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Title: Research kinetic of motion of milling bodies in ball mill, outfit heat-exchange unit and calculation of its energy performance
Authors: Romanovich, A. A.
Romanovich, M. A.
Apukhtina, I. V.
Keywords: Authors of BSTU
Issue Date: 2018
Publisher: IOP Publishing
Abstract: The article considers topical issues of energy saving in cement production with the use of a technological grinding complex, which includes a press roller grinder and a ball mill. Rational conditions of grinding are proposed for pre-shredded material through the installation of blade energy exchange devices (BEED) in the mill drum. The loading level in the first chamber varies periodically depending on the drum rotation angle, equipped with BEED. In the zone of BEED’s active action, there is a "scooping" of a part of grinding bodies together with crushed material, raising them to a height and giving them a longitudinally transverse movement, which is different from movement created in the mill without BEED. At the same time, additional work that consumes engine power is being done. A technique is proposed for calculating the additional engine power consumption of a mill, equipped with a BEED. This power is spent on creating a longitudinal-transverse motion of grinding bodies and its first and second chambers in areas of active influence of the BEED. Comparative analysis of results obtained experimentally and calculations of proposed equations show a high convergence of results. These analytical dependencies may be interest to Russian and foreign organizations that carry out their activities in the field of design and manufacture of cement equipment, as well as to cement producers.
Description: Romanovich A. A. Research kinetic of motion of milling bodies in ball mill, outfit heat-exchange unit and calculation of its energy performance / A. A. Romanovich, M. A. Romanovich, I. V. Apukhtina // IOP Conf. Series: Materials Science and Engineering. - 2018. - Vol.327. - 042008.
URI: http://dspace.bstu.ru/jspui/handle/123456789/1963
Appears in Collections:Machines and aggregates

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