CN209307198U - Deslimed wastewater reclaiming system - Google Patents
Deslimed wastewater reclaiming system Download PDFInfo
- Publication number
- CN209307198U CN209307198U CN201822108570.9U CN201822108570U CN209307198U CN 209307198 U CN209307198 U CN 209307198U CN 201822108570 U CN201822108570 U CN 201822108570U CN 209307198 U CN209307198 U CN 209307198U
- Authority
- CN
- China
- Prior art keywords
- water
- pipeline
- accelerating purifying
- mechanical accelerating
- purifying pool
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Active
Links
Landscapes
- Filtration Of Liquid (AREA)
Abstract
The utility model discloses a kind of deslimed wastewater reclaiming systems, including through the sequentially connected mechanical accelerating purifying pool of pipeline, filtering ponds, production pond, washing waste water recycling pump, sludge concentration tank, sludge screw pump and stacked spiral dewaterer, the lower section of stacked spiral dewaterer discharge port is equipped with slime conveyor structure；The sludge concentration tank upper end is connected through clear water reuse pipeline with the clear water import of mechanical accelerating purifying pool；It is equipped with water tank below the stacked spiral dewaterer water outlet, water tank is connected through pipeline with the clear water import of mechanical accelerating purifying pool；The mud discharging mouth of the mechanical accelerating purifying pool is connected through pipeline with the feed inlet of stacked spiral dewaterer.The utility model has the characteristics that water resource cyclic utilization rate can be effectively improved.
Description
Technical field
The utility model relates to a kind of waste water reuse system of steam power plant, especially a kind of deslimed wastewater reclaiming system.
Background technique
Steam power plant needs to use water during being generated electricity using coal cinder to carry out a series of processing, generation
Mud cake outward transport, the more limpid desliming water of water quality is made after the processing of mechanical accelerating purifying pool and sludge dewatering equipment in waste water
Then outlet, desliming water discharge amount is larger, causes water resource waste serious；And mechanical accelerating purifying pool needs to use in use
To a large amount of clear water, this part clear water is extracted from outside, and water usage is larger, higher cost, whole water resource circulation
Utilization rate is not high.Therefore, existing technology has that water resource cyclic utilization rate is lower.
Utility model content
The purpose of the utility model is to provide a kind of deslimed wastewater reclaiming systems.The utility model has can be effective
The characteristics of improving water resource cyclic utilization rate.
The technical solution of the utility model includes: deslimed wastewater reclaiming system, including it is clear through the sequentially connected mechanical acceleration of pipeline
Clear pond, produces pond, washing waste water recycling pump, sludge concentration tank, sludge screw pump and stacked spiral dewaterer at filtering ponds, folds
The lower section of sheet type spiral dewaterer discharge port is equipped with slime conveyor structure；The sludge concentration tank upper end through clear water reuse pipeline with
The clear water import of mechanical accelerating purifying pool is connected；Water tank, water tank are equipped with below the stacked spiral dewaterer water outlet
It is connected through pipeline with the clear water import of mechanical accelerating purifying pool；The mud discharging mouth of the mechanical accelerating purifying pool is through pipeline and folds
The feed inlet of sheet type spiral dewaterer is connected.
In deslimed wastewater reclaiming system above-mentioned, the water outlet of the mechanical accelerating purifying pool is connected separately with very through pipeline
Empty drainage tank and ejected wash water reuse pool, ejected wash water reuse pool are connected through pipeline with washing waste water recycling pump, vacuum diversion volume
It is connected with the import of filtering ponds.
In deslimed wastewater reclaiming system above-mentioned, the clear water import of the mechanical accelerating purifying pool is also connected with clearly through pipeline
Water drainage tank.
In deslimed wastewater reclaiming system above-mentioned, the original water inlet of the mechanical accelerating purifying pool is connected with raw water
Pipe.
In deslimed wastewater reclaiming system above-mentioned, the slime conveyor structure includes rack, and rack both ends are respectively equipped with master
Dynamic roller and driven voller are equipped with transmission belt between drive roll and driven voller, the lower section of transmission belt discharge end, which is equipped with, is fixed on machine
The Slag recovering case of frame bottom, Slag recovering case top are respectively equipped with bristle roller and nozzle sets below transmission belt, spray
Mouth group is connected with air pump through air hose；Discharge end of the bristle roller close to transmission belt.
In deslimed wastewater reclaiming system above-mentioned, the slag notch of the stacked spiral dewaterer is hinged with inclination arrangement
Guide plate, guide plate bottom are equipped with one group of telescopic rod, and telescopic rod bottom is equipped with bracket, are equipped between bracket and telescopic rod and adjust bullet
Spring, bracket lower section are equipped with scroll wheel；The scroll wheel is in contact with transmission belt.
Compared with prior art, the utility model between mechanical accelerating purifying pool and stacked spiral dewaterer by setting
It sets filtering ponds, produce pond, washing waste water recycling pump, sludge concentration tank and sludge screw pump, will be arranged from mechanical accelerating purifying pool
Sludge and waste water out is separately handled, so as to effectively improve treatment effeciency；By the way that stacked spiral dewaterer is discharged
Desliming water be transmitted to reuse in mechanical accelerating purifying pool through pipeline, by the clear water of sludge concentration tank upper end through clear water reuse pipe pass
Mechanical accelerating purifying pool reuse is transported to, so as to effectively improve the cyclic utilization rate of desliming water, reduces taking for external clear water
Water reduces the discharge amount of desliming water, mitigates production cost.In conclusion the utility model, which has, can effectively improve water money
The characteristics of source cyclic utilization rate.
In addition, the utility model by the lower section of stacked spiral dewaterer discharge port be arranged slime conveyor structure, just
In quickly conveying body refuse, body refuse is prevented to be deposited in the lower section of stacked spiral dewaterer；Meanwhile by being arranged below rack
Bristle roller and nozzle sets had both guaranteed the cleaning on transmission belt surface and ground for cleaning transmission belt body refuse remained on surface
Degree.By the hinged guide plate of slag notch in stacked spiral dewaterer, guide plate lower end be arranged telescopic rod, adjustment spring,
Bracket and scroll wheel, so as to automatically adjust the tilt angle of guide plate according to slag discharge amount, convenient for discharging.
Detailed description of the invention
Fig. 1 is the structural schematic diagram of the utility model；
Fig. 2 is the partial enlarged view of Fig. 1；
Fig. 3 is the structural schematic diagram of guide plate；
Fig. 4 is the structural schematic diagram of slime conveyor structure.
The label in accompanying drawing is: 1- mechanical accelerating purifying pool, 2- filtering ponds, 3- produce pond, 4- washing waste water recycling pump, 5-
Sludge concentration tank, 6- sludge screw pump, the stacked spiral dewaterer of 7-, 8- slime conveyor structure, 9- clear water reuse pipeline, 10-
Water tank, 11- vacuum diversion volume, 12- ejected wash water reuse pool, 13- clear water drainage tank, 801- rack, 802- drive roll, 803-
Driven voller, 804- transmission belt, 805- Slag recovering case, 806- bristle roller, 807- nozzle sets, 808- air pump, 701- guide plate,
702- telescopic rod, 703- bracket, 704- adjustment spring, 705- scroll wheel.
Specific embodiment
The utility model is further described with reference to the accompanying drawings and examples, but is not intended as to the utility model
The foundation of limitation.
Embodiment.Deslimed wastewater reclaiming system is constituted as shown in Figures 1 to 4, including is added through the sequentially connected machinery of pipeline
Fast clarifying basin 1, filtering ponds 2 produce pond 3, washing waste water recycling pump 4, sludge concentration tank 5, sludge screw pump 6 and stacked spiral
The lower section of dewaterer 7, stacked 7 discharge port of spiral dewaterer is equipped with slime conveyor structure 8；5 upper end of the sludge concentration tank warp
Clear water reuse pipeline 9 is connected with the clear water import of mechanical accelerating purifying pool 1；Below stacked 7 water outlet of spiral dewaterer
Equipped with water tank 10, water tank 10 is connected through pipeline with the clear water import of mechanical accelerating purifying pool 1；The mechanical accelerating purifying pool
1 mud discharging mouth is connected through pipeline with the feed inlet of stacked spiral dewaterer 7.
The water outlet of the mechanical accelerating purifying pool 1 is connected separately with vacuum diversion volume 11 and ejected wash water recycle-water through pipeline
Pond 12, ejected wash water reuse pool 12 are connected through pipeline with washing waste water recycling pump 4, the import of vacuum diversion volume 11 and filtering ponds 2
It is connected.
The clear water import of the mechanical accelerating purifying pool 1 is also connected with clear water drainage tank 13 through pipeline.
The original water inlet of the mechanical accelerating purifying pool 1 is connected with raw water pipe.
The slime conveyor structure 8 includes rack 801, and 801 both ends of rack are respectively equipped with drive roll 802 and driven voller 803,
Transmission belt 804 is equipped between drive roll 802 and driven voller 803, the lower section of 804 discharge end of transmission belt, which is equipped with, is fixed on rack
The Slag recovering case 805 of 801 bottoms is respectively equipped with the bristle roller positioned at 804 lower section of transmission belt above Slag recovering case 805
806 and nozzle sets 807, nozzle sets 807 be connected with air pump 808 through air hose；The bristle roller 806 is close to transmission belt 804
Discharge end.Drive roll is connected with motor.
The slag notch of the stacked spiral dewaterer 7 is hinged with the guide plate 701 of inclination arrangement, 701 bottom of guide plate
Equipped with one group of telescopic rod 702,702 bottom of telescopic rod is equipped with bracket 703, and adjustment spring is equipped between bracket 703 and telescopic rod 702
704, scroll wheel 705 is equipped with below bracket 703；The scroll wheel 705 is in contact with transmission belt 804.
Bristle roller includes roll body, and roll body surface is equipped with the hairbrush of Spiral distribution.Hairbrush is in contact with transmission belt surface, leads to
The rotation for crossing the mobile drive bristle roller of transmission belt, for cleaning the residue on transmission belt surface.Air pump work, compressed gas
Nozzle sets are sent into through air hose, gas, and effect and transmission belt surface are sprayed through nozzle sets, for removing transmission belt table
The residue in face.
Pipeline between sludge concentration tank and mechanical accelerating purifying pool is equipped with clear water elevator pump.
The conveyance conduit of clear water drainage tank is equipped with primer pump.
The mechanical accelerating purifying pool uses existing conventional mechanical accelerating purifying pool structure, is equipped with water outlet, draining
Mouth, original water inlet, clear water import and mud discharging mouth.Discharge outlet is connected through pipeline with filtering ponds；Original water inlet gives up with to be processed
The raw water pipe of water is connected；Clear water import is connected with clear water reuse pipe and clear water drainage tank respectively；Mud discharging mouth is through pipeline
It is connected with stacked spiral dewaterer.
The course of work of the utility model: clear water and waste water are sent into mechanical accelerate through clear water import and original water inlet respectively
In clarifying basin, waste water is handled by mechanical accelerating purifying pool, it is then useless through water outlet, discharge outlet discharge cleaning respectively
Sludge water is discharged through mud discharging mouth in water, and sludge water is transmitted to the feed inlet of stacked spiral dewaterer, warp through pipeline and pump
Stacked spiral dewaterer dehydration heel row goes out body refuse and desliming water；Desliming water enters water tank, then through pipeline and pumping
Enter the clear water import of mechanical accelerating purifying pool.
The cleaning waste water of a part, which enters in valveless water filter pond from discharge outlet through pipeline and pump, to be filtered, then through pipeline and pump
It is sent into and produces in pond, subsequent cleaned waste water recycling, which is pumped into sludge concentration tank, passes through coagulation dosing concentrating and precipitating, on clear water
Floating overflow is back to mechanical accelerating purifying pool by clear water elevator pump and recycles, and bottom precipitation muddy water is pumped into through sludge screw rod
Deslimer
The cleaning waste water of water outlet is through pipeline and is pumped into vacuum diversion volume and ejected wash water reuse pool, returns into ejected wash water
Sludge concentration tank is pumped into the cleaned waste water recycling of the water in pond；That a part of water for being sent into vacuum diversion volume reenters nothing
Then filtering in valve filtering ponds produces in pond through pipeline and being pumped into, subsequent cleaned waste water recycling is pumped into sludge concentration tank.
The body refuse of stacked spiral dewaterer output enters slime conveyor structure through guide plate, when body refuse load is larger
When, the pressure that guide plate is subject to is larger, and telescopic rod and adjustment spring will be shunk, so that the tilt angle of guide plate becomes
It greatly, is rolling friction between scroll wheel and transmission belt.
Drive roll is connected with motor, and motor work drives drive roll rotation, to drive transmission belt mobile, transmits skin
Band drives driven voller rotation.Body refuse falls into transmission belt, and specified position is sent into through transmission belt.When body refuse goes out from transmission belt
After material mouth discharging, remains in the body refuse on transmission belt surface under the action of bristle roller and nozzle, fall into Slag recovering case.
Claims (6)
1. deslimed wastewater reclaiming system, it is characterised in that: including through the sequentially connected mechanical accelerating purifying pool of pipeline (1), filtering
Pond (2) produces pond (3), washing waste water recycling pump (4), sludge concentration tank (5), sludge screw pump (6) and the dehydration of stacked spiral
The lower section of machine (7), stacked spiral dewaterer (7) discharge port is equipped with slime conveyor structure (8)；On the sludge concentration tank (5)
End is connected through clear water reuse pipeline (9) with the clear water import of mechanical accelerating purifying pool (1)；The stacked spiral dewaterer (7)
Water tank (10) are equipped with below water outlet, water tank (10) is connected through pipeline with the clear water import of mechanical accelerating purifying pool (1)；Institute
The mud discharging mouth for stating mechanical accelerating purifying pool (1) is connected through pipeline with the feed inlet of stacked spiral dewaterer (7).
2. deslimed wastewater reclaiming system according to claim 1, it is characterised in that: the mechanical accelerating purifying pool (1)
Water outlet is connected separately with vacuum diversion volume (11) and ejected wash water reuse pool (12), ejected wash water reuse pool (12) warp through pipeline
Pipeline is connected with washing waste water recycling pump (4), and vacuum diversion volume (11) is connected with the import of filtering ponds (2).
3. deslimed wastewater reclaiming system according to claim 1, it is characterised in that: the mechanical accelerating purifying pool (1)
Clear water import is also connected with clear water drainage tank (13) through pipeline.
4. deslimed wastewater reclaiming system according to claim 1, it is characterised in that: the mechanical accelerating purifying pool (1)
Original water inlet is connected with raw water pipe.
5. deslimed wastewater reclaiming system according to claim 1, it is characterised in that: the slime conveyor structure (8) includes
Rack (801), rack (801) both ends are respectively equipped with drive roll (802) and driven voller (803), drive roll (802) and driven voller
(803) transmission belt (804) are equipped between, the lower section of transmission belt (804) discharge end, which is equipped with, is fixed on rack (801) bottom
Slag recovering case (805), Slag recovering case (805) top are respectively equipped with the bristle roller (806) below transmission belt (804)
With nozzle sets (807), nozzle sets (807) are connected with air pump (808) through air hose；The bristle roller (806) is close to transmission skin
The discharge end of band (804).
6. deslimed wastewater reclaiming system according to claim 5, it is characterised in that: the stacked spiral dewaterer (7)
Slag notch be hinged with the guide plate (701) of inclination arrangement, guide plate (701) bottom is equipped with one group of telescopic rod (702), telescopic rod
(702) bottom is equipped with bracket (703), is equipped with adjustment spring (704) between bracket (703) and telescopic rod (702), bracket (703)
Lower section is equipped with scroll wheel (705)；The scroll wheel (705) is in contact with transmission belt (804).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201822108570.9U CN209307198U (en) | 2018-12-14 | 2018-12-14 | Deslimed wastewater reclaiming system |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201822108570.9U CN209307198U (en) | 2018-12-14 | 2018-12-14 | Deslimed wastewater reclaiming system |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN209307198U true CN209307198U (en) | 2019-08-27 |
Family
ID=67677015
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201822108570.9U Active CN209307198U (en) | 2018-12-14 | 2018-12-14 | Deslimed wastewater reclaiming system |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN209307198U (en) |
-
2018
- 2018-12-14 CN CN201822108570.9U patent/CN209307198U/en active Active
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN100582080C (en) | Epoxy ester wastewater recycling treatment method | |
| CN106039997A (en) | Multistage dehydration and separation system | |
| CN107376505A (en) | A kind of feldspar in powder produces waste recycle system | |
| CN210369113U (en) | A sediment removal device for hydraulic engineering | |
| KR101276405B1 (en) | Vacuum drum type sludge concentration apparatus with enhanced dehydration function | |
| CN209307198U (en) | Deslimed wastewater reclaiming system | |
| CN210711209U (en) | Device for supplementing carbon source by utilizing sludge hydrolysis fermentation | |
| KR101276526B1 (en) | Horizontal screen type vacuum drum sludge concentration apparatus with enhanced dehydration function | |
| CN206660798U (en) | Vacuum sweeper dust treatment system | |
| CN206391652U (en) | A kind of pipe chute precipitating equipment | |
| CN106698713B (en) | Solid-liquid separation system in sewage treatment | |
| CN212595062U (en) | Utilize circulating water to dust removal's processing system | |
| CN211100460U (en) | Medicine bubble cleaning machine | |
| KR20150006585A (en) | A Sludge turnkey treatment system for a basin | |
| CN208545201U (en) | A kind of paper waste accumulator tank | |
| CN203159279U (en) | Cyclone dirt-collecting type protein separator | |
| CN206666359U (en) | Sweeper mud disposal system | |
| CN220828248U (en) | Ground process equipment for jet pump of coal bed gas well and water feeding tank thereof | |
| CN205258044U (en) | Sewage treatment filth air supporting device | |
| CN105032010A (en) | Sewage and waste residue separating device | |
| CN205867673U (en) | Sewage sedimentation tank | |
| CN216303298U (en) | Spiral conveyor for filtering garbage and sewage | |
| CN220411893U (en) | Waste collection device is taken in grit production | |
| CN217534126U (en) | HDPE hollow bottle pretreatment tank | |
| CN208600340U (en) | A kind of wheat washer water circulation device |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant |