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Tailing deposition test system

A test system and tailings technology, applied in the field of engineering experiments, can solve the problems of large sidewall interference effect, unclear boundary conditions of model test, and difficulty in meeting similar conditions of scouring and silting.

Pending Publication Date: 2022-03-01
CHINA ACAD OF SAFETY SCI & TECH +1
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

[0005] The present invention provides a tailings deposition test system, which is used to solve the problem in the background that the pulp stored in the storage tank is discharged into the deposition model tank through a pumping system. If the pulp in the storage tank is stored for too long The solid particles are easy to deposit in the storage tank, resulting in the change of slurry concentration during the ore drawing process, and the size of the model tank used by the current researchers for tailings deposition is small. If the ore flow rate and particle size are reduced, it is difficult to meet the similar conditions for erosion and siltation; if the similarity ratio is not considered, the test is carried out according to the flow rate and particle size of the prototype test, and the interference effect of the side wall is very large, resulting in unclear boundary conditions for the model test Any technical issue in

Method used

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Examples

Experimental program
Comparison scheme
Effect test

Embodiment 1

[0048] The present invention discloses a tail deposition test system, including a stirring system 1, a pumping discharge system 2, a deposition model groove 3, a latch reflux cycle system 4, and a monitoring system 7, and a stirring system 1, a pumping discharge system 2, The deposition model slot 3 is sequentially connected by a loose line, and the deposition model groove 3 and the tail flow reflow circulation system 4 are connected to the agitation system 1 by the test line, and the storage pool 104 of the stirring system 1 is provided with a stirrer 105. The deposition model groove 3 is provided with a monitoring system 7.

[0049] The beneficial effect of the above technical solution is:

[0050] By setting the stirring system 1, the pumping discharge system 2, the deposition model groove 3 and the latch circulating cycle system 4, the mineral slurry concentration, the mineral flow, the mineral tube can be used, and the base drainage conditions, etc. The simulation is carried ...

Embodiment 2

[0054] On the basis of Example 1, the deposition model groove 3 employs a model groove greater than 10 m × 1 m × 0.5 m size, the pumping discharge system 2 discharges the slurry of the stirring system 1 to the deposition model slot 3, in the pump After the emission system 2 is released, the deposition formed by the deposited accumulation of the deposition of the model groove 3 for a period of time, the sample, the sample, the sample, the sample, and the sample, respectively, according to the sample, consolidate and shear test.

[0055]The beneficial effect of the above technical solution is:

[0056] The deposition model groove 3 employs a 20m × 2m × 1 m size model slot, a model slot greater than 10m × 1 m × 0.5 m size, and the length direction can satisfy the sorting deposition of the particles and the formation of dry beach, and the width direction is sufficient. Side-to-sports space, solved the current researchers used in the model slot size used in the tailings deposition, in ...

Embodiment 3

[0061] Based on the first embodiment, the test line includes a loop tube 123, a mineral tube 2 201, a mineral tube three 205, and a discharge tube 4 207, and the agitation system 1 further comprises a stirring cylinder 101, said The discharge tube 103 is connected between the discharge opening and the feed port of the stirring tube 101, and a flow valve one 102 is provided on the release tube 103, and the mixing tube 101 is provided with stirring. The device 105 and a concentration meter.

[0062] The beneficial effect of the above technical solution is:

[0063] The stirring system 1 includes a storage pool 104 of 2 m3 of the stirring cylinder 101, 1 m3, and the full tail mineral and water are poured into the agitating cylinder 101 before the test, and the mixing tube 101 is formulated into a concentration of all-tail slurry. The concentration gauge provided in the agitating cylinder 101 is used to monitor the concentration of the full mine slurry formulated by the agitation tube...

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Abstract

The invention provides a tailing deposition test system which comprises a stirring system, a pumping and discharging system, a deposition model tank, a wake flow backflow circulating system and a monitoring system, and the stirring system, the pumping and discharging system and the deposition model tank are sequentially connected through test pipelines. The sedimentary model tank and the wake flow backflow circulation system are respectively connected with the stirring system through test pipelines, a stirrer is arranged in a material storage pool of the stirring system, a monitoring system is arranged on the sedimentary model tank, the stirrer is started during ore drawing, and the situation that particles in tailing pulp deposit in the material storage pool, so that the concentration of ore pulp changes in the ore drawing process is prevented; the technical problem that when ore pulp stored in a storage pool is discharged into a sedimentary model groove through a pumping system, if the storage time of the ore pulp in the storage pool is too long, solid particles in the ore pulp are prone to depositing in the storage pool, and the concentration of the ore pulp changes in the ore drawing process is solved.

Description

Technical field [0001] The present invention relates to the field of engineering experiments, and more particularly to a tail deposition test system. Background technique [0002] Drawing test is widely used in research in hydraulics, sediment dynamics and geological deposition structure, and has carried out sediment sludge ecosystems against mud movement law, wandering river evolution, alluvial fan growth law, and large water conservancy project. Experimental study on problems. Scholars have analyzed from different perspectives for the applicability of the groove test. Southard et al. (Southard, Boguchwal et al. 2010) believes that loose deposits are enrolled in water flow. Some scholars believe that the inherent principle can be studied in a phenomenon observed in a large-scale prototype test (Küpper 1991). In recent years, with the expansion of the scale test and the development of measurement techniques, high-precision, digitally real-time real-time monitoring system is used ...

Claims

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Application Information

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Patent Type & Authority Applications(China)
IPC IPC(8): G01M10/00G01N15/04
CPCG01M10/00G01N15/04
Inventor 李全明师海李振涛段志杰张红王翔南于玉贞吕禾
Owner CHINA ACAD OF SAFETY SCI & TECH
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