INSTALLATION FOR PRELIMINARY HEATING OF THE MATERIAL BEFORE DRYING
Keywords:
drying, material, energy, leading to cracking.Abstract
At present, methods for drying dispersed materials in variable modes have been widely used, when not only the temperature and speed of the drying agent change over time, but also the state of the material layer undergoes changes due to controlled hydrodynamics in the working volume of the drying plant. Variable modes are used for drying in oscillating modes with stepped hydrodynamic and temperature modes, as well as for drying in an isothermal cycle. If oscillating drying with alternating zones of heating and cooling of the material and drying of the material in step modes is primarily aimed at maintaining the quality of the target product, then isothermal drying consists in preheating the material to the maximum allowable temperature during subsequent drying without reducing it during the entire process with maximum dehumidification rate.References
Tojiev, R., Ortikaliyev, B., & Tojiboyev, B. (2019). Improving selecting technology of raw materials of fireproof bricks. Тенденции и переспективы развития науки и оброзования в условиях глобализации. Украина, 27(46), 606-609. 2. Тожиев, Р. Ж., & Ортикалиев, Б. С. (2019). Оловбардош ғишт ишлаб чиқаришда хом ашёларни саралаш жараёнини тадқиқ қилиш. Журнал Технических исследований, (2). 3. Rasuljon, T., Azizbek, I., & Bobojon, O. (2021). Studying the effect of rotor-filter contact element on cleaning efficiency. Universum: технические науки, (6-5 (87)), 28-32. 4. Мухамадсадиков, К., Ортикалиев, Б., Юсуов, А., & Абдупаттоев, Х. (2021). Ширина захвата и скорости движения выравнивателя в зависимости удельного сопротивления почвы. Збірник наукових праць SCIENTIA. 5. Ortikaliev, B. S., & Mukhamadsadikov, K. J. (2021). Working widht and speed of the harrow depending on soil resistivity. Web of Scientist: International Scientific Research. 6. Мўминов, Ж. А., Умаров, Э. С., & Ортиқалиев, Б. С. (2019). Оғир юкланишли ва тез ҳаракатланувчи машина қисмларида сирпаниш подшипникларини танлаш. Машинасозлик ишлаб чиқариш ва таълим: муаммолар ва инновацион ечимлар-2019й, 338-340. 7. Tojiyev, R. J., Ortiqaliyev, B. S. O. G. L., Abdupattoyev, X. V. O., & Isomiddinova, D. I. J. Q. (2021). Donador-sochiluvchan mahsulotlarni saralashda sm-237a markali mashinalarini o ‘rni. Scientific progress, 2(2), 1378-1381. 8. Tojiyev, R., Ortiqaliyev, B., & Sotvoldiyev, K. (2021). Improving the design of the screed for firebricks using solidworks. Barqarorlik va yetakchi tadqiqotlar onlayn ilmiy jurnali, 1(5), 91-99.
https://www.brickwoodovens.com/pages/fire-brick 10. Ортиқалиев, Б. С., & Тожиев, Р. Ж. (2021). Sifatli olovbardosh g ‘isht ishlab chiqarishda xom ashyolarni saralash jarayonini tadqiq qilish. Замонавий бино–иншоотларни ва уларнинг конструкцияларини лойиҳалаш, барпо этиш, реконструкция ва модернизация қилишнинг долзарб муаммолари.(1-65), 199-203. 11. Мўминов, Ж. А., Умаров, Э. С., & Ортиқалиев, Б. С. (2019). Чангларни комбинацион тозалаш технологияси. Журнал Технических исследований, (2). 12. Mukhamadsadikov, K., & Ortiqaliyev, B. (2022). Constructive Parameters of Earthquake Unit Before Sowing. Eurasian Journal of Engineering and Technology, 9, 55-61. 13. Ортикалиев, Б. С., & Тожиев, Р. Ж. Оловбардош гишт ишлаб чикаришда хом ашёларни саралаш жараёнини тадкик килиш. Техник тадкикотлар журнали-2019 й. 14. Khoshimov, A., Abdulazizov, A., Alizafarov, B., Husanboyev, M., Xalilov, I., Mo’ydinov, A., & Ortiqaliyev, B. (2022). Extraction of caprolactam in two stages in a multiple-stage barbotation extractor. Conferencea, 53-62.
Tojiyev, R., Rajabova, N., Ortiqaliyev, B., & Abduolimova, M. (2021). Destruction of soil crust by impulse impact of shock wave and gas-dynamic flow of detonation products. Innovative Technologica: Methodical Research Journal, 2(11), 106-115. 16. Ортиқалиев, Б. С., & Тожиев, Р. Ж. (2019). Сито-бурат СМ-237Арусумли оловбардош ғишт хом ашёсини саралаш машинисини иш режмларини таҳлили. 17. Tojiyev, R., Ortiqaliyev, B., Toʻlashev, O., & Sobirov, X. (2022). Alumosilikat olovbardosh g ‘ishtning xossalariga saralash jarayonini ta’siri tahlili. Scientific progress, 3(4), 1271-1276. 18. Tojiyev, R. J., Ortiqaliyev, B. S. O. G. L., & Abdurayimov, A. A. O. G. L. (2021). Saralash mashinalarining qiyosiy tahlili. Science and Education, 2(11), 359-367. 19. Mukhamadsadikov, K. J., & ugli Ortikaliev, B. S. (2021). Working width and speed of the harrow depending on soil resistivity. Web of Scientist: International Scientific Research Journal, 2(04), 152-158. 20. Rasuljon, T., Isomiddinov, A., Ortiqaliyev, B., & Khursanov, B. Z. (2022). Influence of previous mechanical treatments on material grinding. International Journal of Advance Scientific Research, 2(11), 35-43. 21. Tojiyev, R., Ortiqaliyev, B., Abdupattoyev, X., & G’ulomov, I. (2021). Production of refractory bricks in industrial enterprises and sorting of their raw materials. Матеріали конференцій МЦНД. 22. Tojiyev, R., Ortiqaliyev, B., Toʻlashev, O., & Sobirov, X. (2022). Alu-mosilikat olovbardosh g ‘ishtning xossalariga. 23. Mukhamadsadikov, K., & Ortiqaliyev, B. (2021). Analysis of parameters of the working part of the planting plant before planting. Scientific progress, 2(8), 115-125. 24. Mukhamadsadikov, K., Ortiqaliyev, B., Olimova, D., & Isomiddinova, D. (2021). Mathematical analysis of determining the parameters of the working part of the planting plant before planting. Scientific progress, 2(7), 699-708. 25. Ортиқалиев, Б. С., & Абдурахмонов, А. А. (2019). " Шиша идишларнинг қуйилиш жараёнларини имитацион компютер моделини яратиш". Актуальные проблемы внедрения инновационной техники и технологий на предприятиях по производству строительных материалов, химической промышленности и в смежных отраслях. 26. Tojiev, R. J., Ortikaliev, B. S., Sobirov, K., & Tolashev, O. (2022). Study of the mechanical and physico-chemical process of the metal structure of the sorting machine. Conferencea, 44-51. 27. Ortiqaliyev, B. S. O. G. L. (2023). Zamonaviy saralash mashinalari konstruktsiyalarini tahlili. Scientific progress, 4(1), 192-202. 28. Adil, A., Bobojon, O., Abdusama, M., Avzabek, X., Ismoiljon, X., Bekzod, A., ... & Abdulloh, A. (2022). Drying in the apparatus with a quick rotating rotor. Conferencea, 182-189. 29. Adil, A., Abdusamad, M., Abdulloh, A., Avzabek, X., Ismoiljon, X., Bekzod, A., ... & Bobojon, O. (2022). Modernization of working blades of the construction glass shell mixing device. Conferencea, 199-206. 30. Abdulloh, A., Gulnora, G., Avzabek, X., Ismoiljon, X., Bekzod, A., Muhammadbobur, X., ... & Abdusamad, M. (2022). Kinetics of drying of spray materials. Conferencea, 190-198.
Adil, A., Abdusamad, M., Abdulloh, A., Avzabek, X., Ismoiljon, X., Bekzod, A., ... & Bobojon, O. (2022). Drying of mineral fertilizersresearch of hydrodynamic processes. Conferencea, 158-165. 32. Adil, A., Muhammadbobur, X., Ortiqaliyev, B., Abdusamad, M., Abdulloh, A., Avzabek, X. ... & Bekzod, A. (2022). Roasting of nickel hydrocarbonate. Conferencea, 174-181. 33. Mukhamadsadikov, K. J., & Ortiqaliyev, B. S. O. (2022). Nomogram for determining the performance parameters of the pre-seeding leveler. International Journal of Advance Scientific Research, 2(11), 119-126.
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