Zirconium titanium gravity separation process flowchart

Zirconium titanium gravity separation process flowchart

Zirconium titanium ore is an important type of titanium ore, widely used in fields such as metallurgy and chemical engineering. The zirconium titanium gravity separation process is a common method for extracting zirconium titanium ore, which requires multiple steps. This article will introduce the process flowchart and operating steps of zirconium titanium gravity separation for everyone.

1、 Process Flow Diagram

The process flow diagram of zirconium titanium gravity separation for is as follows:

1. Rough selection: The ore is initially crushed by a jaw crusher, and then subjected to secondary crushing by a cone crusher. After the ore is screened, the coarse ore is fed into a spiral separator.

2. Intermediate selection: The ore after rough selection is then subjected to intermediate selection through a spiral sorting machine, and the medium sized ore is fed into a rotary screening machine.

3. Selection: After being selected, the ore is then selected through a rotary screening machine, and the fine-grained ore is fed into a magnetic separator.

4. Magnetic separation: The selected ore is then magnetically separated by a magnetic separator to separate the ore containing iron minerals.

5. Sulfuric acid leaching: After magnetic separation, the ore is leached using sulfuric acid leaching equipment to dissolve metal ions such as zirconium and titanium.

6. Precipitation: the solution after leaching can precipitate metal ions by adding sodium hydroxide and other agents.

7. Filtration: The precipitated solution is filtered through filtration equipment to separate metal ions.

8. Roasting: The filtered metal ions are roasted through roasting equipment to convert them into metal oxides.

9. Reduction: After roasting, metal oxides are reduced through reduction equipment to convert them into metals.

2、 Operating Steps

1. Rough selection: The ore is initially crushed by a jaw crusher, and then subjected to secondary crushing by a cone crusher. After the ore is screened, the coarse ore is fed into a spiral separator.

2. Intermediate selection: The ore after rough selection is then subjected to intermediate selection through a spiral sorting machine, and the medium sized ore is fed into a rotary screening machine.

3. Selection: After being selected, the ore is then selected through a rotary screening machine, and the fine-grained ore is fed into a magnetic separator.

4. Magnetic separation: The selected ore is then magnetically separated by a magnetic separator to separate the ore containing iron minerals.

5. Sulfuric acid leaching: After magnetic separation, the ore is leached using sulfuric acid leaching equipment to dissolve metal ions such as zirconium and titanium.

6. Precipitation: the solution after leaching can precipitate metal ions by adding sodium hydroxide and other agents.

7. Filtration: The precipitated solution is filtered through filtration equipment to separate metal ions.

8. Roasting: The filtered metal ions are roasted through roasting equipment to convert them into metal oxides.

9. Reduction: After roasting, metal oxides are reduced through reduction equipment to convert them into metals.

3、 Summary

The process flowchart and operating steps of zirconium titanium gravity separation have been introduced. Through the above steps, metal ions such as zirconium and titanium can be extracted from zirconium titanium ore, providing important raw materials for the production of related industries. In practical operation, it is necessary to pay attention to the operational skills of each step to ensure the purity and quality of the extracted metal ions.

Zirconium titanium gravity separation process flowchart