Micro-fine particle grade titanium ore recovery apparatus

Abstract

The invention relates to the field of micro-fine particle grade titanium ore recovery equipment, and especially relates to a micro-fine particle grade titanium ore recovery apparatus. The to-be solved technological problem is to provide a micro-fine particle grade titanium ore recovery apparatus capable of timely eliminating foam in a micro-fine particle grade titanium ore liquid and relatively fully recovering micro-fine particle grade titanium ore in mine tailing. The micro-fine particle grade titanium ore recovery apparatus comprises a condensation bucket with a port at the bottom, an inlet arranged above the condensation bucket, and a high-pressure spray pipe arranged above the condensation bucket, and one side, facing to the condensation bucket, of the high-pressure spray pipe is provided with at least one high-pressure nozzle. The conception of the technical scheme is based on the problem in practice that foam carries ore particles, the destroy effect of a high-pressure water flow on foam is ingeniously utilized, the purpose of economically efficiently recovering a large amount of micro-fine particle grade titanium ore is realized, the recovery apparatus has prospect of large-scale popularization, and is especially applicable to recover mineral products taking micro-fine particle titanium ore as the representative.

Description

technical field [0001] The invention relates to the field of recovery equipment for fine-grained titanium tailings, in particular to a device for recovering fine-grained titanium ore. Background technique [0002] At this stage, the concentrator is a major equipment in the solid-liquid separation process. At present, it is used in the recovery of fine-grained titanium tailings, because the liquid in the tailings contains a large amount of chemicals, which is prone to foam and carries some fine-grained titanium ore. The generated foam floats on the surface and flows out of the thickening hopper along with the overflow, which also takes away part of the fine titanium ore, which is not conducive to the recycling of resources. The reagents in the tailings are mainly due to the use of flotation machines in the fine workshop of the titanium beneficiation plant to separate the fine-grained titanium ore through chemical and physical reactions by adding xanthate, sulfuric acid, kero...

AI Technical Summary

Problems solved by technology

The generated foam floats on the surface and flows out of the thickening hopper along with the overflow, which also takes away some fine titanium ore, which is not conducive to the recycling of resources

The reagents in the tailings are mainly due to the use of flotation machines in the fine workshop of the titanium beneficiation plant to separate the fine-grained titanium ore through chemical and physical reactions by adding xanthate, sulfuric acid, kerosene and other chemicals. Drugs cannot be eradicated

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