Zirconium titanium grade improvement test

Zirconium titanium grade improvement test

Zirconium titanium ore is an important mineral resource widely used in fields such as metallurgy, chemical engineering, and building materials. However, the titanium content in zirconium titanium ore is relatively low, making it difficult to meet market demand. In order to improve the grade of zirconium titanium ore, we conducted a series of experimental studies. This article will introduce our zirconium titanium grade improvement test plan and operating steps.

1、 Test plan

1. Test purpose

The purpose of this experiment is to increase the titanium content in zirconium titanium ore to meet market demand.

2. Test principle

This experiment adopts a combined process of gravity separation and flotation to increase the titanium content in zirconium titanium ore through the interaction between separation and flotation.

3. Test conditions

The test conditions are as follows:

(1) Ore properties: Zirconium titanium ore, with a titanium content of about 0.2%;

(2) Test equipment: sorting machine, flotation machine, laboratory analysis instrument;

(3) Test reagents: sorting reagents, flotation reagents.

4. Test steps

The test steps are as follows:

(1) Roughly select zirconium titanium ore to remove impurities and low-grade minerals from the mineral;

(2) Centrally select the minerals after rough selection to further improve the grade;

(3) Float the selected minerals and increase the titanium content in the minerals through the action of flotation reagents;

(4) Analyze the minerals after flotation to determine if the titanium content meets the requirements.

2、 Operating Steps

1. Rough ore selection

(1) The zirconium titanium ore sample is subjected to crushing, screening, and other processes to obtain coarsely selected minerals;

(2) Place rough selected minerals into a sorting machine, and remove impurities and low-grade minerals from the minerals through the vibration and airflow of the sorting machine;

(3) Analyze the selected minerals to determine their grade and sorting effect.

2. Ore selection

(1) Grinding the selected minerals to obtain the selected minerals;

(2) Put the selected minerals into the sorting machine, and further improve the grade through the vibration and airflow of the sorting machine;

(3) Analyze the selected minerals to determine their grade and sorting effect.

3. Ore flotation

(1) Grind the selected minerals to obtain flotation minerals;

(2) Put the flotation minerals into the flotation machine, add flotation reagents, and increase the titanium content through the action of the reagents;

(3) Analyze the minerals after flotation to determine if the titanium content meets the requirements.

3、 Conclusion

Through this zirconium titanium grade improvement experiment, we have successfully increased the titanium content in zirconium titanium ore, meeting market demand. The experimental results indicate that the gravity separation flotation combined process is an effective method for improving the grade of zirconium titanium. We will continue to explore more optimized process plans and make greater contributions to the development and utilization of zirconium titanium ore resources.

Zirconium titanium grade improvement test