Xanthates are frequently used as pyrite collectors in the flotation process for high-sulfur bauxite (Huang et al., ). However, these collectors are chemically unstable and toxic (Chai et al.,
2013111;The diasporic-bauxite flotation process is too long and complicated, with froth overflowing and pulp underflowing in multiple phases, resulting in couplings among different
Bauxite beneficiation by flotation process can be roughly divided into washing – primary beneficiation – crushing – grinding – classification – separation – concentrate
2025328;Boehmite is an aluminum oxyhydroxide (AlO(OH)) and one of bauxite’s main mineral phases. This mineral is highly valued as an important source of aluminum for the
1229;The flotation agent is prepared with oleic acid, tall oil, and engine oil at a ratio of 1:1:1. The grade of bauxite flotation concentrate contains 49.65% alumina, the recovery rate
81;Bauxite is one of the main raw materials in the alumina industry. Fine high-sulfur bauxite flotation desulfurization is a great challenge presently. This study aims to synthesize
1010;Bauxite residue (BR) is a byproduct of the alumina production by Bayer process. BR generated from gibbsitic bauxite usually presents iron as major element associated with hematite and...
20241020;Flotation desulfurization uses collectors to selectively adsorb sulfur-containing minerals to separate them from other minerals. In the high‑sulfur bauxite flotation
201781;In China, the main type of bauxite resource is diasporic-bauxite in which the principal valuable mineral is diaspore [1].This type of bauxite contains large amounts of clay
210;Bauxite flotation wastewater can be recycled back to the process after treatment by a combined biological-coagulation method. Biological pretreatment, in which Labrenzia
1010;Bauxite residue (BR) is a byproduct of the alumina production by Bayer process. BR generated from gibbsitic bauxite usually presents iron as major element
The reverse flotation process of iron-rich bauxite cannot achieve effective separation of Al 2O 3 and SiO 2, because it is characterized by a high content of Al 2O 3 and SiO 2 and a low ratio
2017121;Therefore, diasporic bauxite ores (Al/Si < 6) have to be upgraded by pretreatment methods to meet the required quality for the Bayer process. Flotation separation
Bauxite is the major feedstock for alumina production. The upgrading of low-grade and high-sulfur bauxite before fur-ther processing involves a separation of diaspore from alu-minosilicate and
81;Bauxite is one of the main raw materials in the alumina industry. Fine high-sulfur bauxite flotation desulfurization is a great challenge presently. This study aims to synthesize
113;For the desalinization process of high-silica bauxite, flotation is more effective. The collectors of aluminum minerals include fatty acids and sulfonates, and the adjusters include sodium hexametaphosphate, tannin,
2019915;Cao et al. [5] built a distributed machine vision system for the bauxite flotation process. In their study, froth images captured from different flotation stages were integrated to
729;A high sulfur content is one of the challenges in the processing of refractory bauxites in China. The high carbon content of bauxite makes it more difficult to deal with.
The reverse flotation process of iron-rich bauxite cannot achieve effective separation of Al 2O 3 and SiO 2, because it is characterized by a high content of Al 2O 3 and SiO 2 and a low ratio
202511;The reverse flotation desilication method of bauxite refers to the flotation process in which gangue minerals such as kaolinite are floated to inhibit the target minerals containing
201941;The bauxite flotation plants in China, most of which were built and put into production after 2009, retained good flotation indexes by discharging the backwater out of the
2025328;Boehmite is an aluminum oxyhydroxide (AlO(OH)) and one of bauxite’s main mineral phases. This mineral is highly valued as an important source of aluminum for the
41;Diasporic bauxite represents one of the major aluminum resources. Its upgrading for further processing involves a separation of diaspore (the valuable mineral) from
81;Bauxite is one of the main raw materials in the alumina industry. Fine high-sulfur bauxite flotation desulfurization is a great challenge presently. This study aims to synthesize
201911;The Bayer process is a conventional method for refining bauxite in the production of alumina. The Al/Si ratio in bauxite before feeding to the process must be enriched to more
35;Froth flotation is an effective way to remove silicon and upgrade quality for diasporic bauxite, but its underlying mechanism on microscopic-scale mineral-bubble