ВЛИЯНИЕ ТЕХНОЛОГИЧЕСКИХ ПАРАМЕТРОВ НА ЭФФЕКТИВНОСТЬ ОЧИСКИ СУСПЕНЗИИ В ГИДРОЦИКЛОНЕ
Аннотация
Для изучения влияния конструктивных факторов гидроциклона на процесс разделения фаз разработана экспериментальная установка. Получена математическая модель (уравнение регрессии) эффективности очистки суспензии от исследуемых параметров. Максимальная степень очистки была получена при диаметре отверстия в насадке 4 мм.С увеличением диаметра отверстия в насадке степень очистки уменьшалась.
Литература
Ternovsky I.G., Kutepov A.M. Hydrocyclonation. M:.
Science, 1994. 350 p.
Kasatkin A.G. Basic processes and apparatuses of chemical technology. M.: Chemistry. 1973. 750 p.
Kundrotas K.R., Sidorov E.A. Justification of the parameters of a device for purifying diesel fuel from emulsion
water. Collection: Youth and science of the XXI century.
Materials of the 3rd International Scientific and Practical
Conference. Ulyanovsk State Agricultural Academy
named after. P.A. Stolypin. 2010. P. 52-54.
Varnakov V.V., Kundrotas K.R., Varnakov D.V.
Mathematical model of the process of separating the “diesel fuel-water” emulsion in cylindrical-conical
hydrocyclones. International scientific journal. LLC
“Spektr”, Moscow. 2013. P. 99-102.
Sidorov E.A., Kundrotas K.R. Calculation of rational design and operating parameters when purifying diesel fuel
from emulsion water in cylindrical-conical hydrocyclones.
In the collection: Young scientists in solving current problems of science. Collection of young scientists. 2010. P.
-41.
Varnakov V.V., Varnakov D.V., Kundrotas K.R.
Justification and calculation of rational design parameters of a hydrocyclone to reduce diesel fuel contamination. International technical and economic journal.
N 2. P. 100-105.
Blinichev V.N., Labutin A.N. et al. Problems of development of energy- and resource-saving processes, reactor
systems and equipment of intensive action, modeling and
optimal control. Izv.vuzov. Chemistry and chemical technology. 2023. Vol. 66, issue 7. P. 185-202. DOI:10.6060/
ivkkt.20236607.6845j
Gavrilin V.M., Afonin S.B., Yalyshev F.N., Kolobov
M.Yu. The influence of the nozzle diameter on the efficiency of cleaning the suspension in a hydrocyclone.
Collection of materials from the XV All-Russian Scientific and Practical Conference “Reliability and Durability of Machines and Mechanisms.” Ivanovo, April
, 2024. pp. 42–45.
Lesin A.V., Valeev S.I., Bulkin V.A. Prospects for the
development of separation of suspensions and emulsions in hydrocyclones. Bulletin of the Technological
University. 2015. T. 18, N 10. P. 55-57.
Verin D.Yu., Valeev S.I., Bulkin V.A. Hydrodynamics of a cylindrical-conical hydrocyclone for separating
emulsions taking into account effective viscosity. Bulletin of Kazan Technological University. 2013. T. 15,
N 15. P. 117-119.