864
H. Wang et al.
References
1. Souza AD, Pina PS, Leão VA (2007) Bioleaching and chemical leaching as an integrated
process in the zinc industry. Miner Eng 20(6):591–599
2. Buban KR, Collins MJ, Masters IM, Trytten LC (2000) Comparison of direct pressure leaching
with atmospheric leaching of zinc concentrates. In: DUTRIZAC J E. Proceedings of lead-zinc
2000. Pittsburg: The Minerals, Metals & Materials Society, pp 727–738
3. Berezowsky RMGS, Collins MJ, Kerfoot DGE, Torres N (1991) The commercial status of
pressure leaching technology. JOM 43(2):9–15
4. Ding-fan QIU (1994) Process chemistry and industrial practice of pressure hydrometallurgy.
Min Metall 3(4):55–67
5. Jikun Wang, Ying Dong, Tingxi Zhou (2005) Industrial test and industrialization of high-iron
zinc sulfide concentrate pressurized leaching. China Eng Sci S1:202–206
6. Svens K, Kerstien B, Runkel M (2003) Recent experiences with modern zinc processing
technology. Erzmetall 56:94–103
7. Takala H (1999) Leaching of zinc concentrates at Outokumpu Kokkola plant. Erzmetall 52:37–
42
8. Xu Z, Zhu H, Wang C (2013) The direct pressure leaching kinetics of zinc sulfide concentrate
in oxygen-enriched sulfuric acid system. The Chin J Nonferrous Metals 23(12):3440–3447
9. Zhu H (2014) Study on oxygen dissolution behavior of zinc sulfide concentrate under pressure
leaching conditions. Jiangxi University of Science and Technology
10. Gu Y, Zhang T, Lu G, Liu Y, Yan W, Dou Z (2011) Kinetics of oxygen pressure acid leaching of synthetic low-iron sphalerite. In: Proceedings of 2011 AASRI conference on artificial
intelligence and industry application (AASRI-AIIA 2011 V4)
11. Xu Z, Jiang Q, Wang C (2012) The behavior of zinc, sulfur and iron in low temperature pressure
leaching process of iron sphalerite. Nonferrous Metals (Smelt) (07):6–11
12. Tian L (2017) Basic research on oxygen-enriched pressure leaching process of sphalerite.
Northeastern University
H. Wang et al.
References
1. Souza AD, Pina PS, Leão VA (2007) Bioleaching and chemical leaching as an integrated
process in the zinc industry. Miner Eng 20(6):591–599
2. Buban KR, Collins MJ, Masters IM, Trytten LC (2000) Comparison of direct pressure leaching
with atmospheric leaching of zinc concentrates. In: DUTRIZAC J E. Proceedings of lead-zinc
2000. Pittsburg: The Minerals, Metals & Materials Society, pp 727–738
3. Berezowsky RMGS, Collins MJ, Kerfoot DGE, Torres N (1991) The commercial status of
pressure leaching technology. JOM 43(2):9–15
4. Ding-fan QIU (1994) Process chemistry and industrial practice of pressure hydrometallurgy.
Min Metall 3(4):55–67
5. Jikun Wang, Ying Dong, Tingxi Zhou (2005) Industrial test and industrialization of high-iron
zinc sulfide concentrate pressurized leaching. China Eng Sci S1:202–206
6. Svens K, Kerstien B, Runkel M (2003) Recent experiences with modern zinc processing
technology. Erzmetall 56:94–103
7. Takala H (1999) Leaching of zinc concentrates at Outokumpu Kokkola plant. Erzmetall 52:37–
42
8. Xu Z, Zhu H, Wang C (2013) The direct pressure leaching kinetics of zinc sulfide concentrate
in oxygen-enriched sulfuric acid system. The Chin J Nonferrous Metals 23(12):3440–3447
9. Zhu H (2014) Study on oxygen dissolution behavior of zinc sulfide concentrate under pressure
leaching conditions. Jiangxi University of Science and Technology
10. Gu Y, Zhang T, Lu G, Liu Y, Yan W, Dou Z (2011) Kinetics of oxygen pressure acid leaching of synthetic low-iron sphalerite. In: Proceedings of 2011 AASRI conference on artificial
intelligence and industry application (AASRI-AIIA 2011 V4)
11. Xu Z, Jiang Q, Wang C (2012) The behavior of zinc, sulfur and iron in low temperature pressure
leaching process of iron sphalerite. Nonferrous Metals (Smelt) (07):6–11
12. Tian L (2017) Basic research on oxygen-enriched pressure leaching process of sphalerite.
Northeastern University