RESEARCHING OF FRUIT AND VEGETABLE DEHYDRATION DEVICES

Authors

  • Kabilov H.X. Docent, PhD, Bukhara engineering technological institute
  • Sabanbayeva M.Y. Researcher, Bukhara engineering technological institute

Keywords:

processing, freezing, temperature, humidity, heat and temperature transfer.

Abstract

The faster the fruits are cooled, the development of harmful microorganisms and biochemical processes slow down, as a result, the shelf life of the product increases and the shelf life decreases. In freezing, the water in fruits and vegetables freezes for different periods of time. Free water, that is, intercellular water, freezes first, and then intercellular water. Fruit in small containers and stored in bulk usually freezes quickly. Fruits often die as a result of severe freezing, dehydration of cells, and irreversible coagulation of proteins and plasma and other colloidal substances. Mechanically damaged fruits increase their death from cold.

References

Shirokov E.P. Texnologiya xraneniya i pererabotki ovoshey s osnovami standartizatsii. – M.: Agropromizdat, 2008 -280 s.

Gudkovskiy V.A. Progressivnie texnologii xraneniya plodov / V.A. Gudkovskiy, A.A. Klad’, L.V. Kojina, A.E. Balakirev, YU.B. Nazarov // Dostijeniya nauki i texniki v APK, 2009. — №2. – S. 66-68

Raschet teplomasso obmena v promishlennix ustanovkax, sistemax i soorujeniyax: uch. posobie / L.I.Arxipov i dr., pod red. A.L. Efimova.-M.: MEI,2001.-52 s.

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Published

2023-10-05

How to Cite

Kabilov H.X., & Sabanbayeva M.Y. (2023). RESEARCHING OF FRUIT AND VEGETABLE DEHYDRATION DEVICES. MODERN EDUCATIONAL SYSTEM AND INNOVATIVE TEACHING SOLUTIONS, 6(6), 31–33. Retrieved from https://esiconf.com/index.php/mes/article/view/335