The Republic of Uzbekistan is rich in mineral ore resources and possesses significant scientific, technological, and industrial potential. Maximizing the utilization of these material and intellectual resources is a crucial task facing the mining and metallurgical sector and the scientific community of the republic. The Republic of Uzbekistan possesses sufficient reserves of aluminum-containing raw materials, which are currently utilized in the construction, chemical, and glass industries. However, these resources can and should be complemented by developing, testing, and implementing technology for obtaining metallic aluminum. This initiative would contribute to the creation of a new economic sector - aluminum electrometallurgy based on local raw materials.
The Republic of Uzbekistan is rich in mineral ore resources and possesses significant scientific, technological, and industrial potential. Maximizing the utilization of these material and intellectual resources is a crucial task facing the mining and metallurgical sector and the scientific community of the republic. The Republic of Uzbekistan possesses sufficient reserves of aluminum-containing raw materials, which are currently utilized in the construction, chemical, and glass industries. However, these resources can and should be complemented by developing, testing, and implementing technology for obtaining metallic aluminum. This initiative would contribute to the creation of a new economic sector - aluminum electrometallurgy based on local raw materials.
Республика Узбекистан богата минерально-рудными ресурсами, обладает значительным научно-техническим и производственным потенциалом. Максимальное использование этих материальных и интеллектуальных ресурсов является важнейшей задачей, стоящей перед горно-металлургическим комплексом и научным сообществом республики. Республика Узбекистан располагает достаточными запасами алюминийсодержащего сырья, которое в настоящее время используется в строительной, химической и стекольной промышленности. Однако эти ресурсы могут и должны быть дополнены разработкой, испытанием и внедрением технологий получения металлического алюминия. Данная инициатива будет способствовать созданию новой отрасли экономики - электрометаллургии алюминия на базе местного сырья.
O‘zbekiston Respublikasi mineral-ruda resurslariga boy, katta ilmiy-texnologik va sanoat salohiyatiga ega. Moddiy va intellektual resurslardan maksimal darajada foydalanish kon-metallurgiya tarmog‘i va respublika ilmiy jamoatchiligi oldida turgan muhim vazifadir. O‘zbekiston Respublikasida alyuminiy tarkibli xomashyo zaxiralari yetarli bo‘lib, ular hozirgi kunda qurilish, kimyo va shisha sanoatida ishlatilmoqda. Biroq, bu resurslar alyuminiy metalini olish texnologiyasini ishlab chiqish, sinovdan o‘tkazish va amalga oshirish orqali to‘ldirilishi mumkin va kerak. Ushbu tashabbus iqtisodiyotning yangi tarmog‘i - mahalliy xomashyo asosida alyuminiy elektrometallurgiyasini yaratishga yordam beradi.
| № | Author name | position | Name of organisation |
|---|---|---|---|
| 1 | Saidaxmedov A.A. | PhD, dotsent | Navoiy davlat konchilik va texnologiyalar universiteti |
| 2 | Qayumov O.A. | Dotsent | Qarshi davlat texnika universiteti |
| 3 | Ro'ziyev U.M. | Assistent | Qarshi davlat texnika universiteti |
| № | Name of reference |
|---|---|
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| 2 | 2. Khojakulov A., Ruziyev U., Boymurodov N., Shernazarov I., Mashaev E., Shoyimova K. Research and determination of parameters for extracting valuable components from technological waste // BIO Web of Conferences, Vol. 149, 01049. Genetic Resources 2024. |
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| 4 | 4. Saidaxmedov A.A., Eshonqulov U.X., Ruziyev U.M., Xaydarov I.I. Roasting of alumina-containing material in a rotary kiln // Scientific Review of the Problems and Prospects of Modern Science and Education. 1st International Scientific and Practical Conference. – Great Britain, 2024. – P. 22–28. |
| 5 | 5. Saidaxmedov A.A., Ro‘ziyev U.M., Xasanov Sh.R. Rudadan glinozyomni ajratib olish // International scientific-online conference: Intellectual Education, Technological Solutions and Innovative Digital Tools (Part 34). – Amsterdam, Netherlands: CESS, 2025. – P. 11–14. |