XXXI International Mineral Processing Congress 2024 Proceedings/Washington, DC/Sep 29–Oct 3 1929
ACKNOWLEDGMENTS
The authors are grateful for the Liaoning Excellent Youth
Natural Science Foundation (2023JH3/10200010), the
National Key Research and Development Program of China
(2021YFC2902404), the National Key R &D Program
Young Scientists Project (2023YFC2909000), Liaoning
Revitalization Talents Program (XLYC2203167), the
Fundamental Research Funds for the Central Universities
(N23011026).
REFERENCES
Wenlong, L., Shupei H., Yabin, Q., and Haizhong, A.
2022. RDEU hawk-dove game analysis of the China-
Australia iron ore trade conflict. Resources Pololicy
77:102643.
Yufeng, C., and Shuo, Y. 2021. Time-varying effect of inter-
national iron ore price on China’s inflation: A com-
plete price chain with TVP-SVAR-SV model. Resources
Pololicy 73:102200.
Xinyu, Z., Kexin, J., Jianliang, Z., and Ziyu, G. 2021. A
review on low carbon emissions projects of steel indus-
try in the World. Journal of Cleaner Production 306:
127259.
Padhi, M., Vakamalla, T.R., and Mangadoddy, 2022. N.
Iron ore slimes beneficiation using optimised hydrocy-
clone operation. Chemosphere 301:134513.
Keith, Q. 2018. A review on the characterisation and
processing of oolitic iron ores. Minerals Engineering
126:89–100.
Neisiani, A.A., Saneie, R., Mohammadzadeh, A.,
Wonyen, D.G., and Chelgani, S.C. 2023.
Polysaccharides-based pyrite depressants for green flo-
tation separation: An overview. International Journal of
Mining Science and Technology. 33(10):1229–1241.
Jianwen, Y., Yuexin, H., Yanjun, L., and Peng, G. 2017.
Beneficiation of an iron ore fines by magnetization
roasting and magnetic separation. International Journal
of Mineral Processing 168:102–108.
Hanquan, Z., Pengfei, Z., Feng, Z., and Manman, L. 2022.
Application of multi-stage dynamic magnetizing roast-
ing technology on the utilization of cryptocrystalline
oolitic hematite: A review. International Journal of
Mining Science and Technology 32(4):865–876.
Hossein, A., Mohammad, N., Sied, Z.S., Abdolmotaleb, H.,
Sajjad, A., and Hassan, A. 2018. A beneficiation
study on a low grade iron ore by gravity and mag-
netic separation. Russian Journal of Non-Ferrous Metals
59(4):353–363.
[16] Liangping, X., Jintian, W., Qiang, Z., Mingjun, R.,
and Guanghui, L. 2023. Novel mode for mineraliza-
tion and its sintering performance of vanadiferous
titanomagnetites. Journal of Central. South University
30(9):2934−2947.
Zhiqiang, R., Yushu, Z., and Yongchao, J. 2013. Improved
flotation of oolitic hematite ore based on a novel
cationic collector. Applied Mechanics and Materials
303–306:2713–2716.
Hanquan, Z., Zeqiang, Z., Liqun, L., and Hong, Y. 2018.
Behavior of Fe and P during reduction magnetic
roasting-separation of phosphorus-rich oolitic hema-
tite. Energy Sources, Part A: Recovery, Utilization, and
Environmental Effects 41(1):47–64.
Han, H., Duan, D., Yuan, P., and Chen, S. 2014. Recovery
of metallic iron from high phosphorus oolitic hematite
by carbothermic reduction and magnetic separation.
Ironmaking &Steelmaking 42(7):542–547.
Jincao, W., Shaobo, S., Jihong, K., Hongxu, L., and
Zhancheng, G. 2010. Effect of ore solid concentration
on the bioleaching of phosphorus from high-phospho-
rus iron ores using indigenous sulfur-oxidizing bac-
teria from municipal wastewater. Process Biochemistry
45(10):1624–1631.
Yunye, C., Yiran, Z., and Tichang, S. 2018.
Dephosphorization behavior of high-phosphorus
oolitic hematite-Solid waste containing carbon bri-
quettes during the process of direct reduction-magnetic
separation. Metals. 8(11):897.
Yongfu, Y., and Chaoying, Q. 2011. Magnetizing roast-
ing mechanism and effective ore dressing process for
oolitic hematite ore. Journal of Wuhan University of
Technology-Mater. Sci. Ed. 26(2):177–182.
Shuai, Y., Cheng, H., Zhe, B., Ruofeng, W., and Haoyuan
D. 2023. A novel utilization of high-Fe bauxite through
co-roasting with coal gangue to separate iron and alu-
minum minerals. Journal of Central South University
30(7):2166–2178.
Tianfu, Z., Junwei, H., Sen, L., Wei, L., Chen, L., Fen, J.,
and Wenqing, Q. 2023. Selective extraction of zinc
from high iron-bearing zinc calcine by reduction and
magnetization roasting. Transactions of Nonferrous
Metals Society of China 33(11):3514–3528.
Xi, Z., Yu, W., Jiushuai, D., Zhongyi, B., Hongxiang, X.,
Qingfeng, M., Da, J., and Zhenwu, S. 2023. Effect of
ammonium sulfate on the formation of zinc sulfide spe-
cies on hemimorphite surface and its role in sulfidation
flotation. International Journal of Minerals, Metallurgy
and Materials 30(11):2147–2156.
ACKNOWLEDGMENTS
The authors are grateful for the Liaoning Excellent Youth
Natural Science Foundation (2023JH3/10200010), the
National Key Research and Development Program of China
(2021YFC2902404), the National Key R &D Program
Young Scientists Project (2023YFC2909000), Liaoning
Revitalization Talents Program (XLYC2203167), the
Fundamental Research Funds for the Central Universities
(N23011026).
REFERENCES
Wenlong, L., Shupei H., Yabin, Q., and Haizhong, A.
2022. RDEU hawk-dove game analysis of the China-
Australia iron ore trade conflict. Resources Pololicy
77:102643.
Yufeng, C., and Shuo, Y. 2021. Time-varying effect of inter-
national iron ore price on China’s inflation: A com-
plete price chain with TVP-SVAR-SV model. Resources
Pololicy 73:102200.
Xinyu, Z., Kexin, J., Jianliang, Z., and Ziyu, G. 2021. A
review on low carbon emissions projects of steel indus-
try in the World. Journal of Cleaner Production 306:
127259.
Padhi, M., Vakamalla, T.R., and Mangadoddy, 2022. N.
Iron ore slimes beneficiation using optimised hydrocy-
clone operation. Chemosphere 301:134513.
Keith, Q. 2018. A review on the characterisation and
processing of oolitic iron ores. Minerals Engineering
126:89–100.
Neisiani, A.A., Saneie, R., Mohammadzadeh, A.,
Wonyen, D.G., and Chelgani, S.C. 2023.
Polysaccharides-based pyrite depressants for green flo-
tation separation: An overview. International Journal of
Mining Science and Technology. 33(10):1229–1241.
Jianwen, Y., Yuexin, H., Yanjun, L., and Peng, G. 2017.
Beneficiation of an iron ore fines by magnetization
roasting and magnetic separation. International Journal
of Mineral Processing 168:102–108.
Hanquan, Z., Pengfei, Z., Feng, Z., and Manman, L. 2022.
Application of multi-stage dynamic magnetizing roast-
ing technology on the utilization of cryptocrystalline
oolitic hematite: A review. International Journal of
Mining Science and Technology 32(4):865–876.
Hossein, A., Mohammad, N., Sied, Z.S., Abdolmotaleb, H.,
Sajjad, A., and Hassan, A. 2018. A beneficiation
study on a low grade iron ore by gravity and mag-
netic separation. Russian Journal of Non-Ferrous Metals
59(4):353–363.
[16] Liangping, X., Jintian, W., Qiang, Z., Mingjun, R.,
and Guanghui, L. 2023. Novel mode for mineraliza-
tion and its sintering performance of vanadiferous
titanomagnetites. Journal of Central. South University
30(9):2934−2947.
Zhiqiang, R., Yushu, Z., and Yongchao, J. 2013. Improved
flotation of oolitic hematite ore based on a novel
cationic collector. Applied Mechanics and Materials
303–306:2713–2716.
Hanquan, Z., Zeqiang, Z., Liqun, L., and Hong, Y. 2018.
Behavior of Fe and P during reduction magnetic
roasting-separation of phosphorus-rich oolitic hema-
tite. Energy Sources, Part A: Recovery, Utilization, and
Environmental Effects 41(1):47–64.
Han, H., Duan, D., Yuan, P., and Chen, S. 2014. Recovery
of metallic iron from high phosphorus oolitic hematite
by carbothermic reduction and magnetic separation.
Ironmaking &Steelmaking 42(7):542–547.
Jincao, W., Shaobo, S., Jihong, K., Hongxu, L., and
Zhancheng, G. 2010. Effect of ore solid concentration
on the bioleaching of phosphorus from high-phospho-
rus iron ores using indigenous sulfur-oxidizing bac-
teria from municipal wastewater. Process Biochemistry
45(10):1624–1631.
Yunye, C., Yiran, Z., and Tichang, S. 2018.
Dephosphorization behavior of high-phosphorus
oolitic hematite-Solid waste containing carbon bri-
quettes during the process of direct reduction-magnetic
separation. Metals. 8(11):897.
Yongfu, Y., and Chaoying, Q. 2011. Magnetizing roast-
ing mechanism and effective ore dressing process for
oolitic hematite ore. Journal of Wuhan University of
Technology-Mater. Sci. Ed. 26(2):177–182.
Shuai, Y., Cheng, H., Zhe, B., Ruofeng, W., and Haoyuan
D. 2023. A novel utilization of high-Fe bauxite through
co-roasting with coal gangue to separate iron and alu-
minum minerals. Journal of Central South University
30(7):2166–2178.
Tianfu, Z., Junwei, H., Sen, L., Wei, L., Chen, L., Fen, J.,
and Wenqing, Q. 2023. Selective extraction of zinc
from high iron-bearing zinc calcine by reduction and
magnetization roasting. Transactions of Nonferrous
Metals Society of China 33(11):3514–3528.
Xi, Z., Yu, W., Jiushuai, D., Zhongyi, B., Hongxiang, X.,
Qingfeng, M., Da, J., and Zhenwu, S. 2023. Effect of
ammonium sulfate on the formation of zinc sulfide spe-
cies on hemimorphite surface and its role in sulfidation
flotation. International Journal of Minerals, Metallurgy
and Materials 30(11):2147–2156.