CN105057115A - Two-section type flotation machine - Google Patents
Two-section type flotation machine Download PDFInfo
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- CN105057115A CN105057115A CN201510547881.3A CN201510547881A CN105057115A CN 105057115 A CN105057115 A CN 105057115A CN 201510547881 A CN201510547881 A CN 201510547881A CN 105057115 A CN105057115 A CN 105057115A
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Abstract
The invention discloses a two-section type flotation machine which comprises a first-section flotation tank, a second-section flotation tank and a foam collecting tank. The first-section flotation tank and the second-section flotation tank are arranged side by side and connected together. The upper end of the first-section flotation tank and the upper end of the second-section flotation tank are both located in the foam collecting tank. A foam outlet is formed in the foam collecting tank. The first-section flotation tank is provided with a stirring shaft and a stirring drive mechanism. An impeller is mounted at the lower end of the stirring shaft. A support is fixed in the second-section flotation tank and provided with an inverted conical groove. The first-section flotation tank and the second-section flotation tank are connected through a pipeline conveying mechanism. The feeding end of the pipeline conveying mechanism is connected with a first-section tailings outlet in the bottom of the first-section flotation tank, and the discharging end of the pipeline conveying mechanism is provided with a feeding distributor. A second-section tailings outlet is formed in the bottom of the second-section flotation tank. The two-section type flotation machine is compact in structure, reasonable in design, simple in operation, small in equipment investment, good in flotation effect, high in flotation efficiency, high in adaptability to minerals, high in processing capacity, small in operation energy consumption and low in operation cost.
Description
Technical field
The present invention relates to a kind of flotation device, especially relate to a kind of two-part flotation device for mineral floating.
Background technology
Along with the continuous intensification of China's industrialization degree, the utilization rate as the mineral resources of raw material is also more and more higher.Mineral Resources in China is enriched, but the feature of ubiquity " poor, thin, assorted ", as non-renewable resources, the defect that the rate of recovery exposed in mining mineral resource process is low, production efficiency is low is more and more obvious, becomes the key factor that restriction resource utilization improves.The deterioration of Resource geology condition, unauthorized and excessive mining, superior resources decline, and fine fraction sorting ratio sharply increases, and presenting the trend continuing to worsen, the contradiction of sorting mineral is more outstanding, and fine fraction sorting difficulty shows especially further, therefore, efficient sorting mineral equipment is developed imperative.
At present, in China's sorting mineral, flotation device is still occupied an leading position, and its sorting mode is slot type sorting that is single, that repeat, and each groove is almost identical hydrodynamics separation condition.The multiple-grooved of flotation device stirs better for coarse grained recovering effect, but because the surface tension of superfine material is large, the floating agent activity duration is long causes the recovering effect of fine fraction logistics but not good, and along with the carrying out of floatation process, the material floatability of each groove sorting gradually changes.Floatation process mainly bubble and particle collision, adhere to, enter froth bed, in same material, its floatation process of heterogeneity particle is different, namely show the otherness of floatability, thus change single sorting mineralising mode, intensified sorting process improves effective way that is thick, fine material organic efficiency.
Summary of the invention
The object of the invention is to overcome above-mentioned deficiency of the prior art, a kind of two-part flotation device be provided, its compact conformation, reasonable in design and simple to operate, equipment investment is little, flotation effect is good, and flotation efficiency is high, strong to adaptability of mineral, disposal ability is large, and operation energy consumption is little, and operating cost is low.
For achieving the above object, the technical solution used in the present invention is: a kind of two-part flotation device, it is characterized in that: comprise one section of flotation cell, bis flotation groove and foam collecting tank, described one section of flotation cell is arranged side by side with bis flotation groove and is connected, the upper end of described one section of flotation cell and bis flotation groove is all positioned at foam collecting tank and collects by foam collecting tank the foam that one section of flotation cell and bis flotation groove produce, the upper end of described one section of flotation cell and bis flotation groove is uncovered structure, described foam collecting tank is provided with foam outlet, described one section of flotation cell is provided with shaft and the stirring driving machine structure for driving shaft to rotate, the lower end of described shaft is installed with impeller, described impeller is positioned at one section of flotation cell, described bis flotation groove internal fixtion has support, described support is provided with back taper groove, described one section of flotation cell is connected by Cemented filling mechanism with bis flotation groove, the feed end of described Cemented filling mechanism exports with the one section of mine tailing be arranged on bottom one section of flotation cell and is connected, the discharge end of described Cemented filling mechanism stretches in bis flotation groove, the discharge end of described Cemented filling mechanism is provided with the feed distributor sent into along back taper groove inwall by mineral aggregate, the bottom of described bis flotation groove is provided with two sections of mine tailing outlets, described two sections of mine tailings outlet is provided with valve.
Above-mentioned a kind of two-part flotation device, it is characterized in that: described stirring driving machine structure comprises installing plate, electric machine support, drive motors, the first belt pulley, the second belt pulley and belt, described electric machine support is installed on a mounting board, described drive motors is arranged on electric machine support, described first belt pulley is fixedly mounted on the output shaft of drive motors, described second belt pulley is fixedly mounted on the upper end of shaft, and described first belt pulley and the second belt pulley are connected to form V belt translation by belt; Described installing plate is fixed on the upper end of one section of flotation cell, described shaft is by being installed on bearing in bearing block and installing plate is rotationally connected, described bearing block is installed on a mounting board, and described drive motors, the first belt pulley, the second belt pulley and belt are all positioned at outside foam collecting tank.
Above-mentioned a kind of two-part flotation device, is characterized in that: described shaft overcoat has sleeve, and the upper end of described sleeve is connected with the bottom of bearing block, and the lower end of described sleeve is provided with stator, and described stator sleeve is located at impeller outer.
Above-mentioned a kind of two-part flotation device, it is characterized in that: described shaft is hollow shaft, the lower end of described sleeve is provided with air inlet, inlet chamber is formed between described shaft and sleeve, described sleeve is provided with one section of air inlet pipe, the lower end of described one section of air inlet pipe is stretched in inlet chamber, and the upper end of described one section of air inlet pipe passes foam collecting tank.
Above-mentioned a kind of two-part flotation device, is characterized in that: described one section of flotation cell is provided with material feeding mouth, and be provided with steady flow baffle in described one section of flotation cell, described steady flow baffle is network structure, and described steady flow baffle is arranged on the top of material feeding mouth.
Above-mentioned a kind of two-part flotation device, it is characterized in that: described Cemented filling mechanism comprises pump feed pipe, Pulp pump, pump discharge nozzle, bubble generation case and two section feeding pipes, described one end of pump feed pipe is connected with the entrance of Pulp pump, the outlet of described Pulp pump is connected with one end of pump discharge nozzle, the other end of described pump discharge nozzle is provided with conical nozzle, described conical nozzle is arranged in bubble generation case, described bubble generation case has two sections of air inlets, one end of described two section feeding pipes is communicated with bubble generation case, the other end of described two section feeding pipes is connected with described feed distributor.
Above-mentioned a kind of two-part flotation device, it is characterized in that: described feed distributor comprises material distributor disk and material distributing pipe, one end of described material distributing pipe is communicated with material distributor disk, the other end of described material distributing pipe is arranged near back taper groove place, the quantity of described material distributing pipe is many, and described material distributor disk is communicated with two section feeding pipes.
Above-mentioned a kind of two-part flotation device, is characterized in that: the inwall of described back taper groove is provided with liner plate.
Above-mentioned a kind of two-part flotation device, is characterized in that: the inwall of described liner plate is helicitic texture.
Above-mentioned a kind of two-part flotation device, it is characterized in that: also comprise one section of flotation cell support for supporting one section of flotation cell and the bis flotation groove support for supporting bis flotation groove, described one section of flotation cell is arranged on one section of flotation cell support, and described bis flotation groove is arranged on bis flotation groove support.
The present invention compared with prior art has the following advantages:
1, compact conformation of the present invention, reasonable in design and simple to operate, equipment investment is little.
2, the present invention is at material after one section of flotation cell sorting, and easily the floating preferential emersion of coarse granule material, alleviates follow-up separation pressure greatly, and enhances the stirring action of difficult floating material, overcomes the weakness of follow-up groove separation operation without strong mixing; After the sorting of bis flotation groove, superfine material efficiently can be separated, divide the static environment of favored area, also ensure that the quality of bis flotation groove sorted product, enhance the recovery of difficult floating material, improve the disposal ability of system, the adaptability processing high-concentration ore slurry, ore pulp character fluctuates large material is improved greatly, can take into account and improve the quality that concentrate reclaims ability and concentrate.
3, the trend that the difference that the present invention is directed to different grain size, different densities material floatability in flotation device continuous sorting process in mineral constantly changes, design the floatation process of two sections of changes, reach the object of intensified sorting process, the device processes ability of design is large, and flotation effect is good, and flotation efficiency is high, strong to adaptability of mineral, disposal ability is large, and operating cost is low, and operation energy consumption is little.
The inwall of 4, back taper groove of the present invention is provided with liner plate, the inwall of liner plate is helicitic texture, facilitate the centrifugal motion that two sections of materials enter back taper groove, accelerate feed separation speed, the rate of climb can be improved for subparticle material, can fall along lining for coarse granule material, and the granularity lower limit of flotation can be reduced further.
Below by drawings and Examples, the present invention is described in further detail.
Accompanying drawing explanation
Fig. 1 is structural representation of the present invention.
Fig. 2 is the installation relation schematic diagram of the present invention's one section of flotation cell and installing plate.
Fig. 3 is the installation relation schematic diagram of bis flotation groove of the present invention, back taper groove, feed distributor and two section feeding pipes.
Fig. 4 is the structural representation of steady flow baffle of the present invention.
Description of reference numerals:
1-electric machine support; 2-drive motors; 3-1-the first belt pulley;
3-2-the second belt pulley; 3-3-belt; 4-bearing block;
5-one section of air inlet pipe; 6-foam collecting tank; 7-foam outlet;
8-shaft; 8-1-air inlet; 9-one section of flotation cell;
9-1-material feeding mouth; 10-stator; 11-1-mono-section flotation cell support;
11-2-bis flotation groove support; 12-impeller; 13-one section of mine tailing outlet;
14-pump feed pipe; 15-Pulp pump; 16-pump discharge nozzle;
17-bubble generation case; 17-1-bis-section air inlet; 18-two section feeding pipes;
19-1-material distributor disk; 19-2-material distributing pipe; 20-back taper groove;
21-installing plate; 22-two sections of mine tailing outlets; 22-1-valve;
23-support; 24-bis flotation groove; 25-liner plate;
26-sleeve; 27-steady flow baffle; 28-conical nozzle;
29-inlet chamber.
Detailed description of the invention
As shown in Figure 1, the present invention includes one section of flotation cell 9, bis flotation groove 24 and foam collecting tank 6, described one section of flotation cell 9 is arranged side by side with bis flotation groove 24 and is connected, the upper end of described one section of flotation cell 9 and bis flotation groove 24 is all positioned at foam collecting tank 6 and is collected the foam of one section of flotation cell 9 and bis flotation groove 24 generation by foam collecting tank 6, the upper end of described one section of flotation cell 9 and bis flotation groove 24 is uncovered structure, described foam collecting tank 6 is provided with foam outlet 7, described one section of flotation cell 9 is provided with shaft 8 and the stirring driving machine structure for driving shaft 8 to rotate, the lower end of described shaft 8 is installed with impeller 12, described impeller 12 is positioned at one section of flotation cell 9, described bis flotation groove 24 internal fixtion has support 23, described support 23 is provided with back taper groove 20, described one section of flotation cell 9 is connected by Cemented filling mechanism with bis flotation groove 24, the feed end of described Cemented filling mechanism exports 13 with the one section of mine tailing be arranged on bottom one section of flotation cell 9 and is connected, the discharge end of described Cemented filling mechanism stretches in bis flotation groove 24, the discharge end of described Cemented filling mechanism is provided with the feed distributor sent into along back taper groove 20 inwall by mineral aggregate, the bottom of described bis flotation groove 24 is provided with two sections of mine tailing outlets 22, described two sections of mine tailings outlet 22 is provided with valve 22-1.
As shown in Figure 1, described stirring driving machine structure comprises installing plate 21, electric machine support 1, drive motors 2, first belt pulley 3-1, the second belt pulley 3-2 and belt 3-3, described electric machine support 1 is arranged on installing plate 21, described drive motors 2 is arranged on electric machine support 1, described first belt pulley 3-1 is fixedly mounted on the output shaft of drive motors 2, described second belt pulley 3-2 is fixedly mounted on the upper end of shaft 8, and described first belt pulley 3-1 and the second belt pulley 3-2 is connected to form V belt translation by belt 3-3; Described installing plate 21 is fixed on the upper end of one section of flotation cell 9, described shaft 8 is by being installed on bearing in bearing block 4 and installing plate 21 is rotationally connected, described bearing block 4 is arranged on installing plate 21, and described drive motors 2, first belt pulley 3-1, the second belt pulley 3-2 and belt 3-3 are all positioned at outside foam collecting tank 6.During work, driven by motor first belt pulley 3-1 rotates, and drives the second belt pulley 3-2 to rotate by belt 3-3, and the second belt pulley 3-2 drives shaft 8 to rotate, and shaft 8 impeller 12 rotates, and plays stirring action to ore pulp.
As shown in Figure 1, described shaft 8 overcoat has sleeve 26, and the upper end of described sleeve 26 is connected with the bottom of bearing block 4, and the lower end of described sleeve 26 is provided with stator 10, and described stator 10 is set in outside impeller 12.
As shown in Figure 1, described shaft 8 is hollow shaft, the lower end of described sleeve 26 is provided with air inlet 8-1, inlet chamber 29 is formed between described shaft 8 and sleeve 26, described sleeve 26 is provided with one section of air inlet pipe 5, the lower end of described one section of air inlet pipe 5 is stretched in inlet chamber 29, and the upper end of described one section of air inlet pipe 5 passes foam collecting tank 6.Semi-enclosed flow field is formed between stator 10 and impeller 12 when flowsheet of slurry agitation, negative pressure is formed in ore pulp when high-speed stirred, air enters in one section of flotation cell 9 by one section of air inlet pipe 5 self-priming, air dispersion is in ore pulp, exacerbate the collision effect between bubble and thickness material, improve flotation efficiency.
As shown in Figure 1 and Figure 4, described one section of flotation cell 9 is provided with material feeding mouth 9-1, is provided with steady flow baffle 27 in described one section of flotation cell 9, described steady flow baffle 27 is network structure, and described steady flow baffle 27 is arranged on the top of material feeding mouth 9-1; The setting of steady flow baffle 27 is to impact froth bed stability when ensureing that ore pulp amount feeds excessive.
As shown in Figure 1, described Cemented filling mechanism comprises pump feed pipe 14, Pulp pump 15, pump discharge nozzle 16, bubble generation case 17 and two section feeding pipes 18, one end of described pump feed pipe 14 is connected with the entrance of Pulp pump 15, the outlet of described Pulp pump 15 is connected with one end of pump discharge nozzle 16, the other end of described pump discharge nozzle 16 is provided with conical nozzle 28, described conical nozzle 28 is arranged in bubble generation case 17, described bubble generation case 17 has two sections of air inlet 17-1, one end of described two section feeding pipes 18 is communicated with bubble generation case 17, the other end of described two section feeding pipes 18 is connected with described feed distributor.During work, material is sprayed onto in two section feeding pipes 18 by conical nozzle 28 after bubble generation case 17, and material forms very high flow velocity, and in bubble generation case 17, form negative pressure, air self-priming enters in bubble generation case 17, plays mineralization to material.
As shown in figures 1 and 3, described feed distributor comprises material distributor disk 19-1 and material distributing pipe 19-2, one end of described material distributing pipe 19-2 is communicated with material distributor disk 19-1, the other end of described material distributing pipe 19-2 is arranged near back taper groove 20 place, the quantity of described material distributing pipe 19-2 is many, and described material distributor disk 19-1 is communicated with two section feeding pipes 18.
As shown in figures 1 and 3, the inwall of described back taper groove 20 is provided with liner plate 25, is convenient to maintenance, if any wearing and tearing, only need change liner plate 25.
In the present embodiment, the inwall of described liner plate 25 is helicitic texture.
As shown in Figure 1, the present invention also comprises one section of flotation cell support 11-1 for supporting one section of flotation cell 9 and bis flotation groove support 11-2 for supporting bis flotation groove 24, described one section of flotation cell 9 is arranged on one section of flotation cell support 11-1, and described bis flotation groove 24 is arranged on bis flotation groove support 11-2.
Operation principle of the present invention is: ore pulp enters in one section of flotation cell 9 by material feeding mouth 9-1, drive shaft 8 to rotate by stirring driving machine structure to stir ore pulp, when one section of flotation cell 9 has foam overflow, foam is collected by foam collecting tank 6, can carry out the process of froth pulp after foam outlet 7 outflow.Now open Pulp pump 15, by Pulp pump 15, pump feed pipe 14, pump discharge nozzle 16 and two section feeding pipes 18, one section of mine tailing in one section of flotation cell 9 is fed in bis flotation groove 24, pump feed pipe 14, pump discharge nozzle 16 and two section feeding pipe 18 3 long distance carry out Cemented filling to one section of mine tailing, pipeline area is little, one section of mine tailing flowing velocity is fast, exacerbate the collision between particle and bubble, strengthen particle mineralization process, improve mineralising efficiency, especially substantially increase the mineralising efficiency of particulate, improve the separating effect of particulate.The discharge end of two section feeding pipes 18 is provided with feed distributor, the stability in order to ensure feed and uniformity, the inwall of mineral aggregate along back taper groove 20 is sent into by material distributing pipe 19-2, the inwall of back taper groove 20 is provided with liner plate 25, the inwall of liner plate 25 is helicitic texture, facilitate the centrifugal motion that two sections of materials enter back taper groove 20, accelerate feed separation speed, the rate of climb can be improved for subparticle material, can fall along lining for coarse granule material, and the granularity lower limit of flotation can be reduced further.Due to the material that enters bis flotation groove 24 except feed power does not have other power-equipments; therefore; the two sections of sortings carried out in bis flotation groove 24 are in metastable static environment, do not affect by external force, are that two sections of fine graineds or more difficult floating particle provide better sorting environment.The foam produced in bis flotation groove 24 also enters foam collecting tank 6, and two sections of mine tailings in bis flotation groove 24 are through two sections of outer rows of mine tailing outlet 22.
The above; it is only preferred embodiment of the present invention; not the present invention is imposed any restrictions, every above embodiment is done according to the technology of the present invention essence any simple modification, change and equivalent structure transformation, all still belong in the protection domain of technical solution of the present invention.
Claims (10)
1. a two-part flotation device, it is characterized in that: comprise one section of flotation cell (9), bis flotation groove (24) and foam collecting tank (6), described one section of flotation cell (9) is arranged side by side with bis flotation groove (24) and is connected, the upper end of described one section of flotation cell (9) and bis flotation groove (24) is all positioned at foam collecting tank (6) and is collected the foam of one section of flotation cell (9) and bis flotation groove (24) generation by foam collecting tank (6), the upper end of described one section of flotation cell (9) and bis flotation groove (24) is uncovered structure, described foam collecting tank (6) is provided with foam outlet (7), described one section of flotation cell (9) is provided with shaft (8) and the stirring driving machine structure for driving shaft (8) to rotate, the lower end of described shaft (8) is installed with impeller (12), described impeller (12) is positioned at one section of flotation cell (9), described bis flotation groove (24) internal fixtion has support (23), described support (23) is provided with back taper groove (20), described one section of flotation cell (9) is connected by Cemented filling mechanism with bis flotation groove (24), the feed end of described Cemented filling mechanism exports (13) with the one section of mine tailing being arranged on one section of flotation cell (9) bottom and is connected, the discharge end of described Cemented filling mechanism stretches in bis flotation groove (24), the discharge end of described Cemented filling mechanism is provided with the feed distributor sent into along back taper groove (20) inwall by mineral aggregate, the bottom of described bis flotation groove (24) is provided with two sections of mine tailings outlet (22), described two sections of mine tailings outlet (22) are provided with valve (22-1).
2. according to a kind of two-part flotation device according to claim 1, it is characterized in that: described stirring driving machine structure comprises installing plate (21), electric machine support (1), drive motors (2), first belt pulley (3-1), second belt pulley (3-2) and belt (3-3), described electric machine support (1) is arranged on installing plate (21), described drive motors (2) is arranged on electric machine support (1), described first belt pulley (3-1) is fixedly mounted on the output shaft of drive motors (2), described second belt pulley (3-2) is fixedly mounted on the upper end of shaft (8), described first belt pulley (3-1) and the second belt pulley (3-2) are connected to form V belt translation by belt (3-3), described installing plate (21) is fixed on the upper end of one section of flotation cell (9), described shaft (8) is by being installed on bearing in bearing block (4) and installing plate (21) is rotationally connected, described bearing block (4) is arranged on installing plate (21), and described drive motors (2), the first belt pulley (3-1), the second belt pulley (3-2) and belt (3-3) are all positioned at foam collecting tank (6) outward.
3. according to a kind of two-part flotation device according to claim 2, it is characterized in that: described shaft (8) overcoat has sleeve (26), the upper end of described sleeve (26) is connected with the bottom of bearing block (4), the lower end of described sleeve (26) is provided with stator (10), and described stator (10) is set in impeller (12) outward.
4. according to a kind of two-part flotation device according to claim 3, it is characterized in that: described shaft (8) is hollow shaft, the lower end of described sleeve (26) is provided with air inlet (8-1), inlet chamber (29) is formed between described shaft (8) and sleeve (26), described sleeve (26) is provided with one section of air inlet pipe (5), the lower end of described one section of air inlet pipe (5) is stretched in inlet chamber (29), and the upper end of described one section of air inlet pipe (5) passes foam collecting tank (6).
5. according to a kind of two-part flotation device according to claim 1, it is characterized in that: described one section of flotation cell (9) is provided with material feeding mouth (9-1), steady flow baffle (27) is provided with in described one section of flotation cell (9), described steady flow baffle (27) is network structure, and described steady flow baffle (27) is arranged on the top of material feeding mouth (9-1).
6. according to a kind of two-part flotation device according to claim 1, it is characterized in that: described Cemented filling mechanism comprises pump feed pipe (14), Pulp pump (15), pump discharge nozzle (16), bubble generation case (17) and two section feeding pipes (18), one end of described pump feed pipe (14) is connected with the entrance of Pulp pump (15), the outlet of described Pulp pump (15) is connected with one end of pump discharge nozzle (16), the other end of described pump discharge nozzle (16) is provided with conical nozzle (28), described conical nozzle (28) is arranged in bubble generation case (17), described bubble generation case (17) has two sections of air inlets (17-1), one end of described two section feeding pipes (18) is communicated with bubble generation case (17), the other end of described two section feeding pipes (18) is connected with described feed distributor.
7. according to a kind of two-part flotation device according to claim 6, it is characterized in that: described feed distributor comprises material distributor disk (19-1) and material distributing pipe (19-2), one end of described material distributing pipe (19-2) is communicated with material distributor disk (19-1), the other end of described material distributing pipe (19-2) is arranged near back taper groove (20) place, the quantity of described material distributing pipe (19-2) is many, and described material distributor disk (19-1) is communicated with two section feeding pipes (18).
8. according to a kind of two-part flotation device according to claim 1, it is characterized in that: the inwall of described back taper groove (20) is provided with liner plate (25).
9. according to a kind of two-part flotation device according to claim 8, it is characterized in that: the inwall of described liner plate (25) is helicitic texture.
10. according to a kind of two-part flotation device according to claim 1, it is characterized in that: also comprise for supporting one section of flotation cell support (11-1) of one section of flotation cell (9) and the bis flotation groove support (11-2) for supporting bis flotation groove (24), described one section of flotation cell (9) is arranged on one section of flotation cell support (11-1), and described bis flotation groove (24) is arranged on bis flotation groove support (11-2).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510547881.3A CN105057115B (en) | 2015-08-31 | 2015-08-31 | Two-section type flotation machine |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510547881.3A CN105057115B (en) | 2015-08-31 | 2015-08-31 | Two-section type flotation machine |
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| CN105057115A true CN105057115A (en) | 2015-11-18 |
| CN105057115B CN105057115B (en) | 2017-04-12 |
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| CN201510547881.3A Expired - Fee Related CN105057115B (en) | 2015-08-31 | 2015-08-31 | Two-section type flotation machine |
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| CN107213995A (en) * | 2017-06-15 | 2017-09-29 | 华北理工大学 | The quiet joint two-part flow field fine grained floatation equipment of one kind rotation |
| CN113321262A (en) * | 2021-07-01 | 2021-08-31 | 江西台标环保有限公司 | Coagulation air flotation method suitable for textile printing and dyeing wastewater treatment |
| CN115138484A (en) * | 2022-06-09 | 2022-10-04 | 株洲天桥舜臣选煤机械有限责任公司 | Flotation machine for mineral separation and mineral flotation method |
| CN115287450A (en) * | 2022-08-21 | 2022-11-04 | 湖北大江环保科技股份有限公司 | Efficient continuous iron removal system and using method thereof |
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| WO2018227969A1 (en) * | 2017-06-15 | 2018-12-20 | 华北理工大学 | Swirling static combined double-section type flow field fine particle flotation apparatus |
| CN107213995B (en) * | 2017-06-15 | 2019-08-30 | 华北理工大学 | A kind of rotation quiet joint two-part flow field fine grained floatation equipment |
| CN113321262A (en) * | 2021-07-01 | 2021-08-31 | 江西台标环保有限公司 | Coagulation air flotation method suitable for textile printing and dyeing wastewater treatment |
| CN113321262B (en) * | 2021-07-01 | 2022-12-23 | 福建永丰针纺有限公司 | Coagulation air flotation method suitable for textile printing and dyeing wastewater treatment |
| CN115138484A (en) * | 2022-06-09 | 2022-10-04 | 株洲天桥舜臣选煤机械有限责任公司 | Flotation machine for mineral separation and mineral flotation method |
| CN115287450A (en) * | 2022-08-21 | 2022-11-04 | 湖北大江环保科技股份有限公司 | Efficient continuous iron removal system and using method thereof |
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