SAFETY OF CANNED MILK AS AN INTEGRATED CRITERION OF THEIR TECHNOLOGY EFFECTIVENESS. RUSSIAN EXPERIENCE

Providing the country’s population with quality food products in a demanded range and quantity is an important national economic task. A priori in the implementation of appropriate social and economic programs, an important place is taken by products of the dairy industry. Taking into account the geographical features and climatic conditions of Russia, strategic considerations, the existing fragmentation of the consumer market and economic factors, special importance is acquired by researches, aimed at improving traditional and developing new technologies for canned milk products, as  high-nutritional products with a pronounced priority of enhanced storage stability. The system of ensuring the stabilization of canned milk in storage is represented by two main blocks: technologically formed potential and post-technological requirements for its maintenance. The first forms the basic properties of the product and stabilizes them. The second one is to ensure the conditions under which the risks of initiation and/or intensity of the abiogenic and biogenic nature degradation reactions are minimized. To assess the canned milk quality and safety proposed and standardized a number of relevant indicators. However, taking into account the technology development, the expansion of the raw ingredients range, the requirements for the extension of shelf life and much more, the scope of the evaluation criteria for quality and safety indicators is constantly expanding, new methods of a priori and a posteriori analysis are being created, which is fixed in normative and technical documents, that are integrally reflected the level of modern technology. An analysis of the world tendencies in the development of canning, shows, that the reserves of improving the traditional technologies of dairy canned food, increasing their quality, are far from exhausted. Significant potential lies in the research of thermodynamic characteristics, functional and technological indicators of dairy products and further implementation of the obtained data, as system criteria of the technological operations rationality definition, the validity of production schemes, and the evaluation of product quality. The data, obtained over the last decades on the indicator of «water activity», inhibition of the degradation of micro and macro components, «barrier» conservation technologies and many other directions in various food systems can suggest, that it is possible to mediate most of the methodological approaches applied to canned milk technologies, to predict strategic, economic and social significance of such developments.

1. Petrov, A.N., Radaeva, I.A., Shepeleva, E.V. (2013). Canns on Milk Basis Methodology of Organoleptic Properties Formation. Kemerovo: KemtIPP. — 232 p. ISBN 978–5–89289–763–1. (in Russian)

2. Golubeva, S.G. (2015). toolset improvement applied to food safety estimation. Molochnokhozyaistvenny Vestnik, 1(17), 96–105. (in Russian)

3. Ganina, V.I. (2017). About introduction of the procedures ensuring safety of milk products. dairy Industry, 3, 41–43. (in Russian)

4. Neronova, E.Yu., Noskova V.I., Polyanskaya, I.S., Semenikhina, V.F. (2017). Introduction of the management of quality at raw milk production. dairy Industry, 3, 35–37. (in Russian)

5. Prosekov, A.Yu., Ivanova, S.A. (2016). Providing Food Security in the Existing tendencies of Population Growth And Political And Economic Instability In the World. Foods and raw Materials, 4(2), 201–211.

6. Galstyan, A.G., Radaeva, I.A., turovskaya, S.N., Korchagina, S.A., Chervetsov, V.V., Illarionova, E.E., Svistun, N.N., Goschanskaya, M.N. (2011). Quick Reference of a Specialist in Dairy-Canning Production. M: Rithm. — 151 p. ISBN 978–5–98422–148–1. (in Russian)

7. Galstyan, A.G., Petrov, A.N., Radaeva, I.A., turovskaya, S.N., Chervetsov, V.V., Illarionova, E.E., Semipyatny, V.K. (2016). theory and Practice of Dairy Canning. M: the Publishing House “Fedotov D.A.”. — 181 p. ISBN 978–5–9908238–7–7. (in Russian)

8. Radaeva, I.A., Gordeziani, V.S., Shulkina, S.P. (1986). Dairy Canns technology and Whole Milk Substitutes: A Guide. M: Agropromizdat. — 351 p. (in Russian)

9. Petrov, A.N., Galstyan, A.G., Radaeva, I.A., turovskaya, S.N., Illarionovа, E.E., Semipyatniy, V.K., Khurshudyan, S.A., DuBuske, L.M., Krikunova, L.N. (2017). Indicators of Canned Milk Quality: Russian and International Priorities. Food and raw Materials, 5(2), 151–161.

10. Radaeva, I.A., turovskaya, S.N., Chervetsov, V.V., Illarionova, E.E., Galstyan, A.G., Petrov A.N. (2012). National standards on canned milk products — a basis for development of new interstate standards. dairy Industry, 7, 22–24. (in Russian)

11. Radaeva, I.A., Chervetsov, V.V., Galstyan, A.G., turovskaya, S.N., Illarionova, E.E., Strizhko, M.N., Petrov, A.N. (2013). Modern Regulatory Framework for the Canned Milk Production. Milk Processing, 7(166), 6–9. (in Russian)

12. Radaeva, I.A., Chervetsov, V.V., Galstyan, A.G., turovskaya, S.N., Illarionova, E.E., Petrov, A.N. (2016). Amendments to the normative documentation for the concentrated milk and containing milk canned products with sugar. dairy Industry, 2, 52–54. (in Russian)

13. Radaeva, I.A., Chervetsov, V.V., Galstyan, A.G., turovskaya, S.N., Illarionova, E.E., Petrov, A.N. (2016). Intergovernmental standard on milk powder. dairy Industry, 3, 36–38. (in Russian)

14. Radaeva, I.A., turovskaya, S.N., Illarionova, E.E. (2017). New Documents in the Field of Canned Milk Products Standardization. Milk Processing, 7(214), 6–9. (in Russian)

15. Surkov, I.V., Prosekov, A.Y., Ermolaeva, E.O., Gorelikova, G.A., Poznyakovskiy, V.M. (2015). Evaluation and Preventing Measures of Food Production technological Risks. Modern Applied science, 9(4), 45–52.

16. Prosekov, A.Yu., Gоlubtsova, Yu.V., Shevyakova, K.A. (2014). Influence of technological Raw Food treatment on the Effectiveness of Species Identification. Food Industry, 6, 8–10. (in Russian)

17. Yurova, E.A. (2015). Standardization of the indices of quality and identifying characteristics of raw milk. dairy Industry, 8, 26–28. (in Russian)

18. Yurova, E.A. (2017). Identification of raw milk. Confirmation of the compliance with the requirements of the tP tC033/2013. dairy Industry, 1, 16–18. (in Russian)

19. Yurova, E.A., Polyakova, O.S., Meldenberg, D.N. (2017). Determination of requirements and development of raw milk criteria that are used for grades formation. dairy Industry, 5, 26–28. (in Russian)

20. Gulyaev, E.G., Bilkov, V.A., Buylova, L.A., Ostretsova, N.G., Lemekhov, P.A. (2012). Seasonal changes and the factors influencing quality of milk. Molochnokhozyaistvenny Vestnik, 3, 5–9. (in Russian)

21. Petrov, A.N., Radaeva, I.A., Galstyan, A.G., turovskaya, S.N. (2010). the canned milks production: innovations in the formation of raw materials characteristics. dairy Industry, 5, 74–77. (in Russian)

22. Yurova, E.A. (2015). Control of the milk raw materials. Existing requirements, principles and approaches. dairy Industry, 4, 11–12. (in Russian)

23. Valiullina, E.F., Zaripov, o.G., tyulkin, S.V., Akhmetov, t.M., Vafin, R.R. (2007). Characterization of bull-producers with different combinations of kappa-casein & beta-lactoglobulin genotypes by milk production their mothers. Veterinary Practice, 4, 59–63. (in Russian)

24. tyulkin, S.V., Akhmetov, t.M., Valiullina, E.F., Vafin, R.R. (2012). Polymorphism of genes for somatotropin, prolactin, leptin, and thyroglobulin in stud bulls. Vavilov Journal of Genetics and Breeding, 16(4–2), 1008–1012. (in Russian)

25. Radaeva, I.A., Galstyan, A.G., Chervetsov, V.V., Illarionova, E.E., turovskaya, S.N. (2015). the New Standard for Pasteurized Cow Milk — Raw Materials. Milk Processing, 3(186), 60–61. (in Russian)

26. Galstyan, A.G., Radaeva, I.A., Chervetsov, V.V., turovskaya, S.N., Illarionova, E.E., Petrov, A.N. (2015). Improvement of the canned milk products quality due to the application of the pasteurized raw milk. dairy Industry, 5, 42–44. (in Russian)

27. Korolev, V.V. (2011). Separator — Bactofugi Design Features. Milk Processing, 1(135), 28–29. (in Russian)

28. Kharitonov, V.D., Budrik, V.G. (2012). Some problems of effective dairy products manufacture. Food Processing: Techniques and Technology, 3(26), 128–131. (in Russian)

29. Ponomarev, A.N., Merzlikina, A.A., Ershova, L.P. (2007). Bactofugiration as a way of clearing of milk-raw material. storage and processing of farm products, 6, 14–15. (in Russian)

30. Dzhafarovich, A.R. (2011). Effective technologies of Bactofugation. Milk Processing, 12(145), 12–13. (in Russian)

31. Mentyukova, G.A., Shikhov, S.S., Stepanenko, P.P. (2007). Estimation of the sanitary and microbiological indices of stored and bacteriophaged milk. Hygiene and sanitation, 6, 62–64. (in Russian)

32. Radaeva, I.A., Galstyan, A.G., Petrov, A.N., turovskaya, S.N. (2011). Condensed Milk is a Raw Material for the Dairy Industry. New types. Milk Processing, 6(140), 42–43. (in Russian)

33. Vyshemirsky, F.A., Krasulya, N.G., topnikova, E.V., Silin, V.M. (2003). Branch standard on raw cream. Cheesemaking and buttermaking, 4, 9–10. (in Russian)

34. Galstyan, A.G., Chervetsov, V.V., turovskaya, S.N., Shklovets, A.N. (2011). Preparation of water is a factor for improving economical efficiency of enterprise. dairy Industry, 2, 58–60. (in Russian)

35. Galstyan, A.G. (2005). Practical Aspects of Water treatment for Increasing the Efficiency of Dry Dairy Products Dissolution. storage and processing of farm products, 2, 22–23. (in Russian)

36. Miklukh, I.V., Dymar, O.V. (2012). Standardization of milk and milk products according to protein content. dairy Industry, 4, 54–55. (in Russian)

37. Petrov, A.N. (2010). theory and Practice of Increasing the Fatty Phase Stability of Canned Food on a Milk Basis of General and Special Purpose. the Author’s Dissertation Abstract of the Doctor of technical Science. Moscow: V.M. Gorbatov’s All-Russian Research Institute of Meat Industry. — 50 p. (in Russian)

38. Lipatov, N.N., Kharitonov, V.D. (1981). Dried Milk. M: Light and Food Industry. — 264 p. (in Russian)

39. Galstyan, A.G. (2009). Development of Scientific Foundations and Practical Solutions for Improving technology, Refinement the Quality and Expanding the Range of Canned Milk. the Author’s Dissertation Abstract of the Doctor of technical Science. Moscow: V.M. Gorbatov’s All-Russian Research Institute of Meat Industry. — 50 p. (in Russian)

40. Golubeva, L.V., Chekulaeva, L.V., Polyansky, K.K. (1999). Canned Milk Preserving Capacity. Voronezh: Voronezh State technological Academy. — 136 p. ISBN 5–89448–075–2. (in Russian)

41. Chekulaeva, L.V., Polyansky, K.K., Golubeva, L.V. (1996). Products technology for Canning Milk and Dairy Raw Materials: the tutorial. Voronezh: Voronezh State University. — 248 с. ISBN 5–7455–0941. (in Russian)

42. Goschanskaya, M.N., Fetisov, E.A., Petrov, A.N., Radaeva, I.A., turovskaya, S.N., Galstyan, A.G. (2010). Water activity in fructose solutions. Food Processing: Techniques and Technology, 18(3), 100–106. (in Russian)

43. Chervetsov, V.V., Gnezdilova, A.I. (2011). Intensification of Crystallization Processes in the Production of Dairy Products. M, Printing house of RAAS. — 196 с. (in Russian)

44. Goschanskaya, M.N., turovskaya, S.N., Chervetsov, V.V., Kuznetsova, A.E., Galstyan, A.G. (2012). Osmotically the active composition for products with an intermediate moisture content of milk-based. storage and processing of farm products, 1, 43–45. (in Russian)

45. Ryabova, A.E. (2014). technology Development of the Heterogeneous Lactose Crystallization in the Production of Condensed Milk Products with Sugar. the Author’s Dissertation Abstract of the Doctor of technical Science. Kemerovo: Kemerovo technological Institute of Food Industry. — 22 с. (in Russian)

46. Chervetsov, V.V. (2012). theoretical and Practical Aspects of the Crystallization Process Intensification in the Dairy Products Production. the Author’s Dissertation Abstract of the Doctor of technical Science. Moscow: V.M. Gorbatov’s All-Russian Research Institute of Meat Industry. — 44 p. (in Russian)

47. Sinelnikov, B.M., Khramtsov, A.G., Evdokimov, I.A., Ryabtseva, S.A., Serov, A.V. (2008). Lactose and its Derivatives. St. Petersburg: Profession. — 768 p. ISBN 978–5–93913–137–7. (in Russian)

48. Polyansky, K.K., Shestov, A.G. (1995). Lactose Crystallization: Physical and Chemical Basis. Voronezh: Voronezh State University. — 184 p. ISBN 5–7455–0802–7. (in Russian)

49. Polyansky, K.K. (2018). Lactose Crystallization in the Production of Condensed Milk with Sugar. Milk Processing, 1(220), 42–45. (in Russian)

50. Petrov, A.N., Rossikhina, G.A., turovskaya, S.N. (2004). Quark preservation based on lyophilization. dairy Industry, 8, 32. (in Russian)

51. Burykin, A.I. (2013). Comparative evaluation of the homogenization and spraying processes. dairy Industry, 1, 40–41. (in Russian)

52. Burykin, A.I. (2012). About physical model of the process of liquids spraying. dairy Industry, 8, 38–39. (in Russian)

53. Kharitonov, D.V., Petrova, L.V., Petrova, S.V. (2009). thermodestructive changes in Dried Milk During Spray Drying. Omsk: Omsk State Agrarian University. — 126 p. ISBN 978–5–89764–288–5. (in Russian)

54. Repnikov, V.I., Belyaev, N.M. (2017). technological Processes Evaluation of the Whole Dried Milk Production. Food Industry, 2(32), 28–29. (in Russian)

55. Kobzeva, t.V., Yurova, E.A. (2016). Assessment of the quality indices and identification of milk powder characteristics. dairy Industry, 3, 32–35. (in Russian)

56. Khartonov, V.D., Burlev, M.Ya., Kuznetsov, P.V., Mertinc, P. (2017). Some Peculiarities Related to Formation of Dried Milk Products Properties. Food and raw material, 5(2), 197–201.