
2012928· ABSTRACT The present study is devoted to improvement of the leaching efficiency during phosphorous removal from high phosphorous gravity-magnetic concentrate. …
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2024915· To compare the magnetic properties of the iron ore concentrate and the high-purity magnetite, and evaluate the separation effect, VSM was utilized to measure the …
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618· The phosphorus in high phosphate iron ore is mainly in the form of apatite or fluorapatite symbiotic with other minerals, and the embedded size …
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2024122· Thus, low-grade phosphate ores must be pretreated to reach a suitable phosphate concentrate by the following beneficiation techniques: flotation, attrition scrubbing and deslming, electrostatic separations, magnetic separation, gravity separation and calcination.
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Phosphate rock beneficiation mainly includes crushing, gravity separation, flotation, magnetic separation, etc. It usually combines various processes to …
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201711· This process can not only convert the refractory weak magnetic separation iron ore into easily dressed strong magnetic iron ore but also …
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20· The iron ore sample was collected from magnetic separators concentrate stream of Gole Gohar iron ore complex with d80 equal to 90µm.
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2024821· Dong et al. [16] performed the study on iron separation of nickel metallurgical slag with iron content of about 50 %. The results show that gravity separation and flotation have no obvious separation effect on iron minerals in nickel metallurgical slag, and magnetic separation has a certain separation effect.
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2024320· The major techniques for recovering iron in the PyC include magnetization roasting, flotation, gravity concentration, and magnetic separation. These techniques are time- and money-consuming, ineffective, and have low iron recovery [7]; Y. [12]. By using magnetization roasting and magnetic separation, Zhang et al. extracted iron concentrate from PyC with an …
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2024912· The phosphorus in high phosphate iron ore is mainly in the form of apatite or fluorapatite symbiotic with other minerals, and the embedded size of phosphorus minerals is relatively small. High phosphate iron ore is a kind of refractory ore to separate by traditional beneficiation process. What do you know about phosphorus removal from iron ore? The main …
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11· To remove phosphorus from Lisakovsky iron ore, Kokal et al. (2003) the first upgraded the ore by wet gravity and magnetic separations to produce a gravity–magnetic concentrate that was roasted to dehydrate the goethite …
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121· The physical properties of iron ore concentrate, such as the morphology of particles, specific surface area, and particle size distribution, have a significant effect on the quality of green pellets [16], [17], [18]. The grinding method and its associated parameters strongly affect the physical properties of the iron ore concentrate.
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202481· In this study, we presented simultaneous enrichment of iron (Fe) and phosphorus (P) to recover P from high-phosphorus iron ore and clarified the migration of P from the original apatite to reduced iron during the direct reduction process.
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20· The iron ore sample was collected from magnetic separators concentrate stream of Gole Gohar iron ore complex with d80 equal to 90µm.
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Magnetic separation occupies an attractive posi- tion in the field of ore beneficiation. It is a sim- ple yet effective method, used for some 150 years and steadily growing more important. This type of beneficiation orginated in 1792, when William Ful- larton was issued a British patent covering the sep- aration of iron ore by magnetic attraction.
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2015619· This table of various minerals (ore, rock types) listed by their tested SG specific gravity complements the BWi List found in earlier post.
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1225· The continuous and growing demand for phosphate, especially by the fertilizer industry, has increased the exploitation rate of high-grade phosphate ores extracted from phosphate deposits. However, with the depletion of high-grade ore resources, the exploitation of low-grade phosphate ores and phosphate mine waste rock (PMWR) has become a necessity …
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201361· The oolitic gravity magnetic (GM) iron concentrate was supplied by the Lisakovsky iron ore beneficiation plant in Kazakhstan. The plant flowsheet involves ore sieving at 1.6 mm and desliming with further processing through gravity (jigging) and magnetic (low and high intensity) separation stages.
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Magnetic separators have been applied in combi-nation with gravity separators to recover more than 55% bastnasite without flotation [20]. In one study, a representative Saghand monazite ore deposit sample was upgraded by using a Humphrey spiral separator up to …
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20241125· A new iron recovery and dephosphorization approach from high-phosphorus oolitic iron ore via oxidation roasting-gas-based reduction and magnetic separation process
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20241111· Abstract Vanadium titanomagnetite (VTM) is a complex polymetallic symbiotic mineral dominated by iron, titanium, and vanadium. Iron extraction from VTM is an issue for the utilization of Vanadium titanomagnetite concentrate. In this work, flotation method combined with magnetic sorting was proposed to separate and recover the iron resources from VTM. The …
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In this study, enrichment possibility of apatite-bearing iron ore sample was investigated to obtain iron and phosphate concentrate, separately. It was determined that the raw ore contains …
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XRD analysis of gravity-magnetic concentrate roasted at temperatures between 500°C and 900°C in reductive media (Q is quartz, H is hematite and M is …
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618· The phosphorus in high phosphate iron ore is mainly in the form of apatite or fluorapatite symbiotic with other minerals, and the embedded size …
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201711· This process can not only convert the refractory weak magnetic separation iron ore into easily dressed strong magnetic iron ore but also further improve the quality of iron concentrate and iron
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2015619· This table of various minerals (ore, rock types) listed by their tested SG specific gravity complements the BWi List found in earlier post.
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2024415· For the processing of such iron ores, dry magnetic separation (DMS) offers a viable way, and its production of dry concentrate and tailings presents another priority to the WMS process [[10], [11], [12]].
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