CN205217039U - Copper concentrate raw materials washing recovery system - Google Patents
Copper concentrate raw materials washing recovery system Download PDFInfo
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- CN205217039U CN205217039U CN201520737308.4U CN201520737308U CN205217039U CN 205217039 U CN205217039 U CN 205217039U CN 201520737308 U CN201520737308 U CN 201520737308U CN 205217039 U CN205217039 U CN 205217039U
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Abstract
The utility model discloses a copper concentrate raw materials washing recovery system, it includes broken system, the rinse -system, subside the system, membrane filtration system and filter -pressing system, the breaker discharge gate of broken system is through the fulling mill feed inlet intercommunication of broken screw conveyer with the rinse -system, the precipitum of fulling mill exports through rinsing screw conveyer and subsides systematic first settling basin entry intercommunication, subside systematic third settling basin export and give the membrane filter entry intercommunication of liquid pump no. 1 with membrane filtration system through membrane filter. The utility model has the advantages of, improve the smart copper mine raw materials rate of recovery, the maximum smart copper mine raw materials of avoiding transporting in automobile body and the wrapping bag is remained, has reduced the loss of smart copper mine raw materials, the closed circulation who has realized water for washing utilizes, has not only reduced the waste to the water resource, has kept the cleanness of wasing site environment simultaneously, degree of automation is higher, has reduced the input of manpower, has reduced the intensity of hand labor.
Description
Technical field:
The utility model relates to a kind of washing and recycling system, particularly a kind of copper concentrate raw material washing and recycling system.
Background technology:
At present, means of transportation mainly automotive in bulk or the packed automotive of copper concentrate raw material, because of moisture in copper concentrate raw material, easily stick in transport vehicle or packaging bag, and copper concentrate raw material belongs to the higher raw material of price in the raw material of smelting ore deposit, so stick to transport vehicle or packaging bag and the loss produced is comparatively serious because of copper concentrate raw material.In order to reduce loss, most Copper making producer adopts the method for rinsing transport car body and packing material to reclaim smart copper mine raw material, but there are some problems in this method, one is that simple flushing is on the low side for the efficiency of smart copper mine raw materials recovery, particularly easily carry residual smart copper mine raw material in packaging bag secretly, cause smart copper mine significant loss; Two is that cleaning site environment is poor, and the manpower that cleaning drops into is many, and hand labor intensity is large; Three is that water for cleaning does not recycle, and causes the significant wastage of water resource, the easy contaminated environment of sewage of generation.
Utility model content:
The purpose of this utility model is to provide a kind of copper concentrate raw material washing and recycling system providing smart copper mine raw materials recovery rate, reduce water resource waste, reduce human input and hand labor intensity.
The utility model is implemented by following technical scheme: copper concentrate raw material washing and recycling system, it comprises crushing system, rinse-system, sedimenting system, membrane filtration system and press filteration system, the discharge hole of crusher of described crushing system is communicated with the potcher charging aperture of described rinse-system by spiral smashing conveyor, the precipitum outlet of described potcher is communicated with the first settling tank entrance of described sedimenting system by rinsing conveying worm, 3rd settling tank outlet of described sedimenting system is communicated with the film filter entrance of membrane filtration system by film filter liquid-feeding pump one, the slurry tank outlet of described membrane filtration system is communicated with the filter press entrance of described press filteration system by filter pressing pump.
Further, it also includes transport vehicle purging system, the outlet of the detergent line entrance of described transport vehicle purging system and the clear water collecting-tank of described membrane filtration system, the washings collecting-tank of described transport vehicle purging system is communicated with the described film filter entrance of described membrane filtration system by film filter liquid-feeding pump two.
Further, described crushing system comprises raw material travelling belt, described disintegrating machine, and the conveying end of described raw material travelling belt is communicated with the charging aperture of described disintegrating machine.
Further, described rinse-system comprises described potcher, automatic lifting dewaterer, automatic spin-drying machine, baling press, the rinsing thing outlet of described potcher is communicated with the charging aperture of described automatic lifting dewaterer, the discharging opening of described automatic lifting dewaterer is communicated with the charging aperture of described automatic spin-drying machine, and the discharging opening of described automatic spin-drying machine is communicated with the charging aperture of described baling press; Described precipitum outlet is communicated with the conveying initiating terminal of described rinsing conveying worm.
Further, described sedimenting system comprises closed settling tank, and described settling tank is separated into described first settling tank, the second settling tank and described 3rd settling tank, and described first settling tank, described second settling tank are communicated with the top of described 3rd settling tank.
Further, described membrane filtration system comprises described film filter, slurry tank, described clear water collecting-tank, the serum outlet of described film filter is communicated with the entrance of described slurry tank, the membrane filtration water out of described film filter is communicated with the entrance of described clear water collecting-tank, the outlet of described clear water collecting-tank is also communicated with the water inlet of described potcher, and the outlet of described slurry tank is communicated with described settling tank.
Further, described press filteration system comprises described filter press, and the discharging opening of described filter press is communicated with ore storage bin storage tank, and the serum outlet of described filter press is communicated with the entrance of described 3rd settling tank.
Advantage of the present utility model: 1, improve smart copper mine raw materials recovery rate, farthest avoids the smart copper mine raw material transported in car body and packaging bag to remain, reduces the loss of smart copper mine raw material; 2, the closed circulation achieving water for cleaning utilizes, and not only reduces the waste to water resource, maintains the clean of cleaning site environment simultaneously; 3, automaticity is higher, reduces the input of manpower, reduces the intensity of hand labor.
Accompanying drawing illustrates:
Fig. 1 is the utility model overall structure schematic diagram.
Crushing system 1, raw material travelling belt 1-1, disintegrating machine 1-2, rinse-system 2, potcher 2-1, automatic lifting dewaterer 2-2, automatic spin-drying machine 2-3, baling press 2-4, precipitum conveying worm 2-5, sedimenting system 3, settling tank 3-1, first settling tank 3-2, second settling tank 3-3, 3rd settling tank 3-4, membrane filtration system 4, film filter 4-1, slurry tank 4-2, clear water collecting-tank 4-3, press filteration system 5, filter press 5-1, transport vehicle purging system 6, detergent line 6-1, washings collecting-tank 6-2, spiral smashing conveyor 7, rinsing conveying worm 8, film filter liquid-feeding pump 1, filter pressing pump 10, film filter liquid-feeding pump 2 11, ore storage bin storage tank 12.
Detailed description of the invention:
As shown in Figure 1, copper concentrate raw material washing and recycling system, it comprises crushing system 1, rinse-system 2, sedimenting system 3, membrane filtration system 4 and press filteration system 5, the disintegrating machine 1-2 discharging opening of crushing system 1 is communicated with the potcher 2-1 charging aperture of rinse-system 2 by spiral smashing conveyor 7, the precipitum outlet of potcher 2-1 is communicated with the first settling tank 3-2 entrance of sedimenting system 3 by rinsing conveying worm 8, 3rd settling tank 3-4 outlet of sedimenting system 3 is communicated with the film filter 4-1 entrance of membrane filtration system 4 by film filter liquid-feeding pump 1, the slurry tank 4-2 press filtration outlet of membrane filtration system 4 is communicated with the filter press 5-1 entrance of press filteration system 5 by filter pressing pump 10.
It also includes transport vehicle purging system 6, the detergent line 6-1 entrance of transport vehicle purging system 6 and the clear water collecting-tank 4-3 outlet of membrane filtration system 4, the washings collecting-tank 6-2 of transport vehicle purging system 6 is communicated with the film filter 4-1 entrance of membrane filtration system 4 by film filter liquid-feeding pump 2 11.
Crushing system 1 comprises raw material travelling belt 1-1, disintegrating machine 1-2, and the conveying end of raw material travelling belt 1-1 is communicated with the charging aperture of disintegrating machine 1-2.
Rinse-system 2 comprises potcher 2-1, automatic lifting dewaterer 2-2, automatic spin-drying machine 2-3, baling press 2-4, potcher 2-1 comprises the rinsing thing outlet on top and the precipitum outlet of bottom, precipitum conveying worm 2-5 is provided with bottom potcher 2-1, the conveying end of precipitum conveying worm 2-5 and precipitum outlet, the outlet of rinsing thing is communicated with the charging aperture of automatic lifting dewaterer 2-2, the discharging opening of automatic lifting dewaterer 2-2 is communicated with the charging aperture of automatic spin-drying machine 2-3, and the discharging opening of automatic spin-drying machine 2-3 is communicated with the charging aperture of baling press 2-4; Precipitum outlet is communicated with the conveying initiating terminal of rinsing conveying worm 8.
Sedimenting system 3 comprises closed settling tank 3-1, and settling tank 3-1 is separated into the first settling tank 3-2, the second settling tank 3-3 and the 3rd settling tank 3-4, and the first settling tank 3-2, the second settling tank 3-3 are communicated with the top of the 3rd settling tank 3-4.
Membrane filtration system 4 comprises film filter 4-1, slurry tank 4-2, clear water collecting-tank 4-3, the serum outlet of film filter 4-1 is communicated with the entrance of slurry tank 4-2, the membrane filtration water out of film filter 4-1 is communicated with clear water collecting-tank 4-3 entrance, the outlet of clear water collecting-tank 4-3 is also communicated with the water inlet of potcher 2-1, and the outlet of slurry tank 4-2 is communicated with settling tank 3-1.
Press filteration system 5 comprises filter press 5-1, and the discharging opening of filter press 5-1 is communicated with ore storage bin storage tank 12, and the serum outlet of filter press 5-1 is communicated with the entrance of the 3rd settling tank 3-4.
The course of work:
1, broken: the pack of copper concentrate raw material packet is transported to raw material travelling belt 1-1 and carries initiating terminal by transport vehicle, the pack of copper concentrate raw material packet is transported to disintegrating machine 1-2 by raw material travelling belt 1-1, and copper concentrate raw material is crushed into the lump material of about 5 centimetres of sizes together with packaging bag in disintegrating machine 1-2.
2, rinsing: lump material is delivered in potcher 2-1 via spiral smashing conveyor 7, lump material carries out rinsing in potcher 2-1, rinsing blade constantly stirs in potcher, and rinsing thing is moved from potcher one end to automatic lifting dewaterer 2-2 direction rinsing, automatic lifting dewaterer 2-2 is entered by moisture removal by the packaging bag fragment of rinsed clean, be transported to automatic spin-drying machine 2-3 afterwards again to dehydrate further, the packaging bag fragment obtaining dried and clean carries out packing and sells outward, or sells outward after granulating; The metalliferous material that potcher 2-1 washs carries out gravitational settling in potcher, the metal slurries settled down delivers to rinsing conveying worm 8 by precipitum conveying worm 2-5, the sedimentation recovery that settling tank 3-1 carries out metalliferous material is discharged into again by rinsing conveying worm 8, also be discharged into settling tank 3-1 after washings muddiness, settling tank 3-1 precipitum regularly reclaims and returns ore storage bin storage tank 12.
3, sedimentation: the metalliferous material and the washings that are discharged into settling tank 3-1 carry out three grades of sedimentations in settling tank 3-1, settling tank 3-1 precipitum regularly reclaims and returns ore storage bin storage tank 12, and the washings after sedimentation are pumped to film filter 4-1 by film filter liquid-feeding pump 1.
4, membrane filtration: after film filter 4-1 delivered to by washing water pump, by film filter 4-1, membrane filtration is carried out to washings, slurries after membrane filtration enter in slurry tank 4-2, clear water after membrane filtration then flows into clear water collecting-tank 4-3, the clear water of clear water collecting-tank 4-3 can be used for for moisturizing in potcher 2-1, and the detergent line 6-1 also by transport vehicle purging system 6 cleans transport vehicle.
5, transport vehicle cleaning: cleaned transport vehicle by the detergent line 6-1 of transport vehicle purging system 6, flow in washings collecting-tank 6-2 the washings after transport vehicle cleaning, washings are pumped in film filter 4-1 by film filter liquid-feeding pump 2 11.
6, press filtration: the slurries in slurry tank 4-2 are pumped in filter press 5-1 by filter pressing pump 10 and carry out press filtration, and the press filtration thing after press filtration is recycled in ore storage bin storage tank 12, the press filtration water that press filtration produces is returned in the 3rd settling tank 3-4 by pipeline and carries out sedimentation.
The utility model improves smart copper mine raw materials recovery rate, farthest avoids the smart copper mine raw material transported in car body and packaging bag to remain, reduces the loss of smart copper mine raw material; The closed circulation simultaneously achieving water for cleaning utilizes, and not only reduces the waste to water resource, maintains the clean of cleaning site environment simultaneously; The utility model automaticity is higher, reduces the input of manpower, reduces the intensity of hand labor.
The foregoing is only preferred embodiment of the present utility model; not in order to limit the utility model; all within spirit of the present utility model and principle, any amendment done, equivalent replacement, improvement etc., all should be included within protection domain of the present utility model.
Claims (7)
1. copper concentrate raw material washing and recycling system, it is characterized in that, it comprises crushing system, rinse-system, sedimenting system, membrane filtration system and press filteration system, the discharge hole of crusher of described crushing system is communicated with the potcher charging aperture of described rinse-system by spiral smashing conveyor, the precipitum outlet of described potcher is communicated with the first settling tank entrance of described sedimenting system by rinsing conveying worm, 3rd settling tank outlet of described sedimenting system is communicated with the film filter entrance of membrane filtration system by film filter liquid-feeding pump one, the slurry tank outlet of described membrane filtration system is communicated with the filter press entrance of described press filteration system by filter pressing pump.
2. copper concentrate raw material washing and recycling system according to claim 1, it is characterized in that, it also includes transport vehicle purging system, the outlet of the detergent line entrance of described transport vehicle purging system and the clear water collecting-tank of described membrane filtration system, the washings collecting-tank of described transport vehicle purging system is communicated with the described film filter entrance of described membrane filtration system by film filter liquid-feeding pump two.
3., according to the arbitrary described copper concentrate raw material washing and recycling system of claim 1 to 2, it is characterized in that, described crushing system comprises raw material travelling belt, described disintegrating machine, and the conveying end of described raw material travelling belt is communicated with the charging aperture of described disintegrating machine.
4. according to the arbitrary described copper concentrate raw material washing and recycling system of claim 1 to 2, it is characterized in that, described rinse-system comprises described potcher, automatic lifting dewaterer, automatic spin-drying machine, baling press, the rinsing thing outlet of described potcher is communicated with the charging aperture of described automatic lifting dewaterer, the discharging opening of described automatic lifting dewaterer is communicated with the charging aperture of described automatic spin-drying machine, and the discharging opening of described automatic spin-drying machine is communicated with the charging aperture of described baling press; Described precipitum outlet is communicated with the conveying initiating terminal of described rinsing conveying worm.
5. according to the arbitrary described copper concentrate raw material washing and recycling system of claim 1 to 2, it is characterized in that, described sedimenting system comprises closed settling tank, described settling tank is separated into described first settling tank, the second settling tank and described 3rd settling tank, and described first settling tank, described second settling tank are communicated with the top of described 3rd settling tank.
6. copper concentrate raw material washing and recycling system according to claim 2, it is characterized in that, described membrane filtration system comprises described film filter, slurry tank, described clear water collecting-tank, the serum outlet of described film filter is communicated with the entrance of described slurry tank, the membrane filtration water out of described film filter is communicated with the entrance of described clear water collecting-tank, the outlet of described clear water collecting-tank is also communicated with the water inlet of described potcher, and the outlet of described slurry tank is communicated with described settling tank.
7. according to the arbitrary described copper concentrate raw material washing and recycling system of claim 1 to 2, it is characterized in that, described press filteration system comprises described filter press, and the discharging opening of described filter press is communicated with ore storage bin storage tank, and the serum outlet of described filter press is communicated with the entrance of described 3rd settling tank.
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520737308.4U CN205217039U (en) | 2015-09-18 | 2015-09-18 | Copper concentrate raw materials washing recovery system |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520737308.4U CN205217039U (en) | 2015-09-18 | 2015-09-18 | Copper concentrate raw materials washing recovery system |
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| CN205217039U true CN205217039U (en) | 2016-05-11 |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109336160A (en) * | 2018-11-09 | 2019-02-15 | 长沙万荣粉体设备科技有限公司 | A kind of rinsing equipment and rinse method |
| CN109467114A (en) * | 2018-11-09 | 2019-03-15 | 长沙万荣粉体设备科技有限公司 | A kind of rinsing equipment and rinse method |
-
2015
- 2015-09-18 CN CN201520737308.4U patent/CN205217039U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109336160A (en) * | 2018-11-09 | 2019-02-15 | 长沙万荣粉体设备科技有限公司 | A kind of rinsing equipment and rinse method |
| CN109467114A (en) * | 2018-11-09 | 2019-03-15 | 长沙万荣粉体设备科技有限公司 | A kind of rinsing equipment and rinse method |
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