Zirconium titanium sand ore impurity removal process diagram

Zirconium titanium sand ore impurity removal process diagram

Zirconium titanium sand is an important metal mineral resource, which is widely used in aerospace, military, shipbuilding, automobile, medical and other fields. However, during the mining process of zirconium titanium sand, a large amount of impurities will be generated, seriously affecting the quality and effectiveness of zirconium titanium sand. Therefore, the impurity removal process diagram of zirconium titanium sand has become an important link in the zirconium titanium sand mining process.

The impurity removal process diagram of the zirconium titanium sand ore mainly includes two stages: physical beneficiation and chemical beneficiation. Next, we will provide a detailed introduction to the process and operational steps of impurity removal for zirconium titanium sand ore.

1、 Physical beneficiation

Physical beneficiation is the process of separating ores using their physical properties. In the physical beneficiation of zirconium titanium sand, two main methods are used: gravity separation and magnetic separation.

1. Reselection

Gravity separation is a method of separation by using the density difference of minerals. In the gravity separation process of zirconium titanium sand, the ore first needs to be crushed and ground, and then the ore is placed in a gravity separator for separation. The gravity separator separates impurities from zirconium titanium sand in the ore through different gravity.

2. Magnetic separation

Magnetic separation is a method of separating minerals by utilizing their magnetic differences. In the magnetic separation process of zirconium titanium sand, the ore first needs to be crushed and ground, and then the ore is placed in a magnetic separator for separation. The magnetic separator separates magnetic impurities from zirconium titanium sand in the ore through the action of a magnetic field.

II. Chemical beneficiation

Chemical beneficiation is the process of separating ores using chemical reactions. In the chemical beneficiation of zirconium titanium sand, two main methods are used: acid washing and alkali washing.

1. Acid cleaning

Acid washing is a method of separating ores using acidic solutions. In the pickling process of zirconium titanium sand, the ore needs to be crushed and ground first, and then placed in the pickling tank for separation. The acidic solution in the pickling tank can dissolve impurities such as carbonate and silicate in the ore, thus separating pure zirconium titanium sand.

2. Alkali washing

Alkali washing is a method of separating ores using alkaline solutions. In the alkaline washing process of zirconium titanium sand, the ore needs to be crushed and ground first, and then placed in an alkaline washing tank for separation. The alkaline solution in the alkaline washing tank can dissolve impurities such as Aluminate and calcium magnesium iron in the ore, so as to separate pure zirconium titanium sand.

3、 Summary

The impurity removal process diagram of the zirconium titanium sand ore is an important part of the zirconium titanium sand mining process. By combining physical and chemical beneficiation, impurities in zirconium titanium sand can be effectively removed, and the quality and effectiveness of zirconium titanium sand can be improved. In the actual operation process, it is necessary to strictly follow the flowchart to ensure the stability and reliability of the separation effect.

Zirconium titanium sand ore impurity removal process diagram