Please use this identifier to cite or link to this item: http://dspace.nuft.edu.ua/jspui/handle/123456789/13200
Title: Extractors with vibratory mixing devices and prospects of their use in the food industry
Authors: Zavialov, Volodymyr
Bodrov, Viktor
Zaporozhets, Yuliia
Mysiura, Taras
Popova, Nataliia
Dekanskiy, Vadim
Зав'ялов, Володимир Леонідович
Бодров, Віктор Семенович
Запорожець, Юлія Владиславівна
Мисюра, Тарас Григорович
Попова, Наталія Вікторівна
Деканський, Вадим Євгенійович
Keywords: vibratory extraction
mathematical modeling
intensification mass transfer
vegetable raw material
hydrodynamic flow
виброэкстрактор
математическое моделирование
интенсификация масообмена
растительное сырье
гидродинамический поток
віброекстрактор
математичне моделювання
інтенсифікація масообміну
рослинна сировина
гідродинамічний потік
кафедра експертизи харчових продуктів
кафедра процесів і апаратів харчових виробництв
Issue Date: 2012
Citation: Extractors with vibratory mixing devices and Prospects of their use in the food industry / V. Zavialov , V. Bodrov, Yu. Zaporozhets and other // National Academy of Packaging University of Food Technologies Department Machines and Apparatus for Food Industry. - Plovdiv: Bulgaria, 2012. - P. 89-92
Abstract: The low efficiency of the existing technologies for the extraction of desired components from vegetable raw materials with a high degree of milling is due to the imperfection of extraction equipment. Though the designs of modern periodic and continuous extractors are fairly diversified, there exist common disadvantages caused by the insignificant porosity of fine-fraction vegetable raw materials or the mass prepared from them for counterflow continuous extraction, their poor transportability, densification, and, as a result, the low permeability for the extractant. It has been established that vibratory extractors are most promising in this respect. In the present work, we present results of investigations of the intensifying action of low-frequency mechanical vibrations on the extraction process of desired components from vegetable raw materials under conditions of continuous vibration extraction. For industry, we propose a new design of a periodical and a continuous apparatus with vibratory mixing devices.
URI: http://hdl.handle.net/123456789/13200
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