Applied Field: Ore processing and recovery plants can be divided into crushing machinery, grinding machinery, screening machinery, separation (separation) machinery, and dewatering machinery according to the mineral processing process. The separation machinery is divided into gravity separation machinery, magnetic separator, flotation machine, and special mineral separation machinery according to the principle of action. Ore processing and recovery plants are also used in building materials, chemical industry, glass, ceramics, and other industries.
Composition of Ore Processing and Recovery Plants
Ore processing and recovery plants usually include ball mill, magnetic separator, flotation machine, spiral classifier, high-frequency screen, pendulum feeder, trough feeder, spiral chute, dryer, mixing drum, shaking table, high-efficiency thickener, tailings recovery machine, bucket elevator, rotary kiln, etc.
Application of Ore Processing and Recovery Plants
In the design and production process of the ore processing and recovery plants, in order to maximize the recovery and utilization of the useful minerals in the selected ore, while reducing the energy consumption of ore processing and recovery plants, reducing the impact on the environment and pollution, and improving the economic and social benefits of the beneficiation plant, the selection of crushing, grinding, flotation and concentration equipment is particularly important. The energy consumption and steel consumption in crushing and grinding processes account for more than half of the production in the ore processing and recovery plants, especially in the grinding process, the unit energy consumption is much higher than that in the crushing process, accounting for more than 85% of the whole mineral crushing operation, accounting for 30% ~ 60% of the concentrator. Therefore, adopting new crushing technology and selecting large-scale and high-efficiency crushing equipment to strengthen crushing operation and reduce the feed size of ore is an important way to improve crushing efficiency and reduce beneficiation cost. It is also the basic principle that should be followed and considered in designing ore processing and recovery plants.