Research on power consumption of screw press for pressing of oil from rape seed

The work highlights the analysis of the influence of technological and structural parameters of the screw press, namely the step of the turns of the screw shaft of its speed and the area of openings for the removal of cake on the energy parameters of the process of oil expression. Based on the resul...

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Main Authors: Kovalyshyn Stepan, Tomyuk Vasyl
Format: Article
Language:English
Published: EDP Sciences 2018-01-01
Series:BIO Web of Conferences
Online Access:https://doi.org/10.1051/bioconf/20181002011
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spelling doaj-528fb0c6bc914adf94166230611e0b772021-04-02T18:36:12ZengEDP SciencesBIO Web of Conferences2117-44582018-01-01100201110.1051/bioconf/20181002011bioconf_wipie2018_02011Research on power consumption of screw press for pressing of oil from rape seedKovalyshyn StepanTomyuk VasylThe work highlights the analysis of the influence of technological and structural parameters of the screw press, namely the step of the turns of the screw shaft of its speed and the area of openings for the removal of cake on the energy parameters of the process of oil expression. Based on the results of the multifactorial experiment, regression dependence allows us to estimate the influence of the parameters and operating modes of the screw press on the power consumption of the screw press and can be used in the process of synthesis and modeling of machines intended for pressing of vegetable oils from oil-containing raw materials. The surfaces of the response of the dependence of the power consumption of the screw press from the area of the openings for the removal of the cake as well as the step of the turns and the speed of the screw shaft have been constructed. Providing the following parameters of the pressing process: turn pitch of the auger shaft X10 = 21.8 mm; area of openings for oil cake withdrawal X20 = 107.99 mm2; rotation frequency of the auger shaft X30 = 5.12 min -1, the power consumption of the screw press will be 170 W, ensuring the maximum yield of oil q = 36%.https://doi.org/10.1051/bioconf/20181002011
collection DOAJ
language English
format Article
sources DOAJ
author Kovalyshyn Stepan
Tomyuk Vasyl
spellingShingle Kovalyshyn Stepan
Tomyuk Vasyl
Research on power consumption of screw press for pressing of oil from rape seed
BIO Web of Conferences
author_facet Kovalyshyn Stepan
Tomyuk Vasyl
author_sort Kovalyshyn Stepan
title Research on power consumption of screw press for pressing of oil from rape seed
title_short Research on power consumption of screw press for pressing of oil from rape seed
title_full Research on power consumption of screw press for pressing of oil from rape seed
title_fullStr Research on power consumption of screw press for pressing of oil from rape seed
title_full_unstemmed Research on power consumption of screw press for pressing of oil from rape seed
title_sort research on power consumption of screw press for pressing of oil from rape seed
publisher EDP Sciences
series BIO Web of Conferences
issn 2117-4458
publishDate 2018-01-01
description The work highlights the analysis of the influence of technological and structural parameters of the screw press, namely the step of the turns of the screw shaft of its speed and the area of openings for the removal of cake on the energy parameters of the process of oil expression. Based on the results of the multifactorial experiment, regression dependence allows us to estimate the influence of the parameters and operating modes of the screw press on the power consumption of the screw press and can be used in the process of synthesis and modeling of machines intended for pressing of vegetable oils from oil-containing raw materials. The surfaces of the response of the dependence of the power consumption of the screw press from the area of the openings for the removal of the cake as well as the step of the turns and the speed of the screw shaft have been constructed. Providing the following parameters of the pressing process: turn pitch of the auger shaft X10 = 21.8 mm; area of openings for oil cake withdrawal X20 = 107.99 mm2; rotation frequency of the auger shaft X30 = 5.12 min -1, the power consumption of the screw press will be 170 W, ensuring the maximum yield of oil q = 36%.
url https://doi.org/10.1051/bioconf/20181002011
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