rammler model for analysis of CSD in sugar crystallization. Crystal Research And Technology. 50 (11). 873-878. https://doi.org/10.1002/crat.201500062.
6. Rózsa, L. (2008). Sugar crystallisation: Look for the devil in the details. Part 1. International Sugar Journal. 110 (1315). P. 403-413.
7. Sidenko, S. M., Sotnychenko, M. I., Ovchynnikov, P. P., Stanislavskyi, L. P. № 55611A Ukraina, MPK (2006). C13F3/00. Sposib vyhotovlennia zatravky dlia krystalizatsii tsukru u vyhliadi zatravochnoi suspenzii. [The method of making a seed for crystallization of sugar in the form of a seed suspension]. Applicant and Patent Attorney Private enterprise "Special technologies. Innovative activity" № 2001128808; stated. 19.12.2001; Bjul. 15.04.2003. 4 p. [in Ukrainian].
8. Van der Poel, P. W., Schiweck, H., Schwartz, T. (1998). Sugar Technology (Beet and Cane Sugar Manufacture), 1 edition. Berlin, Germany: Published with support of the Beet Sugar Development Foundation Denver, USA. 1120 p.
9. Shtanheev, V. O., Sushchenko, A. K., Kravchuk, A. F. (1993). Tverdoplastychna zatravochna pasta [Hard plastic seed paste]. Tsukor Ukrainy [Sugar of Ukraine]. 3. 24-26. [in Ukrainian].
10. Zatravliuvalna pasta "MAHMAS" [Etching paste "MAGMAS"] https://magmas.com.ua/pasta.php.
11. Seed Suspension for the Sugar Crystallization KEBO SLURRY. URL: https://cukrotex.com.pl/other-chemicals.
12. Tkachenko, S., Sheiko, T., Anisimova, O., Kuznietsova, I., Khomichak, L. (2021). Evaluation of the effectiveness of the influence of crystallizing agent on sugar quality. The international conference "Strategy for the Development of Sugars and Natural Sweeteners". P. 83-97. December 15-16. 2021. Kyiv. Ukraine.
13. Krystaloutvoriuvach ESTER K 01 [Crystal former ESTER K 01]. https://egh-ingredients.com/catalog/vspomogatelnye-veshchestva-dlya-sahara/ester-k-01/.
14. Srisanga, S., Flood, A. E., Galbraith, S. C., Rugmai, S., Soontaranon, S., Ulrich J. (2015). Crystal Growth Rate Dispersion versus Size-Dependent Crystal Growth: Appropriate Modeling for Crystallization Processes. Crystal Growth & Design. 15 (5). P. 2330-2336. https://doi.org/10.1021/acs.cgd.5b00126.
15. Rózsa, L., Rozsa, J., Kilpinen, S. (2016). Crystal growth and crystallization control tactics in industrial sugar crystallizers Part 1. Crystal growth. International Sugar Journal. 118 (1414), 746-755.
16. Tkachenko S., Sheiko T., Petrenko V., Anisimova O., Kuznietsova I., Khomichak L., Obodovych O. (2020). Influence of crystallizing agent on sugar quality. Acta Scientiarum Polonorum Technologia Alimentaria. 19(4). p. 457-465. https://doi.org/10.17306/J.AFS.2020.0867.
17. DQS Certificate FSSC 22000. Certification scheme for food safety systems. Frankfurt am Main: DQS CFS GmbH. Germany, 2017. 1 p.
18. Anisimova, E. M (2011) Uluchshaem kachestvo sakhara [We improve the quality of sugar]. Vestnik saharoproizvoditelej Ukrainy. Informacionnyj byulleten [Herald of sugar producers of Ukraine. Information bulletin]. 4(59). P. 35-36. [in Russian].
19. Bennar, Marek, Betoret, E., Bojnanska, Tatiana, Brňo, D., Hambalkova, Julia, Richter, Antonin. (2012). Optimal Particle Size Distribution of White Sugar. Listy Cukrovarnické a Řepařské. 128. P. 385-389.