DEVELOPMENT OF ENERGY-SAVING METHODS IN THE PROCESS OF TRANSPORTING COTTON BY AIR
Keywords:
pneumatic installation, static pressure, dynamic pressure, aerodynamic force, power consumption, raw cotton
Abstract
Reducing energy consumption during pneumatic conveying cotton is a topical issue at the ginning plants. In this paper we consider the possibility of reducing energy costs by using smaller diameter pipes. It proposed a mathematical model and presents the analysis of energy consumption on parameters of the pneumatic conveyor and flow.
References
1. Loytsyansky L. liquid and gas mechanics. Moscow, Drofa, 2003
2. E. V. Novikov. The study of air flow in the picker section of the unit als-1 and the device separating unrelated fires. Textile industry technology, no. 2 (314) 2009.
3. Zarnitsyna E. G., Terekhova O. N. Ventilation systems and pneumatic transport. Publishing house of the Altai state technical University, Barnaul, 2011
4. Muradov R., Sarimsakov О., S. Khusanov Interplant pnevmotransportnoe of raw cotton: state, problems and prospects. Journal "problems of mechanics", 2014, №2.
5. Garbaruk A., Strelets M., Shur M.. Simulation of turbulence in complex flows calculations. . Saint Petersburg Polytechnic University. Saint-Petersburg., 2012 [4].
6. C. Antimonov, etc. Measurement and calculation of pressure losses in air ducts. Orenburg State University. Orenburg., 2005.
7. Muradov R.. Bases of increase of efficiency of the device for pneumatic transportation of cotton. Monograph. Namangan, 2015.
8. Sarimsakov O. The Change in Air Pressure Along the Length of the Pipeline Installation for PneumaticConveying of Raw Cotton. USA. Journal Engineering and Technology. 2016; 3(5): 89-92
9. Sarimsakov O., Khusanov, S. Abdullaev SН., “Study of motion of air inside duct” of the Namangan engineering-technological Institute. Materials of the Republican scientific-practical conference. Namangan, 2015.
10. Sarimsakov O., Khusanov S. Abdullayev SH., “Тhe Control parameters of the air flow in pneumatic conveying installation Namangan engineering-technological Institute. Materials of the Republican scientific-practical conference. Namangan, 2015.
11. Э.Зикиряев. Пахтани дастлабки қайта ишлаш. Тошкент, “Меҳнат”, 2002.
12. Г.И.Мирошниченко. Основы проектирования машин первичной обработки хлопка. Москва. “Машиностроение”, 1972.
13. Саримсаков, О. Ш., Турдиев, М., Саттаров, Н. М. У., & Турғунов, Д. У. У. (2022). ЛЕНТОЧНЫЙ ПИТАТЕЛЬ ДЛЯ ПОДАЧИ ХЛОПКА В ПНЕВМОТРАНСПОРТ. Universum: технические науки, (9-3 (102)), 11-14.
14. Ubaydullaev, M. M., & Makhmudova, G. O. (2022). Medium fiber s-8290 and s-6775 cotton agrotechnics of sowing varieties. European International Journal of Multidisciplinary Research and Management Studies, 2(05), 49-54.
15. Саримсаков, О. Ш., Турдиев, М., Саттаров, Н. М. У., & Турғунов, Д. У. У. (2022). ЛЕНТОЧНЫЙ ПИТАТЕЛЬ ДЛЯ ПОДАЧИ ХЛОПКА В ПНЕВМОТРАНСПОРТ. Universum: технические науки, (9-3 (102)), 11-14.
16. Turgunov, D., No'monova, R., & Toirov, U. (2022). DISTRIBUTION OF COTTON MASS BY AIR TRANSPORT PIPE LENGTH AND CROSS-SECTION. Science and innovation, 1(D8), 280-285.
17. Sarimsakov Olimjon, S., Sattarov Nurillo, M. U., & Turgunov Dilmurod, U. U. (2022). Theoretical and Practical Examination of the Process of Transfer of Cotton to the Pipes of the Air-Carrying Device. International Journal of Trend in Scientific Research and Development, 6(2), 799-802.
18. Umarali o‘g‘li, T. D., Sharipjanovich, S. O., & Mahmudovich, M. B. (2021). Theoretical research of the effect of damage and air transport working parts on cotton raw materials. Innovative Technologica: Methodical Research Journal, 2(12), 65-76.
2. E. V. Novikov. The study of air flow in the picker section of the unit als-1 and the device separating unrelated fires. Textile industry technology, no. 2 (314) 2009.
3. Zarnitsyna E. G., Terekhova O. N. Ventilation systems and pneumatic transport. Publishing house of the Altai state technical University, Barnaul, 2011
4. Muradov R., Sarimsakov О., S. Khusanov Interplant pnevmotransportnoe of raw cotton: state, problems and prospects. Journal "problems of mechanics", 2014, №2.
5. Garbaruk A., Strelets M., Shur M.. Simulation of turbulence in complex flows calculations. . Saint Petersburg Polytechnic University. Saint-Petersburg., 2012 [4].
6. C. Antimonov, etc. Measurement and calculation of pressure losses in air ducts. Orenburg State University. Orenburg., 2005.
7. Muradov R.. Bases of increase of efficiency of the device for pneumatic transportation of cotton. Monograph. Namangan, 2015.
8. Sarimsakov O. The Change in Air Pressure Along the Length of the Pipeline Installation for PneumaticConveying of Raw Cotton. USA. Journal Engineering and Technology. 2016; 3(5): 89-92
9. Sarimsakov O., Khusanov, S. Abdullaev SН., “Study of motion of air inside duct” of the Namangan engineering-technological Institute. Materials of the Republican scientific-practical conference. Namangan, 2015.
10. Sarimsakov O., Khusanov S. Abdullayev SH., “Тhe Control parameters of the air flow in pneumatic conveying installation Namangan engineering-technological Institute. Materials of the Republican scientific-practical conference. Namangan, 2015.
11. Э.Зикиряев. Пахтани дастлабки қайта ишлаш. Тошкент, “Меҳнат”, 2002.
12. Г.И.Мирошниченко. Основы проектирования машин первичной обработки хлопка. Москва. “Машиностроение”, 1972.
13. Саримсаков, О. Ш., Турдиев, М., Саттаров, Н. М. У., & Турғунов, Д. У. У. (2022). ЛЕНТОЧНЫЙ ПИТАТЕЛЬ ДЛЯ ПОДАЧИ ХЛОПКА В ПНЕВМОТРАНСПОРТ. Universum: технические науки, (9-3 (102)), 11-14.
14. Ubaydullaev, M. M., & Makhmudova, G. O. (2022). Medium fiber s-8290 and s-6775 cotton agrotechnics of sowing varieties. European International Journal of Multidisciplinary Research and Management Studies, 2(05), 49-54.
15. Саримсаков, О. Ш., Турдиев, М., Саттаров, Н. М. У., & Турғунов, Д. У. У. (2022). ЛЕНТОЧНЫЙ ПИТАТЕЛЬ ДЛЯ ПОДАЧИ ХЛОПКА В ПНЕВМОТРАНСПОРТ. Universum: технические науки, (9-3 (102)), 11-14.
16. Turgunov, D., No'monova, R., & Toirov, U. (2022). DISTRIBUTION OF COTTON MASS BY AIR TRANSPORT PIPE LENGTH AND CROSS-SECTION. Science and innovation, 1(D8), 280-285.
17. Sarimsakov Olimjon, S., Sattarov Nurillo, M. U., & Turgunov Dilmurod, U. U. (2022). Theoretical and Practical Examination of the Process of Transfer of Cotton to the Pipes of the Air-Carrying Device. International Journal of Trend in Scientific Research and Development, 6(2), 799-802.
18. Umarali o‘g‘li, T. D., Sharipjanovich, S. O., & Mahmudovich, M. B. (2021). Theoretical research of the effect of damage and air transport working parts on cotton raw materials. Innovative Technologica: Methodical Research Journal, 2(12), 65-76.
Published
2023-03-31
How to Cite
o‘g‘li, T. D. U., & kiziB. М. N. (2023). DEVELOPMENT OF ENERGY-SAVING METHODS IN THE PROCESS OF TRANSPORTING COTTON BY AIR. CENTRAL ASIAN JOURNAL OF MATHEMATICAL THEORY AND COMPUTER SCIENCES, 4(3), 124-128. https://doi.org/10.17605/OSF.IO/KWE2N
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