2024320;Pyrite cinder (PyC) is an iron-enriched tailing.Suspension magnetization roasting (SMR) technology can convert hematite into magnetite, the magnetic properties of the product
91;Pulsating high gradient magnetic separation (PHGMS) was innovatively used to upgrade an unqualified pyrite concentrate with arsenic content reaching as high as 3.49%. The
20171110;High-gradient magnetic separation technology is an effective physical desulfurization method, and can handle fine particles of paramagnetic minerals. Effect of
Pyrite Fluorite Calcite Relative magnetic attraction 100 40 7 1.3 0.2 0.1 0.03 While the magnetic attraction of mineral particles is the main consideration in magnetic separation, there are also
201511;Magnetic separation technology plays an important role in upgrading such low-grade iron ores, because magnetic separators possess the combined advantages of large
200881;Thermal treatment can increase the recovery of minerals through magnetic separation. This work aims to categorise the mineralogical changes that occur when pyrite is
201441;The separation of chalcocite from pyrite was also investigated. Fig. 13 shows chalcocite recovery as a function of pyrite recovery in rougher flotation after primary grinding.
200881;The magnetic separation results indicate that an enhancement in yield by around 15–20% by weight is possible when the ore is heat-treated at 500–800 °C. 1983; Hise et al.,
20241130;Fig. 8 (a) shows that very few magnetic pyrite particles are adsorbed to the cone tip at 25 s and that a large number of magnetic particles have been captured by the
A magnetic separation test of fine-grained quartz and magnetite mixed ore was conducted using an XCGS74-φ50 magnetic separation tube, with a water supply rate of 120 mL/s and a flow
2003915;The microwave treated pyrite samples of −420 μm fraction were subjected to magnetic separation at magnetic field intensities of 0.1, 0.3 and 0.5 T. It was found that pyrite
20171110;High-gradient magnetic separation technology is an effective physical desulfurization method, and can handle fine particles of paramagnetic minerals. Effect of
Pyritic sulfur occurs naturally in coal as pyrite and as a discrete particle. It has a specific gravity of about 5.0 as compared to coal which is only 1.7 as a maximum....
71;Therefore, flotation is commonly used instead of magnetic separation to achieve the separation of pyrrhotite [15]. To date, many papers on pyrrhotite flotation have been
201341;Although, sulfide mineral, such as pyrite and pyrrhotite, was considered as the less important iron ore (Bett and Maranga 2012; Muwanguzi et al. 2012), Zhang et al. (2013)
11;Following the further optimization of the process, the optimization process Ⅱ, namely magnetic separation-tailings with HMPT-magnetic separation, has demonstrated
121;Herein, calcination in a mild oxidizing atmosphere was implemented to enhance the magnetic properties of pyrite for subsequent magnetic separation. The sample was
202051;Pyrite cinder (PyC) is an iron-enriched tailing.Suspension magnetization roasting(SMR) technology can convert hematite into magnetite, the magnetic properties of the
91;Pulsating high gradient magnetic separation (PHGMS) was innovatively used to upgrade an unqualified pyrite concentrate with arsenic content reaching as high as 3.49%. The
2024320;Pyrite cinder (PyC) is an iron-enriched tailing.Suspension magnetization roasting(SMR) technology can convert hematite into magnetite, the magnetic properties of the
The magnetic concentrate is produced by crushing, comminution and Low-Intensity Magnetic Separation (LIMS). Approximately 70 % of the product is obtained using dry magnetic
531;In the flotation separation of chalcopyrite and pyrite, the commonly used high-lime process often causes problems such as losses of precious metals, blockage in pipelines
1010;Then, magnetic separation technology can efficiently remove magnetic pyrite from coal (Zhang et al., a, Zhang et al., b). Although magnetic separation
1010;Then, magnetic separation technology can efficiently remove magnetic pyrite from coal (Zhang et al., a, Zhang et al., b). Although magnetic separation
The invention provides a method for separating pyrite from pyrrhotite, which comprises the following steps: carrying out magnetic separation on the symbiotic ore materials of the pyrite
The throughput of pyrite extraction from coal using the conventional magnetic separation method can be effectively improved by increasing the magnetic susceptibility of pyrite. The
202411;Magnetic separation equipment is widely used in the separation of magnetic minerals. Low-intensity magnetic separator is mainly used for the separation of minerals with
Magnetic separation is a process where a contaminant is first attached onto a magnetic carrier material (e.g., magnetite), and subsequently, the contaminant-laden carrier is separated under
201631;PDF | Wet high gradient magnetic separation WHGMS of an Egyptian coal sample was carried out to minimize its pyritic sulfur content reaching 1.60% (2.9%... | Find,
201931;Pyrite is an earth-abundant mineral that is usually found associated with other sulfide minerals, such as chalcopyrite, arsenopyrite, and galena, in geological deposits [1].It is