Ultrafine grinding with IsaMill technology application for projects in Russia and Kazakhstan

- Organization:
- International Mineral Processing Congress
- Pages:
- 13
- File Size:
- 626 KB
- Publication Date:
- Jan 1, 2014
Abstract
"The relevancy of complex minerals treatment is constantly increasing taking into account mineral resources depletion. Different refractory ores and concentrates, oxidized and polymetallic ores, as well as metallurgical products (slags) can be assigned to such mineral type. The treatment of such products via conventional flowsheets requires considerable capital and operational costs and does not always provide high recovery level of valuable components into a saleable product. Therefore, considerable amount of ores and metallurgical products are not treated, or treated inefficiently. One of the most promising approaches that allows economic treatment of refractory products is their ultrafine grinding down to 5-20 µm with subsequent processing or hydrometallurgy. Horizontal bead mills - the IsaMillTM, developed by Xstrata Technology, received their wide application in mining industry. Standard testing is performed under laboratory conditions in an M4 IsaMillTM (volume - 4 liters) to define the parameters of fine grinding. This mill completely simulates the operation of full scale industrial mills up to 50 m3 in volume (up to 8000 kW motor). The paper describes fine grinding technology performed in bead mills, and the importance of testing according to a certified method for industrial equipment selection. The paper contains description of promising directions of fine grinding technology application for several projects in Russia and Kazakhstan."
Citation
APA:
(2014) Ultrafine grinding with IsaMill technology application for projects in Russia and KazakhstanMLA: Ultrafine grinding with IsaMill technology application for projects in Russia and Kazakhstan. International Mineral Processing Congress, 2014.