Three dimensional simulation improve power effectiveness and decreses equipment wear
The throughput of grinding mills depends upon the movement of charge within the mills, which in turn, depends on the lifter design and mill pace. The objective of this research would be to create a three-dimensional simulation that could allow for superior lifter style and operating circumstances.
Today’s semiautogenous grinding (SAG) mills expend substantial quantities of energy and take in a lot of metal balls and shell liners while processing ore. A significant level of energy is expended on undesirable ball strikes within the mill shell. These strikes also cause wear over the balls as well as the shell. Sadly, the atmosphere inside the SAG mill is also harsh to place sensors to acquire actual data concerning the operation with the mills. Since genuine information in regards to the circumstances inside can't be acquired, simulations give the ideal answer to improving its operation and improving energy effectiveness. Through simulations and screening, lifter style and mill pace is usually optimized, resulting in elevated energy performance and operational cost cost savings.