Designing mineral processing plans
The first step in mineral processing is to design an efficient and highly efficient production line.
One of the most important issues in processing circuit design is the analysis and recognition of material properties. Hardness, abrasion, brittleness, moisture, grade, mineralogical compositions (both beneficial and harmful minerals), physical properties, chemical, chemical-physical and many others are among the parameters that should be studied in the preliminary stage.
The next step is to determine parameters such as factory dimensions, capacity, location and climate, access, water availability and much more.
Abilities and properties
Implementation of mineral processing lines
In the mineral exploitation chain, the most important part of it after extracting a mineral is performing
mineralization operations on it.
Minerals can almost never be used directly after extraction and require some kind of preparation. The mineral may be a type of metal ore that is mined for the purpose of smelting and extracting the metal contained in it.
In this case, the purpose of mineralization is to prepare the extracted material for metallurgical operations. In the case of non-metallic or industrial ores, the mineral is subjected to mineralization operations with the aim of having the characteristics required for consumption in the relevant industry.
Optimization of mineral processing lines
Optimization Simulation models are widely used in manufacturing and service systems to redesign existing systems or develop new ones.
Today, advanced optimization methods such as genetic algorithms and neural networks have been successful in solving optimization development problems, so in the mineral processing process, different parts of the processing plant need to be optimized to increase efficiency.