Justification and development of innovative technologies for integrated processing of complex ore and mine waste

Кондратьев, С. А.; Rostovtsev, V. I.; Bochkarev, G. R.; Pushkareva, G. I.; Kovalenko, K. A.

doi:10.1134/s1062739114050160

Cited by 15 publications

(2 citation statements)

References 9 publications

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“…В очищенном растворе без As, как правило, присутствуют значительные концентрации ионов цветных тяжелых металлов (медь, цинк и др. ), которые можно селективно выделить на брусите [18]. Далее осадки перерабатываются известными способами для возврата металлов в цикл производства.…”

Section: фунд а мента льные и прик лад ные вопросы горных наукunclassified

Ensuring Environmental Safety in Mining and Mineral Processing Industries

2019

FPVGN

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Показано, что деятельность горнодобывающих и горно-перерабатывающих предприятий связана с поступлением значительных концентраций высокотоксичных соединений мышьяка в водный бассейн. Отмечено, что перспективными методами очистки водных сред от мышьяка являются сорбционные технологии с применением доступных природных сорбентов и окислителей. Рассмотрены результаты сорбционного удаления соединений мышьяка на магний-и марганецсодержащих минералах. Установлено, что использование данного природного минерального сырья позволит значительно повысить эффективность природоохранной деятельности предприятий горного производства.

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Section: фунд а мента льные и прик лад ные вопросы горных наукunclassified

Ensuring Environmental Safety in Mining and Mineral Processing Industries

2019

FPVGN

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“…An increase in the extraction of useful components from sulfide ores can be achieved using a combination of various collectors [17][18][19][20]. The optimal ratio of butyl xanthate and isobutyl dithiophosphate in a mixture with thionocarbamate was determined to increase the flotation rate of non-ferrous metals [21,22].…”

Section: Introductionmentioning

confidence: 99%

Improving the Copper-Molybdenum Ores Flotation Technology Using a Combined Collecting Agent

et al. 2022

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The search for effective reagents for the flotation of non-ferrous metals from mineral raw materials is an actual problem. The article discusses the results of research on improving the technology of processing copper–molybdenum ores using a combined collector emulsion. The object of research was copper–molybdenum ore containing 0.43% copper and 0.0089% molybdenum. Copper minerals are represented by chalcopyrite 1.2% and chalcocite 0.015%, while covellite is present in a much smaller amount. The main mineral of molybdenum is molybdenite. The cycle of collective copper–molybdenum flotation includes the main flotation, control flotation, and three re-cleanings of concentrate. In the basic mode, the collective Cu–Mo concentrate was produced with the copper content of 16.25% with an extraction of 77.79% and with the molybdenum content of 0.45% with an extraction of 79.38%. Reaflot, thionocarbamate, and butyl xanthate were used in a ratio of 1:3:15 to prepare a combined collector agent. In order to produce the combined collector emulsion, the best degree of dispersion, which amounted to 99.5% of particles with a size of −3.6 μm, was chosen. During the Cu–Mo ore flotation using an optimally dispersed microemulsion of the combined collector agent, a collective Cu–Mo concentrate was obtained with a copper content of 18.2% with an extraction of 83.58%, and with a molybdenum content of 0.49% with an extraction of 88.46%. The use of a combined collector agent increases the extraction of copper into the collective Cu–Mo concentrate by 5.79%, while the extraction of molybdenum increases by 9.08%.

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