Method for separating rare multi-metal concentrate and quartz feldspar concentrate

A polymetallic and concentrate technology, applied in solid separation, mechanical material recovery, recycling technology, etc., can solve the problems of large amount of tailings, low recovery rate, environmental and safety hazards, etc., achieve good environmental benefits, improve rich Set ratio, the effect of reducing emissions

Inactive Publication Date: 2019-02-01
内蒙古扎鲁特旗鲁安矿业有限公司 +3
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

Summarizing the mineral processing research results of Mine 801 over the past few decades, they all aim to obtain three products: rare earth concentrate, niobium concentrate and zirconium concentrate, but these three products all have the problems of low grade an

Method used

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  • Method for separating rare multi-metal concentrate and quartz feldspar concentrate

Examples

Experimental program
Comparison scheme
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Example Embodiment

[0033] Example 1

[0034] Using the Inner Mongolia 801 ore containing rare metal zirconium, uranium, niobium, beryllium, rare earth, and titanium minerals with a total amount of 5.00% and a quartz feldspar content of 90% as raw material ore, the process method of the present invention is used to perform the following process steps:

[0035] (1) Strong magnetic separation: take 1kg of raw material ore with a particle size of -0.5mm accounting for 50%, and carry out a closed-circuit magnetic separation process of one strong magnetic roughing and one strong magnetic sweeping. The rough beneficiation concentrate is a magnetic separation concentrate. The tailings are subjected to strong magnetic sweeping, and the concentrates are returned to the strong magnetic roughing process. The sweeping tailings are magnetic tailings. The magnetic field strength of strong magnetic roughing is 2.5T, and the magnetic field strength of strong magnetic scanning is 1.6T;

[0036] (2) Magnetic separation ...

Example Embodiment

[0043] Example 2

[0044] Using the Inner Mongolia 801 ore containing rare metal zirconium, uranium, niobium, beryllium, rare earth, and titanium minerals with a total amount of 8.65% and a quartz feldspar content of 75.00% as raw material ore, the process method of the present invention is used to perform the following process steps:

[0045] (1) Strong magnetic separation: take 1kg of raw material ore with a particle size of -0.5mm accounting for 60.45%, and carry out a closed-circuit magnetic separation process of one strong magnetic roughing and one strong magnetic sweeping. The coarse beneficiation concentrate is a magnetic separation concentrate. The tailings are subjected to strong magnetic sweeping, and the concentrates are returned to the strong magnetic roughing process. The sweeping tailings are magnetic tailings. The magnetic field strength of strong magnetic roughing is 1.0T, and the magnetic field strength of strong magnetic scanning 3.5T;

[0046] (2) Magnetic separat...

Example Embodiment

[0053] Example 3

[0054] Using the Inner Mongolia 801 ore containing the rare metal zirconium, uranium, niobium, beryllium, rare earth, and titanium minerals at 10.25% and 82.67% of quartz feldspar as the raw material ore, the process method of the present invention is used to perform the following process steps:

[0055] (1) Strong magnetic separation: take 1kg of raw material ore with a particle size of -0.5mm accounting for 55.63%, and carry out a closed-circuit magnetic separation process of one strong magnetic roughing and one strong magnetic sweeping. The coarse beneficiation concentrate is a magnetic separation concentrate. The tailings are subjected to strong magnetic sweeping, and the concentrates are returned to the strong magnetic roughing process. The sweeping tailings are magnetic tailings. The magnetic field strength of strong magnetic roughing is 2.5T, and the magnetic field strength of strong magnetic scanning 3.0T;

[0056] (2) Magnetic separation concentrate gravi...

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Abstract

The invention relates to a method for separating rare multi-metal concentrate and quartz feldspar concentrate. The method comprises the steps that strong magnetic separation is conducted on 801 ore, so that magnetic concentrate and magnetic tailing are obtained; table re-separation is conducted on the magnetic concentrate, so that re-separated magnetic concentrate and re-separated magnetic tailingare obtained, wherein the re-separated magnetic concentrate is multi-metal mixed concentrate containing uranium, niobium, beryllium, rare earth and titanium; table re-separation conducted on the magnetic tailing, so that re-separated nonmagnetic concentrate, re-separated nonmagnetic middling and re-separated nonmagnetic tailing are obtained, wherein the re-separated nonmagnetic concentrate is zirconium concentration, and the re-separated nonmagnetic middling is quartz feldspar concentrate. By adoption of the method for separating rare multi-metal concentrate and quartz feldspar concentrate, the resource utilization rate is remarkably increased, and the multi-metal mixed concentrate with the purity equal to or higher than 92% and the recovery rate equal to or higher than 70%, the zirconiumconcentrate with the zirconium grade equal to or higher than 60% and the recovery rate equal to or higher than 70%, and the quartz feldspar concentrate with the purity equal to or higher than 95% andthe recovery rate equal to or higher than 60% are obtained. In addition, the method adopts physical separation and thus is economical, environmentally friendly and efficient.

Description

technical field [0001] The invention belongs to the technical field of mineral processing, and in particular relates to a method for separating rare polymetallic concentrates and quartz feldspar concentrates. Background technique [0002] The 801 mine has been famous for a long time and has attracted worldwide attention. It is rich in various rare metal resources such as zirconium, uranium, niobium, beryllium, rare earth, titanium, etc., among which the reserves of rare metal resources such as niobium, zirconium, beryllium, and rare earth are in the forefront of the country, and the reserves are huge. . According to statistics, the 801 mine has about 3.7188 million tons of zirconium reserves, about 309,300 tons of niobium reserves, about 64,000 tons of beryllium reserves, and about 784,400 tons of rare earth reserves. [0003] However, because the occurrence state of valuable elements in 801 ore is quite scattered, and the valuable elements in various minerals contain each ...

Claims

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Application Information

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IPC IPC(8): B03B9/00B03B9/06
CPCB03B9/00B03B9/06Y02W30/52
Inventor 李梅高凯张栋梁
Owner 内蒙古扎鲁特旗鲁安矿业有限公司
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