CN206940804U - A kind of efficiently big flow industrial waste oil breaking emulsion and dewatering purifier - Google Patents
A kind of efficiently big flow industrial waste oil breaking emulsion and dewatering purifier Download PDFInfo
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- CN206940804U CN206940804U CN201720908224.1U CN201720908224U CN206940804U CN 206940804 U CN206940804 U CN 206940804U CN 201720908224 U CN201720908224 U CN 201720908224U CN 206940804 U CN206940804 U CN 206940804U
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Abstract
The utility model provides a kind of efficiently big flow industrial waste oil breaking emulsion and dewatering purifier, jet and centrifugal device, underflow tank and the overflow tank that electric field arrangement, surge tank, single-screw (single screw) pump, the multiple cyclones that oil inlet, coarse filter, oil drain pump II, heating tank, oil drain pump I, multiple electric demulsification tanks including passing sequentially through pipeline communication are formed are formed, the bottom of each cyclone is equipped with underflow opening, all underflow openings are connected by pipeline with underflow tank, the top of each cyclone is equipped with overfall, and overfall is connected by pipeline with overflow tank；The oil drain pump I, surge tank, multiple electric demulsification tanks, underflow tank, overflow tank and multiple cyclones can be embedded in and be arranged in the placement space around arrangement and in the middle placement space for forming strip, single-screw (single screw) pump just.The device can carry out purified treatment to the industrial waste oil of big flow simultaneously, improve industrial waste oil breaking emulsion and dewatering speed and dewatering efficiency, and compact overall structure, saving space.
Description
Technical field
It the utility model is related to a kind of emulsification waste oil dewatering purifier, and in particular to a kind of efficiently big flow industrial waste oil
Breaking emulsion and dewatering purifier.
Background technology
Lubricating oil is as lubricant important in industrial production, U.S. by many professionals titled with modern industry " blood "
Reputation.Recently as national economy sustainable growth, income level of resident increases substantially, and the consumption demand to automobile etc. is increasingly
Greatly, so as to effectively pull the fast development in lubricating oil domestic demand market.China is world's second largest lubricating oil consumption big country, from
2015 so far, and lubricating oil annual consumption is kept at 10,000,000 tons or so.According to statistics, there are about 50% lubricating oil every year makes
With rear generation waste emulsified oil, if do not handled this part emulsification waste oil, will be brought greatly pollution to environmental resource and
Waste.Therefore, high-efficiency dehydration purifier is developed, improves the efficiency and speed of waste emulsified oil purifying regeneration, for alleviating oil
Resource is nervous, reduces environmental pollution significant.
The key of waste oil dewatering purification is to be demulsified, and lubricating oil demulsification technology mainly divides Physical and chemical method.Routinize
Learn demulsification method and be limited by the deficiencies of cost is high, equipment corrosion is strong, subsequent treatment difficulty is big and influences lubricating oil quality, application
More inconvenient, physics demulsification technology is the emphasis applied at present.Common physics breaking dehydrating method have sedimentation, centrifugal process,
Vacuum method, absorption method and the poly- method of knot etc., wherein, the precipitation method, the processing accuracy of centrifugal process be not high, and electrostatic method can only handle water content
The treating capacity very little of small fluid, filtration method and seasoning, is not used widely industrially.In addition, for microwave method,
The new demulsification technology such as supercritical ultrasonics technology, the exploratory development stage is still at present, still has gap apart from commercial Application.
Above breaking method is difficult to complete in the equal Shortcomings of dewatering efficiency and energy consumption etc., the i.e. single means of application
Fast and effective demulsification.It is de- that Application No. CN201620746441.0 patent discloses a kind of double field joint demulsifications of emulsion type lubricant
Water installations, the impurity such as silt, iron filings and moisture in lubricating oil can be filtered out, combine two kinds of dehydration techniques, realize oil emulsion
The raising of breaking emulsion and dewatering speed and efficiency.But in actual process, the amount of industrial waste oil is bigger, it is necessary to simultaneously to big stream
The industrial waste oil of amount is purified, and therefore, dexterously by two kinds of dewatering process and waste emulsified oil processing phase is substantially improved in inventor
With reference to have studied another set of optimization structure.
Utility model content
For deficiencies of the prior art, the purpose of this utility model is to provide a kind of efficiently big flow industry
Waste oil breaking emulsion and dewatering purifier, purified treatment can be carried out to the industrial waste oil of big flow simultaneously, improve industrial waste oil demulsification
Rate of water loss and dewatering efficiency, and compact overall structure, saving space.
The utility model employs following technical scheme：
A kind of efficiently big flow industrial waste oil breaking emulsion and dewatering purifier, including coarse filter, electric field arrangement, jet and centrifugal dress
The oil inlet put and be connected with coarse filter, oil inlet connect with the entrance of coarse filter；The electric field arrangement includes multiple and arranged
The electric demulsification tank put, the jet and centrifugal device include multiple cyclones being arranged side by side, the entrance of each electric demulsification tank with
The outlet of coarse filter, oil drain pump I is also connected with by pipeline between the entrance of the outlet of coarse filter and each electric demulsification tank；
Entrance of the outlet of each electric demulsification tank by pipeline communication to a surge tank, the outlet of the surge tank is connected by pipeline
The entrance of a single-screw (single screw) pump is passed to, the outlet of the single-screw (single screw) pump is connected by entrance of the pipeline respectively with each cyclone；
The bottom of each cyclone is equipped with underflow opening, all underflow openings by pipeline communication to a underflow tank, each cyclone
Top offers overfall, and overfall passes through pipeline communication a to overflow tank；The oil drain pump I, surge tank, multiple electricity are broken
Newborn tank, underflow tank, overflow tank and multiple cyclones are around arrangement and proper in the middle placement space for forming strip, single-screw (single screw) pump
It can be embedded in well and be arranged in the placement space.
Further, in above-mentioned efficiently big flow industrial waste oil breaking emulsion and dewatering purifier, multiple electric demulsification tanks and multiple
Cyclone is arranged side by side, and the oil drain pump I, multiple electric demulsification tanks, surge tank, single-screw (single screw) pump, multiple cyclones, underflow tank and
Overflow tank is successively by clockwise or counterclockwise around arrangement.
Further, in above-mentioned efficiently big flow industrial waste oil breaking emulsion and dewatering purifier, in the outlet of the coarse filter
Also it is connected with oil drain pump II and heating tank in turn between oil drain pump I, the first heating rod is provided with the heating tank and temperature passes
Sensor, heating tank top are provided with first pressure table, and the entrance of heating tank is arranged at the top of heating tank, and the outlet of heating tank is set
In heating pot bottom.
Further, in above-mentioned efficiently big flow industrial waste oil breaking emulsion and dewatering purifier, electric demulsification tank includes tank body, tank
Be provided with oil pipe, battery lead plate and the second heating rod in vivo, oil pipe include the oil inlet pipe for being laterally fixedly mounted on tank body inner bottom part and
The flowline of tank body inner top is laterally fixedly mounted on, oil inlet pipe connects with the entrance of electric demulsification tank, flowline and electric demulsification tank
Outlet；The battery lead plate is fixed on middle part in tank body by hanger suspension；It is each along its on the oil inlet pipe and flowline
Bearing of trend distribution is provided with multiple holes for liquid disengaging.
Further, in above-mentioned efficiently big flow industrial waste oil breaking emulsion and dewatering purifier, second heating rod is fixed
Installed in tank body inner bottom part and it is arranged in oil inlet pipe both sides.
Further, in above-mentioned efficiently big flow industrial waste oil breaking emulsion and dewatering purifier, the tank base is also set up
There is the liquid outlet through tank body, vortex broken device is installed at liquid outlet.
Further, in above-mentioned efficiently big flow industrial waste oil breaking emulsion and dewatering purifier, the electric demulsification tank sets three
Individual, three electric demulsification tanks are in parallel and are arranged side by side along longitudinal direction.
Further, in above-mentioned efficiently big flow industrial waste oil breaking emulsion and dewatering purifier, the cyclone is provided with eight
Individual, cyclone is arranged in parallel along longitudinal direction in two rows and fixed by support.Can be with equilibrium from the fluid of single-screw (single screw) pump discharge
Pressure is injected in cyclone.
Further, in above-mentioned efficiently big flow industrial waste oil breaking emulsion and dewatering purifier, single-screw (single screw) pump outlet with it is each
Flowmeter and second pressure gauge are provided with pipeline between cyclone inlet, is connected between the outlet of the single-screw (single screw) pump and its entrance
Having and gate valve is provided with return duct and the return duct, above-mentioned flowmeter, second pressure gauge, return duct are collectively forming pressure reducing circuit,
To adjust the pressure of the oil plant conveyed to the cyclone.
Further, in above-mentioned efficiently big flow industrial waste oil breaking emulsion and dewatering purifier, the heating tank, surge tank,
Underflow tank and the respective top of overflow tank are provided with exhaust outlet；The bottom of surge tank is provided with sample tap, in underflow tank and
The respective bottom of overflow tank is provided with oil discharge outlet and discharge outlet.
Compared to prior art, the utility model has advantages below：
1st, in the efficient big flow industrial waste oil breaking emulsion and dewatering purifier of the utility model, electric field arrangement include it is multiple side by side
The electric demulsification tank of arrangement, jet and centrifugal device include multiple cyclones being arranged side by side, and multiple electric demulsification tanks work simultaneously, are formed
Multiple high-pressure pulse electrics in parallel, the operating rate and efficiency of industrial waste oil breaking emulsion and dewatering are significantly enhanced, then when identical
The interior fluid amount through electric field arrangement breaking emulsion and dewatering will become big, accordingly, it is necessary to multiple cyclones be set, to coordinate processing
The fluid of big flow；And then the device can reaches while the purpose of purified treatment is carried out to the industrial waste oil of big flow.
2nd, it is oil drain pump I, surge tank, multiple in the efficient big flow industrial waste oil breaking emulsion and dewatering purifier of the utility model
Electric demulsification tank, underflow tank, overflow tank and multiple cyclones are around arrangement and in the middle placement space for forming strip, single screw rod
Pump can be embedded in and be arranged in the placement space just；Pipeline connection between device is smooth, and phenomena such as be not in winding, it is whole
Body is compact-sized, can save space.
3rd, in the efficient big flow industrial waste oil breaking emulsion and dewatering purifier of the utility model, in the outlet of coarse filter and oil extraction
Also it is connected with oil drain pump II and heating tank between pump I in turn, the first heating rod and temperature sensor is provided with heating tank；Fluid exists
Into before electric field arrangement, fluid is heated with heating tank, the viscosity of fluid can be reduced, improves the effect of lube purification dehydration
Rate, meanwhile, heating tank temperature can be controlled in real time by temperature sensor, the temperature in heating tank is controlled by the first heating rod
Degree.
4th, in the efficient big flow industrial waste oil breaking emulsion and dewatering purifier of the utility model, to the internal structure of electric demulsification tank
Designed, oil inlet pipe is provided with tank body inner bottom part, be provided with flowline in tank body inner top, oil inlet pipe enters with electric demulsification tank
Mouthful connection, the outlet of flowline and electric demulsification tank, and multiple holes are provided with oil inlet pipe and flowline, fluid can be with
The gently inflow and outflow out of hole；The bottom of tank body is provided with the second heating rod, the temperature of fluid can be kept, lasting drop
The viscosity of low fluid, improve the efficiency of lube purification dehydration.
Brief description of the drawings
Fig. 1 is the stereogram of efficient big flow industrial waste oil breaking emulsion and dewatering purifier in the utility model embodiment；
Fig. 2 is the top view of efficient big flow industrial waste oil breaking emulsion and dewatering purifier in the utility model embodiment；
Fig. 3 is the front section view of electric demulsification tank in the utility model embodiment；
Fig. 4 is the lateral plan of electric demulsification tank in the utility model embodiment.
Reference：
1st, coarse filter；2nd, heating tank；3rd, cyclone；4th, oil drain pump I；5th, surge tank；6th, electric demulsification tank；7th, underflow tank；8、
Overflow tank；9th, single-screw (single screw) pump；10th, oil drain pump II；11st, hole；12nd, observation window；
61st, oil inlet pipe；62nd, flowline；63rd, battery lead plate；64th, hanger；65th, the second heating rod；66th, liquid outlet；67th, whirlpool is broken
Device；68th, electric demulsification tank entrance；69th, electric demulsification tank exports.
Embodiment
The embodiment of technical solutions of the utility model is described in detail below in conjunction with accompanying drawing.Following examples are only
For clearly illustrating the technical solution of the utility model, therefore example is intended only as, and this reality can not be limited with this
With new protection domain.
Optimum embodiment：
A kind of efficiently big flow industrial waste oil breaking emulsion and dewatering purifier, including oil inlet, coarse filter 1, oil drain pump II 10,
Heating tank 2, oil drain pump I 4, electric field arrangement, surge tank 5, single-screw (single screw) pump 9, jet and centrifugal device, underflow tank 7 and overflow tank 8, electricity
Field device includes multiple electric demulsification tanks 6 being arranged side by side, and jet and centrifugal device includes multiple cyclones 3 being arranged side by side.Oil-feed
Mouth connects with the entrance of coarse filter, and the outlet of coarse filter connects through oil drain pump II with the entrance of heating tank, the outlet warp of heating tank
Oil drain pump I is connected with the entrance of each electric demulsification tank, and the outlet of each electric demulsification tank is connected by the entrance of pipeline and surge tank
Logical, the outlet of surge tank is connected by pipeline with the entrance of single-screw (single screw) pump, the outlet of single-screw (single screw) pump by pipeline respectively with it is each
The entrance connection of cyclone, the bottom of each cyclone are equipped with underflow opening, and all underflow openings are connected by pipeline with underflow tank,
The top of each cyclone offers overfall, and all overfalls are connected by pipeline with overflow tank.Coarse filter can filter out
Solid large granular impurity in fluid.Multiple electric demulsification tanks work simultaneously, form multiple high-pressure pulse electrics in parallel, greatly
The operating rate and efficiency of industrial waste oil breaking emulsion and dewatering are enhanced, then the fluid amount through electric field arrangement breaking emulsion and dewatering in same time
It will become big, accordingly, it is necessary to which multiple cyclones are set, to coordinate the fluid of processing big flow；And then the device can
Reach while the purpose of purified treatment is carried out to the industrial waste oil of big flow.
In the present embodiment, the oil drain pump I, surge tank, multiple electric demulsification tanks, underflow tank, overflow tank and multiple cyclones
It can be embedded in and be arranged in the placement space just around arrangement and in the middle placement space for forming strip, single-screw (single screw) pump.
Multiple electric demulsification tanks and multiple cyclones are arranged side by side, and the oil drain pump I, multiple electric demulsification tanks, surge tank, single-screw (single screw) pump,
Multiple cyclones, underflow tank and overflow tank are successively by the connecting line between arrangement, all parts clockwise or counterclockwise
Connect it is smooth and can it is shorter, save pipeline, can avoid the occurrence of pipeline winding phenomena such as, compact overall structure, can reduce
Overall space-consuming.
In the present embodiment, the first heating rod and temperature sensor are provided with heating tank, the is provided with the top of heating tank
One pressure gauge, the entrance of heating tank are arranged at the top of heating tank, and the outlet of heating tank is arranged on heating pot bottom.Fluid is entering
Before electric field arrangement, fluid is heated with heating tank, the viscosity of fluid can be reduced, improves the efficiency of lube purification dehydration,
Meanwhile heating tank temperature can be controlled in real time by temperature sensor, the temperature in heating tank is controlled by the first heating rod.
In the present embodiment, electric demulsification tank includes tank body, and oil pipe, battery lead plate and the second heating rod, oil pipe are provided with tank body
Including being laterally fixedly mounted on the oil inlet pipe 61 of tank body inner bottom part and being laterally fixedly mounted on the flowline 62 of tank body inner top, enter
Oil pipe connects with the entrance 68 of electric demulsification tank, and flowline connects with the outlet 69 of electric demulsification tank；The battery lead plate 63 passes through hanger
Middle part in tank body is fixed in 64 suspensions.During specific installation, the second heating rod 65 be fixedly mounted on tank body inner bottom part and be arranged in into
Oil pipe both sides, the temperature of fluid can be kept, persistently reduce the viscosity of fluid, improve the efficiency of lube purification dehydration；By second
Heating rod is arranged on the purpose of tank body inner bottom part：If the second heating rod is arranged on into tank body inner top, fluid enters from tank base
Oil pipe enters, and now oil liquid temperature is relatively low, and fluid is heated in tank body inner top, can cause the fluid cold lower part and hot upper part in tank body,
Temperature is unbalanced, can influence fluid and separating effect of the water in tank body；If the second heating rod is arranged on tank body inner bottom part, tank
The temperature of internal fluid is substantially balanced, can reduce the viscosity of fluid, improves the efficiency of lube purification dehydration.Tank base is also
The liquid outlet 66 of tank body is provided through, vortex broken device 67 is installed at liquid outlet；The main work of vortex broken device is set at liquid outlet
With being when preventing draining, tank interior water is formed with fluid and is vortexed, so as to destroy oil-water interfaces.On the oil inlet pipe and flowline
Along its, each bearing of trend distribution is provided with multiple holes 12 for liquid disengaging, and fluid can be flowed into gently out of hole
Or outflow.
In specific implementation process, observation window 12 is additionally provided with tank body side, staff can be with Real Time Observation tank body
Interior situation.The top of electric demulsification tank is also provided with pressure gauge, to understand the pressure in tank body in real time, and can pass through control the
The temperature of two heating rods, to adjust air pressure.Electric energy is more saved compared with traditional alternating current and direct current electric demulsification technology.Battery lead plate
Be provided with polylith, be arranged in parallel in tank body, design electrode plate thickness is 2mm, between every group of two electrode plates at intervals of
20mm。
The course of work of electric demulsification tank is as follows：Industrial wastes enters electric demulsification tank from the entrance of electric demulsification tank, through oil inlet pipe,
Electric field, flowline outflow electric demulsification tank, after battery lead plate make pulse voltage, can form high-pressure pulse electric between battery lead plate,
Small water droplet in industrial wastes contact with each other merging, be gathered into larger water droplet and produce coalescence, after the completion of coalescence, big water droplet according to
Effect by the density contrast with oil by gravity, tank base is deposited in, and oil-water interfaces are formed with the fluid on top, it is broken in electricity
Oil inlet pipe and flowline are set at the entrance and exit of newborn tank, is to not destroy oil-water interfaces, makes fluid gentle by hole
Enter oil pipe, fluid floats over tank body internal upper part, can gently be discharged after hole, flowline from the outlet of electric demulsification tank.
When specifically used, it is contemplated that tank interior temperature can be of a relatively high, steam be present, air pressure is formed, so oil inlet pipe and flowline
Certain depth can be put into, i.e. fluid will not fill full tank interior, can leave certain interval space.
In the present embodiment, the electric demulsification tank sets three, and three electric demulsification tanks are in parallel and are arranged side by side along longitudinal direction.It is described
Cyclone is provided with eight, and cyclone is arranged in parallel along longitudinal direction in two rows and fixed by support, from the oil of single-screw (single screw) pump discharge
The enough pressure with equilibrium of liquid energy is injected in cyclone.The all parts of dewatering purifying equipment in the present embodiment are placed in same
On horizontal plane, reference axis is established in horizontal plane, above-mentioned longitudinal direction is the ordinate direction of reference axis.
In the present embodiment, flowmeter and the second pressure are provided with the pipeline between single-screw (single screw) pump outlet and each cyclone inlet
Power table, flowmeter are used to measure the flow and pressure that input cyclone fluid with second pressure gauge.The outlet of the single-screw (single screw) pump with
It is communicated between its entrance on return duct and the return duct and is provided with gate valve, above-mentioned flowmeter, second pressure gauge, return duct is common
Pressure reducing circuit is formed, to adjust the pressure of the oil plant conveyed to the cyclone., it is necessary to set a control when specifically used
Device, controller electrically connect with flowmeter, second pressure gauge and gate valve respectively, are preset when the pressure value of second pressure gauge detection exceedes
During value, opened by controller control gate valve, form pressure reducing circuit.
In the present embodiment, the main body of cyclone includes entrance, overflow segment, cylindrical section, conical section and underflow section, this rotation
Stream device processing is the few mixed liquor of the more water of oil, thus overflow diameter is greater than underflow tap diameter.When oil emulsion is from entrance
After injecting cyclone at a high speed, vortex is quickly formed in cylindrical section, accelerates centrifugal motion, now, heavy phase liquid through conical section（Water）
Due to being migrated to form contour stealth to wall by bigger centrifugal force, move downward simultaneously, finally flow into underflow tank through underflow opening
In, and light phase liquid（Oil）To moving to form inward eddy at axle center in the presence of the radial load, while motion upwards, it is final through overflowing
Head piece is discharged into overflow tank, it is achieved thereby that oil-water cyclone separates.
In the present embodiment, the heating tank, surge tank, underflow tank and the respective top of overflow tank are provided with exhaust outlet,
And exhaust ports are provided with air bleeding valve, prevent that pressure is excessive in tank body.Sample tap is provided with the bottom of surge tank, it is corresponding to take
The position of sample mouth is provided with sampling valve, is detected for sampling, in order to understand the demulsification of fluid.In underflow tank and overflow tank
Respective bottom is provided with oil discharge outlet and discharge outlet, for releasing fluid and water in tank body.
The mentality of designing of the efficient big flow industrial waste oil breaking emulsion and dewatering purifier of the utility model is：For drop particle diameter
Less WO emulsion, general device dehydrating effect are extremely undesirable.In consideration of it, before waste emulsified oil is purified, first
Waste liquid is heated, reduces the viscosity of fluid, high-pressure pulse electric is recycled, the small water droplet in high temperature emulsion is quickly tied
Fusion is big, and multiple high-pressure pulse electrics and eddy flow centrifugal field are used in parallel, and then improves emulsion type lubricant demulsification on the whole
Rate of water loss and efficiency.The overall structure of this equipment is simple, and operation difficulty is low, is easy to assemble and disassemble, maintenance workload is smaller.
Finally illustrate, above example is only unrestricted to illustrate the technical solution of the utility model, although ginseng
The utility model is described in detail according to embodiment, it will be understood by those within the art that, can be to this practicality
New technical scheme is modified or equivalent substitution, without departing from the objective and scope of technical solutions of the utility model, its
It all should cover among the scope of protection of the utility model.
Claims (10)
- A kind of 1. efficiently big flow industrial waste oil breaking emulsion and dewatering purifier, including coarse filter, electric field arrangement, jet and centrifugal device The oil inlet being connected with coarse filter, oil inlet connect with the entrance of coarse filter, it is characterised in that：The electric field arrangement includes multiple electric demulsification tanks being arranged side by side, and the jet and centrifugal device includes multiple be arranged side by side Cyclone, the outlet of the entrance of each electric demulsification tank with coarse filter, in the outlet of coarse filter and each electric demulsification tank Oil drain pump I is also connected with by pipeline between entrance；The outlet of each electric demulsification tank passes through pipeline communication to surge tank Entrance, by pipeline communication to the entrance of a single-screw (single screw) pump, the outlet of the single-screw (single screw) pump passes through for the outlet of the surge tank Entrance of the pipeline respectively with each cyclone connects；The bottom of each cyclone is equipped with underflow opening, and all underflow openings pass through pipe Road is communicated to a underflow tank, and the top of each cyclone offers overfall, and overfall is overflow to one by pipeline communication Flow tank；The oil drain pump I, surge tank, multiple electric demulsification tanks, underflow tank, overflow tank and multiple cyclones are around arrangement and in Between form the placement space of strip, single-screw (single screw) pump can be embedded in and be arranged in the placement space just.
- 2. efficiently big flow industrial waste oil breaking emulsion and dewatering purifier according to claim 1, it is characterised in that Duo Ge electricity Demulsification tank and multiple cyclones are arranged side by side, and the oil drain pump I, multiple electric demulsification tanks, surge tank, single-screw (single screw) pump, Duo Gexuan Device, underflow tank and overflow tank are flowed successively by clockwise or counterclockwise around arrangement.
- 3. efficiently big flow industrial waste oil breaking emulsion and dewatering purifier according to claim 1, it is characterised in that described Also it is connected with oil drain pump II and heating tank between the outlet of coarse filter and oil drain pump I in turn, first is provided with the heating tank and is added Hot pin and temperature sensor, heating tank top are provided with first pressure table, and the entrance of heating tank is arranged at the top of heating tank, heating The outlet of tank is arranged on heating pot bottom.
- 4. efficiently big flow industrial waste oil breaking emulsion and dewatering purifier according to claim 1, it is characterised in that electric demulsification Tank includes tank body, and oil pipe, battery lead plate and the second heating rod are provided with tank body, and oil pipe includes laterally being fixedly mounted on bottom in tank body The oil inlet pipe in portion and the flowline for being laterally fixedly mounted on tank body inner top, oil inlet pipe connects with the entrance of electric demulsification tank, fuel-displaced The outlet of pipe and electric demulsification tank；The battery lead plate is fixed on middle part in tank body by hanger suspension；The oil inlet pipe and go out Along its, each bearing of trend distribution is provided with multiple holes for liquid disengaging on oil pipe.
- 5. efficiently big flow industrial waste oil breaking emulsion and dewatering purifier according to claim 4, it is characterised in that described the Two heating rods are fixedly mounted on tank body inner bottom part and are arranged in oil inlet pipe both sides.
- 6. efficiently big flow industrial waste oil breaking emulsion and dewatering purifier according to claim 4, it is characterised in that the tank Body bottom is additionally provided with the liquid outlet through tank body, and vortex broken device is provided with liquid outlet.
- 7. efficiently big flow industrial waste oil breaking emulsion and dewatering purifier according to claim 1, it is characterised in that the electricity The tank that is demulsified sets three, and three electric demulsification tanks are in parallel and are arranged side by side along longitudinal direction.
- 8. efficiently big flow industrial waste oil breaking emulsion and dewatering purifier according to claim 1, it is characterised in that the rotation Stream device is provided with eight, and cyclone is arranged in parallel along longitudinal direction in two rows and fixed by support.
- 9. efficiently big flow industrial waste oil breaking emulsion and dewatering purifier according to claim 1, it is characterised in that single screw rod Be provided with flowmeter and second pressure gauge on pipeline between pump discharge and each cyclone inlet, the outlet of the single-screw (single screw) pump and its It is communicated between entrance on return duct and the return duct and is provided with gate valve, the common shape of above-mentioned flowmeter, second pressure gauge, return duct Into pressure reducing circuit.
- 10. efficiently big flow industrial waste oil breaking emulsion and dewatering purifier according to claim 3, it is characterised in that described Heating tank, surge tank, underflow tank and the respective top of overflow tank are provided with exhaust outlet；The bottom of surge tank is provided with sampling Mouthful, it is provided with oil discharge outlet and discharge outlet in underflow tank and the respective bottom of overflow tank.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720908224.1U CN206940804U (en) | 2017-07-25 | 2017-07-25 | A kind of efficiently big flow industrial waste oil breaking emulsion and dewatering purifier |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720908224.1U CN206940804U (en) | 2017-07-25 | 2017-07-25 | A kind of efficiently big flow industrial waste oil breaking emulsion and dewatering purifier |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206940804U true CN206940804U (en) | 2018-01-30 |
Family
ID=61371490
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201720908224.1U Expired - Fee Related CN206940804U (en) | 2017-07-25 | 2017-07-25 | A kind of efficiently big flow industrial waste oil breaking emulsion and dewatering purifier |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN206940804U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109913263A (en) * | 2019-04-03 | 2019-06-21 | 重庆工商大学 | Gu a kind of liquid-liquid-three-phase separating device of waste oil |
-
2017
- 2017-07-25 CN CN201720908224.1U patent/CN206940804U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109913263A (en) * | 2019-04-03 | 2019-06-21 | 重庆工商大学 | Gu a kind of liquid-liquid-three-phase separating device of waste oil |
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