NEW HORIZONS PROCESSING OF TECHNOGENIC WASTE OF THE COPPER INDUSTRY
Keywords:
Abstract
At the present time, in the mining and metallurgical industry, there are trends in the processing of man-made waste that have accumulated over the course of many years. Since the world's reserves of ore deposits with a high initial content of non-ferrous metals and easily processed ores are currently practically depleted. This is due to a decrease in the volume of processing of conditioned ores and the involvement in the development of industrial waste, refractory ores and off-balance from low-grade dumps. High prices for metals on the world market create a favorable environment for the development of technologies for the extraction of precious metals involving the processing of mineral resources of technogenic origin. The work studies the mineralogical composition of industrial waste from the copper industry in the conditions of JSC "Almalyk MMC", determined the effectiveness of methods for the selective extraction of platinoids and paid attention to the methods of dissolution, reduction of platinum metals and methods of their purification from various impurities. Based on the study of this topic and the analysis of the results of the research, the authors proposed an optimal technology and complex methods for extracting platinum, palladium and rhodium from industrial waste using selective methods suitable for each metal separately using hydrometallurgy and pyrometallurgy. Hydrometallurgical methods have been developed for the purification of palladium, platinum and rhodium with treatment, respectively, with formic, citric and nitric acids. As a result of the developed technologies, the possibility of complex extraction of platinum group metals from industrial waste has been achieved. In this case, the end-to-end extraction of all platinoids is over 80%.
Similar Articles
-
Analysis Of Methods And Means Of Bump Hazard Prediction
The American Journal of Applied sciences: No. 04 (2021) / Sayyidkosimov S.S., Kazakov A.N., Khakberdiev M.R., Tursunbayev D.A., Tuxsariyev B.B., -
Technology Of Modified Sodium-Aluminum Catalysts For Nitrogen Gas Purification Systems
The American Journal of Applied sciences: No. 09 (2020) / Mirzarakhimov Mirsolikh Sultonovich, Iskandarov Jakhangir Ravshan Ogli , Umirzoqov Azamat Abdurashidovich , Amanov Tolib Sirozhevich, -
CARBON NANOSPHERE SYNTHESIZED FROM MAIZE COB-HAIR FOR ARSENIC ADSORPTION FROM WATER
The American Journal of Applied sciences: No. 10 (2023) / Jayashri Shukla, Suman Tripathi, Anuradha Pandey Dubey, Madhuri Sharon, -
Methodology Of Application Of The Simplex Method In The Optimal Development Of Industrial Enterprises
The American Journal of Applied sciences: No. 10 (2021) / Javohir Sobirovich Eshonkulov, -
Resolution Of The Effect Of Control On The Operation Of Other Machines In Opet-Pit Excavations
The American Journal of Applied sciences: No. 09 (2020) / Kodirov Vohid Rakhimovich, -
The Study Of The Selection Of Lead-Copper Concentrate By The Sulfite Method
The American Journal of Applied sciences: No. 3 (2021) / Markhamat Akramovna Mutalova, Nargiza Abdurasulovna Abdurakhmanova, Zarina Khusniddinovna Abdurasulova, -
Biological Efficiency Of New Insecticides Against Harmful Locusts In Uzbekistan
The American Journal of Applied sciences: No. 09 (2020) / Sanjar Usmanov, Furkat Gapparov, -
Low Temperature Syntesis And Physico-Chemical Characterization Of Mgal2o4 Nanopowder
The American Journal of Applied sciences: No. 06 (2021) / Fakhriddin Gafurovich Khomidov, Zulayho Raimovna Kadyrova, Khikmatulla Lutpullayevich Usmanov, Shokhista Mansuraliyevna Niyazova, Bakhtiyor Tokhtayevich Sabirov, -
Kinetics Of Fruit Crops Drying With Instant Pressure Release
The American Journal of Applied sciences: No. 10 (2020) / Rustamov E.S., Djuraev Kh.F., Gafurov K.Kh., -
Engineering Calculation And Algorithm Of Adaptation Of Parameters Of A Neuro-Fuzzy Controller
The American Journal of Applied sciences: No. 09 (2021) / I.H. Siddikov, P.I. Kalandarov, D.B., Yadgarova,
References
Kotlyar Yu.A., Meretukov M.A., Strijko L.S. Metallurgiya blagorodnyx metallov [Metallurgy of precious metals]. Textbook. V 2-x kn. Kn. 2 // Moskow: Ruda i metall Publ., 2005g.432 p.
Xursanov A.X., Xasanov A.S., Voxidov B.R. // Development of technology for obtaining refined palladium powder from spent electrolytes. Available at: http://gorniyvestnik.uz/ru/release/2019/1 // Gorniy vestnik Uzbekistana 2019g. №1 (76) 58-61.
Voxidov B.R., Aripov A.R., Nemenenok B.M. Investigation of increasing the degree of recovery of refined palladium powder from waste solutions. Nauchno-metodicheskiy jurnal Lite i Metallurgiya, Materialovedenie - Belorusiya, 2020g. Mart №1(78). p. 78-86. Available at: https://lim.bntu.by/jour/issue/view/86/showToc; doi. org/10.21122/1683-6065-2020-1-78-86
Xasanov A. S., Voxidov B. R. [and oth.] // Investigation of increasing the degree of recovery and purity of refined palladium powder from waste solutions. Available at: https://7universum.: Texnicheskie nauki - Moskow, 2019. №9., p. 20-30.
Vokhidov B.R. 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). June 10-11, 2019 g. p. 55-62.
Vokhidov B.R. Xasanov A. S. Creation of technology for the extraction of palladium from waste electrolytes by aqua regia leaching. International conference on «Integrated innovative development of Zarafshan region: achievements, challenges and prospects» Navoi, Uzb. 2019y. P.35-39.
Voxidov B.R. Development of technology for obtaining platinum metals from industrial waste. Euroasian scientific union: Moscow, 2020. Iyun №6(75). p.38-46. DOI: 10.31618/ESU.2413-9335.2020.1.75
Voxidov B.R., Xasanov A.S. Development of a method for purification of palladium powder from impurities. Conference paper «Science and innovation», Tashkent. p. 261-263.
Xursanov A.X., Xasanov A.S., Abdukadirov A.A., Voxidov B.R. Platinoids technology. Toshkent, “Muharrir” Publ., 2021y. 29, 33,216,217 p.
