Simulation procedure applied to a Rock sample to predict Performance in Capacity of the rocks in the procedure of Industrial Mills, with high accuracy and speed for use in line in the production process.

摘要

Simulation procedure, applied to a Rock Sample, Laboratory Scale to predict Performance in Mass Flow at Mills, with high accuracy and speed, and comprises the following Stages for its use in the Industrial Process: Crushed the entire Sample under 1 inch (0.025 m) Enter the sample to a team of fracture, Weighing the sample during admission,To configure the equipment in vacuum with a minor Fracture torque torque of Fracture for a variability of less than 5%, to Digitally measure the torque of fracturing in vacuum, Digitally set the angular velocity of Fracture in the extent of Rock fracturing, Digit Set At present, the torque of FractureThe Fracture torque electronically linked with the speed of entering Sample equipment of fracturing, Fracture Sample gradually, classify the Rocks the size equivalent to the reduction ratio of Sag Mill and Ball Mill Manufacturers, according to whether the process Simulate One or the other Team respectively,Calculate the Power Digitally from the angular Velocity and torque of fracture, resulting to Digitally measure the Mass Flow Rate, and calculate the Mass Flow at ton / hr per unit Power in kilowatt.