Zirconium titanium gravity separation process

Zirconium titanium gravity separation process

Zirconium titanium ore is an important titanium and zirconium source, widely used in aviation, aerospace, military, chemical and other fields. However, titanium and zirconium in zirconium titanium ore are often difficult to separate, which affects their application value. In order to solve this problem, scientists have developed a zirconium titanium gravity separation process, effectively separating titanium and zirconium, and improving the comprehensive utilization rate of zirconium titanium ore. The operating steps of the zirconium titanium gravity separation process are as follows: Step 1: rough selection is carried out by crushing the zirconium titanium ore and performing rough selection using a gravity separation machine. The beneficiation principle of a gravity concentrator is to classify the ore into heavy and light ores through hydraulic classification based on different mineral densities. During the gravity separation process, it is necessary to adjust the water flow rate and feed concentration of the concentrator to achieve the best beneficiation effect. Step 2: Intermediate selection: The coarse selected heavy ore is subjected to intermediate selection, and a gravity separator is used for intermediate selection. The principle of intermediate selection is to divide minerals into flotation products and settling products based on the different surface properties of minerals through the adsorption effect of beneficiation agents. During the selection process, it is necessary to add an appropriate amount of reagents, adjust the type and dosage of reagents, in order to improve the adsorption effect of the beneficiation agent. Step 3: Select the selected flotation material and use a flotation machine for selection. The beneficiation principle of a flotation machine is to divide minerals into flotation products and settling products based on the different surface properties of minerals through the adsorption of bubbles. During the selection process, it is necessary to control the size and quantity of bubbles, adjust the type and dosage of reagents, and improve the recovery rate and grade of flotation products. Step 4 of : Tailings treatment: The selected sediment and tailings in the flotation machine will be treated. The purpose of tailings treatment is to recover valuable minerals and reduce environmental pollution. Common tailings treatment methods include leaching, gravity separation, magnetic separation, etc. Advantages of zirconium titanium gravity separation process: 1 The separation effect of titanium and zirconium is good, which improves the comprehensive utilization rate of zirconium titanium ore. 2. The process flow is simple, easy to operate, and suitable for large-scale production. 3. It can be adjusted according to the different characteristics of the ore, improving the adaptability of the process. 4. It can recover valuable minerals and reduce environmental pollution. The application prospects of zirconium titanium gravity separation process: The zirconium titanium gravity separation process has broad application prospects in the mining and processing of zirconium titanium ore. With the continuous progress of technology and the increasing demand for high-quality titanium and zirconium, the zirconium titanium gravity separation process will be more widely applied and promoted.

Zirconium titanium gravity separation process