Mining Industry

GN separation and conveying equipment is widely used in the separation and conveying of ore and minerals in the mining industry. GN mining shale shakers are used for the separation of ore and minerals, including coarse sieving mining shale shaker and fine separation mining shale shaker. GN decanter centrifuge is all-around equipment in the mining industry especially in the treatment of ores and minerals. GN decanter centrifuge is widely used in the mining of all minerals, raw materials and ores. GN conveying equipment plays an important role in the transportation of minerals in the mining industry, including screw conveyor, scraper conveyor, and bucket elevator. GN solids vacuum pump plays an irreplaceable role in the transportation of mining slurry. With strong self-priming ability and high solid content material handling capacity, GN solids vacuum pump is often used to transport mineral slurry from mineral pits or to transport mineral bulk materials over long distances.

Equipment for Mining Industry

Mining Vibration Screen GN Mining Vibration Screen adopts domestic and foreign advanced technology and self-synchronized vibration principle for vibration motor excitation, rubber spring vibration damping, high wear-resistant material screen, sealed shaker basket, etc. It is of long life, low noise, and high screening efficiency, suitable for agglomerate, natural ore, coke and other powdery materials screening separation. According to different mineral separation needs, different opening screens can be selected.
P1 Mining Vibration Shaker
Decanter Centrifuge GN decanter centrifuge uses high-speed rotating centrifugal force, the G force can reach 3000G. It is widely used in solid-liquid separation of minerals, mineral concentration and dewatering. The decanter centrifuge in the mining industry usually adopts more advanced wear-resistant technology to extend the service life of the decanter centrifuge in mineral separation. Compared with the filter press, the decanter centrifuge is of smaller footprint, high degree automation, and simple operation.
P2 Decanter Centrifuge 1
Slant Plate Clarifier Slant Plate Clarifier is widely used in the sedimentation treatment of minerals. The principle is to use gravity to make solid particles to fall on the surface of the slant plate and fall down to the sludge collection trough. The clarified wastewater flows out via outlet at the top of the slant plate clarifier. The slant plate clarifier is of large handling capacity and low cost; but the discharged solid is high moisture, which requires further dewatering treatment.
P3 ipc new
Conveying Equipment GN conveying equipment applied in the mining industry includes: screw conveyor, scraper conveyor, bucket elevator; etc. GN conveying equipment is widely used in the transportation of bulk materials in the mining industry: including coal mines, porcelain clay, calcium carbonate, titanium dioxide, barite, zinc sulfate, aluminum hydroxide, metal minerals, etc.
P4 U Type Screw Conveyor 1
Solids Vacuum Pump GN solids vacuum pump is a pneumatic pump with strong self-priming ability, vacuum degree up to 25 inches of mercury, and discharge head up to 80 meters. It can transport solids, liquids, and solid-liquid mixtures. GN solids vacuum pumps are widely used in the mining industry for mineral suction, mud transportation, and long-distance transportation of bulk materials. Unlike other rotary conveying pumps, GN solids vacuum pump has no rotating parts; therefore, it has better wear resistance in mineral transportation.
P5 Solids Vacuum Pump 2
Centrifugal mud pump GN Centrifugal Mud Pump is unlike ordinary centrifugal water pumps, it can transport mud with a solid content up to 20%. In mineral mud treatment, it is often used as feeding pump or mud-transportation pump .
P6 Centrifugal Sand Pump 1

 

Mining Industry Common Application

Ore Treatment The ore treatment technology is very diverse and is becoming more and more important. Especially in the production of precious metals and base metals, ore treatment plays a key role. In this technology, GN separation and conveying equipment is applied in different ore treatment areas of the mining industry: iron ore, lead ore and zinc ore, gold ore, silver ore, nickel ore, copper ore, platinum ore, lanthanide elemental ore.
Minerals Treatment Minerals have a large number of application possibilities and treatment methods: from the ceramics industry to the cosmetics and coatings industry, from simple machining to the use of chemical processes, everything is possible. The minerals treatment widely uses GN separation and conveying equipment: coal mine, porcelain clay mine, bentonite, calcium carbonate, barite mine, titanium dioxide, zinc sulfate, aluminum hydroxide and other minerals. GN mining shale shaker is used for the front-stage screen separation of minerals, and the decanter centrifuge is used for the solid-liquid separation of minerals or the dewatering treatment of tailings. Unlike other companies that only provide standard equipment, GN can also provide complete mineral conveying and separation systems.
Tailings Treatment With the increasing emphasis on environmental protection all over the world and the scarcity of water resource, every country has continuously improved tailings treatment technology in the mining industry. In the exploration of metal mining, the slag discharged after extracting has formed a large number of tailings. With the expansion of the production scale, the tailings accumulation has increased year by year, not only occupying a large amount of land, polluting the atmosphere, surface water and groundwater, but also causing a huge safety hazard to the tailings stock as many tailings ponds are overdue or overloaded. At the same time, the construction and maintenance of tailings warehouses also request a lot of money, so tailings treatment is an urgent matter currently. The core equipment for tailings treatment is decanter centrifuge. The continuous separation treatment of tailings by decanter centrifuge has obvious advantages over magnetic separation, floating separation, and gravity separation. Its advantages are: pollution-free, low energy consumption, large treatment capacity, obvious effect on fine-particle materials, small footprint, and wide application range.