In the treatment of ilmenite, the high gradient PTMS MAGNETIC SEPARATOR of horizontal magnetic field is optimized and modified. The magnetic field distribution is studied, and then the separation ring and unloading system are improved. Through these improvement measures, the volume of magnetic medium is effectively increased and the utilization rate of magnetic energy is improved. The result of this optimization is a significant increase in processing capacity and a reduction in equipment energy consumption.
The specific change of the magnetic field intensity value of high gradient PTMS MAGNETIC SEPARATOR can be inferred that the magnetic field intensity is indirectly optimized by the optimization of the magnetic field distribution of the magnetic system, thus improving the overall performance of the magnetic separator. There are many ways to optimize the magnetic field strength of the magnetic separator.
A common approach is a parametric design method to optimize the key PTMS MAGNETIC SEPARATOR parameters of the horizontal magnetic field, including magnet size, magnetic field direction and arrangement. Numerical simulation and optimization algorithm are used to find the optimal parameter combination, so as to achieve the desired selection effect and processing power.
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Potential of nanomaterials for PTMS MAGNETIC SEPARATOR iron removal for practical applications
