Cu-Pb-Zn Dressing Process
Creative process, low operation cost
Cu-Pb mixed concentrate regrinding process saves the grinding cost without fine grinding all the ores are, and it makes further monomer dissociation to create favorable conditions for the separation of copper and lead.
Tibet Lead zinc Beatification Plant is one of our successful cases. This is 3D demo Video of the dressing plant created by our company.
A lead-zinc dressing plant in Yunnan, , due to the mining depth increasing, ore properties had changed and the grade of lead and zinc concentrate decreased, so the original flotation is not suitable. After field investigation and analysis, Xinhai determined the process according to multi tests: mixed flotation, preferential flotation of copper lead concentrate, regrinding and re-floating of copper lead concentrate, and equipped with the Xinhai equipment. Indexes comparison as follow:
|Comparison of Reformation||Process||Capacity t/d||Copper Recovery Rate /%||Pb Concentrate Grade/%||Zinc Concentrate Grade/%||Service Life of Equipment Liners/Day|
|Before Reformation||Preferential Flotation||500||78.53||35.68||83.49||50|
|After Reformation||Mixed Flotation||680||83.45||50.13||84.68||90|
After the technical reformation, this plant increased the output value of nearly 30000 yuan/day, and the profit increasing of 26000 yuan/day. The economic benefit is remarkable.
A copper-lead dressing plant in Xinjiang: the ore with the close symbiosis and fine particle distribution, the process the plant adopted leaded to the poor concentrate grade. So Xinhai was authorized to reform the technology.
After analysis of crude properties, Xinhai decided to adopt parts of the preferential flotation process. Firstly, selective collectors floated copper based on the original preferential flotation process; then mixed flotation and regrinding the mixed concentrate, grinding fineness can reach -38 μ m78%.
Xinhai technical reformation had the advantages of simple process and low production cost; the recovery of copper concentrate was 90.21%; lead and zinc are qualified; lead concentrate had recovery rate of 88.3%. Xinhai obtained highly praise from clients.
By this cooperation, clients witnessed the good device performance and good after sale service from Xinhai. In recent years, Xinhai has more and more cooperation with large domestic enterprises, which enhances the Xinhai service level and exercise installation team. Xinhai also has finished more foreign EPC projects.
There are many cases of Xinhai Cu-Pb-Zn Dressing Process. Welcome to visit our company!
A copper-lead-zinc dressing plant in northwest of China, Xinhai adopted parts preferential flotation based on technology advantages of preferential and mixed flotation and combined with the ore characteristics. This plant obtained good beneficiation indexes: lead concentrate grade reached 66.52%; the recovery rate was 88.5%.
A copper-lead-zinc ore dressing plant in Sweden with the daily output of 1000t, copper content of 0.58%, lead content of 2.85% and zinc content 4.90%; Xinhai adopted copper-lead mixed flotation. Final copper concentrate contains copper 20.25% and lead 6.75%, and the lead concentrate contains lead 58.73% and copper 3.40%.
A copper lead zinc ore dressing plant in Inner Mongolia, the mainly components of the ore are copper, lead, zinc, and a certain amount of magnetite. According to ore properties and a series of processing tests, Xinhai finally decided copper and lead mixed flotation separation – mixed tailings zinc flotation-flotation tailings weak magnetic separation process, so the plant also get more than 65% iron concentrate in addition to the grade high of copper, lead and zinc concentrate.
- Agitation Tank
- Electronic Belt Scale
- NC Reagent Feeder
- Belt Conveyor with High Inclination Angle and Waved Guard Side
- Ceramic Filter
- Submerged Spiral Classifier
- Drum Filter
- Vacuum Filter
- Hydraulic Cone Crusher
- Press Filter
- Chute Feeder
- Mobile crushing and screening equipment
- JJF Flotation, Wemco Flotation
- Disc Feeder
- Antimony Mineral Processing
- Hematite Separation Process
- Barite Mineral Processing
- Magnetite Separation Production Line
- Tin Ore Mining Process
- Chrome Ore Mining Process
- Wolframite Mineral Processing
- Manganese Ore Production Line
- Cu-Pb-Zn Dressing Process
- Molybdenum Dressing Production Line
- Fluorite Flotation Process
- Nickel Ore Mining Process
- Gold CIL Processing Line
- Phosphate Mining Process Line
- Gold CIP Production Line