Ore processing is the process of processing and purifying the original ore through a series of processes and links to obtain the required useful minerals, but the generation of foam often brings a series of problems, such as affecting the extraction efficiency, reducing product quality, and increasing equipment failures. In order to solve these problems,Mining processing defoamerEmerged.
There are several steps in the mine processing process where a large amount of foam can occur:
1.Flotation: Flotation is the process of separating useful minerals from waste rocks in ore, usually with the addition of foaming agents. The foaming agent will produce foam in the slurry, and the useful minerals will be floated to the liquid surface and collected by means such as scrapers. A large amount of foam is formed in this process.
2.Dehydration: In the process of slurry dewatering, foam dehydration technology is often used in order to remove as much water as possible from the slurry. This process introduces foam to assist in the separation of the water, so a lot of foam can also occur.
3.Large amounts of foam in mineral processing can have the following effects:
Foam can affect the separation of minerals and lead to a decrease in product quality.
1.Due to the presence of foam, it may lead to blockage and malfunction of equipment, increasing the cost of maintenance and repair.
2.Foam contains chemicals that can pollute the environment.
Mining processing defoamerThe key role is to effectively inhibit and eliminate the formation of foam, by adding the right amount of defoamer, the surface tension of the foam can be destroyed, the stability of the foam liquid film can be reduced, and it is forced to burst and collapse. Defoamers quickly turn foam into liquid, preventing further foam diffusion and stabilization. This defoaming effect can significantly reduce the presence of foam in the mine processing process, increasing productivity and reducing the likelihood of failure.
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