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Mineral roasting reduction device and application method thereof

A mineral and roasting technology, applied in the field of mineral roasting and reduction devices, can solve problems such as neglect, and achieve the effects of preventing over-burning or under-burning, uniform heating, and eliminating dead ends

Active Publication Date: 2013-11-27
QINGDAO ZHIBANG FURNACE DESIGN RES
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  • Abstract
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Problems solved by technology

However, it ignores what device to use to better realize the roasting reduction theory, and in which device the solid-phase minerals and the gas-phase reducing agent are used to perform the roasting reduction thermal reaction

Method used

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  • Mineral roasting reduction device and application method thereof

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Embodiment Construction

[0025] In conjunction with the accompanying drawings, a mineral roasting reduction device, which includes a feed area 1, a drying preheating area 2, a roasting oxidation reaction area 3, a pressure regulating area 4, a reduction reaction area 5, The discharge area 6 and the water-sealed cooling area 7. No. 1 automatic sealing device 8 and No. 2 automatic sealing device 9 are sequentially arranged above and below the feeding area 1 . A directional pressurization device is arranged on the upper part of the drying preheating zone 2, and the directional pressurization device is used for vacuuming. A layer of combustion agent addition device 10 and a second layer of combustion agent addition device 11 are sequentially arranged on the periphery of the roasting oxidation reaction zone 3 for supplying combustion agent. In the drying preheating zone 2, the roasting oxidation reaction zone 3 and the reduction reaction zone 5, a mineral turning device is arranged. A plurality of pressu...

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Abstract

The invention discloses a mineral roasting reduction device. The device comprises a feeding zone, a drying preheating zone, a roasting oxidation reaction zone, a pressure-regulating zone, a reduction reaction zone, a discharging zone and a water-sealing cooling zone, which are arranged from the top down and communicated with one another, wherein the feeding zone is provided with an automatic sealing device; the drying preheating zone is provided with a directional pressurizing device for vacuum-pumping; the roasting oxidation reaction zone is provided with an incendiary agent adding device; the pressure-regulating zone is provided with a plurality of pressure-regulating air doors; the reduction reaction zone is provided with a reducing agent adding device. The mineral roasting reduction device is provided with the directional pressurizing device, so that negative pressure can be generated in the inner part of the device; molecular flows of both an incendiary agent and an reducing agent are in uplink, while mineral is in downlink, so that a convection current movement is formed to ensure conversion affinity of the solid phase and the gas phase; in the device, the mineral sequentially is subjected to drying, preheating, heating, resolving, reducing, water quenching, cooling and discharging from the top down, and all processes are performed in an air-free state thoroughly to complete roasting reaction.

Description

technical field [0001] The invention relates to a mineral roasting reduction device and a method for using the device, belonging to the field of mineral processing. Background technique [0002] Mineral separation and roasting experts and scholars from colleges and universities focus on the research on the principle of mineral roasting and reduction, and publish many articles. However, what device is used to better realize the roasting reduction theory, and what device is used to perform the roasting reduction thermal reaction of solid-phase minerals and gas-phase reducing agent. Therefore, the technical problem that needs to be solved urgently is to build an affinity "secret chamber" for all molecules of minerals and reducing agents, and to achieve the effect of molecular affinity curing by regulating the pressure difference change and temperature in the "secret chamber". It is feasible in principle, reliable in technology, reasonable in structure, and suitable for large-s...

Claims

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Application Information

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IPC IPC(8): C22B1/02
Inventor 杨光杨德金王景恩杨明昊周浩晔王若旭
Owner QINGDAO ZHIBANG FURNACE DESIGN RES
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