Zirconium titanium gravity separation process flow

Zirconium titanium gravity separation process flow

Zirconium titanium ore is an important titanium metal mineral resource, among which zirconium and titanium are important metal elements. In the extraction process of zirconium titanium ore, the separation of zirconium and titanium is a crucial step. This article will introduce the process flow of zirconium titanium gravity separation to help readers better understand the zirconium titanium separation process.

1、 Overview of Zirconium Titanium Gravity Separation Process Flow

The zirconium titanium gravity separation process refers to a series of gravity separation operations carried out after the zirconium titanium ore is processed through processes such as selection and magnetic separation, in order to achieve the separation of zirconium and titanium. The specific zirconium titanium gravity separation process includes steps such as grinding before gravity separation, rough gravity separation, gravity selection, and zirconium titanium separation.

2、 Detailed Explanation of Zirconium Titanium Gravity Separation Process Flow

1. Grinding before gravity concentration

Pre gravity grinding refers to the process of crushing and grinding zirconium titanium ore to obtain ore suitable for gravity separation. The purpose of this step is to break the ore into particles suitable for gravity separation, in order to facilitate subsequent gravity separation process operations.

2. Reselection rough selection

Gravity roughing refers to the roughing of zirconium titanium ore after grinding before gravity separation, resulting in roughing with higher titanium and lower zirconium content. The purpose of this step is to preliminarily separate titanium and zirconium minerals in the ore through methods such as gravity separation and hydraulic separation.

3. Re selection and selection

Heavy selection and selection refer to the process of selecting zirconium titanium ore after heavy selection and rough selection, to obtain a selected ore containing higher zirconium and lower titanium. The purpose of this step is to further separate and purify zirconium and titanium minerals in the ore through methods such as gravity separation, hydraulic separation, and flotation.

4. Separation of zirconium and titanium

Zirconium titanium separation refers to the separation of zirconium titanium ore after heavy selection and selection to obtain high-purity zirconium and titanium. The purpose of this step is to ultimately separate and purify zirconium and titanium in the ore through oxidation, reduction, extraction, and other methods.

3、 Advantages and Disadvantages of Zirconium Titanium Gravity Separation Process Flow

The zirconium titanium gravity separation process has the following advantages:

1. It can effectively separate zirconium and titanium, improving the purity and quality of the product.

2. The process flow is simple, easy to operate, and suitable for large-scale production.

3. It can recycle a portion of wastewater and waste residue, reducing environmental pollution.

The drawbacks of the zirconium titanium gravity separation process include:

The process flow is relatively complex and requires professional technical personnel to operate and maintain.

2. During the re selection process, a certain amount of wastewater and waste residue will be generated, which needs to be treated and disposed of.

3. The cost of re selection equipment and process is relatively high, requiring significant investment.

IV. Conclusion

Zirconium titanium gravity separation process is a Committed step to realize the separation of zirconium and titanium, and has important application value. Through the introduction of this article, readers can better understand the basic principles and operating steps of the zirconium titanium gravity separation process, providing a certain reference for the extraction and processing of zirconium titanium ore.

Zirconium titanium gravity separation process flow