BASED ON ACCEPTABLE PARAMETERS OF CLEANING EFFICIENCY OF A ROTOR-FILTER DEVICE EQUIPPED WITH A SURFACE CONTACT ELEMENT

##plugins.themes.academic_pro.article.sidebar##

Published Aug 1, 2022
Download
PDF (Русский)
Statistic
Vol. 1 No. 2 (2022): Journal of Integrated Education and Research

##plugins.themes.academic_pro.article.main##

Bekzod Alizafarov
assistant, Ferghana Polytechnic Institute, Republic of Uzbekistan ORCID:0000-0002-4637-7124
Gulmira Madaminova
assistant, Ferghana Polytechnic Institute Republic of Uzbekistan (ORCID:0000-0002-4112-7839)
Abdulloh Abdulazizov
assistant, Fergana Polytechnic Institute Republic of Uzbekistan

Abstract

In the article, the influence of various parameters of the surface contact element of the rotor-filter apparatus for dust gas cleaning in the wet method on the cleaning efficiency of the device is studied. Variable factors in experimental studies are the diameter of the liquid nozzle dn=2 mm, liquid consumption Qliq=0.071÷0.272 m3/h, the diameter of the filter hole df=3 mm, the angle of installation of the contact element on the rotor α = 30o; The number of 45o and 60o contact elements is 12, corresponding to the installation angle; 8 and 6 units, gas velocity υg=5÷25 m/s is selected. gas density is determined as ρg=1.89 kg/m3 and 360.3 mg/m3 for a mixture of air and dolomite dust.


The obtained results showed that it is possible to achieve a 23.45% higher efficiency in cleaning dust particles up to 1÷5 mkm and 3.05% in cleaning dust particles up to 5÷20 mkm compared to the existing structure.

##plugins.themes.academic_pro.article.details##

How to Cite
Alizafarov, B., Madaminova, G., & Abdulazizov, A. (2022). BASED ON ACCEPTABLE PARAMETERS OF CLEANING EFFICIENCY OF A ROTOR-FILTER DEVICE EQUIPPED WITH A SURFACE CONTACT ELEMENT. Journal of Integrated Education and Research, 1(2), 36–48. Retrieved from https://ojs.rmasav.com/index.php/ojs/article/view/135

References

  1. Ikromaliyevnab, M. G. (2022). NEW DESIGN OF WET METHOD WET CLEANING BLADE-DRUM DEVICE. American Journal Of Applied Science And Technology, 2(05), 106-113.
  2. Мадаминова, Г. И. (2022). ИССЛЕДОВАНИЯ ПО ОПРЕДЕЛЕНИЮ КОНТАКТНЫХ ПОВЕРХНОСТЕЙ ПЫЛИ. Universum: технические науки, (5-7 (98)), 63-67.
  3. Karimov, I., Tojiyev, R., Madaminova, G., Ibroximov, Q., & Xamdamov, O. T. (2021). WET METHOD DUST REMOVER BLACK DRUM DEVICE. BARQARORLIK VA YETAKCHI TADQIQOTLAR ONLAYN ILMIY JURNALI, 1(5), 57-63.
  4. Karimov, I., Tojiyev, R., Madaminova, G., Ibroximov, Q., & Xamdamov, O. T. (2021). HYDRODYNAMICS OF WET DUSH POWDER BLACK DRUM EQUIPMENT. BARQARORLIK VA YETAKCHI TADQIQOTLAR ONLAYN ILMIY JURNALI, 1(5), 49-56.
  5. Isomidinov, A., Madaminova, G., Qodirov, D., & Ahmadaliyeva, M. (2021). Studying the Effect of Interior Scrubber Hydraulic Resistance on Cleaning Efficiency. International Journal of Innovative Analyses and Emerging Technology, 1(5), 87-93.
  6. Isomidinov, A., Madaminova, G., & Zokirova, M. (2021). ANALYSIS OF MODERN INDUSTRIAL DUST GAS CLEANING DEVICES. Scientific progress, 2(8), 137-144.
  7. Isomidinov, A., Madaminova, G., & Zokirova, M. (2021). ANALYSIS OF MODERN INDUSTRIAL DUST GAS CLEANING DEVICES. Scientific progress, 2(8), 137-144.
  8. Домуладжанов, И. Х., & Мадаминова, Г. И. (2021). Вредные вещества после сухой очистки в циклонах и фильтрах. Universum: технические науки, (6-1 (87)), 5-10.
  9. Мадаминова, Г. И., Тожиев, Р. Ж., & Каримов, И. Т. (2021). Барабанное устройство для мокрой очистки запыленного газа и воздуха. Universum: технические науки, (5-4 (86)), 45-49.
  10. Исомидинов, А. С. (2019). Исследование гидравлического сопротивления роторно-фильтрующего аппарата. Universum: технические науки, (10-1 (67)), 54-58.
  11. Rasuljon, T., Akmaljon, A., & Ilkhomjon, M. (2021). SELECTION OF FILTER MATERIAL AND ANALYSIS OF CALCULATION EQUATIONS OF MASS EXCHANGE PROCESS IN ROTARY FILTER APPARATUS. Universum: технические науки, (5-6 (86)), 22-25.
  12. Sadullaev, X., Tojiyev, R., & Mamarizaev, I. (2021). EXPERIENCE OF TRAINING BACHELOR-SPECIALIST MECHANICS. BARQARORLIK VA YETAKCHI TADQIQOTLAR ONLAYN ILMIY JURNALI, 1(5), 116-121.
  13. Sadullaev, X., Alimatov, B., & Mamarizaev, I. (2021). DEVELOPMENT AND RESEARCH OF A HIGH-EFFICIENT EXTRACTION PLANT AND PROSPECTS FOR INDUSTRIAL APPLICATION OF EXTRACTORS WITH PNEUMATIC MIXING OF LIQUIDS. BARQARORLIK VA YETAKCHI TADQIQOTLAR ONLAYN ILMIY JURNALI, 1(5), 107-115.
  14. Sadullaev, X., Muydinov, A., Xoshimov, A., & Mamarizaev, I. (2021). ECOLOGICAL ENVIRONMENT AND ITS IMPROVEMENTS IN THE FERGANA VALLEY. БАРҚАРОРЛИК ВА ЕТАКЧИ ТАДҚИҚОТЛАР ОНЛАЙН ИЛМИЙ ЖУРНАЛИ, 1(5), 100-106.
  15. Xursanov, B. J., Mamarizayev, I. M. O., & Abdullayev, N. Q. O. (2021). APPLICATION OF INTERACTIVE METHODS IN IMPROVING THE QUALITY OF EDUCATION. Scientific progress, 2(8), 175-180.
  16. Xursanov, B. J., Mamarizayev, I. M. O., & Akbarov, O. D. O. (2021). APPLICATION OF CONSTRUCTIVE AND TECHNOLOGICAL RELATIONSHIPS IN MACHINES. Scientific progress, 2(8), 164-169.
  17. Xursanov, B. J., Mamarizayev, I. M. O., & Akbarov, O. D. O. (2021). OPERATION OF MIXING ZONES OF BARBOTAGE EXTRACTOR IN STABLE HYDRODYNAMIC REGIME. Scientific progress, 2(8), 170-174.
  18. Axmadjonovich, E. N., Abduqaxxor o'g'li, A. A., & Mahmudjon o'g'li, I. M. (2022). Determination of Efficiency for Cleaning Quartz Sand and Dolomite Dust in A Wet Method Dust Cleaning Machine. Eurasian Research Bulletin, 9, 39-43.
  19. Ergashev, N. A., Mamarizayev, I. M. O., & Muydinov, A. A. O. (2022). KONTAKT ELEMENTLI HO ‘L USULDA CHANG USHLOVCHI APPARATNI SANOATDA QO ‘LLASH VA UNING SAMARADORLIGINI TAJRIBAVIY ANIQLASH. Scientific progress, 3(6), 78-86.
  20. Алиматов, Б. А., Садуллаев, Х. М., & Хошимов, А. О. У. (2021). СРАВНЕНИЕ ЗАТРАТ ЭНЕРГИИ ПРИ ПНЕВМАТИЧЕСКОМ И МЕХАНИЧЕСКОМ ПЕРЕМЕШИВАНИИ НЕСМЕШИВАЮЩИХСЯ ЖИДКОСТЕЙ. Universum: технические науки, (5-5 (86)), 53-56.
  21. Xoshimov, A. O., & Isomidinov, A. S. (2020). Study of hydraulic resistance and cleaning efficiency of dust gas scrubber. In International online scientific-practical conference on" Innovative ideas, developments in practice: problems and solutions": Andijan.-2020.-51 p.
  22. Axmadjonovich, E. N., & Obidjon o‘g‘li, X. A. (2022). EXPERIMENTAL DETERMINATION OF HYDRAULIC RESIDENCE. International Journal of Advance Scientific Research, 2(06), 6-14.
  23. Abdulloh, A. (2022). HO ‘L USULDA CHANG USHLOVCHI VA GAZ TOZALOVCHI QURILMADA GIDRAVLIK QARSHILIKNI TADQIQ ETISH. Yosh Tadqiqotchi Jurnali, 1(5), 246-252.
  24. Ergashev, N. A., Abdulazizov, A. A. O., & Ganiyeva, G. S. Q. (2022). HO ‘L USULDA CHANG USHLOVCHI APPARATDA KVARTS QUMI VA DOLOMIT CHANGLARINI TOZALASH SAMARADORLIGINI TADQIQ QILISH. Scientific progress, 3(6), 87-93.
  25. Obidjon o‘g‘li, X. A. (2022). FACTORS AFFECTING THE WORKING PROCESS OF INDUSTRIAL DUST GASES CLEANING APPARATUS. Yosh Tadqiqotchi Jurnali, 1(6), 7-13.
  26. Axmadjonovich, E. N., Obidjon o‘g‘li, X. A., & Abduqayum o'g'li, A. M. (2022). INDUSTRIAL APPLICATION OF DUST EQUIPMENT IN THE INDUSTRIAL WET METHOD WITH CONTACT ELEMENTS AND EXPERIMENTAL DETERMINATION OF ITS EFFICIENCY. American Journal of Applied Science and Technology, 2(06), 47-54.
  27. Ergashev, N. A., Xoshimov, A. O. O. G. L., & Muydinov, A. A. O. (2022). KONTAKT ELEMENTI UYURMALI OQIM HOSIL QILUVCHI REJIMDA ISHLOVCHI HO ‘L USULDA CHANG USHLOVCHI APPARAT GIDRAVLIK QARSHILIKNI TAJRIBAVIY ANIQLASH. Scientific progress, 3(6), 94-101.
  28. Askarov, X. A., Karimov, I. T., & Mo’Ydinov, A. (2022). REKTIFIKATSION JARAYONLARINING KОLONNALARDA MODDIY VA ISSIQLIK BALANSLARINI TADQIQ QILISH. Oriental renaissance: Innovative, educational, natural and social sciences, 2(5-2), 246-250.
  29. Tojiev, R., Alizafarov, B., & Muydinov, A. (2022). THEORETICAL ANALYSIS OF INCREASING CONVEYOR TAPE ENDURANCE. Innovative Technologica: Methodical Research Journal, 3(06), 167-171.
  30. Ахунбaев, А., & Муйдинов, А. (2022). ОПРЕДЕЛЕНИЕ МОЩНОСТИ РОТОРА В РОТОРНО-БАРАБАННОМ АППАРАТЕ. Yosh Tadqiqotchi Jurnali, 1(5), 381-390.
  31. Муйдинов, А. (2022). ЭКСПЕРИМЕНТАЛЬНОЕ ИССЛЕДОВАНИЕ ЗАТРАТ ЭНЕРГИИ НА ПЕРЕМЕШИВАНИЕ. Yosh Tadqiqotchi Jurnali, 1(5), 375-380.
  32. Ахунбaев, А., & Муйдинов, А. (2022). УРАВНЕНИЯ ДВИЖЕНИЯ ДИСПЕРСНОГО МАТЕРИАЛА В РОТОРНО-БАРАБАННОМ АППАРАТЕ. Yosh Tadqiqotchi Jurnali, 1(5), 368-374.
  33. Ахунбаев, А. А., & Муйдинов, А. А. У. (2022). ЗАТРАТЫ МОЩНОСТИ НА ПОДДЕРЖАНИЕ СЛОЯ МАТЕРИАЛА В КОНТАКТНОЙ СУШИЛКЕ. Universum: технические науки, (6-1 (99)), 49-53.