Slow motion belt solid-liquid separation method

Abstract

The invention relates to a slow motion belt solid-liquid separation method, aiming at reducing separation amount and more complete separation. The method is suitable for removing solid matter from a mineral water mixture by using a belt conveyer; the method is as follows: a separation belt slowly operating is installed above a transportation belt of the belt conveyer which is below a power core box of a weight plate machine; mineral and muddy water fall over the separation belt to be precipitated firstly; a permanent magnet stripe is transversely installed on the appropriate place below a loading side of the separation belt to form a magnetic dam; when the separated muddy water passes through the permanent magnet stripe, the contained magnetic substance thereof subsides, the water overfalls to a collecting basin from the tail of the separation belt; the intercepted subsidence magnetic substances fall over the transportation belt of the belt conveyer along the sediments at the bottom together from the front part of the separation belt and are carried out.

Description

technical field [0001] The invention relates to a method for removing solid matter from mineral water mixture by using a belt conveyor. Background technique [0002] In the production process of mining enterprises adopting the chute, coarse crushing, and belt transportation system, a large amount of mud ore is formed due to the water and ore flow entering the chute, resulting in low efficiency of the crushing system using the crushing and screening process in the lower part, and it is difficult to meet the grinding requirements. The amount of ore in the process and the requirements for the grinding particle size seriously affect the normal production. For this reason, mud mines have become a serious disaster for mining companies, and they are trying to control them. Generally, grid screens are installed at the bottom of the feeding chute at the head of the conveyor belt. For the separation of mud ore, because the separation measure is at the head of the belt, and it cannot b...

AI Technical Summary

Problems solved by technology

[0002] In the production process of mining enterprises adopting the chute, coarse crushing, and belt transportation system, a large amount of mud ore is formed due to the water and ore flow entering the chute, resulting in low efficiency of the crushing system using the crushing and screening process in the lower part, and it is difficult to meet the grinding requirements. The amount of ore in the process and the requirements for the grinding particle size seriously affect the normal production. For this reason, mud mines have become a serious disaster for mining companies, and they are trying to control them. Generally, grid screens are installed at the bottom of the feeding chute at the head of the conveyor belt. For the separation of mud ore, because the separation measure is at the head of the belt, and it cannot be used in winter due to the influence of the climate, only a part of the mud ore can be diverted, and the separated amount is large, which needs to be transported and air-dried by the scraper equipment for 24 hours. Dry, heavy workload, large space occupation, difficult follow-up processing

Images