51· Steel slag is a by-product produced by the conversion of carbon-rich molten iron into steel in basic oxygen furnaces (BOFs) and electric arc furnaces (EAFs) during the …
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2020521· High alumina content in the blast furnace burden irrespective of its composition (Lumps, Sinter and Pellet) generates slag with higher viscosity. This needs a higher amount of …
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201682· The mineralogical and microstructural characteristics of modified slag revealed that the iron-bearing minerals in the copper slag were oxidized, the generated magnetite grew …
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414· The conditions of the BCL slag are in similar range as of previous research and in some of much higher concentration in terms of iron. BCL slag contains both copper and iron …
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2016414· In the paper, a new technology was developed to improve the beneficiation of copper and iron components from copper slag, by modifying the molten slag to promote the mineralization of valuable minerals and to induce …
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202441· Fig. 2 illustrates the iron ore beneficiation process, particularly magnetic separation, resulting in the generation of inevitable tailings. Due to the characteristics of iron …
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414· The conditions of the BCL slag are in similar range as of previous research and in some of much higher concentration in terms of iron. BCL slag contains both copper and iron …
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523· The main iron mineral is magnetite, sometimes containing FeO. Sulphuric Acid Slag Treatment Plant in Hubei. The main iron mineral is hematite sulphate slag. Gravity beneficiation technology is generally used. For iron …
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516· High-nickel Stainless Steel Slag Beneficiation Process. The nickel-iron alloy smelting slag above is designed for high-nickel alloys. High-nickel alloys have poor magnetic …
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20131120· Aiming at recovering iron from high-iron-content copper slag, this article introduced a combination technology of deep reduction and magnetic beneficiation, …
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characteristic of iron and copper in the copper slag, and the results are illustrated in Tables2and3 respectively. Iron mainly exists in the form of fayalite and magnetite, which will result in …
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20241227· The carbothermal reduction transforms iron oxide into metallic iron, followed by beneficiation to separate and extract Fe, Nb, and REE . At high temperatures, metallic iron …
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202064· A novel technology, modified roasting in CO–CO2 mixed gas and magnetic separation, was presented to recover iron from copper slag. The effects of various parameters …
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2025612· The titanium contained in ferrovanadium concentrate cannot be removed by beneficiation and can be separated in smelting. In order to meet the amount of slag necessary …
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202541· Under these conditions, the beneficiation yielded an iron grade of 65.93 %, a phosphorus content of 0.225 %, and an iron recovery ratio of 78.91 %. To accomplish the …
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iron components from copper slag, by modifying the molten slag to promote the mineralization of valuable minerals and to induce the growth of mineral grains. Various parameters, including
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121· The iron and slag are used for steel manufacturing and rock wool preparation, respectively. This scheme provides a Mechanism of mineral phase reconstruction for …
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414· Literature states that an iron grade that is considered viable for economic beneficiation should be at least 25% and this slag has an iron content above this limit, hence …
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20131120· Aiming at recovering iron from high-iron-content copper slag, this article introduced a combination technology of deep reduction and magnetic beneficiation, …
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2024101· Iron grain growth during deep reduction roasting is important for iron enrichment from copper slag (CS) through magnetic separation. In this work, a novel method of additive …
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202441· Fig. 2 illustrates the iron ore beneficiation process, particularly magnetic separation, resulting in the generation of inevitable tailings. Due to the characteristics of iron …
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414· The conditions of the BCL slag are in similar range as of previous research and in some of much higher concentration in terms of iron. BCL slag contains both copper and iron …
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202413· For example, when the slag contains iron (alloy) and magnetite, it can consider the magnetic separation. The inflatable mechanical stirring flotation machine effectively …
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2013111· Aiming at recovering iron from high-iron-content copper slag, this article introduced a combination technology of deep reduction and magnetic beneficiation, …
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200731· This paper analyzes the characterization, beneficiation and utilization aspects of blast furnace flue dust, blast furnace sludge, LD sludge and LD slag generated at modern …
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33· Guo ZQ, Zhu DQ, Pan J et al (2016) Improving beneficiation of copper and iron from copper slag by modifying the molten copper slag. Metals 6(4):86. Article Google Scholar …
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2020122· Research article Characterization of copper slag for beneficiation of iron and copper T.S. Gabasianea,*, G. Danhaa, T.A. Mamvuraa, T. Mashifanab, G. Dzinomwac a …
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516· High-nickel Stainless Steel Slag Beneficiation Process. The nickel-iron alloy smelting slag above is designed for high-nickel alloys. High-nickel alloys have poor magnetic permeability and cannot be completely recovered …
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SEM imagine showing the minerals detected showing components of the BCL slag at different regions. 3.2. Mineralogical analysis using QEMSCAN. QEMSCAN was used to determine the …
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121· It can be seen from Fig. 13 that Area A was Table 7 Phase analysis of iron in cleaned slag Mineral Content/wt.% Fraction/% Iron sulfide 0.4 1.45 Magnetite 2.97 10.82 …
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