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Download View publication Copy reference Copy caption Embed figure Frantz Isodynamic Separator (Model LB 1).

Source publication 3 Comparative mineralogy and magnetic separation characteristics of Nb-Ta oxide minerals from rare-metal pegmatite and stream sediments, Eastern Desert and Sinai, Egypt Article Full-text available Apr 2017 Mohamed Fahmy Raslan Mona M.

Fawzy Ishikawaite, samarskite-Y, ferrocolumbite and fergusonite-Y are the most predominant Nb-Ta oxide.

Peninsula, Egypt.

These minerals were separated and identified from Ras Baroud pegmatite and its.

As a result of their relatively high specific gravities, gravity separation can be used to upgrade heavy minerals by rejection of low specific gravity associated gangue silicate minerals as quartz and feldspar.

In the context of mineral physical beneficiation, magnetic separation techniques are common separation step that is used for two targets: elimination of ferromagnetic minerals as magnetite using low intensity magnetic separators, or upgrading the desired paramagnetic minerals (columbite, rutile, wolframite, monazite, xenotime, chromite, euxenite, fergusonite, and allanite) and separating them from the diamagnetic minerals using high intensity magnetic separators 678910 11 121314..

Physical processing for polymetallic mineralization of Abu Rusheid mylonitic rocks, South Eastern Desert of Egypt Article Full-text available Mar 2021 Mona M.

Fawzy Mohamed S. Kamar Gehad M.

Saleh In this study, the mineralogical content of Abu Rusheid mylonite sample was investigated and revealed that the sample is essentially composed of quartz and feldspar (72.14 mass), muscovite (16.6 mass), and contains heavy economic polymetallic minerals of about 2.65 by mass.

By studying the differences in the physical properties of this mineral content, a proposed flow sheet was set up to explain the successive physical upgrading steps for concentrating and separating the valuable minerals content and getting rid of the associated gangue minerals.

Industrial, economic and strategic polymetallic minerals were identified at Abu Rusheid mylonite sample, including cassiterite, titanite, brass, kasolite, monazite, and uranothorite.

A group of sulfide minerals also existed as pyrite, arsenopyrite, galena, and molybdenite in addition to the presence of fluorite and iron oxides bearing rare earth elements (REEs) and base metals.

Using dry high intensity magnetic separation followed by wet gravity separation and flotation, three concentrates were obtained; heavy paramagnetic concentrate (monazite, columbite, brass, and jarosite), heavy diamagnetic concentrate (zircon, kasolite, uranothorite, cassiterite, and sulphide minerals) and muscovite concentrate for industrial uses.

Physical processing of Abu Rusheid mylonite sample was carried out to produce high grade mineral concentrate used as a raw material for chemical treatment to extract economic elements that necessary for several industries.

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