Mining Science and Technology (Russia)
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Activities of the "Mining Science and Technology (Russia)" international journal are aimed at developing international scientific and professional cooperation in the field of mining. Scopus,CAS,GeoRef,Engineering Village,SJR, DOAJ (mst.misis.ru)
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We present the articles of the third issue of scientific journal "Mining Science and Technology” (Russia) for 2024:

A systematic approach to evaluating environmental safety in metro operations, based on modelling the development of defects in tunnel structures under the influence of hydrogeological factors, will help organize existing information on potential accidents and develop monitoring methods and measures to minimize risks that compromise the environmental sustainability of underground transport infrastructure.

For more information, see the article:

πŸ“Œ Zhukov S.A. Substantiation of environmental safety in metro facility operations considering hydrogeological risks. Mining Science and Technology (Russia). 2024;9(3):283-291. https://doi.org/10.17073/2500-0632-2024-04-259

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#inenglish #MST #metro #underground #subway #ecology #safety #innovation #risks #geology #transport #hydrogeology #sustainability #accident #monitoring #tunnel #technology #construction #emission #energy #efficiency #concrete #defects #extraction #quicksand #aquifer #borehole #lining #deformation #leaching #tubbing #modeling #geomechanics #waterproofing #disposal #waste
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We present the articles of the first issue of scientific journal "Mining Science and Technology” (Russia) for 2025:

Scientists studied finely ground tailings from the flotation processing of slags at the Sredneuralsky Copper Smelter ("SUMZ technical sands"), which contain zinc (3.3–3.9%) and copper (0.4–0.5%). These wastes can serve both as a source of valuable metals and as a potential environmental hazard. The study examined the material composition of the magnetic fractions of the "technical sands" and evaluated the efficiency of wet magnetic separation for extracting valuable components. Chemical and phase analyses revealed that zinc and copper were distributed relatively evenly across the fractions, with a slight increase in copper in the non-magnetic fraction and zinc in the weakly magnetic fraction. The application of wet magnetic separation under standard conditions proved insufficiently effective, indicating the need for further research to optimize the technology. The results are important for developing new methods of processing copper smelting waste and reducing its environmental impact.

For more information, see the article:

πŸ“Œ Kotelnikova А.L., Zolotova E.S. Material composition of magnetic fractions of copper-smelting slag flotation tailings. Mining Science and Technology (Russia). 2025;10(1):56-66. https://doi.org/10.17073/2500-0632-2023-08-142

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#InEnglish #MST #CopperSmeltingProduction #MineralWaste #CopperSmeltingSlag #FlotationTailings #Recycling #MagneticSeparation #ThermomagneticAnalysis #MagneticFractions #MagneticProperties #Fayalite #Forsterite #Diopside #Magnetite #Sphalerite #Zincite #HeavyMetals #WasteProcessing #NonferrousMetallurgy #EnvironmentalImpact #ResourceRecovery #SlagUtilization #Geochemistry #Mineralogy #SustainableMining #TechnogenicRawMaterials #Copper #Slags #Zinc #Waste #Flotation #Separation #Magnetism #Minerals #Ecology #Processing #Research #Technologies #Utilization #Disposal #Geology
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