sequence number | Mineral processing plant name | scale t/d | Deposit type and mineral composition | Process flow introduction | product name | Mineral processing index, % | Remarks | ||||
γ | α | β | θ | ε | |||||||
1 | Dexing Copper Mine Concentrator | Design: 15000 (Phase I) 15000 (Phase II) 60000 (Phase I) Production: 15000 (Phase I) | Porphyry copper deposit. The main minerals are chalcopyrite and molybdenite . Gangue of quartz, j sericite, etc. | Three sections and one closed road crushing process and "ABC" crushing process. A section of grinding and mixing flotation, coarse concentrate re-grinding, copper and sulfur separation. Two-stage dehydration | Copper concentrate Sulfur concentrate | 1.969 | 0.559 1.84 | 24.13 34.36 | 0.086 | 85.01 | 1985 indicator |
2 | Copper mine concentrator | Design: 10000 Production: 2000 | Porphyry copper deposit. The main metal minerals are chalcopyrite, with minor bornite, chalcocite, pyrite. Non-metallic minerals are mainly quartz, sericite and feldspar | Three sections and one closed road crushing process (suspended production of self-grinding system). A section of grinding, a single floating copper. Two-stage dehydration | Copper concentrate | 1.72 | 0.51 | 24.2 | 0.095 | 81.6 | |
3 | Xiaomu Ben Concentrator | Design: 4400 Production: 3846 | Layered copper deposit. The main minerals are chalcopyrite, followed by porphyrite and malachite. The gangue mineral is dominated by dolomite | Three-stage open road crushing process. The two-stage grinding and cyclone constitutes a closed circuit with a single floating copper. Three-stage dehydration | Copper concentrate | 2.74 2.84 | 0.885 0.932 | 29.10 29.50 | 0.089 0.098 | 90.19 89.75 | 1985 indicator 1986 indicator |
4 | Yinmin Concentrator | Design: 3600 Production: 1774 | Layered copper deposit. The main metal minerals are porphyrite, chalcopyrite and malachite. Oxidation rate of 30% to 40% | Three-stage closed-circuit crushing process. Stage grinding, concentrated flotation, and finally grinding fineness of -0.074mm90%. Two paragraphs of loss | Copper concentrate | 2.26 | 0.64 | 24.5 | 0.088 | 86.5 | |
5 | Tongshan Concentrator | Design: 4000 Production: 1200 | Skarn copper deposit. The main metal minerals are chalcopyrite, porphyrite, followed by magnetite and pyrite. The gangue is garnet , calcite, etc. | Three sections of open road crushing and washing process. A section of grinding, sediment sorting, preferential flotation in order to obtain copper concentrate, sulfur concentrate, sulfur-selected tailings by magnetic separation of iron concentrate. Dehydration of copper and sulfur concentrates in two stages, dehydration of iron concentrate sedimentation tank | Copper concentrate Block mine: Mud mine: Sulfur concentrate Iron concentrate | 4.68 10.41 11.43 6.60 | 0.904 0.776 8.98 20.64 | 16.97 5.46 35.43 64.1 | 0.116 0.231 3.75 14.39 | 88.0 73.28 45.0 20.5 | |
6 | Phoenix Mountain Concentrator | Design: 3000 Production: 1666 | Skarn copper deposit. The main metal minerals are chalcopyrite, pyrite, and magnetite. The gangue is garnet, sericite, etc. | Three-stage open road crushing process. The rod mill and the gravel mill plus the cyclone constitute a closed circuit, mixed flotation, mixing and re-grinding, separation of copper and sulfur, and mixing of tails to select iron. Two-stage dehydration | Copper concentrate | 5.7 | 1.27 | 20.7 | 0.091 | 92.9 | |
7 | White Silver concentrator plant | Design: 10000 Production: 4000 | Copper-bearing pyrite deposit. The main metal minerals are pyrite and chalcopyrite. The gangue minerals are quartz, muscovite, chlorite, etc. | Three-stage open road crushing process. Two-stage grinding, in which two pieces of copper-sulfur ore and disseminated copper-sulfur ore are floated to obtain copper concentrate and coarse tail sulfur. Copper zinc pyrite rougher concentrate regrinding will then have to float the copper concentrate, a zinc rougher tailings separated sulfur. Three-stage dehydration | Copper concentrate Sulfur concentrate Zinc concentrate | 8.109 17.43 0.889 | 1.916 8.52 0.573 | 22.438 42.175 41.288 | 0.105 1.41 0.208 | 94.961 86.31 64.04 | Fluctuation in sulfur index |
8 | Hongtoushan Concentrator | 1800 | Medium temperature hydrothermal vein-like copper pyrite type. The metal minerals are mainly pyrite, followed by sphalerite, chalcopyrite and pyrrhotite. The gangue is silicate mineral such as quartz, plagioclase, and biotite. | Three-stage closed-circuit crushing process. After a period of grinding, copper and sulfur are mixed and mixed, copper and sulfur are separated, and mixed tail is selected. Two-stage dehydration | Copper concentrate | 5.7 | 1.27 | 20.7 | 0.091 | 92.9 | |
9 | [United States] Pima (Pima) Concentrator | 56000 | Porphyry copper deposit. The main minerals are chalcopyrite, chalcopyrite, and a small amount of molybdenite. The gangue is quartz, feldspar, etc. | Three sections and one closed road crushing process. Rod mill plus ball mill plus cyclone to form a closed circuit, mixed flotation tailing, coarse concentrate regrind, copper and molybdenum separation | Copper concentrate Molybdenum concentrate | 1.73 0.025 | 0.56 0.017 | 27.3 42.16 | 0.088 0.0063 | 84.44 62.9 | Molybdenum concentrate recovery rate |
10 | [Chi] Chuguica-mata concentrator | 96000 | Porphyry copper deposit. The main metal minerals are mainly chalcopyrite and pyrite, followed by chalcopyrite, copper blue, sulfur arsenic copper ore, chlorite, bauxite, molybdenite, etc. | Three-stage open road crushing process. The rod mill plus the ball mill and the cyclone constitute a closed circuit, and the coarse concentrate is reground to obtain a copper-molybdenum concentrate, and the copper and molybdenum are separated. Three-stage dehydration | Copper concentrate Molybdenum concentrate | 2.1 0.05 | 40~42 53~55 | 90~92 65.0 | |||
11 | [Plus] Highmont Concentrator | 22675 (25000st/d) | Porphyry copper deposit. The main metal minerals are chalcopyrite, porphyrite and molybdenite. | Adopt "ABC" self-grinding process. The mixed flotation concentrate is used for copper-molybdenum separation, and the molybdenum concentrate is leached to obtain the final product. Three-stage dehydration | Copper concentrate Molybdenum concentrate | 0.77 4.11 | 0.27 0.029 | 21.5 55 | 0.026 0.0067 | 90.4 78.0 | |
12 | [Australia] Bougainville concentrator | 10400 | Porphyry copper deposit. The main copper minerals are chalcopyrite, followed by porphyrite, malachite, and cuprite. Other metal minerals are pyrite, magnetite and molybdenite. Gold and silver are found in chalcopyrite. The gangue minerals are quartz, biotite, etc. | Three-stage closed-circuit crushing process. Raw ore coarse grinding to -0.074mm50% for rough selection, coarse concentrate after grinding to -0.043mm85% and then select | Copper concentrate | 1.52 | 0.512 | 28.7 | 0.07 | 86.07 | |
13 | [Zambia] Mufu Lira Concentrator | 2200 | Layered copper deposit. The main minerals are chalcopyrite, porphyrite, chalcopyrite | Three-stage closed-circuit crushing process (coarse crushing under the pit). A section of grinding, a single floating copper, sweeping and grinding back to the original flotation. Three-stage dehydration | Copper concentrate | 2.15~3.13 | 47.12 | 91.68 | |||
14 | [è‹]zhezkaz dry concentrator | Layered copper deposit. Main mineral bornite, chalcocite, chalcopyrite, galena followed, sphalerite and gangue quartz, feldspar | The No. 1 plant is a three-stage closed-circuit crushing process with two sections of grinding. The No. 2 plant is a two-stage open crushing process with three sections of grinding. The sediments are selected by flotation to obtain coarse concentrates, followed by copper, lead and medium ore. Two-stage dehydration | Copper concentrate Lead concentrate | 39~40 48~50 | 90~93 65~70 | |||||
15 | [Romania] Moldova concentrator | 5500 | Skarn copper deposit. The main minerals are copper-bearing pyrite and magnetite. The gangue has quartz, epidote, and actinolite | Two sections of open road crushing process. One section of grinding, mixed flotation, separation of copper and sulfur, and iron in mixed tailings. Two-stage dewatering of copper concentrate, direct filtration and transportation of sulfur and iron concentrate | Copper concentrate Sulfur concentrate Iron concentrate | 3.19 17.83 17.31 | 0.6 10.0 15.0 | 16.0 46.0 52.0 | 0.028 2.19 4.84 | 85.0 82.0 60.0 | |
16 | [Day] Eight Stem Concentrator | 2000 | Skarn copper deposit. The main metal minerals are chalcopyrite, pyrrhotite and pyrite. The gangue is mainly composed of calcite and calcium iron garnet. | Three-stage closed-circuit crushing process. A section of grinding, direct floating copper, re-grinding in the mine, re-grinding iron in the tailings, and removing copper. Two-stage dehydration | Copper concentrate Iron concentrate | 2.74 6.28 | 0.7 4.56 | 23.24 63.85 | 0.065 0.58 | 91.0 88.0 | |
17 | [Su] Bashkir Concentrator | Copper-bearing pyrite deposit. The main metal minerals are pyrite, sphalerite, and chalcopyrite. The gangue is mainly quartz, chlorite, sericite | Three-stage closed-circuit crushing process. Two-stage grinding, preferential flotation of copper, zinc, zinc coarse concentrate and then grinding off copper, tailings for sulfur concentrate. Three-stage dehydration | Copper concentrate Zinc concentrate Sulfur concentrate | 1.22 2.27 39.2 | 19~20 51~52 45~46 | 8384 71~74 74~75 | ||||
18 | [Yugoslav] Bor (Bor) Concentrator | 14000 | Copper-bearing pyrite deposit. The main metal minerals are pyrite, copper blue, sulfur arsenic copper ore and chalcopyrite. The gangue is mainly quartz | ||||||||
19 | [Zaire] Mososhi concentrator | 5000 | Copper-bearing sandstone type deposit. The main metal minerals are porphyrite, chalcopyrite and malachite. The gangue is mainly quartz, feldspar, biotite, and muscovite. | Three-stage open road crushing process. Rod mill plus ball mill plus cyclone to form a closed circuit, single float copper, sweeping and finishing tail refining flotation process | Copper concentrate | 2.11~3.6 | 36.0 | 87.0 |
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