Management and Economics
| Open Access |
DOI: Selecting The Most Suitable Stage For Filter Integration In A Multi-Stage Dust Purification System
Djamolov Rustam Kamoliddinovich , Employees of the Fiber Crops Research Institute, Uzbekistan Hasanov Hayitmurod Abdirashit ugli , Assistant teacher of Termez State University of Engineering and Agrotechnologies, Uzbekistan Abdullaev Kamol Yusupovich , Assistant teacher of Termez State University of Engineering and Agrotechnologies, Uzbekistan Ibrokhimov Giyosiddin Bakhriddin ugli , Assistant teacher of Termez State University of Engineering and Agrotechnologies, Uzbekistan Buriev Okhunjon Olim ugli , Assistant teacher of Termez State University of Engineering and Agrotechnologies, UzbekistanAbstract
This study investigated the efficiency of separating technological dust generated in cotton ginning plants using two-stage cyclones - SS-6 and SP-1.5. According to practical measurements, it was found that the dust separation efficiency of the SS-6 cyclone was 70.8%, and that of the SP-1.5 cyclone was around 51.3%. The overall efficiency of this two-stage system was 92.5%. At the same time, taking into account high environmental requirements, it is recommended to introduce an additional filtration stage. The three-stage cleaning system allows for more than 99% dust retention, which is important for increasing production efficiency and reducing environmental impact.
Keywords
Environment, cotton, dust
References
Decree No. PF-5863 of the President of the Republic of Uzbekistan dated October 30, 2019, “On Approval of the Environmental Protection Concept of the Republic of Uzbekistan for the Period up to 2030,” Chapter V: "Ways to Solve Environmental Problems."https://lex.uz/uz/docs/4574008.
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Djamolov, R.K., & Bobomurodov, M.R. (2024). Development of a Technology for Fractionating Dust Emitted from the Cotton Cleaning Process. Science and Education, 3(10), 179–184. openscience.uz International Journal for Innovative Engineering fnd Managemtnt Research. Vol 11 Issue 03, Mar 2022. ISSN 2456 – 5083. www.ijiemr.org.
Djamolov, R.K., Hasanov, H.A., Ibroximov, G.B., & Bo‘riyev, O.O. (2025). Analysis of Designs of Dust Cleaning Devices for Removing Dust Emitted into the Atmosphere from Technological Machinery Equipment of Cotton Cleaning Enterprises. AGRO ILM Special Issue (2)[109], pp. 234–237. ISSN 2091-5616. Supplement to the journal “Uzbekistan Agriculture and Water Management.”
Djamolov, R.K., Hasanov, H.A., & Ibroximov, G.B. (2025). Filtration System for Cleaning Dust Emitted from Cotton Cleaning Technological Equipment. AGRO ILM Special Issue (2)[109], pp. 232–233. ISSN 2091-5616. Supplement to the journal “Uzbekistan Agriculture and Water Management.”
Djamolov, R.K., Hasanov, H.A., Ibroximov, G.B., & Bo‘riyev, O.O. (2024). Environmental Ecology in the Initial Cotton Processing Stage. AGROINNOVATION Journal, 2024.Volume 02, Issue 02, 2024 ISSN (E): 3030-3249 ResearchBib Impact Factor: 9.712 / 2024 SJIF Impact Factor 2024: 3.811.
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Copyright (c) 2026 Djamolov Rustam Kamoliddinovich, Hasanov Hayitmurod Abdirashit ugli, Abdullaev Kamol Yusupovich, Ibrokhimov Giyosiddin Bakhriddin ugli, Buriev Okhunjon Olim ugli
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