CN104888933A - Heavy metal reselection enrichment pipe and beneficiation method thereof - Google Patents
Heavy metal reselection enrichment pipe and beneficiation method thereof Download PDFInfo
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- CN104888933A CN104888933A CN201410077553.7A CN201410077553A CN104888933A CN 104888933 A CN104888933 A CN 104888933A CN 201410077553 A CN201410077553 A CN 201410077553A CN 104888933 A CN104888933 A CN 104888933A
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Abstract
The invention discloses a heavy metal reselection enrichment pipe and a beneficiation method thereof. The heavy metal reselection enrichment pipe comprises a cylinder, wherein multiple layers of rectangular plate-shaped beneficiation working surfaces are axially arranged in the cylinder, and two sides are arranged on support rails on the inner surface of the cylinder; multiple parallel convex edges are arranged on the upper surfaces of the beneficiation working surfaces, and are perpendicular to the axial direction of the cylinder; inclined surfaces, facing to a mine inlet, of the convex edges are working surfaces; comb teeth are arranged on the working surfaces, and are perpendicular to the working surfaces; the bottoms of the convex edges are not connected with each other; trapezoidal cells are formed between the adjacent convex edges; a mine inlet cover is provided with mine inlet pipes and water spraying pipes corresponding to all the beneficiation working surfaces; all the mine inlet pipes are leaded to the middle parts of the corresponding beneficiation working surfaces, and are gathered to a mine receiving hopper; all the water spraying pipes are positioned at one sides of the beneficiation working surfaces, and are axially provided with water spraying ports opposite to all the trapezoidal cells; and mine outlet pipes are arranged on the mine outlet cover. The heavy metal reselection enrichment pipe has the advantages of high recovery rate, great handling capacity, high enrichment rate, low investment, high yield and no pollution.
Description
Technical field
The invention belongs to heavy metal mining industry technical field, particularly heavy metal species gravity treatment enrichment pipeline and a beneficiation method thereof.
Background technology
Current heavy metal mining industry, particularly Gold Mining Industry generally uses the method for hydrogenation flotation to carry out ore dressing, but hydrogenation flotation exists the problem of " high investment ", " low output ", " heavily contaminated ", its surprising wasting of resources makes us startling, makes industry hard to carry on.For embodying the core strategy of the Scientific Outlook on Development and innovation driving, adapt to national industrial policies guiding, in the urgent need to changing existing ore dressing mode.For most representative Gold Mining Industry, industry is constantly pursued and is replaced hydrogenation flotation mode on the whole with desirable reselection modes.
Gravity treatment, i.e. gravity separation, it has low input, pollutes few feature.Through the unremitting effort of over half a century, there is hundreds of kind in domestic and international gravitational separation equipment, but its design philosophy be unable to do without all the time and makes the loose layering of ore pulp with the machine power of " shake, turn, shake, put ", make it in high-recovery, high throughput, optimization concentration ratio three, always attend to one thing and lose sight of another, be difficult to complement each other, create new peak, on industry utilizes, there is significant limitation, in the technical system of taking as the leading factor with hydrogenation flotation, dependency can only be by stooge.
Applicant is disclose a kind of combined gold deposits tailings reclamation device in the patent of invention of 200410103975.3 at application number, it comprises: submersible deep layer rushes device for picking, ore pulp splitter, pulp distributer, and ore pulp carefully selects, flushing device, it passes through reselection modes, take into account high-recovery, high throughput, optimization enrichment three aspects, achieve good effect.But its to be present in equipment volume in actual applications huge, complex structure, installs the problem of inconvenience, therefore still has the necessity improved further.
Summary of the invention
The object of this invention is to provide a heavy metal species gravity treatment enrichment pipeline, it has the feature of high-recovery, high throughput, high concentration ratio, and structure is simple, and easy for installation, production efficiency is high.
Another object of the present invention is to provide a heavy metal species gravity treatment enrichment pipeline, and it has the feature of multiple-limb integrated form, and can better promote the rate of recovery, treating capacity, concentration ratio.
Another object of the present invention is to provide the beneficiation method of a heavy metal species gravity treatment enrichment pipeline, the method has that the rate of recovery is high, treating capacity is large, the high and low input of concentration ratio, high production, free of contamination advantage, hydrogenation flotation beneficiation mode can be replaced comprehensively.
For achieving the above object, the present invention takes following technical scheme:
One heavy metal species gravity treatment enrichment pipeline, it comprises a cylindrical shell, and these cylindrical shell two ends are respectively iron ore feeding hole and go out mine mouth, respectively passes through to close into ore deposit lid and ore removal cap seal; Be provided with some layers of ore dressing working face in this cylindrical shell vertically, the rectangular tabular of this ore dressing working face, both sides are located on the supporting track of this cylinder inner surface;
The upper surface of this ore dressing working face is provided with some parallel fins, and direction is axial vertical with this cylindrical shell; This fin cross section entirety is at right angles trapezoidal, and this right-angled trapezium is gone to the bottom and to be overlapped with this ore dressing working face, and this fin has the facade vertical with this ore dressing working face towards one end of this iron ore feeding hole;
This fin is working face towards the inclined-plane of this iron ore feeding hole, and this working face is provided with comb, and direction is vertical with this working face; Do not connect mutually bottom this fin, and between adjacent lugs, form trapezoidal cell;
This enters ore deposit and covers to be provided with and corresponding with each this ore dressing work face enter pipe and sparge pipe, and respectively this enters the middle part that pipe leads to corresponding ore dressing working face, and collects and be communicated to by ore bucket; Respectively this sparge pipe is positioned at the side of this ore dressing working face, and is provided with the water jet corresponding with each trapezoidal cell position vertically;
This ore removal covers and is provided with ore outlet pipe.
Further, on the right-angled trapezium cross section of described fin, the height of this right-angled trapezium is 6-10mm, goes to the bottom as 14-16mm, and upper base is 2mm, and the hypotenuse that described working face is corresponding is 19-22 ° with the angle of going to the bottom; The height of this facade is 2mm; Described comb height 2mm, is spaced apart 1.5mm.
Preferably, the height of described right-angled trapezium is 8mm, goes to the bottom as 16mm, and the hypotenuse that described working face is corresponding is 20 ° with the angle of going to the bottom; The spacing of adjacent lugs is 2mm.
Preferably, described each ore dressing working face equidistantly arranges in described cylindrical shell.
Further, described cylindrical shell is provided with the suspension ring for lifting.
Further, described cylindrical shell is consisted of gemel connection by two and half, movablely opens.
The present invention also provides a heavy metal species gravity treatment enrichment pipeline, and comprise several above-mentioned heavy metal gravity treatment enrichment pipelines, each cylindrical shell is integrated to be fixed together, described respectively enter pipe all collect be communicated to described by ore bucket.
The present invention separately provides a kind of described heavy metal gravity treatment enrichment pipeline beneficiation method, and it comprises the following steps:
The number of described heavy metal gravity treatment enrichment pipeline is selected according to workload;
Respectively enter pipe be all switched to described by ore bucket by described, and iron ore feeding hole one end of described heavy metal gravity treatment enrichment pipeline is promoted to described cylindrical shell horizontal by 20 °;
Open and start for ore pulp by ore bucket, with 20 minutes for interval, stop for ore pulp, described heavy metal gravity treatment enrichment pipeline is set level, overturning 30 ° makes the sparge pipe side of described ore dressing working face higher than opposite side, then by water jet to spraying-rinsing in described trapezoidal cell, the concentrate in trapezoidal cell is rinsed to described cylinder body bottom and flows into concentrate pond;
By described heavy metal gravity treatment enrichment pipeline to returning upset 30 °, the iron ore feeding hole one end continuing to promote described heavy metal gravity treatment enrichment pipeline is promoted to horizontal by 20 °, carries out next circulation.
The invention has the beneficial effects as follows: heavy metal gravity treatment enrichment pipeline of the present invention and beneficiation method thereof, current hydrogenation method for floating and equipment can be substituted, have that the rate of recovery is high, treating capacity is large, the high and low input of concentration ratio, high production, free of contamination advantage, structure is simple, easy for installation, production efficiency is high.
Accompanying drawing explanation
Fig. 1 is the scheme of installation of heavy metal gravity treatment enrichment pipeline first embodiment of the present invention.
Fig. 2 is the structural representation of the ore dressing working face of heavy metal gravity treatment enrichment pipeline first embodiment of the present invention.
Fig. 3 is the enlarged diagram at A place in Fig. 2.
Fig. 4 is the working state schematic representation of heavy metal gravity treatment enrichment pipeline first embodiment of the present invention.
Fig. 5 is the working state schematic representation of heavy metal gravity treatment enrichment pipeline second embodiment of the present invention.
Detailed description of the invention
Be described in detail of the present invention below in conjunction with accompanying drawing.
As shown in Figure 1, the invention provides a heavy metal species gravity treatment enrichment pipeline, it comprises a cylindrical shell 1, and these cylindrical shell 1 two ends are respectively iron ore feeding hole 11 and go out mine mouth 12, respectively passes through to close 3(into ore deposit lid 2 and ore removal cap seal and sees Fig. 4).Be provided with some layers of ore dressing working face 4 in this cylindrical shell 1 vertically, preferably, this each ore dressing working face 4 is equidistantly arrangement in this cylindrical shell 1.The rectangular tabular of this ore dressing working face 4, both sides are located on the supporting track (figure does not illustrate) of this cylindrical shell 1 inner surface, and this supporting track can be a L-type angle steel.As shown in the figure, this cylindrical shell 1 is divided into openable two parts, middle by gemel connection, easy disassembly.
As shown in Figure 2 and Figure 3, the upper surface of this ore dressing working face 4 is provided with some parallel fins 41, and direction is axial vertical with this cylindrical shell 1.This fin 41 cross section entirety is at right angles trapezoidal, and this right-angled trapezium a that goes to the bottom overlaps with this ore dressing working face, and this fin 41 has the facade vertical with this ore dressing working face towards one end of this iron ore feeding hole, and the high H of this facade is 2mm.Further, on the right-angled trapezium cross section of this fin 41, the high h of this right-angled trapezium is 6-10mm, and a that goes to the bottom is 14-16mm, and upper base b is 2mm, and the hypotenuse c that this working face is corresponding is 19-22 ° with the angle theta of a that goes to the bottom.Preferably, the high h of this right-angled trapezium is 8mm, and a that goes to the bottom is 16mm, and the hypotenuse c that this working face is corresponding is 20 ° with the angle theta of a that goes to the bottom.
This fin 41 is working face towards the inclined-plane of this iron ore feeding hole 11, and this working face is provided with comb 5, and direction is vertical with this working face, for passive combing ore pulp, makes it to keep loose layering.Ore pulp flows through from this working face, and lower boiling water dropping shock is inner system dynamics, and repulsion between fluid layer, shear force are interacted, and excites that mine particle group is loose to raise up, and forms fluidised form high frequency change forever motive force.The high 2mm of this comb 5, is spaced apart 1.5mm.Do not connect mutually bottom this fin 41, the spacing of adjacent lugs 41 is 2mm, and between adjacent lugs, form trapezoidal cell.
As shown in Figure 4, this enters ore deposit lid 2 and is provided with and corresponding with each this ore dressing work face enters pipe 21 and sparge pipe 22, and respectively this enters the middle part that pipe 21 leads to corresponding ore dressing working face, and collects and be communicated to by ore bucket 6.Respectively this sparge pipe 22 is positioned at the side of this ore dressing working face, and is provided with the water jet corresponding with each trapezoidal cell position vertically, and cylindrical shell 1 opposite side arcuate space is concentrate carrying intercept passage.This ore removal lid 3 is provided with ore outlet pipe, for flowing out ore pulp.
As shown in Figure 5, the present invention also provides a heavy metal species gravity treatment enrichment pipeline, and comprise several above-mentioned heavy metal gravity treatment enrichment pipelines, each cylindrical shell is integrated to be fixed together, and this respectively enters pipe and all collects and be communicated to this by ore bucket 6.
The present invention separately provides a kind of described heavy metal gravity treatment enrichment pipeline beneficiation method, and it comprises the following steps:
The number of described heavy metal gravity treatment enrichment pipeline is selected according to workload; Respectively enter pipe be all switched to described by ore bucket by described, see Fig. 1 by the suspension ring 7(for lifting that electric block and this cylindrical shell are arranged), iron ore feeding hole one end of described heavy metal gravity treatment enrichment pipeline is promoted to described cylindrical shell horizontal by 20 °; Open and start for ore pulp by ore bucket, with 20 minutes for interval, stop for ore pulp, described heavy metal gravity treatment enrichment pipeline is set level, overturning 30 ° makes the sparge pipe side of described ore dressing working face higher than opposite side, then by water jet to spraying-rinsing in described trapezoidal cell, the concentrate in trapezoidal cell is rinsed to described cylinder body bottom and flows into concentrate pond; By described heavy metal gravity treatment enrichment pipeline to returning upset 30 °, the iron ore feeding hole one end continuing to promote described heavy metal gravity treatment enrichment pipeline is promoted to horizontal by 20 °, carries out next circulation.Because the multilayer ore dressing working face rate of recovery can up to more than 95%, its number of plies, width press pipe diameter setting, and pipeline thickness, length, integrated stacked system, quantity can set flexibly by production scale, condition.
Reselection technique system is optimized in industrialization transition that heavy metal gravity treatment enrichment pipeline of the present invention is formed, why can at high-recovery, high throughput, optimize concentration ratio to complement each other, create new peak, surmount hydrogenation flotation, mainly by hydrodynamics, Principles of Statics and the scientific thought catching the main aspect of principal contradiction to deal with problems on the whole, implement to create gravity treatment mechanism and excavate fluid inner system dynamics, optimize the loose layering of ore pulp, break away from the limitation of design philosophy custom tendency, the longitudinal direction be arranged on ore dressing working face lengthens, transversely arranged drop formula " positive and negative light and shade double trapezoid " cell, and be the cell dimension angle of strengthening fluid inner system dynamics, the particularly angle of working face and ore dressing working face, for combing ore pulp, the accurate comb arranged, its height, soft or hard, spacing distance, all test by applicant the optimum value drawn hard.Adopt multiple-limb to integrate in heavy metal gravity treatment enrichment pipeline in addition, more adapt to the needs of high throughput, high efficiency production.Above aspect obtains the surprising effect that 1+1 is greater than 2, and the domestic and international heavy metal general character difficult problem such as high investment, low output, heavily contaminated that especially Gold Mining Industry can't resolve is readily solved.
The present invention solves the general character difficult problem that gold steps on heavy metal mining industry high investment, low output, heavily contaminated on the whole, reverse " shake, turn, shake, put " machine power that gravity treatment be unable to do without, assert the habit set that hydrogenation flotation can not be substituted in the dominant position of Gold Mining Industry, with a set of innovation gravity treatment mechanism, deeply excavate fluid inner system dynamics.Traditional gravity treatment elite and emerging original creation gravity treatment mechanism are concentrated among the gravity treatment enrichment pipeline of the multiple-limb accessible site that can set on demand by the present invention, it is applicable to rock gold, alluvial gold, raw ore mine tailing and other heavy metal containing golden inclusion enclave comprehensively, and the sorting of subparticle level heavy mineral, its rate of recovery is high, treating capacity is large, concentration ratio is better than hydrogenation flotation mode, and compact conformation, capable of expansion and contraction, operation, dismounting, carrying are nimble, cheap, adapt to the generally urgent need of the overall technological transformation of heavy metal mining industry, particularly Gold Mining Industry.
It is pointed out that above-mentioned embodiment is only possible embodiment, in order to be expressly understood that principle of the present invention proposes.Many changes and amendment can be carried out to the embodiment of the invention described above when not deviating from the principle of the invention and scope.All such modifications and change are all included in the scope of the present invention's announcement, and are subject to the protection of claims.
Claims (8)
1. a heavy metal species gravity treatment enrichment pipeline, it is characterized in that, it comprises a cylindrical shell, and these cylindrical shell two ends are respectively iron ore feeding hole and go out mine mouth, respectively passes through to close into ore deposit lid and ore removal cap seal; Be provided with some layers of ore dressing working face in this cylindrical shell vertically, the rectangular tabular of this ore dressing working face, both sides are located on the supporting track of this cylinder inner surface;
The upper surface of this ore dressing working face is provided with some parallel fins, and direction is axial vertical with this cylindrical shell; This fin cross section entirety is at right angles trapezoidal, and this right-angled trapezium is gone to the bottom and to be overlapped with this ore dressing working face, and this fin has the facade vertical with this ore dressing working face towards one end of this iron ore feeding hole;
This fin is working face towards the inclined-plane of this iron ore feeding hole, and this working face is provided with comb, and direction is vertical with this working face; Do not connect mutually bottom this fin, and between adjacent lugs, form trapezoidal cell;
This enters ore deposit and covers to be provided with and corresponding with each this ore dressing work face enter pipe and sparge pipe, and respectively this enters the middle part that pipe leads to corresponding ore dressing working face, and collects and be communicated to by ore bucket; Respectively this sparge pipe is positioned at the side of this ore dressing working face, and is provided with the water jet corresponding with each trapezoidal cell position vertically;
This ore removal covers and is provided with ore outlet pipe.
2. heavy metal gravity treatment enrichment pipeline according to claim 1, it is characterized in that: on the right-angled trapezium cross section of described fin, the height of this right-angled trapezium is 6-10mm, goes to the bottom as 14-16mm, upper base is 2mm, and the hypotenuse that described working face is corresponding is 19-22 ° with the angle of going to the bottom; Described facade height 2mm; Described comb height 2mm, is spaced apart 1.5mm.
3. heavy metal gravity treatment enrichment pipeline according to claim 2, is characterized in that: the height of described right-angled trapezium is 8mm, goes to the bottom as 16mm, and the hypotenuse that described working face is corresponding is 20 ° with the angle of going to the bottom; The spacing of adjacent lugs is 2mm.
4. heavy metal gravity treatment enrichment pipeline according to claim 1, is characterized in that: described each ore dressing working face equidistantly arranges in described cylindrical shell.
5. heavy metal gravity treatment enrichment pipeline according to claim 1, is characterized in that: described cylindrical shell is provided with the suspension ring for lifting.
6. heavy metal gravity treatment enrichment pipeline according to claim 1, is characterized in that: described cylindrical shell is consisted of gemel connection by two and half, movablely opens.
7. a heavy metal species gravity treatment enrichment pipeline, is characterized in that: comprise several heavy metal gravity treatment enrichment pipelines according to any one of claim 1 to 6, each cylindrical shell is integrated to be fixed together, described respectively enter pipe all collect be communicated to described by ore bucket.
8. the heavy metal gravity treatment enrichment pipeline beneficiation method according to any one of claim 1 to 7, it is characterized in that, it comprises the following steps:
The number of described heavy metal gravity treatment enrichment pipeline is selected according to workload;
Respectively enter pipe be all switched to described by ore bucket by described, and iron ore feeding hole one end of described heavy metal gravity treatment enrichment pipeline is promoted to described cylindrical shell horizontal by 20 °;
Open and start for ore pulp by ore bucket, with 20 minutes for interval, stop for ore pulp, described heavy metal gravity treatment enrichment pipeline is set level, overturning 30 ° makes the sparge pipe side of described ore dressing working face higher than opposite side, then by water jet to spraying-rinsing in described trapezoidal cell, the concentrate in trapezoidal cell is rinsed to described cylinder body bottom and flows into concentrate pond;
By described heavy metal gravity treatment enrichment pipeline to returning upset 30 °, the iron ore feeding hole one end continuing to promote described heavy metal gravity treatment enrichment pipeline is promoted to horizontal by 20 °, carries out next circulation.
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| CN201410077553.7A CN104888933B (en) | 2014-03-04 | 2014-03-04 | Heavy metal reselection enrichment pipe and beneficiation method thereof |
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| CN104888933B CN104888933B (en) | 2017-03-22 |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106216107A (en) * | 2016-07-19 | 2016-12-14 | 深圳市中矿海纳矿业有限公司 | A kind of centrifugal ore separator processing sludge |
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| CN104888933B (en) | 2017-03-22 |
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