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Bugungi kunda O‘zbekiston sharoitida “OKMK” AJ tasarrufidagi kam miqdorda nodir metallar saqlagan texnogen chiqindilarni qayta ishlash hamda ulardan nodir va qimmatbaho metallar ajratib olishning kompleks texnologiyasi mavjud emas. “OKMK” AJ tarkibidagi platina, palladiy va rodiy tarkibli texnogen chiqindilarining mavjudligi kombinatni bir necha yilga rudani qayta ishlamasdan, chiqindilarni qayta ishlash hisobiga ishlab chiqarish sanoatini amalga oshirishi mumkinligini ko‘rsatadi. Ushbu maqolada metallurgiya chiqindilarini boyitish mahsulotlarini birlashtirish hamda sanoat chiqindilaridan platina va palladiyni mis qizil shlamlaridan ajratib olish imkoniyatlari tahlil qilinadi. Shuningdek, platina va palladiyni tanlab eritish usullarining samaradorligi aniqlanadi, platina guruhi metallarini eritish, qayta tiklash usullari va ularni turli zararli qo‘shimchalardan tozalash usullariga alohida e’tibor beriladi. Tadqiqotlar natijasida ko‘p bosqichli tozalovchi qayta ishlash jarayonlari bilan platina va palladiy ajratib olishning chuqur gidrometallurgik kompleks texnologiyasi ishlab chiqildi.

  • Ўқишлар сони 200
  • Нашр санаси 27-12-2021
  • Мақола тилиO'zbek
  • Саҳифалар сони56-68
Ўзбек

Bugungi kunda O‘zbekiston sharoitida “OKMK” AJ tasarrufidagi kam miqdorda nodir metallar saqlagan texnogen chiqindilarni qayta ishlash hamda ulardan nodir va qimmatbaho metallar ajratib olishning kompleks texnologiyasi mavjud emas. “OKMK” AJ tarkibidagi platina, palladiy va rodiy tarkibli texnogen chiqindilarining mavjudligi kombinatni bir necha yilga rudani qayta ishlamasdan, chiqindilarni qayta ishlash hisobiga ishlab chiqarish sanoatini amalga oshirishi mumkinligini ko‘rsatadi. Ushbu maqolada metallurgiya chiqindilarini boyitish mahsulotlarini birlashtirish hamda sanoat chiqindilaridan platina va palladiyni mis qizil shlamlaridan ajratib olish imkoniyatlari tahlil qilinadi. Shuningdek, platina va palladiyni tanlab eritish usullarining samaradorligi aniqlanadi, platina guruhi metallarini eritish, qayta tiklash usullari va ularni turli zararli qo‘shimchalardan tozalash usullariga alohida e’tibor beriladi. Tadqiqotlar natijasida ko‘p bosqichli tozalovchi qayta ishlash jarayonlari bilan platina va palladiy ajratib olishning chuqur gidrometallurgik kompleks texnologiyasi ishlab chiqildi.

Русский

Сегодня в условиях Узбекистана в АО «АГМК» отсутствует комплексная технология переработки техногенных отходов с небольшими количествами редких металлов и их извлечения. Наличие в АО «АГМК» техногенных отходов, содержащих платину, палладий и родий, дает потенциал заводу заниматься производственной деятельностью, перерабатывая отходы в течение нескольких лет, без переработки руды. В данной статье рассматривается возможность объединения продуктов обогащения отходов металлургического производства и извлечения платины и палладия из техногенных отходов – медного красного шлама. В работе определена эффективность методов селективного выщелачивания платины и палладия, а также уделено внимание способам растворения и восстановления платиновых металлов и методам их очистки от различных примесей. Разработана глубокая комплексная гидрометаллургическая технология извлечения платины и палладия с многоступенчатыми процессами рафинирования.

English

Nowadays, in the given conditions of Uzbekistan, there is hardly any comprehensive technology either for processing of industrial waste or extraction of rare and precious metals at the JSC “AGMK” with small amounts of rare metals. The presence of the man-made waste containing platinum, palladium and rhodium in AGMK JSC indicates that the plant can manage the industry, having been processing the waste for several years without recycling the ore. This article discusses the feasibility of combining the products of enrichment of metallurgical waste and of extracting of platinum and palladium from industrial waste - copper red mud. This work defines the effectiveness of methods for selective leaching of platinum and palladium as well as it focuses on methods of dissolution, reduction of platinum metals and their purification from various impurities. A fundamental hydrometallurgical comprehensive technology for extraction of platinum and palladium with multistage refining processes has been developed as a result of the research.

№ Муаллифнинг исми Лавозими Ташкилот номи
1 Vohidov B.R. texnika fanlari bo‘yicha falsafa doktori (PhD) Navoiy davlat konchilik instituti «Metallurgiya» kafedrasi dotsenti
2 Hasanov A.S. t.f.d., professor «OKMK» AJ bosh muhandisining fan bo‘yicha o‘rinbosari
№ Ҳавола номи
1 Masleniskij I.N., Chugaev L.V., Borbat V.F., Nikitin M.V., Strizhko L.S. Metallurgija blagorodnyh metallov [Metallurgy of precious metals]. Moscow, Metallurgiya Publ., 1987, pp. 410-411, 414-416.
2 Kotlyar Ju.A., Meretukov M.A., Strijko L.S. Metallurgija blagorodnyh metallov [Metallurgy of precious metals. Textbook]. Moscow, Ruda i metall Publ., 2005, 432 p.
3 Hursanov A.X., Hasanov A.S., Abdukadirov A.A., Vohidov B.R. Texnologija platinoidov [Platinoid technology]. Tashkent, Muharrir Publ., 2021, no. 29, pp. 33, 88, 216-217.
4 Hursanov A.X., Hasanov A.S., Vohidov B.R. Razrabotka texnologii poluchenija affinirovannogo palladievogo poroshka iz otrabotannyh jelektrolitov [Development of technology for obtaining refined palladium powder from spent electrolytes]. Gornij vestnik Uzbekistana – Mountain Bulletin of Uzbekistan, 2019, no. 1 (76), pp. 58-61. Available at: http://gorniyvestnik.uz/ru/ release/2019/1/.
5 Hasanov A.S., Vohidov B.R. Sovremennye problemy i innovacionnye tehnologii reshenija voprosov pererabotki texnogennyh mestorozhdenij Almalykskogo GMK [Modern problems and innovative technologies for solving the issues of processing technogenic deposits of the Almalyk MMC]. International Scientific and Practical Conference. Almalyk, Mukharri, 2019, pp. 122-126.
6 Hasanov A.S., Vohidov B.R., Hamidov R.A., Sirozhov T.T., Mamaraimov G.F., Xuzhamov U.U. Issledovanie povyshenoj stepeni izvlechenija i chistoti affinirovannogo palladievogo poroshka iz sbrosnyh rastvorov [Investigation of increasing the degree of recovery and purity of refined palladium powder from waste solutions]. UNIVERSUM, Technical science, Moscow, 2019, no. 9, pp. 20-30. Available at: https://7universum.com/ru/tech/archive/category/966/.
7 Xasanov A.S., Voxidov B.R., Rustamov S.U., Norov G.M., Barakaev A.M., Toshimov B.N., Turobov Sh.N. Issledovanie texnologii izvlecheniya palladiya iz otrabotannыx elektrolitov [Investigation of the technology for extracting palladium from spent electrolytes]. Scientific methodical journal “Achievements of Science and Education”, Ivanovo, Russian Federation, 2019, no. 7 (48), pp. 5-7.
8 Borbat V.F. Metallurgiya platinovix metallov [Metallurgy of platinum metals]. Moscow, Metallurgy, 1977, p.167.
9 Xursanov A.X., Xasanov A.S., Abdukadirov A.A., Voxidov B.R. Platinoidlar texnologiyasi [Platinoid technology]. Toshkent, Muharrir Publ., 2020, 220 p.
10 Vokhidov B.R. Nauchnoe obosnovanie texnologii polucheniya chistogo poroshka palladiya iz texnogennix elektrolitov [Scientific substantiation of the technology for obtaining pure palladium powder from technogenic electrolytes]. XI International correspondence scientific specialized conference «International scientific review of the technical sciences, mathematics and computer science» BOSTON. (USA), 2019. p. 55-62.
11 Hursanov A.X., Hasanov A.S., Abdukadirov A.A., Usmankulov O.N., Vohidov B.R., Askarov B.M., Umaraliev I.S., Abduvaitov D.S. Sposob izvlechenija affinirovannogo palladievogo poroshka ot otra-botannyh jelektrolitov [Method for recovering refined palladium powder from spent electrolytes]. Patent № IAP 20190183. 30.04.2019.
12 Sharipov H.T., Borbat V.F., Daminova Sh.Sh., Kadirova Z.Ch. Himija i tehnologija platinovyh metallov [Chemistry and technology of platinum metals]. Tashkent, Universitet, 2018, pp. 3-5, 14-28, 35-40.
13 Vohidov B.R., Hasanov A.S. Issledovanie i razrabotka tehnologii izvlechenija metallov platinovyh grupp iz tehnogennogo syr’ja AO «AGMK» [Research and development of technology for extracting platinum group metals from technogenic raw materials of JSC “AGMK”]. XIV-XIV International conference. Institute of Chemistry and Chemical Technology, Siberian Branch of the Russian Academy of Sciences, Krasnoyarsk, September 6, 2021, pp. 29-32.
14 Sanakulov K.S. Konceptualnye osnovy reshenija problem pererabotki tehnogennogo syr’ja [Conceptual foundations for solving the problems of processing technogenic raw materials]. Modern problems and innovative technologies for solving the problems of processing technogenic deposits of the Almalyk MMC. International scientific and practical conference, 2019. pp. 18-21.
15 Hasanov A.S., Vohidov B.R., Aripov A.R., Nemenenok B.M. Issledovanie povyshenija stepeni izvlechenija affinirovannogo palladievogo poroshka iz sbrosnyh rastvorov [Investigation of increasing the degree of recovery of refined palladium powder from waste solutions]. Scientific-methodical journal Casting and Metallurgy, Materials Science - Belarus, 2020, March, no. 1 (78), pp. 78-86. Available at: https://lim.bntu.by/jour/issue/view/86/showToc; doi. org/10.21122/1683- 6065-2020-1-78-86/.
16 Reddy B.R., Raju B., Jin Young Lee, Hyung Kyu Park. Process for the separation and recovery of palladium and platinum from spent automobile catalyst leach liquor using. Journal of Hazardous Materials, 2010, pp. 253-258.
17 Blac W. The Platinum group metals industry. Godhead Publ. Ltd. 2000, pp. 212-220.
18 Hursanov A.H., Hasanov A.S., Askarov B.M., Vohidov B.R. Sposob izvlechenija affinirovannogo palladievogo poroshka ot otrabotannyh jelektrolitov [Method for recovering refined palladium powder from spent electrolytes]. Tashkent, 2020. O‘zbekiston Respublikasi Intelektual mulk agentligi Rasmiy axborotnomasi – Official Bulletin of the Intellectual Property Agency of the Republic of Uzbekistan, 01.10.2020, no. 10 (234), pp. 24-25.
19 Vohidov B.R., Hasanov A.S. Razrabotka sposoba ochistki palladievogo poroshka ot primesej [Development of a method for purification of palladium powder from impurities]. Science and Innovation, International Scientific and Technical Conference. Tashkent, 1 November 2019, pp. 261-263.
20 Vohidov B.R. Razrabotka texnologii poluchenija platinovyh metallov iz tehnogennyh othodov [Development of technology for obtaining platinum metals from industrial waste]. Eurasian Union of Scientists (ESU). Scientifi c-methodical journal, Moscow, 2020, June, no. 6 (75), pp. 38-46. DOI: 10.31618/ESU.2413-9335.2020.1.75/.
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