2021.12.1 Pyrite concentrate obtained from sulfide mines is of low value and not friendly to the environment. This paper proposed a method for clean and efficient comprehensive
Bavarder sur Internet2018.1.20 Due to the serious problem of water shortage especially in India, South Africa and North-West China, a novel dry beneficiation technology was firstly proposed for pyrite
Bavarder sur Internet2023.8.20 Recently, conventional inorganic pyrite depressants (such as cyanide, lime, and sulfur-oxy compounds) have been successfully assisted or even replaced with eco-friendly
Bavarder sur Internet2016.8.25 In this work, an analysis of impurities in the pyrite of southern Santa Catarina (Brazil), including organic matter, sulfates, iron oxides, calcite, clay and sandstone, suggests a
Bavarder sur InternetBeneficiation using the flotation technique with dodecylamine as a collector reduced the quartz and coloured mineral contents and increased the brightness of the product (Das Mohanty, Reference Das and Mohanty 2009).
Bavarder sur Internet2020.2.12 Pyrite bio-oxidation is extremely important in the mining industry, such as bio-oxidation of refractory gold ores, bioleaching of precious metals, biological desulphurization,
Bavarder sur Internet2024.4.1 In order to more efficiently recover barite and pyrite from lead-zinc flotation tailings, the gravity equipment of reflux classifier (RC) was used, which obtained barite
Bavarder sur Internet2024.10.13 Copper sulfide ores frequently co-occur with pyrite, presenting a significant challenge for their selective separation during beneficiation processes. Despite advancements
Bavarder sur Internet2024.4.1 In order to more efficiently recover barite and pyrite from lead-zinc flotation tailings, the gravity equipment of reflux classifier (RC) was used, which obtained barite
Bavarder sur Internet2018.1.20 A novel dry beneficiation technology for pyrite recovery. 3. Results and discussions3.1. Separation of pyrite from gangue particles between 50 mm and 6 mm. In the
Bavarder sur Internet2021.4.17 The gravity beneficiation process is also the most commonly used pyrite beneficiation process at present. For the beneficiation of low-grade fine-grained pyrite ore, the flotation process can also be used, but the flotation
Bavarder sur InternetDOI: 10.1016/J.JCLEPRO.2017.11.162 Corpus ID: 158282432; A novel dry beneficiation technology for pyrite recovery from high sulfur gangue @article{Duan2018AND, title={A novel
Bavarder sur Internet2022.1.6 Water is the mainstay for beneficiation of fine size coal and minerals; however, it is also the least desirable constituent in the final product. The basic concept of the novel
Bavarder sur Internet2009.8.1 Pyrite roasting is an established process for sulfuric acid production ... (ARD) where pyritic coal waste is deposited. The beneficiation of dump deposits or, preferably, of
Bavarder sur Internet2018.1.12 Comprehensive utilization of pyrite cinders is increasingly important because of their huge annual outputs and potential valuable metals recovery to cope with the gradual
Bavarder sur InternetNowadays, microorganisms are widely used in bioleaching of sulfide minerals, recycling mineral processing plant tailings, and treating hazardous wastes (Johnson Hallberg, 2005; Olson et
Bavarder sur Internet2018.1.20 In the study, we have proposed a novel dry beneficiation technology for pyrite recovery from high sulfur gangue, namely combination technology of ADMFB and VFB.
Bavarder sur Internet2009.12.31 Applications of microbially induced mineral beneficiation are demonstrated with respect to beneficiation of iron ores, bauxite, limestone, and complex multimetal sulfides.
Bavarder sur Internet2017.11.1 The pyrite concentrate (beneficiated R1) and the solid beneficiation waste (SBW) were dried in a vacuum oven at 40 °C. To the partially distilled iron- and calcium- rich
Bavarder sur Internet2020.5.1 Pyrite cinder is typical hazardous waste produced in the bottom of the furnace and dust removal equipment after pyrite is roasted at high temperature in a fluidized bed
Bavarder sur Internet2018.9.6 Comprehensive utilization of pyrite cinders is increasingly important because of their huge annual outputs and potential valuable metals recovery to cope with the gradual
Bavarder sur Internet2024.4.1 Among beneficiation techniques, froth flotation is the most well-established technique to concentrate RE minerals and can process a wide range of fine particle sizes. Due
Bavarder sur Internet2021.8.1 The solid waste from pyrite beneficiation has a high calorific value and fixed carbon content that is close to that of Santa Catarina coal. With some process adjustments to
Bavarder sur Internet2021.5.31 Schematic Diagram of Pyrite Gravity Beneficiation Process Pyrite Gravity Beneficiation Process Brief Introduction of Pyrite Gravity Beneficiation Process. The raw pyrite
Bavarder sur Internet2014.12.1 Pyrite (FeS 2) is the most abundant metal sulfide associated with the earth’s surface region, which is commonly considered as ‘Fool’s gold’. Pyrite is frequently found in
Bavarder sur Internet2020.12.1 In the present study a detailed characterization followed by beneficiation of low grade iron ore was studied. The Run of Mine (R.O.M) sample assayed 21.91 % Fe, which is
Bavarder sur Internet2024.1.16 The main component of pyrite is FeS2, the primary raw material for making sulfuric acid.Due to its enormous specific gravity, it is often used as a filler. The particular
Bavarder sur Internet2024.10.13 In pyrite ore beneficiation, common process flow designs include the following: - Gravity separation process for coarse-grained ore: generally two-stage closed-circuit
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