Steps for Ore Separating Line

 

What should be notable is that only the quality of the equipment is guaranteed, we are liable to be free from worry about the maintenance. Right choice of the machine equates to good technical support. The manufacture is available when a tough issue appears.The main purposes of this manual are to discuss the objectives of metallurgical laboratory ore testing, to show the specific role of these tests in the development of a project, and to provide practical instructions for performing the tests and for interpreting their results. Guidelines on the design of a metallurgical laboratory, on the equipment required to perform the tests and on laboratory safety are also given.

Working Principle of Ore Beneficiation:

The mineral processing equipment and mineral processing technology are synchronous, with the technology being the pilot and the equipment being the basis. The birth of a new type ore processing plant always brings with the reformation of beneficiation process. The level of technology of equipment is not only the precondition of craft level, but also has an influence on the unblocking and application of the producing process directly. The development of the high efficiency and energy saving ore processing plant is promoted by the advancement of science and technology, the scientific infiltration among disciplines and the mutual fusion of various industries, the emerging of new structures, new materials, new technology and new processing, the wide application of electromechanical integration and automatic control technology.

Steps for Ore Separating Line

Digging ore from the earth is only half the battle. The processing of the ore is often just as challenging and expensive, which takes place in refineries, smelters and mills. Ore processing consists of the following stages:1. Crushing and grinding of the ore;2. Addition of process water (generally decanted from the tailings pond) to form a slurry;3. Addition of lime to the ore, and cyanide solution to the slurry, to leach the gold and silver into solution;4. Addition of carbon to adsorb dissolved metals and removes them from the slurry;5. Stripping the metals from the carbon by acid washing and circulation of a caustic cyanide solution;6. Precipitation of the gold and silver by electro-winning;7. Smelting of metal products into bars;8. Pumping of the barren slurry (tailings) to the tailings storage facility.