Beryllium Extraction—A Review

Babu, R. S.; Gupta, Chandni

doi:10.1080/08827508808952633

Cited by 5 publications

(1 citation statement)

References 23 publications

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“…Some typical LPPO deposits and their distribution map in China are shown in Table 1 and Figure 1 [39,40]. Xinjiang [33] Keketuohai #3 lithium deposit in Fuyun County 92.0 5.8 0.98 0.043 Xinjiang [12,37] Dahongliutan lithium deposit in Hetian County 506.0 16.0 0.93~3.44 0.54~0. 63 Tantalum and niobium metals show very good ductility and corrosion resistance are widely used in national defense, aviation, aerospace, electronic computers, and end household appliances.…”

Section: Geological Aspects Of Lppo Deposits In Chinamentioning

confidence: 99%

Review on the Beneficiation of Li, Be, Ta, Nb-Bearing Polymetallic Pegmatite Ores in China

Liu

Han

et al. 2023

Minerals

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Lithium-bearing polymetallic pegmatite ores are an important raw material for lithium extraction. They contain not only lithium but also other associated elements such as beryllium, tantalum, and niobium, with great recovery values. It is therefore often called lithium-bearing polymetallic pegmatite ore (LPPO). The recovery and utilization of Be-bearing minerals in LPPOs have yet to be further studied. This paper briefly expounds the geological aspects of LPPO deposits in China and Chinese experiences on the beneficiation of LPPOs, with special emphasis on the flotation separation of lithium-beryllium minerals. In LPPO, spodumene is the main target mineral for lithium, while beryl is the main Be-bearing mineral in a fine-grained embedded state. If the BeO grade of LPPO is greater than the industrial grade (BeO ≥ 0.04%), it will be processed for recovery. Tantalum and niobium minerals are mainly in the form of tantalite, columbite, or ferrotapiolite, which may be recovered by gravity separation or magnetic separation. Gangue minerals are mainly composed of albite and quartz. Currently, the most commonly used methods for separating the target minerals from gangue are dense medium separation and flotation. The manual sorting method has become obsolete and is expected to be replaced by machine sorting methods such as color sorters and X-ray transmission sorters. Flotation is the main method for the separation of fine-grained beryl and spodumene. The success of flotation depends on the selection of suitable pretreatment methods and appropriate flotation reagents for altering the surface properties of spodumene and beryl and for expanding the floatability differences between spodumene and beryl and between spodumene and gangue.

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