CN205440086U - Multi -functional water treatment environmental protection car - Google Patents
Multi -functional water treatment environmental protection car Download PDFInfo
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- CN205440086U CN205440086U CN201620246045.1U CN201620246045U CN205440086U CN 205440086 U CN205440086 U CN 205440086U CN 201620246045 U CN201620246045 U CN 201620246045U CN 205440086 U CN205440086 U CN 205440086U
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Abstract
The utility model provides a deoiling, slagging -off effect that multi -functional water treatment environmental protection car adopts different plunger pumps and has added one set of mixed air supporting device of three -phase on the basis of original well -flushing car, has fine deoiling, slagging -off effect, and it both can substitute the swash plate degreaser, also can be better in order to reach with the series connection of swash plate degreaser. The bench part is located the chassis girder completely, and each bridge load of chassis is reasonable. Two gear pumps of afterbody are discharged jar interior liquid through follow -up equipment, alleviateed whole on -vehicle heavy load. Realize the washing to oil field oil pipe, sleeve pipe or ground pipeline with the mixed air supporting device of boiler replacement three -phase to and needing to be used for the operating mode of steam. Also can replace the mixed air supporting device of three -phase to satisfy other industrial enterprise water treatments with the module of difference simultaneously. Consequently, can satisfy the down dirty treatment of water requirement to different work condition through the change module.
Description
Technical field
This utility model relates to produced water treatment field, particularly one and processes for oil field and other industrial undertaking's water, and the multifunctional water simultaneously having well-flushing sand washing function concurrently processes environment-friendly vehicle.
Background technology
Conventional well-washing truck discharge capacity in oil field water processes operation is little and pressure is the highest, just cannot work when the operating mode of high pressure and huge discharge.Water quality oil content and suspension content after process often do not reach requirement.Additionally, the well-washing truck function singleness of this type, it is only applicable to water injection well in oil fields.
Utility model content
Technical problem to be solved in the utility model is to provide a kind of multifunctional water and processes environment-friendly vehicle.
For solving above-mentioned technical problem, this utility model realizes as follows: a kind of multifunctional water processes environment-friendly vehicle, including plunger displacement pump, field control case, fluid end lubricating can, hydraulic oil container, swash plate grease trap, fire extinguisher, basket filter, power end grease-box, sand tank, transfer case, water tank, modified fiber ball filter, walnut shell filter, subframe, three-phase mixing air-floating apparatus, chassis, supporting leg, hard tube support, workbox, rear mudguard, sump oil case, guardrail, tail boom, get on the bus ladder, power end oil dissipates, drive shaft guard, hydraulic oil dissipates, gear pump, hydrocyclone；
Described plunger displacement pump is bolted to connection with pump seat, and pump seat welds with described subframe；Described field control case is bolted to connection with spring shock absorption seat, and spring shock absorption seat is bolted to connection with described subframe pair；Described fluid end lubricating can is bolted to connection with being connected seat, connects seat and is welded on the side of described hydraulic oil container；Described hydraulic oil container is connected above with described plunger displacement pump by bolt；Described swash plate grease trap is bolted to connection with described subframe；Described fire extinguisher loads in fire extinguisher bracket, and fire extinguisher bracket is bolted to connection with described subframe；Described basket filter is bolted to connection with bearing, and bearing welds with described subframe；Described power end grease-box is positioned at below described subframe and is bolted to connection with channel-section steel, and channel-section steel welds with described subframe；Described sand tank is bolted to connection with described subframe；Described transfer case is connected with supporting seat bolt, supports seat and is welded on described subframe；Described water tank is bolted to connection with described subframe；Described modified fiber ball filter is bolted to connection with described subframe；Described walnut shell filter is bolted to connection with described subframe；Described subframe is bolted to connection with described chassis ridgepole by arm-tie；Described three-phase mixing air-floating apparatus is bolted to connection with described subframe；Described supporting leg is connected by pressing plate and described subframe bolt are fixing；Described hard tube support welds with described subframe；Described workbox is bolted to connection with support, and support is bolted to connection with described chassis ridgepole；Described rear mudguard is bolted to connection with support channel-section steel and tubing string, supports channel-section steel and welds with described subframe, and tubing string is bolted to connection with described chassis ridgepole；Described sump oil case is fixed on support by bandage, and support is bolted to connection with described chassis ridgepole；Described guardrail is bolted to connection with guardrail connecting plate, and guardrail connecting plate welds with described subframe；Described tail boom is bolted to connection with described chassis ridgepole；Described ladder of getting on the bus is bolted to connection with described subframe；Described power end oil dissipates and is bolted to connection with described subframe；Described drive shaft guard is bolted to connection with angle steel, and angle steel welds with subframe；Hydraulic oil dissipates and is bolted to connection with drive shaft guard；Described gear pump is bolted to connection with support, and support is bolted to connection with described chassis ridgepole；Described hydrocyclone flange in the bottom is bolted to connection with described sand tank top flange.
Good effect of the present utility model is: it is good that this device can adapt to various environmental protection operation, huge discharge, high pressure, water treatment effect.
Accompanying drawing explanation
Fig. 1 is structural front view of the present utility model；
Fig. 2 is structure top view of the present utility model；
Fig. 3 is structure rearview of the present utility model.
Detailed description of the invention
With detailed description of the invention, this utility model is described in further detail below in conjunction with the accompanying drawings.
As Figure 1-3, a kind of multifunctional water described in the utility model processes environment-friendly vehicle, uses different plunger displacement pumps and with the addition of a set of three-phase mixing air-floating apparatus on the basis of original well-washing truck.Specifically include plunger displacement pump 1, field control case 2, fluid end lubricating can 3, hydraulic oil container 4, swash plate grease trap 5, fire extinguisher 6, basket filter 7, power end grease-box 8, sand tank 9, transfer case 10, water tank 11, modified fiber ball filter 12, walnut shell filter 13, subframe 14, three-phase mixing air-floating apparatus 15, chassis 16, supporting leg 17, hard tube support 18, workbox 19, rear mudguard 20, sump oil case 21, guardrail 22, tail boom 23, get on the bus ladder 24, power end oil dissipates 25, drive shaft guard 26, hydraulic oil dissipates 27, gear pump 28, hydrocyclone 29.
Plunger displacement pump 1 is bolted to connection with pump seat, and pump seat welds with subframe 14；Field control case 2 is bolted to connection with spring shock absorption seat, and spring shock absorption seat is bolted to connection with vehicle frame 14 pair；Fluid end lubricating can 3 is bolted to connection with being connected seat, connects seat and is welded on the side of hydraulic oil container 4；Hydraulic oil container 4 is connected above with plunger displacement pump 1 by bolt；Swash plate grease trap 5 is bolted to connection with subframe 14；Fire extinguisher 6 loads in fire extinguisher bracket, and fire extinguisher bracket is bolted to connection with subframe 14；Basket filter 7 is bolted to connection with bearing, and bearing welds with subframe 14；Power end grease-box 8 is positioned at below subframe 14 and is bolted to connection with channel-section steel, and channel-section steel welds with subframe 14；Sand tank 9 is bolted to connection with subframe 14；Transfer case 10 is connected with supporting seat bolt, supports seat and is welded on subframe 14；Water tank 11 is bolted to connection with subframe 14；Modified fiber ball filter 12 is bolted to connection with subframe 14；Walnut shell filter 13 is bolted to connection with subframe 14；Subframe 14 is bolted to connection with chassis 16 crossbeam by arm-tie；Three-phase mixing air-floating apparatus 15 is bolted to connection with subframe 14；Supporting leg 17 is connected by pressing plate and subframe 14 bolt are fixing；Hard tube support 18 welds with subframe 14；Workbox 19 is bolted to connection with support, and support is bolted to connection with chassis 16 crossbeam；Rear mudguard 20 is bolted to connection with support channel-section steel and tubing string, supports channel-section steel and welds with subframe 14, and tubing string is bolted to connection with chassis 16 crossbeam；Sump oil case 21 is fixed on support by bandage, and support is bolted to connection with chassis 16 crossbeam；Guardrail 22 is bolted to connection with guardrail connecting plate, and guardrail connecting plate welds with subframe 14；Tail boom 23 is bolted to connection with chassis 16 crossbeam；Ladder 24 of getting on the bus is bolted to connection with subframe 14；Power end oil dissipates 25 and is bolted to connection with subframe 14；Drive shaft guard 26 is bolted to connection with angle steel, and angle steel welds with subframe 14；Hydraulic oil dissipates 27 and is bolted to connection with drive shaft guard 26；Gear pump 28 is bolted to connection with support, and support is bolted to connection with chassis 16 crossbeam；Hydrocyclone 29 flange in the bottom is bolted to connection with sand tank 9 top flange.
Wherein, various pipeline and valve are connected between basket filter 7, hydrocyclone 29, swash plate grease trap 5, three-phase mixing air-floating apparatus 15, gear pump 28, walnut shell filter 13, modified fiber ball filter 12, water tank 11, sump oil case 21, plunger displacement pump 1 to realize selecting different equipment to carry out water process under different operating modes.
Three-phase mixing air-floating apparatus 15 includes: three-phase blender, air flotation tank, Slag Scraping Device, folded spiral shell machine, dosing pump, grug feeding jar.It can remove the oil in sewage and float and treatment effect is fine.
Operation principle:
According to water quality condition, operation can be divided into three flow processs, before each flow process is carried out, relevant valve should be placed in correct open or closed position:
First pass: source of sewage---depressurizing system---basket filter 7---hydrocyclone 29---swash plate grease trap 5---filtered water tank 11---plunger displacement pump 1---clear water zone, after running about one hour, sample tap sampling before water tank, if water quality reaches swash plate grease trap effluent index, second procedure can be entered.
Second procedure: source of sewage---depressurizing system---basket filter 7---hydrocyclone 29---swash plate grease trap 5---three-phase mixing air-floating apparatus 15---walnut shell filter 13---filtered water tank 11---plunger 1---clear water zone, after running about one hour, sample at sample tap, if water quality reaches walnut shell filter effluent index, the 3rd flow process can be entered.
3rd flow process: source of sewage---depressurizing system---basket filter 7---hydrocyclone 29---5 swash plate grease trap---three-phase mixing air-floating apparatus 15---walnut shell filter 13---modified fiber ball filter 12---filtered water tank 11---plunger displacement pump 1---clear water zone, after running about one hour, sample at sample tap, if water quality reaches fiber ball filter effluent index, can stop operation.
Wherein, the workflow of three-phase mixing air-floating apparatus 15: the liquid in swash plate grease trap 5 through outlet to gear pump 28, after gear pump 28 pressurizes, enter three-phase blender, after three-phase blender mixes, be expelled to next stage three-phase blender, whole piece placed in series multiple three-phase blender.During this period, chassis supplies to three-phase blender top air supply opening respectively, dosing pump dosing at three-phase mixer entrance respectively.Last mixed liquid discharges to air flotation tank, and elaioleucite and scum silica frost float, and are then scraped to dreg collecting slot by Slag Scraping Device, fall into folded spiral shell machine from dreg collecting slot, and siccative and liquid through folding spiral shell machine process formation collect with collecting tank respectively.Clean water overflow in air flotation tank is expelled to next stage processing equipment.
Operation is opened emptying to gear pump 28 valve bottom swash plate grease trap 5 after completing, and closes and empties to sewage draining exit Hand-operated butterfly valve, starter receiver pump 28, swash plate grease trap 5 remains canful product pump to three-phase mixing air-floating apparatus 15 and follow-up equipment.
Under engine idle conditions, according to using unit steps (being formulated by using unit), the tank body liquid feed on car is discharged, to alleviate complete vehicle weight；The water of top half is only discharged by the water in swash plate grease trap 5 tank, and the water quality of the latter half is the most up to standard, does not allow to discharge.
Storage area is opened back in this utility model operation after completing, backwash inlet accesses clear water, back washing type walnut sheel filter 13, modified fiber ball filter 12 and swash plate grease trap 5.Start walnut shell filter 13 and modified fiber ball filter 12 motor above simultaneously, drive shaft to rotate, make filtering residue after mixing with clear water, return to sump oil case 21, till the filtrate of the inside is rinsed well.
Compared with tradition well-washing truck, this utility model has the advantage that
Discharge capacity the most of the present utility model is up to 70m3/ h, pressure up to 4.5 cun, can meet the working condition requirement of huge discharge, high pressure up to 40MPa, plungers pump plunger diameter.
2. this utility model is after operation completes, and in the case of normal pressure, by two gear pumps of afterbody, pot liquid is discharged through follow-up equipment, alleviates car load physical burden.
3. this utility model appearance design is reasonable, and compact conformation, platform upper part is fully located on chassis ridgepole, and chassis each bridge load-carrying is reasonable.
4. a set of three-phase mixing air-floating apparatus that this utility model newly adds has good oil removing, slagging-off effect, and it both can substitute swash plate grease trap, it is also possible to connect with swash plate grease trap to reach more preferable oil removing, slagging-off effect.
5. can replace three-phase mixing air-floating apparatus with boiler and realize the cleaning to oil pipeline, sleeve pipe or surface line, and for needing the operating mode of steam.Three-phase mixing air-floating apparatus can also be replaced to meet by different modules other industrial undertaking's water is processed simultaneously.Therefore can be met the process requirement of sewage under different operating modes by change module.
This utility model is not limited to above-mentioned preferred forms; anyone can draw other various forms of products under enlightenment of the present utility model; no matter but in its shape or structure, make any change; every have same or like with this utility model as technical scheme, within all falling within protection domain of the present utility model.
Claims (1)
1. a multifunctional water processes environment-friendly vehicle, it is characterized in that, including plunger displacement pump, field control case, fluid end lubricating can, hydraulic oil container, swash plate grease trap, fire extinguisher, basket filter, power end grease-box, sand tank, transfer case, water tank, modified fiber ball filter, walnut shell filter, subframe, three-phase mixing air-floating apparatus, chassis, supporting leg, hard tube support, workbox, rear mudguard, sump oil case, guardrail, tail boom, ladder of getting on the bus, power end oil dissipates, drive shaft guard, hydraulic oil dissipate, gear pump, hydrocyclone；
Described plunger displacement pump is bolted to connection with pump seat, and pump seat welds with described subframe；Described field control case is bolted to connection with spring shock absorption seat, and spring shock absorption seat is bolted to connection with described subframe pair；Described fluid end lubricating can is bolted to connection with being connected seat, connects seat and is welded on the side of described hydraulic oil container；Described hydraulic oil container is connected above with described plunger displacement pump by bolt；Described swash plate grease trap is bolted to connection with described subframe；Described fire extinguisher loads in fire extinguisher bracket, and fire extinguisher bracket is bolted to connection with described subframe；Described basket filter is bolted to connection with bearing, and bearing welds with described subframe；Described power end grease-box is positioned at below described subframe and is bolted to connection with channel-section steel, and channel-section steel welds with described subframe；Described sand tank is bolted to connection with described subframe；Described transfer case is connected with supporting seat bolt, supports seat and is welded on described subframe；Described water tank is bolted to connection with described subframe；Described modified fiber ball filter is bolted to connection with described subframe；Described walnut shell filter is bolted to connection with described subframe；Described subframe is bolted to connection with described chassis ridgepole by arm-tie；Described three-phase mixing air-floating apparatus is bolted to connection with described subframe；Described supporting leg is connected by pressing plate and described subframe bolt are fixing；Described hard tube support welds with described subframe；Described workbox is bolted to connection with support, and support is bolted to connection with described chassis ridgepole；Described rear mudguard is bolted to connection with support channel-section steel and tubing string, supports channel-section steel and welds with described subframe, and tubing string is bolted to connection with described chassis ridgepole；Described sump oil case is fixed on support by bandage, and support is bolted to connection with described chassis ridgepole；Described guardrail is bolted to connection with guardrail connecting plate, and guardrail connecting plate welds with described subframe；Described tail boom is bolted to connection with described chassis ridgepole；Described ladder of getting on the bus is bolted to connection with described subframe；Described power end oil dissipates and is bolted to connection with described subframe；Described drive shaft guard is bolted to connection with angle steel, and angle steel welds with subframe；Hydraulic oil dissipates and is bolted to connection with drive shaft guard；Described gear pump is bolted to connection with support, and support is bolted to connection with described chassis ridgepole；Described hydrocyclone flange in the bottom is bolted to connection with described sand tank top flange.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620246045.1U CN205440086U (en) | 2016-03-28 | 2016-03-28 | Multi -functional water treatment environmental protection car |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620246045.1U CN205440086U (en) | 2016-03-28 | 2016-03-28 | Multi -functional water treatment environmental protection car |
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| Publication Number | Publication Date |
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| CN205440086U true CN205440086U (en) | 2016-08-10 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201620246045.1U Active CN205440086U (en) | 2016-03-28 | 2016-03-28 | Multi -functional water treatment environmental protection car |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106587454A (en) * | 2017-01-04 | 2017-04-26 | 江苏大学 | Vehicle-mounted sudden water pollution accident emergency-purification system |
| CN108439712A (en) * | 2018-04-09 | 2018-08-24 | 湖北中油科昊机械制造有限公司 | A kind of oil-gas field fracturing returns drain processing method |
-
2016
- 2016-03-28 CN CN201620246045.1U patent/CN205440086U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106587454A (en) * | 2017-01-04 | 2017-04-26 | 江苏大学 | Vehicle-mounted sudden water pollution accident emergency-purification system |
| CN108439712A (en) * | 2018-04-09 | 2018-08-24 | 湖北中油科昊机械制造有限公司 | A kind of oil-gas field fracturing returns drain processing method |
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