Magnetic separation combination workshop for iron separation from red mud

A technology of red mud and workshop, which is applied in the field of red mud iron separation and magnetic separation combined workshop, which can solve the problems of not fully considering the power consumption of magnetic separation equipment, increasing power loss, and increasing the cable length of magnetic separation equipment, so as to reduce the amount of excavation , saving energy consumption and shortening the cable length

Inactive Publication Date: 2016-03-16
云南九州再生资源开发有限公司
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  • Abstract
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AI Technical Summary

Problems solved by technology

[0002] Red mud iron separation is mainly to recycle the iron resources in red mud through physical magnetic separation. In the previous design of magnetic separation workshop, the red mud mixing tank will be arranged on the floor surface, and the red mud slurry will be pumped. In the magnetic separation equipment, the power loss is increased; at the same time, the previous design did not fully consider the power consumption of the magnetic separation equipment, and the power distribution room was arranged separately, which increased the cable length required by the magnetic separation equipment.

Method used

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  • Magnetic separation combination workshop for iron separation from red mud
  • Magnetic separation combination workshop for iron separation from red mud

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Embodiment 1

[0015] Embodiment 1: as figure 1 , 2 As shown, a red mud iron and magnetic separation combination workshop includes a stepped platform 6, a red mud mixing tank 1, a cylindrical slag separation screen 2, a cylindrical magnetic separator 3, a coarse magnetic separator 4, and a fine magnetic separator 5. The stepped platform 6 is set in the factory building. The stepped platform 6 is composed of four steps. The first step 10 has an elevation of 5m, the second step 9 has an elevation of 9.8m, and the third step 8 has an elevation of 14.8m. The four-story step 7 has an elevation of 16.7m; taking three production lines as an example: the fourth-floor step 7 is 9m long and 18m wide, the third-floor step 8, the second-floor step 9, and the first-floor step 10 are all 6 meters wide , and the length is 18 meters; in order to improve the land utilization rate and reduce the excavation volume of earthwork: the stepped platform 6 is chosen to be built on the hillside, and it is built acc...

Embodiment 2

[0016] Embodiment 2: as figure 1 , 2 As shown, a red mud iron and magnetic separation combination workshop includes a stepped platform 6, a red mud mixing tank 1, a cylindrical slag separation screen 2, a cylindrical magnetic separator 3, a coarse magnetic separator 4, and a fine magnetic separator 5. The stepped platform 6 is set in the factory building. The stepped platform 6 is composed of four steps. The first step 10 has an elevation of 5.5m, the second step 9 has an elevation of 10.5m, and the third step 8 has an elevation of 15.8m. The fourth step 7 has an elevation of 17.7m; taking 4 production lines as an example: the fourth step 7 is 9m long and 24m wide, the third step 8, the second step 9, and the first step 10 are all 6 in width. meters, and the length is 24 meters; in order to improve the land utilization rate and reduce the excavation volume of earthwork: the stepped platform 6 is selected to be built on the hillside, and it is built according to the slope of ...

Embodiment 3

[0017] Embodiment 3: as figure 1 , 2 As shown, a red mud iron and magnetic separation combination workshop includes a stepped platform 6, a red mud mixing tank 1, a cylindrical slag separation screen 2, a cylindrical magnetic separator 3, a coarse magnetic separator 4, and a fine magnetic separator 5. The stepped platform 6 is set in the factory building. The stepped platform 6 is composed of four steps. The first step 10 has an elevation of 5.3m, the second step 9 has an elevation of 10.2m, and the third step 8 has an elevation of 14.5m. The fourth step 7 has an elevation of 17m; taking 5 production lines as an example: the fourth step 7 is 9m long and 30m wide, the third step 8, the second step 9, and the first step 10 are all 6 meters wide , and the length is 30 meters; in order to improve the land utilization rate and reduce the excavation volume of earthwork: the stepped platform 6 is chosen to be built on the hillside, and it is built according to the slope of the step...

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Abstract

The invention relates to the field of metallurgical ore dressing and in particular relates to a magnetic separation combination workshop for iron separation from red mud. The magnetic separation combination workshop for iron separation from red mud comprises a stepped platform, a red mud mixing tank, a cylindrical slag isolation screen, a drum magnetic separator, a coarse magnetic separator and a fine magnetic separator; automatic flowing of a red mud slurry is realized, such that energy consumed by slurry conveying can be greatly saved; meanwhile, a power distribution chamber and a power distribution cabinet as well as the magnetic separation equipment are disposed in the same workshop, such that cables needed by power distribution can be saved.

Description

technical field [0001] The invention relates to the field of metallurgical ore dressing, in particular to a red mud iron and magnetic separation combined workshop. Background technique [0002] Red mud iron separation is mainly to recycle the iron resources in red mud through physical magnetic separation. In the previous design of magnetic separation workshop, the red mud mixing tank will be arranged on the floor surface, and the red mud slurry will be pumped. In the magnetic separation equipment, the power loss is increased; at the same time, the previous design did not fully consider the power consumption of the magnetic separation equipment, and the power distribution room was arranged separately, which increased the cable length required by the magnetic separation equipment. Contents of the invention [0003] In view of the above problems, the present invention proposes a red mud iron separation and magnetic separation combined workshop, which realizes the self-flow of...

Claims

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Application Information

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Patent Type & Authority Applications(China)
IPC IPC(8): B03C1/30
CPCB03C1/30
Inventor 冯圣生徐昊李伟黄兆中
Owner 云南九州再生资源开发有限公司
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