Application of Mathematical Simulation Method in Phosphate Ore Dressing

Abstract

The influence of different factors on phosphorus content and quality of phosphate rock is calculated by mathematical simulation method in phosphate ore dressing. The main purpose is to find out how much phosphoric acid can be produced from a given amount of phosphoric acid ore. It also helps to find the best way to treat mine waste so that it can be processed into phosphoric acid cheaply and efficiently. In addition, it helps to determine whether the existing mine waste treatment plants are sufficiently effective in treating mine waste into phosphoric acid. The simulation method is used to determine the concentration of phosphate in the solution and can be applied to all types of mineral processing. The simulation method is based on the fact that phosphate ore will dissolve into solution at a certain rate, which depends on its chemical composition. Application: it is widely used to determine the concentration of phosphate in solution by using mathematical simulation methods such as empirical formula calculation and stoichiometric analysis.