Process Flow Diagram of Zirconium Titanium Ore Coarse Separation

Process Flow Diagram of Zirconium Titanium Ore Coarse Separation

Zirconium titanium ore is an important mineral resource with wide applications. However, the extraction process of zirconium titanium ore is relatively complex and requires multiple steps for processing. This article will introduce the rough separation process flowchart of zirconium titanium ore to help readers better understand the extraction process of zirconium titanium ore.

Characteristics of Zirconium Titanium Ore

Zirconium titanium ore is a mineral containing elements such as zirconium and titanium, which has high economic value. Zirconium titanium ore is usually black or brown, with high hardness, high density, and strong magnetism. Zirconium titanium ore is mainly composed of zircon ore and Ilmenite, of which zircon ore has high zirconium content and Ilmenite has high titanium content.

2、 Process flow diagram of rough separation of zirconium titanium ore

The rough selection process flowchart of zirconium titanium ore mainly includes steps such as grinding, rough selection, intermediate selection, and selection. The specific operation methods for each step will be introduced in detail below.

1. Grinding

Grinding is the first step in extracting zirconium titanium ore, with the aim of grinding the ore into fine powder suitable for subsequent processing. Grinding is usually carried out using a ball mill, with a grinding time of 4-6 hours. During the grinding process, a certain amount of water and reagents need to be added to ensure the grinding effect and the fluidity of the ore.

2. Rough selection

Rough selection is the second step in the extraction of zirconium titanium ore, with the aim of separating useful minerals from waste rock. Rough selection is usually carried out using a heavy medium separator, which uses media of different densities to separate the minerals in the ore. During the rough selection process, a certain amount of heavy medium and reagents need to be added to ensure the sorting effect. The sorted ore will be sent to the next intermediate stage.

3. Successful selection

The intermediate selection is the third step in the extraction of zirconium titanium ore, with the aim of further separating useful minerals and waste rocks from the ore. The selection process is usually carried out using a vibrating screen, which uses different sizes of screen holes to separate the ore. During the selection process, it is necessary to wash and screen the ore to ensure the sorting effect. The sorted ore will be sent to the next stage of selection.

4. Selection

The selection of is the final step in the extraction of zirconium titanium ore, with the aim of further purifying the useful minerals in the ore. Selection is usually carried out using a flotation machine, which utilizes different physical and chemical properties to separate the minerals in the ore. During the selection process, a certain amount of reagents and gases need to be added to ensure the flotation effect. The ore after flotation will be sent to the subsequent processing flow.

3、 Summary

The rough beneficiation process flow diagram of zirconium titanium ore includes steps such as grinding, rough beneficiation, intermediate beneficiation, and beneficiation. In each step, a certain amount of medication and water or medium need to be added to ensure the extraction effect. The extraction process of zirconium titanium ore is relatively complex and requires multiple steps of processing. However, through precise operations and scientific technological processes, extraction efficiency and purity can be effectively improved.

Process Flow Diagram of Zirconium Titanium Ore Coarse Separation