41;Froth flotation is a separation method based on colloid and interface science and has been widely used in various industries such as mineral separation and wastewater
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
process these low-grade bauxite. The huge quantity of waste generation in the Bayer Process can be reduced by pre-treatment of low grade Bauxite ores before it is subjected to Bayer’s
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
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
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
The desulfurization of high-sulfur diasporic bauxite (from China) with flotation process and ethyl thio carbamate as collector was studied, and the effects of flotation time, pulp density, pH value and particle size of ores were examined.
928;Discharging waste water from the bauxite desilication process will bring potential environmental risk from the residual ions and organic compounds, especially hydrolyzed
Bauxite beneficialion is seldom done outside Brazil. ln industrial scale, the ROM ore is fed directly to the Reverse froth flotation of the silica present in the fine fraction of gnaissic ores,
11;The actual flotation is a dynamic process in which the conditions are much more complicated than the static factors examined in this article as the fact that they should also
31;The air flotation process was carried out for 6 min. The concentrates and tailings were collected, filtered, dried, weighed, For the untreated bauxite, the flotation recovery of
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
41;Froth flotation is a separation method based on colloid and interface science and has been widely used in various industries such as mineral separation and wastewater
2019216;The existence of sulfur and silica in bauxite influence the product quality of Bayer alumina . The synchronous desulfurization and desilication of low-grade and high-sulfur
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;The flotation system includes three phases of solid (minerals), liquid (water) and gas (bubbles) [17].Before the first collision between air bubble and mineral surface, a stable
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
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
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
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
The preparation process is shown in Fig.3. Figure 3 Polymerized aluminum sulfate iron preparation process flow chart The sulfur in the high sulfur bauxite flotation tailings was
2019915;Froth flotation is a complex physical and chemical separation process which is influenced by multiple operational variables such as the inlet air flow rate, froth depth and
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
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.,
sulfur has almost been exhausted; thus, exploiting low-grade bauxite has become increasingly important (Paraskevas et al, 2016). In China, the proportion of diasporic bauxite accounts for
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.
on Desiliconization of Low-Grade Bauxite by Flotation Process Guihong Han, Hongyang Wu, Wenjuan Wang, and Yanfang Huang Abstract Low-grade bauxite resources are abundant in
928;Discharging waste water from the bauxite desilication process will bring potential environmental risk from the residual ions and organic compounds, especially hydrolyzed
202478;During flotation, bauxite minerals float up to form a foam layer, which is collected by foam collection equipment to obtain high-quality bauxite
sulfur has almost been exhausted; thus, exploiting low-grade bauxite has become increasingly important (Paraskevas et al, 2016). In China, the proportion of diasporic bauxite accounts for