The conventional beneficiation process of iron ore is found to be less effective in phosphorus removal of high phosphorus oolitic hematite, which is one of the most refractory ores in China.
2024929;A new iron recovery and dephosphorization approach from unroasted high-phosphorus oolitic hematite ore via a facile chemical beneficiation process The distinctive
201591;High phosphorous oolitic hematite ore is one of typical intractable iron ores in China, and the conventional beneficiation methods are found to be
527;The vast majority of manganese ores in China belong to lean ores, which must be beneficiated. However, most manganese ores are fine
20191129;With the present rates of iron ore consumption, currently unusable, high-phosphorus iron ore deposits are likely to be the iron ores of
20141210;A high phosphorus oolitic iron ore sample was obtained from Hubei province, China. It contained 43.58% Fe, 17.1% SiO 2 , 9.28% Al 2 O 3 , 3.58% CaO, 0.83% P and
2017815;For example the Bayan Obo Fe-REE-Nb deposit is China’s largest iron ore mine with iron ore reserves in excess of 1 billion metric tonnes phosphorus reduction can be
201781;The iron ore reserves of 3.72 billion tons, account for approximately 73.5% of the sedimentary iron ore in China (Lu et al., 1994). The high phosphorus oolitic hematite has the
2024828;In China, high-phosphorus iron ore is known as “Ningxiang-type iron ore”, which is widely distributed in Hubei, Hunan, Jiangxi, Guizhou, Yunnan, Sichuan, Chongqing, and
81;Magnetization roasting, which converts weakly magnetic iron minerals to strongly magnetic iron minerals, was conducted for the treatment of low-grade iron ores to obtain iron
20191129;With the present rates of iron ore consumption, currently unusable, high-phosphorus iron ore deposits are likely to be the iron ores of the future as higher-grade iron
2019111;Australia’s iron ore industry is undergoing a major transformation. Reserves of traditional high-grade ores are becoming depleted while the replacement ore types are lower
2014310;Iron is one of the most common elements in Earth''s crust. The primary industrial types of iron-bearing minerals include oxides and hydroxides and, to a lesser extent,
41;Universal food and energy crop production is strongly integrated with phosphorite availability as P is a limiting factor in harvesting [16], [17], [18].The exploitation of phosphorous
2.1 Phosphate occurrences. Iron ore of high phosphorus content coexists with other minerals in the form of apatite or fluorapatite. Phosphorus is spread on the edge of mineral particles of
201752;Extensive work has been performed on the beneficiation of refractory iron ore in China. YAN and ZHANG [3] applied the process of desliming−anionic reverse flotation to treat
2019130;Phosphate ore is an important raw material for manufacturing fertilizers and phosphorous chemical products. While most of the phosphate
2014310;Iron is one of the most common elements in Earth''s crust. The primary industrial types of iron-bearing minerals include oxides and hydroxides and, to a lesser extent,
2024530;With the depletion of high-quality iron ore resources, high-phosphorus oolitic hematite (HPOH) has attracted great attention due to its large reserve and relatively high iron
Oolitic Hematite mines, iron ore with poor beneficiation efficiency are widely distributed in China with the most abundant deposits. In this paper, comprehensive technology integrating
11;Deep dephosphorization of high‑phosphorus oolitic iron ore (HPOIO) is extremely difficult because of its refractory characteristics. A new approach for simultaneous iron
11;Deep dephosphorization of high‑phosphorus oolitic iron ore (HPOIO) is extremely difficult because of its refractory characteristics. A new approach for simultaneous iron
2012111;The iron recovery under these conditions was 88.5%. Xu et al. (2012) used lignite as a reductant and various dephosphorisation reagents containing sodium salts to
2.1 Phosphate occurrences. Iron ore of high phosphorus content coexists with other minerals in the form of apatite or fluorapatite. Phosphorus is spread on the edge of mineral particles of
2024122;Phosphorous is indispensable in the phosphoric acid industry, fertilizers, and elemental phosphorus production due to its high economic importance. The way to
20141210;A high phosphorus oolitic iron ore sample was obtained from Hubei province, China. It contained 43.58% Fe, 17.1% SiO 2 , 9.28% Al 2 O 3 , 3.58% CaO, 0.83% P and
20191129;With the present rates of iron ore consumption, currently unusable, high-phosphorus iron ore deposits are likely to be the iron ores of the future as higher-grade iron
81;With the increasing consumption of high-quality iron ore, realizing the efficient utilization of refractory iron ore resources is of strategic significance for the sustainable
71;China is a country lacking in high-quality iron ore, even though it contributes 45% of its output to the world’s steel production [1].Most of China’s iron ore is a complex ore with a
527;The vast majority of manganese ores in China belong to lean ores, which must be beneficiated. However, most manganese ores are fine-grained, and there are a
2012111;High phosphorous oolitic hematite ore is one of typical intractable iron ores in China, and the conventional beneficiation methods are found to be impracticable to remove
81;To provide a new method for the dephosphorization of high-phosphorus oolitic iron ore (HPOIO) by reduction roasting, the feasibility of the high-efficiency separation of iron
73;Dephosphorization is essential for utilizing high-phosphorus iron ore (HPIO), and this work prepared reduced iron powder via reductive roasting in a semi-industrial rotary kiln