Schlagworte
hydrocyclone
centrifugal field
utilization
integrated technology
component composition
physico-chemical characteristics
liquid phase
solid phase
Zitationsvorschlag
Abstract
The aim of our research is to develop a comprehensive technology for the disposal of oil sludge, from researching the characteristics of oil sludge and the physico-chemical basis of the process to issuing practical recommendations for a feasibility study for the construction of a pilot plant for the utilization of oil sludge. Studies have been conducted to determine the influence of various factors on the separation of oil sludge in the field of centrifugal forces. Experimental work was carried out in laboratory conditions to determine the effectiveness of various schemes for including hydrocyclones.
Literaturhinweise
K. A. Dzhuraev, A. S. Aminova, S. A. Gaibullaev. The main methods of neutralization and utilization of oil waste // Young scientist. - 2014. - No. 10 (69). -WITH. 136-137.
K.K. Zhumaev, A. Yu. Shomurodov. Research and development of an integrated technology for the separation of oil sludge in the field of centrifugal forces // "Science and Education" scientific electronic journal 3rd edition 2020 June 149-155 pp
Zhumaev K.K., Rakhimov BB, Rustamov ES, Shomurodov A.Yu. Research on the separation of oil sludge in the field of centrifugal forces Young scientist. Monthly scientific journal. Kazan, 2013. No. 5. Part I pp. 60-62
Zhumaev KK, Makhmudova NS, Shomurodov A.Yu., Yakhyaev N. Sh. Mathematical model of the process of phase separation of oil sludge under the influence of centrifugal force. Mathematical model of the process of phase separation of oil sludge under the influence of centrifugal force Year 2020, volume: 10, issue 11, pp.539-544
Zhumaev Қ.K., Tursunov B.Zh., Shomurodov A., Mukhiddinov Zh.Zh. Neft shlaming atrof muҳitga taysiri Science and education February 2021 / Volume 2 Issue 2, pp 115-120
Zhumaev Қ.K., Tursunov B.Zh., Shomurodov A., Masudov M.M. Neft shlamlarini ambarlarda yiғilishining talili Science and education February 2021 / Volume 2 Issue 2, pp 181-185
Maxmudova N.S., Gaybullaev S.A., Zaripov M.X. Unconventional methods of utilization of sour gases. Proceedings of the International Conference "Innovations in oil and gas industry, modern energy and its problems" (May 26, 2020) Tashkent 2020. pp 717-719.
Synthesis of Styrene-Based Copolymers and Study of their Thermal and Thermo-Oxidative Stability. S.F.Fozilov., B.A.Mavlonov., Sh.A.Mavlonov., D.F.Asadova., A.F.Gaybullayeva. IJARSET International Journal of Advanced Research in Science, Engineering and Technology Vol. 7, Issue 9 , September 2020.pp 14897-14906
Khodjayeva N. S., Mamurova D. I., Nafisa A. IMPORTANCE IN PEDAGOGICAL TECHNIQUES AND EDUCATIONAL ACTIVITY //International Engineering Journal For Research & Development. – 2020. – Т. 5. – №. CONGRESS. – С. 5-5.
Aminov, A. S., Shukurov, A. R., & Mamurova, D. I. (2021). Problems Of Developing The Most Important Didactic Tool For Activating The Learning Process Of Students In The Educational Process. International Journal of Progressive Sciences and Technologies, 25(1), 156-159.
Мамурова Д. И. и др. УЧЕБНАЯ ДЕЯТЕЛЬНОСТЬ СТУДЕНТОВ ПО РЕШЕНИЮ РАЗЛИЧНЫХ ДИДАКТИЧЕСКИХ ЗАДАЧ В РАЗВИТИИ ПРОСТРАНСТВЕННОГО ВООБРАЖЕНИЯ СТУДЕНТОВ //European science. – 2021. – №. 2 (58). – С. 29-31.
Djalolovich Y. N. et al. IMPROVING THE PROFESSIONAL TRAINING OF FINE ART TEACHERS //European science. – 2021. – №. 2 (58). – С. 44-46.
Мамурова Д. И., Мамурова Ф. И. Соотношения навыков черчения с опытом психологического исследования //Вестник по педагогике и психологии Южной Сибири. – 2015. – №. 1.
Мамурова Ф. И., Мамурова Д. И. КОМПЬЮТЕР ГРАФИКАСИ ФАНИНИ ЎҚИТИШ ҲОЛАТИ //TULAGANOV AA. – С. 145.
Mamurova, Dilfuza Islomovna. "The role of graphics programs in improving the learning process using information technology." EFFLATOUNIA-Multidisciplinary Journal 5.2 (2021).