CN104759342A - Automatically adjusted tailing comprehensive treatment system and treatment method - Google Patents
Automatically adjusted tailing comprehensive treatment system and treatment method Download PDFInfo
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- CN104759342A CN104759342A CN201410004849.6A CN201410004849A CN104759342A CN 104759342 A CN104759342 A CN 104759342A CN 201410004849 A CN201410004849 A CN 201410004849A CN 104759342 A CN104759342 A CN 104759342A
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Abstract
The invention provides an automatically adjusted tailing comprehensive treatment system and a treatment method. The system comprises a tailing water slurry distributor, a heavy metal separation bed, a sand water slurry leaking head collector, a tailing water slurry lift pump, a tailing water slurry stirring pool, a tailing water slurry stirring pump, a water supplementing device, a heavy metal ore powder dehydrating tank, a circulating water tank, a heavy metal ore powder collecting tank, a water-sand separator, a tailing water slurry lower rinsing sprayer, a tailing powder flow measurer, a water and tailing powder mixing adjusting controller, a sand water slurry leaking head collecting re-cyclone heavy metal separation integral measurer, a slurry water flow adjuster, a heavy metal separation bed angle adjuster, a separation bed rotating speed and vibration adjuster, a circulating water return water mass flow detecting controller, an enriched heavy metal ore powder reconcentration analysis measurer and a central controller. The system and the method can realize automatic control in operation, so that the working stability and the optimal separation result of a tailing separation system can be maintained.
Description
Technical field
The present invention relates to field of mechanical technique, refer in particular to a kind of self-adjusting tailings comprehensive treatment system and processing method.
Background technology
Contain on earth and have abundant various mineral reserve, the mankind can by these minings out to carry out various utilization.In prior art, the grinde ore that ore dressing plant will be exploited out, then extract useful material, surplus materials then becomes mine tailing.Mine tailing contains each heavy metal species and sandstone, if therefore directly discharge, pollutes the environment, and the heavy metal simultaneously in mine tailing can also utilize.But it is bad for utilizing of mine tailing in prior art.
Summary of the invention
For the defect existed in prior art and deficiency, the object of the invention is to propose the more rational adjustable tailings comprehensive treatment system of one and processing method to process mine tailing, extract utility and preventing pollution environment.
In order to achieve the above object, the present invention proposes a kind of self-adjusting tailings comprehensive treatment system, comprise mine tailing water slurry distributor, heavy metal is separated bed, husky water slurry leaks head collector, mine tailing water slurry elevator pump, mine tailing water slurry stirring pool, mine tailing water slurry mixing pump, supplementing water device, heavy metal breeze dewatering box, cyclic water tank, heavy metal breeze collecting box, Water-sand separator, mine tailing water slurry undershoot sprinkler, mine tailing flow measuring probe, water and mine tailing mixing regulate control device, husky water slurry leaks head collects whirlwind heavy metal separation integral measuring appliance again, pulp-water flow regulator, heavy metal is separated bed angle demodulator, be separated bed rotating speed and vibrating regulator, recirculated water backwater quality flow prosecution device, enriching heavy metal breeze is collective analysis measuring appliance again, central controller,
Wherein this mine tailing water slurry stirring pool connects the conveyer of input mine tailing sand, and is provided with the mine tailing water slurry mixing pump for stirring mine tailing sand in described mine tailing water slurry stirring pool, and described mine tailing water slurry stirring pool also connects supplementing water device; This mine tailing water slurry stirring pool connects mine tailing water slurry distributor by liftable mine tailing water slurry elevator pump, and described mine tailing water slurry distributor connects the input that heavy metal is separated bed; Described heavy metal is separated bottom bed and is provided with heavy metal breeze concentrator to collect heavy metal breeze; The husky water slurry that the output that described heavy metal is separated bed connects for collecting husky water slurry leaks head collector, and described husky water slurry leaks head collector and connects Water-sand separator; Described Water-sand separator connects cyclic water tank and heavy metal breeze dewatering box respectively; This heavy metal breeze dewatering box connects heavy metal breeze collecting box; Wherein said supplementing water device regulates control device to connect central controller by water and mine tailing mixing; The pulp-water flow regulator be arranged on mine tailing water slurry elevator pump connects central controller; Be arranged on the heavy metal heavy metal be separated on the separator tilt adjustment support of bed and be separated bed angle demodulator connection central controller; The recirculated water backwater quality flow prosecution device be arranged on recirculated water water recovery apparatus connects central controller; The husky water slurry be arranged on heavy metal breeze collecting box leak head collect again whirlwind heavy metal separation integral measuring appliance by enriching heavy metal breeze again collective analysis measuring appliance connect described central controller; The mine tailing flow measuring probe be arranged on mine tailing water slurry stirring pool connects central controller; Heavy metal is separated bed and is provided with separation bed rotating speed and vibrating regulator, and this separation bed rotating speed is connected central controller with vibrating regulator;
Wherein said central controller comprises measured value integrator, calculated with mathematical model device, arithmetic unit, commander sender, display, memory, computer connecting interface, Duo Dian Xun rotation detector; The separative efficiency of measured value integrator to the unit interval of wherein said central controller calculates, then calculated by arithmetic unit and obtain water and the blending ratio of mine tailing, the inclination angle being separated bed, the flow distributing water tank, the rotating speed being separated bed and vibration frequency, to control the equipment of described tailings comprehensive treatment system.
Preferred as technique scheme, heavy metal described in this is separated bottom bed and is provided with heavy metal breeze concentrator to collect heavy metal breeze.
Preferred as technique scheme, this heavy metal breeze collecting box is connected with the husky output channel in ore deposit.
Preferred as technique scheme, described cyclic water tank connects described mine tailing water slurry stirring pool by recirculated water water recovery apparatus.
Preferred as technique scheme, described heavy metal is separated bed and supports by separator tilt adjustment support the structure that an input is high to be formed, output is low.
Preferred as technique scheme, this heavy metal is separated bed and is provided with mine tailing water slurry undershoot sprinkler to rinse mine tailing mortar.
Preferred as technique scheme, described heavy metal is separated bed and is provided with heavy metal separation mineral deposit, and the direction of transfer that described heavy metal is separated mineral deposit is contrary with the throughput direction of the mine tailing mortar that described mine tailing water slurry distributor transports, and described heavy metal separation surface, mineral deposit is provided with separation bed concavo-convex hair ditch to be stayed by heavy metal in the concavo-convex hair ditch of described separation bed; This heavy metal is separated bed and is provided with heavy metal separation mineral deposit, and it is microballon enrichment nano-rubber band that this heavy metal is separated mineral deposit; This heavy metal separation mineral deposit is driven by Power Available Shaft and driven roll shaft, and this heavy metal is separated mineral deposit and is provided with the concavo-convex hair ditch of separation bed, and the edge that this heavy metal is separated mineral deposit is provided with separation bedside band.
Preferred as technique scheme, wherein this Power Available Shaft is magnetic suspension bearing, and is driven by motor; This driven roll shaft adopts magnetic suspension bearing.
The embodiment of the present invention also proposed the method that any one tailings comprehensive treatment system of a kind of application of aforementioned carries out processing, and comprising:
After mine tailing sand is transported to mine tailing water slurry stirring pool, carry out being undertaken stirring to make mine tailing sand be thoroughly mixed to form mortar with supplementing water by the mine tailing water slurry mixing pump be arranged in mine tailing water slurry stirring pool after supplementing water through supplementing water device;
By the mine tailing water slurry elevator pump of adjustable work height, mortar is transported to mine tailing water slurry distributor;
Mine tailing mortar is transported to the input that heavy metal is separated bed by described mine tailing water slurry distributor, wherein said heavy metal is separated bed and is provided with heavy metal separation mineral deposit, and the direction of transfer that described heavy metal is separated mineral deposit is contrary with the throughput direction of the mine tailing mortar that described mine tailing water slurry distributor transports, and described heavy metal separation surface, mineral deposit is provided with separation bed concavo-convex hair ditch to be stayed by heavy metal in the concavo-convex hair ditch of described separation bed; This heavy metal is separated bed and is provided with mine tailing water slurry undershoot sprinkler to rinse mine tailing mortar;
Described heavy metal is separated bottom bed and is provided with heavy metal breeze concentrator to collect heavy metal breeze; The output that described heavy metal is separated bed connects husky water slurry leakage head collector to collect husky water slurry, and carries out, after the separation of water sand, the water of sub-department being transported to cyclic water tank through Water-sand separator; Described cyclic water tank connects described mine tailing water slurry stirring pool by recirculated water water recovery apparatus.
The beneficial effect of the technical scheme that the embodiment of the present invention provides is: the present invention can be separated mine tailing, sand is directly used in plantation, and heavy metal then reclaims, preventing pollution environment.Operationally can realize automatically controlling to keep the stability of mine tailing piece-rate system work and the final result be separated simultaneously.
Accompanying drawing explanation
Fig. 1 is the structural representation of the self-adjusting tailings comprehensive treatment system of the embodiment of the present invention;
Fig. 2 attaches most importance to the structural representation of metal separation bed;
Fig. 3 is the top view of Fig. 2.
Detailed description of the invention
Below in conjunction with accompanying drawing, the preferred embodiment of the present invention one is described further.
The present invention proposes a kind of self-adjusting tailings comprehensive treatment system, its structure is as Fig. 1, Fig. 2, shown in Fig. 3, comprise mine tailing water slurry distributor 1, heavy metal is separated bed 2, husky water slurry leaks head collector 3, heavy metal breeze concentrator 4, separator tilt adjustment support 5, mine tailing water slurry elevator pump 6, mine tailing water slurry stirring pool 7, mine tailing water slurry mixing pump 8, supplementing water device 9, recirculated water water recovery apparatus 1, heavy metal breeze dewatering box 11, cyclic water tank 12, the husky output channel 13 in ore deposit, heavy metal breeze collecting box 14, Water-sand separator 15, mine tailing water slurry undershoot sprinkler 16, water and mine tailing mixing regulate control device 17, husky water slurry leaks head collects whirlwind heavy metal separation integral measuring appliance 18 again, pulp-water flow regulator 22, heavy metal is separated bed angle demodulator 19, be separated bed rotating speed and vibrating regulator 21, recirculated water backwater quality flow prosecution device 23, enriching heavy metal breeze is collective analysis measuring appliance 24 again, mine tailing flow measuring probe 26, central controller 20.
As shown in Figure 1, this mine tailing water slurry stirring pool 7 connects the conveyer of input mine tailing sand, and is provided with the mine tailing water slurry mixing pump 8 for stirring mine tailing sand in described mine tailing water slurry stirring pool 7, and described mine tailing water slurry stirring pool 7 also connects supplementing water device 9.This mine tailing water slurry stirring pool 7 connects mine tailing water slurry distributor 1 by liftable mine tailing water slurry elevator pump 6, and described mine tailing water slurry distributor 1 connects the input that heavy metal is separated bed 2.Described heavy metal is separated bottom bed 2 and is provided with heavy metal breeze concentrator 4 to collect heavy metal breeze; The husky water slurry that the output that described heavy metal is separated bed 2 connects for collecting husky water slurry leaks head collector 3, and described husky water slurry leaks head collector 3 and connects Water-sand separator 15.Described Water-sand separator 15 connects cyclic water tank 12 and heavy metal breeze dewatering box 11 respectively; This heavy metal breeze dewatering box 11 connects heavy metal breeze collecting box 14.As shown in Figure 1, husky water slurry leaks head and collects whirlwind heavy metal separation integral measuring appliance 18 again and connect the accurate separating resulting that heavy metal breeze collecting box 14 carries out being separated to obtain current heavy metal breeze collecting box 14 heavy metal.Concrete, first can obtain the data that heavy metal breeze collecting box 14 heavy metal carries out being separated, husky water slurry leaks head collects the accurate result that the equipment such as whirlwind heavy metal separation integral measuring appliance 18 can be measured by whirlwind gravimetric analysis, modern infrared laser integrator obtain separation bed separating beavy metal again.As shown in Figure 1, supplementing water device 9 regulates control device 17 to connect central controller 20 by water and mine tailing mixing; The pulp-water flow regulator 22 be arranged on mine tailing water slurry elevator pump 6 connects central controller 20; The heavy metal be arranged on the separator tilt adjustment support 5 of heavy metal separation bed 2 is separated bed angle demodulator 19 and connects central controller 20; The recirculated water backwater quality flow prosecution device 23 be arranged on recirculated water water recovery apparatus 1 connects central controller 20; The husky water slurry be arranged on heavy metal breeze collecting box 14 leak head collect again whirlwind heavy metal separation integral measuring appliance 18 by enriching heavy metal breeze again collective analysis measuring appliance 24 connect described central controller 20.Heavy metal is separated bed 2 and is provided with separation bed rotating speed and vibrating regulator 21, and this separation bed rotating speed is connected central controller 20 with vibrating regulator 21.Mine tailing flow measuring probe 26 connects mine tailing water slurry stirring pool 7, and connects central controller 20.
Wherein, central controller 20 comprises measured value integrator, calculated with mathematical model device, arithmetic unit, commander sender, display, memory, computer connecting interface, Duo Dian Xun rotation detector; Wherein the separative efficiency of measured value integrator to the unit interval of central controller 20 calculates, then calculate the blending ratio (regulating optimum proportioning simultaneously to improve treating capacity) obtaining water and mine tailing, the inclination angle (regulating micro-eddy flow and microkinetic) being separated bed by arithmetic unit, distribute the flow (regulate and be separated bed flow velocity) of water tank, the rotating speed being separated bed and vibration frequency (changing reverse dynamic row operating mode and separate mode), with this, separation equipment is adjusted.Concrete, this water and breeze mixing regulate control device 17 to connect supplementing water device 9 and by backwater 10 and recirculated water backwater quality flow prosecution device statistics discharge, regulate the mixing ratio of water and mine tailing with the blending ratio of the water of the calculating according to central controller 20 and mine tailing.Heavy metal is separated bed angle demodulator 19 and connects the separator tilt adjustment support 5 of heavy metal separation bed 2 to be separated the inclination angle of bed 2 according to the tilt adjustment adjustment heavy metal of the separation bed calculated.Mine tailing water slurry elevator pump 6 connects pulp-water flow regulator 22, changes the operating mode of microkinetic, micro-eddy flow, change separative efficiency with the flow of the distribution water tank calculated by central controller 20.Be separated bed rotating speed and receive the order of central controller 20 with the rotating speed and the vibration frequency that regulate heavy metal to be separated bed 2 with vibrating regulator 21, also change the separation and concentration result of heavy metal from face.
Wherein, store water in calculated with mathematical model device in central controller 20 and breeze mixing regulates control device 17, heavy metal is separated bed angle demodulator 19, mine tailing water slurry elevator pump 6, be separated the Mathematical Modeling of bed rotating speed and the mode of operation of vibrating regulator 21, collect again real time data that whirlwind heavy metal separation integral measuring appliance 18 feeds back and Mathematical Modeling carries out contrasting accurately control whole Tailings System to leak head according to husky water slurry.Real time data can be shown in real time by the display screen of central controller 20, and is stored in the memory device of central controller 20.
Heavy metal after automatically adjusting is separated the ability that bed 2 possesses high efficiency extraction separating beavy metal.Comprise mine tailing water slurry distributor, heavy metal separation bed, husky water slurry leakage head collector, heavy metal breeze concentrator, separator tilt adjustment support, mine tailing water slurry elevator pump, mine tailing water slurry stirring pool, mine tailing water slurry mixing pump, supplementing water device, recirculated water water recovery apparatus, heavy metal breeze dewatering box, cyclic water tank, the husky output channel in ore deposit, heavy metal breeze collecting box, Water-sand separator, mine tailing water slurry undershoot sprinkler facility all in the operation of good operating condition, and by automatic regulating system On-line Control to revise the working method of each assembly.Wherein this mine tailing water slurry stirring pool connects the conveyer of input mine tailing sand, and is provided with the mine tailing water slurry mixing pump for stirring mine tailing sand in described mine tailing water slurry stirring pool, and described mine tailing water slurry stirring pool also connects supplementing water device.This mine tailing water slurry stirring pool connects mine tailing water slurry distributor by liftable mine tailing water slurry elevator pump, and described mine tailing water slurry distributor connects the input that heavy metal is separated bed.Described heavy metal is separated bottom bed and is provided with heavy metal breeze concentrator to collect heavy metal breeze; The husky water slurry that the output that described heavy metal is separated bed connects for collecting husky water slurry leaks head collector, and described husky water slurry leaks head collector and connects Water-sand separator; Described Water-sand separator connects cyclic water tank and heavy metal breeze dewatering box respectively; This heavy metal breeze dewatering box connects heavy metal breeze collecting box.Heavy metal described in this is separated bottom bed and is provided with heavy metal breeze concentrator to collect heavy metal breeze.This heavy metal breeze collecting box is connected with the husky output channel in ore deposit.Described cyclic water tank connects described mine tailing water slurry stirring pool by recirculated water water recovery apparatus.Described heavy metal is separated bed and supports by separator tilt adjustment support the structure that an input is high to be formed, output is low.This heavy metal is separated bed and is provided with mine tailing water slurry undershoot sprinkler to rinse mine tailing mortar.
As shown in Figures 2 and 3, this heavy metal is separated bed 2 and is provided with heavy metal separation mineral deposit 201, and it is microballon enrichment nano-rubber band that this heavy metal is separated mineral deposit 201; This heavy metal is separated mineral deposit 201 and is driven by Power Available Shaft 202 and driven roll shaft 203, and this heavy metal is separated mineral deposit 201 and is provided with the concavo-convex hair ditch 204 of separation bed, and the edge that this heavy metal is separated mineral deposit 201 is provided with separation bedside band 205.Wherein this Power Available Shaft 202 is magnetic suspension bearing, and is driven by motor; This driven roll shaft 203 adopts magnetic suspension bearing.
The working method of tailings comprehensive treatment system of the present invention is: mine tailing sand is transported to after mine tailing water slurry stirring pool 7 through conveyer, undertaken stirring to make mine tailing sand be thoroughly mixed to form mortar with supplementing water by the mine tailing water slurry mixing pump 8 be arranged in mine tailing water slurry stirring pool 7 after supplementing water device 9 carries out supplementing water, then by the mine tailing water slurry elevator pump 6 of adjustable work height, mortar is transported to mine tailing water slurry distributor 1, mine tailing mortar is transported to the input that heavy metal is separated bed 2 by described mine tailing water slurry distributor 1, wherein said heavy metal is separated bed 2 and is provided with heavy metal separation mineral deposit 21, and the direction of transfer that described heavy metal is separated mineral deposit 21 is contrary with the throughput direction of the mine tailing mortar that described mine tailing water slurry distributor 1 transports, and described heavy metal separation surface, mineral deposit 21 is provided with separation bed concavo-convex hair ditch 24 to be stayed by heavy metal in the concavo-convex hair ditch 24 of described separation bed.As shown in Figure 1, this heavy metal separation bed 2 supports to form the structure that an input is high, output is low by separator tilt adjustment support 5.Described heavy metal is separated bottom bed 2 and is provided with heavy metal breeze concentrator 4 to collect heavy metal breeze; The output that described heavy metal is separated bed 2 connects husky water slurry leakage head collector 3 to collect husky water slurry, and carries out, after the separation of water sand, the water of sub-department being transported to cyclic water tank 12 through Water-sand separator 15; Described cyclic water tank 12 connects described mine tailing water slurry stirring pool by recirculated water water recovery apparatus 1.Due to Duo Shi mountain area, mine tailing location, more nervous with water, and technical scheme of the present invention introduces water circulation treatment technology, safeguard work water circulation uses.Isolated sand is transported to heavy metal breeze collecting box 14 after the dehydration of heavy metal breeze dewatering box 11, and is exported by the husky output channel 13 in ore deposit by sand wherein, can as plantable raw material.As shown in Figure 1, this heavy metal is separated bed 2 and is provided with mine tailing water slurry undershoot sprinkler 16 to rinse mine tailing mortar.
Operationally, husky water slurry leaks head to be collected whirlwind heavy metal separation integral measuring appliance again and obtains the data that heavy metal breeze collecting box heavy metal carries out being separated, and calculates heavy metal according to described data and be separated the accurate result that bed carries out being separated; Central controller controls supplementing water device, mine tailing water slurry elevator pump, heavy metal separation bed angle demodulator, recirculated water backwater quality flow prosecution device according to described accurate result.
Certainly; the present invention also can have other embodiments; when not deviating from the present invention's spirit and essence thereof; person of ordinary skill in the field is when making various corresponding change and distortion according to the present invention, but these change accordingly and are out of shape the protection domain that all should belong to claim of the present invention.
Claims (9)
1. a self-adjusting tailings comprehensive treatment system, it is characterized in that, comprise mine tailing water slurry distributor, heavy metal is separated bed, husky water slurry leaks head collector, mine tailing water slurry elevator pump, mine tailing water slurry stirring pool, mine tailing water slurry mixing pump, supplementing water device, heavy metal breeze dewatering box, cyclic water tank, heavy metal breeze collecting box, Water-sand separator, mine tailing water slurry undershoot sprinkler, mine tailing flow measuring probe, water and mine tailing mixing regulate control device, husky water slurry leaks head collects whirlwind heavy metal separation integral measuring appliance again, pulp-water flow regulator, heavy metal is separated bed angle demodulator, be separated bed rotating speed and vibrating regulator, recirculated water backwater quality flow prosecution device, enriching heavy metal breeze is collective analysis measuring appliance again, central controller,
Wherein this mine tailing water slurry stirring pool connects the conveyer of input mine tailing sand, and is provided with the mine tailing water slurry mixing pump for stirring mine tailing sand in described mine tailing water slurry stirring pool, and described mine tailing water slurry stirring pool also connects supplementing water device; This mine tailing water slurry stirring pool connects mine tailing water slurry distributor by liftable mine tailing water slurry elevator pump, and described mine tailing water slurry distributor connects the input that heavy metal is separated bed; Described heavy metal is separated bottom bed and is provided with heavy metal breeze concentrator to collect heavy metal breeze; The husky water slurry that the output that described heavy metal is separated bed connects for collecting husky water slurry leaks head collector, and described husky water slurry leaks head collector and connects Water-sand separator; Described Water-sand separator connects cyclic water tank and heavy metal breeze dewatering box respectively; This heavy metal breeze dewatering box connects heavy metal breeze collecting box; Wherein said supplementing water device regulates control device to connect central controller by water and mine tailing mixing; The pulp-water flow regulator be arranged on mine tailing water slurry elevator pump connects central controller; Be arranged on the heavy metal heavy metal be separated on the separator tilt adjustment support of bed and be separated bed angle demodulator connection central controller; The recirculated water backwater quality flow prosecution device be arranged on recirculated water water recovery apparatus connects central controller; The husky water slurry be arranged on heavy metal breeze collecting box leak head collect again whirlwind heavy metal separation integral measuring appliance by enriching heavy metal breeze again collective analysis measuring appliance connect described central controller; The mine tailing flow measuring probe be arranged on mine tailing water slurry stirring pool connects central controller;
Heavy metal is separated bed and is provided with separation bed rotating speed and vibrating regulator, and this separation bed rotating speed is connected central controller with vibrating regulator;
Wherein said central controller comprises measured value integrator, calculated with mathematical model device, arithmetic unit, commander sender, display, memory, computer connecting interface, Duo Dian Xun rotation detector; The separative efficiency of measured value integrator to the unit interval of wherein said central controller calculates, then calculated by arithmetic unit and obtain water and the blending ratio of mine tailing, the inclination angle being separated bed, the flow distributing water tank, the rotating speed being separated bed and vibration frequency, to control the equipment of described tailings comprehensive treatment system.
2. self-adjusting tailings comprehensive treatment system according to claim 1, is characterized in that, heavy metal described in this is separated bottom bed and is provided with heavy metal breeze concentrator to collect heavy metal breeze.
3. self-adjusting tailings comprehensive treatment system according to claim 1, is characterized in that, this heavy metal breeze collecting box is connected with the husky output channel in ore deposit.
4. self-adjusting tailings comprehensive treatment system according to claim 1, is characterized in that, described cyclic water tank connects described mine tailing water slurry stirring pool by recirculated water water recovery apparatus.
5. self-adjusting tailings comprehensive treatment system according to claim 1, is characterized in that, described heavy metal is separated bed and supports by separator tilt adjustment support the structure that an input is high to be formed, output is low.
6. self-adjusting tailings comprehensive treatment system according to claim 1, is characterized in that, this heavy metal is separated bed and is provided with mine tailing water slurry undershoot sprinkler to rinse mine tailing mortar.
7. self-adjusting tailings comprehensive treatment system according to claim 1, it is characterized in that, described heavy metal is separated bed and is provided with heavy metal separation mineral deposit, and the direction of transfer that described heavy metal is separated mineral deposit is contrary with the throughput direction of the mine tailing mortar that described mine tailing water slurry distributor transports, and described heavy metal separation surface, mineral deposit is provided with separation bed concavo-convex hair ditch to be stayed by heavy metal in the concavo-convex hair ditch of described separation bed; This heavy metal is separated bed and is provided with heavy metal separation mineral deposit, and it is microballon enrichment nano-rubber band that this heavy metal is separated mineral deposit; This heavy metal separation mineral deposit is driven by Power Available Shaft and driven roll shaft, and this heavy metal is separated mineral deposit and is provided with the concavo-convex hair ditch of separation bed, and the edge that this heavy metal is separated mineral deposit is provided with separation bedside band.
8. self-adjusting tailings comprehensive treatment system according to claim 7, it is characterized in that, wherein this Power Available Shaft is magnetic suspension bearing, and is driven by motor; This driven roll shaft is magnetic suspension bearing.
9. the self-adjusting tailings comprehensive treatment system of application as described in any one of claim 1-8 carries out the method that processes, it is characterized in that, comprising:
After mine tailing sand is transported to mine tailing water slurry stirring pool, carry out being undertaken stirring to make mine tailing sand be thoroughly mixed to form mortar with supplementing water by the mine tailing water slurry mixing pump be arranged in mine tailing water slurry stirring pool after supplementing water through supplementing water device;
By the mine tailing water slurry elevator pump of adjustable work height, mortar is transported to mine tailing water slurry distributor;
Mine tailing mortar is transported to the input that heavy metal is separated bed by described mine tailing water slurry distributor, wherein said heavy metal is separated bed and is provided with heavy metal separation mineral deposit, and the direction of transfer that described heavy metal is separated mineral deposit is contrary with the throughput direction of the mine tailing mortar that described mine tailing water slurry distributor transports, and described heavy metal separation surface, mineral deposit is provided with separation bed concavo-convex hair ditch to be stayed by heavy metal in the concavo-convex hair ditch of described separation bed; This heavy metal is separated bed and is provided with mine tailing water slurry undershoot sprinkler to rinse mine tailing mortar;
Described heavy metal is separated bottom bed and is provided with heavy metal breeze concentrator to collect heavy metal breeze; The output that described heavy metal is separated bed connects husky water slurry leakage head collector to collect husky water slurry, and carries out, after the separation of water sand, the water of sub-department being transported to cyclic water tank through Water-sand separator; Described cyclic water tank connects described mine tailing water slurry stirring pool by recirculated water water recovery apparatus.
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106799301A (en) * | 2016-12-23 | 2017-06-06 | 杨富森 | A kind of ore dressing based on computer program control is dry to flow back to water controling method |
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