Novel material re-cleaning pulping device for gold ore tailing pond

Abstract

The invention provides a novel material re-cleaning pulping device for a gold ore tailing pond and belongs to the technical field of noble metal ore re-separation devices. The novel material re-cleaning pulping device for the gold ore tailing pond is an integrated device special for noble metal tailing re-separation and pulping. According to the technical scheme, the novel material re-cleaning pulping device for the gold ore tailing pond comprises a feeding groove, a water pipe, a screen body, a cutting and stirring groove and a pulp outlet. The feeding groove is a feeding groove body with thetop being open. The groove wall of the feeding groove is fixedly provided with the water pipe. The water outlet of the water pipe is aligned with the inner portion of the feeding groove body. A material outlet of the feeding groove is in butt joint with a material inlet of the screen body. The screen body is used for screening qualified pulp lumps. A material outlet of the screen body is in buttjoint with a material inlet of the cutting and stirring groove. The cutting and stirring groove is used for crushing the lump and stirring the pulp. The pulp outlet is in butt joint with the cutting and stirring groove. The novel material re-cleaning pulping device for the gold ore tailing pond can be widely applied to the noble metal tailing material re-cleaning pulping field.

Description

technical field [0001] The invention discloses a novel gold ore tailing storage material re-selection pulping device, which belongs to the technical field of precious metal mineral re-selection equipment, and in particular relates to gold ore tailing material re-selection equipment. Background technique [0002] In the process of gold mining, due to the limitations of the original beneficiation process and technology, it is impossible to separate some valuable elements such as gold, silver and zinc in the tailings. Most of the tailings are piled up in the open air. On the one hand, it leads to waste of resources and reduces the efficiency of gold mining. On the other hand, with the erosion of rainwater, a large amount of heavy metal substances seep into the ground and pollute the environment. In order to make full use of resources and protect the environment, it has been verified by mineral processing experiments that comprehensive recycling, development and utilization can ...

AI Technical Summary

Problems solved by technology

After experimental demonstration and market research, no pulping machine was found that can make pulp smoothly without affecting the operation of the equipment due to slag and sundries

[0004] In addition, most pulping machines cannot separate the slag and sundries in the mud, and the pulping machine is often used in conjunction with the screening machine

However, after practical application, it is found that the screening efficiency of the screening machine dedicated to separating the debris and sundries in the sand is gradually reduced. The reason is that the screening holes or gaps are gradually blocked due to the debris stuck on the screening structure in the screening machine.

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