CN218146282U - Ultra-high power ultrasonic treatment and separation system for oil sludge, scum and heavy dirty oil - Google Patents
Ultra-high power ultrasonic treatment and separation system for oil sludge, scum and heavy dirty oil Download PDFInfo
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- CN218146282U CN218146282U CN202221552185.3U CN202221552185U CN218146282U CN 218146282 U CN218146282 U CN 218146282U CN 202221552185 U CN202221552185 U CN 202221552185U CN 218146282 U CN218146282 U CN 218146282U
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Abstract
The utility model relates to a dirty oil treatment piece-rate system technical field especially relates to dirty fatlute, dross and heavy dirty oil super power ultrasonic treatment piece-rate system, including the head tank, the exit end of head tank is connected with the entrance point of heating agitator tank through first raw materials delivery pump, the liquid phase exit end of heating agitator tank is connected with the entrance point of ultrasonic wave breakdown of emulsion jar, the exit end of ultrasonic wave breakdown of emulsion jar is connected with the entrance point of high-speed separation spiral shell machine that crouches, the exit end of high-speed separation spiral shell machine upper end is connected with the entrance point of oil storage tank, and this piece-rate system includes the ultrasonic wave breakdown of emulsion jar, by the high-speed separation first centrifugal module of constituteing such as spiral shell machine that crouches, oil storage tank and muddy water agitator tank and by the second centrifugal module of mud separation spiral shell machine that crouches, screw conveyer, oil water pitcher and clean water pitcher etc. can the efficient with the solid matter in the dirty oil and the water desorption through ultrasonic wave breakdown of emulsion jar, first centrifugal module and second centrifugal module.
Description
Technical Field
The utility model relates to a dirty oil treatment piece-rate system technical field especially relates to dirty fatlute, dross and heavy dirty oil super power ultrasonic treatment piece-rate system.
Background
During the exploration, exploitation, storage, transportation, processing and use of petroleum, some oil sludge, scum and heavy dirty oil are produced, the oil components of the oil sludge, scum and heavy dirty oil are complex, and the oil sludge, scum and heavy dirty oil also contains silt, organic sludge, surface active substances, water and the like besides the oil, and has the characteristics of high solid impurity and water content, serious emulsification and the like. The purification treatment of oil sludge, scum and heavy dirty oil mainly comprises the removal of solid impurities and water in the dirty oil. For solid impurities in the dirty oil, the oil phase of the dirty oil almost completely wraps the solid impurities, even the solid impurities are immersed into a pore passage inside the solid, so that the solid impurities are difficult to separate from the oil phase, and therefore, an ultra-high-power ultrasonic treatment and separation system for the dirty oil sludge, scum and heavy dirty oil is provided.
SUMMERY OF THE UTILITY MODEL
The utility model aims at solving the defects existing in the prior art and providing an ultra-high power ultrasonic treatment and separation system for oil sludge, scum and heavy dirty oil.
In order to realize the purpose, the utility model adopts the following technical scheme:
the ultra-high power ultrasonic treatment and separation system for the sludge, scum and heavy dirty oil comprises a raw material box, wherein the outlet end of the raw material box is connected with the inlet end of a heating stirring tank through a first raw material delivery pump, the liquid phase outlet end of the heating stirring tank is connected with the inlet end of an ultrasonic demulsification tank, the outlet end of the ultrasonic demulsification tank is connected with the inlet end of a high-speed separation horizontal screw machine, the outlet end of the upper end of the high-speed separation horizontal screw machine is connected with the inlet end of an oil storage tank, the outlet end of the lower end of the high-speed separation horizontal screw machine is connected with the inlet end of a sludge-water stirring tank, the liquid phase outlet end of the sludge-water stirring tank is connected with the inlet end of a first mixer through a second raw material delivery pump, the inlet end of the first mixer is also connected with the outlet end of a flocculation tank, the outlet end of the first mixer is connected with the inlet end of a second mixer, the inlet end of the second mixer is also connected with the outlet end of an adsorption powder box, the outlet end of the outlet of the sludge-water storage tank is connected with the inlet end of a horizontal screw machine, and the outlet of a screw conveyor is arranged at the inlet end of a horizontal screw bag.
Preferably, the ultrasonic demulsification tank is provided with an ultrasonic generator in a matching way.
Preferably, the outlet end of the oil storage tank is connected with the inlet end of the system clean oil storage tank through a third raw material delivery pump.
Preferably, the outlet end of the oil storage tank is further connected to the inlet end of the head tank through a third feed transfer pump.
Preferably, the water storage tank comprises an oil water tank and a water purification tank, and an outlet end at the upper end of the sludge separation horizontal screw machine is respectively connected with the oil water tank and the water purification tank through pipelines.
Preferably, the liquid phase outlet end of the oil water tank is further connected with the inlet end of the raw material tank through a fourth raw material conveying pump, and the liquid phase outlet end of the water purification tank is further connected with the inlet end of the sewage system through a fifth raw material conveying pump.
Preferably, the gas phase outlet end of the raw material tank heats the gas phase outlet end of the stirring tank, the gas phase outlet end of the oil storage tank, the gas phase outlet end of the muddy water stirring tank, the gas phase outlet end of the oil water tank, the gas phase outlet end of the water purification tank, and the inlet end of the tail gas treatment tower is connected through a pipeline, and the tail gas treatment tower is further connected with the alkali liquor tank through a circulating pump.
Preferably, a fifth raw material conveying pump is arranged between the outlet end of the flocculation tank and the inlet end of the first mixer, and a sixth raw material conveying pump is arranged between the outlet end of the adsorption powder tank and the second mixer.
Preferably, the system further comprises a first thin oil station and a second thin oil station, wherein the first thin oil station is matched with the high-speed separation horizontal screw machine, and the second thin oil station is matched with the sludge separation horizontal screw machine.
The beneficial effects of the utility model are that:
1. the separation system comprises an ultrasonic demulsification tank, a first centrifugal module and a second centrifugal module, wherein the first centrifugal module comprises a high-speed separation horizontal screw machine, an oil storage tank, a muddy water stirring tank and the like, the second centrifugal module comprises a sludge separation horizontal screw machine, a screw conveyor, an oil water tank, a water purification tank and the like, and solid impurities and water in dirty oil can be efficiently removed through the ultrasonic demulsification tank, the first centrifugal module and the second centrifugal module.
2. Be provided with the tail gas tower among this piece of separation system, can effectually avoid secondary pollution, the water storage tank of spiral shell machine adaptation is crouched in mud separation includes water purification jar and profit jar, carries the profit to further processing in the raw materials case in the profit jar, and the sewage greasy dirt in the water purification jar is few, the effectual burden that has reduced follow-up sewage treatment improves treatment efficiency.
Drawings
Fig. 1 is a schematic structural view of an ultra-high power ultrasonic treatment separation system for sludge, scum and heavy dirty oil provided by the utility model;
fig. 2 is a schematic structural diagram of the first mixer and the second mixer of the ultra-high power ultrasonic treatment separation system for sludge, scum and heavy dirty oil provided by the utility model;
fig. 3 is a schematic structural diagram of a sludge separation horizontal screw machine of the ultra-high power ultrasonic treatment separation system for sludge, scum and heavy dirty oil provided by the utility model;
fig. 4 is the flow diagram of the ultra-high power ultrasonic treatment separation system for oil sludge, scum and heavy dirty oil provided by the utility model.
In the figure: 1 raw material tank, 2 heating agitator tanks, 3 ultrasonic demulsification tanks, 4 high-speed separation horizontal screw machines, 5 oil storage tanks, 6 mud-water agitator tanks, 7 flocculation tanks, 8 adsorption powder tanks, 9 first mixers, 10 second mixers, 11 sludge separation horizontal screw machines, 12 screw conveyors, 13 ton bags, 14 oil water tanks, 15 clean water tanks, 16 tail gas towers and 17 lye tanks.
Detailed Description
The technical solutions in the embodiments of the present invention will be described clearly and completely with reference to the drawings in the embodiments of the present invention, and it is obvious that the described embodiments are only some embodiments of the present invention, not all embodiments.
Referring to fig. 1-4, super power ultrasonic treatment and separation system of sludge, scum and heavy dirty oil includes raw material tank 1, and the material is carried to raw material tank 1 through seventh raw material conveying pump, the exit end of raw material tank 1 is connected with the entrance point of heating agitator tank 2 through first raw material conveying pump, the liquid phase exit end of heating agitator tank 2 is connected with the entrance point of ultrasonic demulsification jar 3, the exit end of ultrasonic demulsification jar 3 is connected with the entrance point of high-speed separation spiral shell machine 4, the exit end of high-speed separation spiral shell machine 4 upper end is connected with the entrance point of oil storage tank 5, the exit end of high-speed separation spiral shell machine 4 lower extreme is connected with the entrance point of muddy water agitator tank 6, the liquid phase exit end of muddy water agitator tank 6 is connected with the entrance point of first mixer 9 through second raw material conveying pump, the entrance point of first mixer 9 is still connected with the exit end of flocculation tank 7, the exit end of first mixer 9 is connected with the entrance point of second mixer 10, the exit end of second mixer 10 still is connected with the exit end of adsorption powder tank 8, the exit end of second mixer 10 is connected with the entrance point of separation spiral shell machine 11, the entrance point of spiral shell machine 11 of separation spiral shell machine 11, the export is connected with the sludge outlet of spiral shell machine 12, the entrance point of spiral shell machine upper end, the entrance point of spiral shell machine 12 is connected with the horizontal shell machine.
The ultrasonic demulsification tank 3 is provided with an ultrasonic generator in a matching way, and the ultrasonic generator can be used for carrying out ultrasonic treatment on the oil water passing through the ultrasonic demulsification tank 3.
The outlet end of the oil storage tank 5 is connected with the inlet end of the system clean oil storage tank through a third raw material conveying pump, the outlet end of the oil storage tank 5 is also connected with the inlet end of the raw material tank 1 through the third raw material conveying pump, when the oil storage tank 5 begins to discharge materials to the outside, in order to reduce water entering the system clean oil storage tank, the oil at the lowest end of the oil storage tank 5 is discharged into the raw material tank 1, and the rest oil is discharged into the system clean oil storage tank.
The water storage tank comprises an oil water tank 14 and a water purification tank 15, and the outlet end at the upper end of the sludge separation horizontal screw machine 11 is respectively connected with the oil water tank 14 and the water purification tank 15 through pipelines.
The liquid phase outlet end of the oil water tank 14 is also connected with the inlet end of the raw material tank 1 through a fourth raw material conveying pump, the liquid phase outlet end of the water purification tank 15 is also connected with the inlet end of the sewage system through a fifth raw material conveying pump, the water treated in the sewage system is used as reuse water, and the reuse water is conveyed to the raw material tank 1, the heating stirring tank 2, the flocculation tank 7 and the adsorption powder tank 8 through pipelines.
The gaseous phase exit end of raw materials case 1 heats the gaseous phase exit end of agitator tank 2, the gaseous phase exit end of oil storage tank 5, the gaseous phase exit end of muddy water agitator tank 6, the gaseous phase exit end of oil water jar 14, the gaseous phase exit end of water purification jar 15, be connected through the entrance point of pipeline with tail gas treatment tower 16, tail gas treatment tower 16 still is connected with lye tank 17 through the circulating pump, tail gas treatment tower 16 is the spray column, carry alkali lye to tail gas treatment tower 16 through the circulating pump, spray, absorb tail gas through alkali lye, 16 lower extremes of tail gas treatment tower flow back alkali lye to lye tank 17 through the pipeline.
A fifth raw material conveying pump is arranged between the outlet end of the flocculation tank 7 and the inlet end of the first mixer 9, and a sixth raw material conveying pump is arranged between the outlet end of the adsorption powder tank 8 and the second mixer 10.
Still include first thin oil station and second thin oil station, first thin oil station and 4 looks adaptations of high-speed separation spiral shell machine of crouching, the second thin oil station and 11 looks adaptations of mud separation spiral shell machine of crouching.
The working process, as shown in fig. 2, the oily sludge (scum) is first heated and stirred by a heating and stirring tank 2, then is subjected to bidirectional demulsification by an ultrasonic demulsification tank 3, after the bidirectional demulsification is completed, the oily water enters a first centrifugal module, primary separation is performed on the oil and water by a high-speed separation horizontal screw machine 4, the separated oil enters an oil storage tank 5, an oil pump in the oil storage tank 5 is sent to a dirty oil tank, muddy water enters a muddy water stirring tank 6, flocculation treatment is performed on the sewage output by the muddy water stirring tank 6, adsorption powder and water are added into a first mixer 7, a flocculant and water are added into a second mixer 10 to react with the sewage, the reacted sewage enters a second centrifugal module, secondary separation is performed by a sludge separation screw machine 11, the solid phase (sludge) is compressed by a screw conveyor 12 and then bagged, the sludge is put into a ton bag and then sent out, the liquid phase is discharged into a water storage tank, the water in the water storage tank is sent to a sewage treatment system for treatment, and the tail gas generated by each device is conveyed to a tail gas tower for treatment.
The above, only be the concrete implementation of the preferred embodiment of the present invention, but the protection scope of the present invention is not limited thereto, and any person skilled in the art is in the technical scope of the present invention, according to the technical solution of the present invention and the utility model, the concept of which is equivalent to replace or change, should be covered within the protection scope of the present invention.
Claims (9)
1. Sludge, scum and heavy sump oil ultra-high power ultrasonic treatment piece-rate system, including raw material tank (1), its characterized in that, the exit end of raw material tank (1) is connected with the entrance point of heating agitator tank (2) through first raw material delivery pump, the liquid phase exit end of heating agitator tank (2) is connected with the entrance point of ultrasonic demulsification jar (3), the exit end of ultrasonic demulsification jar (3) is connected with the entrance point of high-speed separation spiral shell machine (4), the exit end of high-speed separation spiral shell machine (4) upper end is connected with the entrance point of oil storage tank (5), the exit end of high-speed separation spiral shell machine (4) lower extreme is connected with the entrance point of muddy water agitator tank (6), the liquid phase exit end of muddy water agitator tank (6) is connected with the entrance point of first blender (9) through second raw material delivery pump, the entrance point of first blender (9) still is connected with the exit end of flocculation tank (7), the exit end of first blender (9) is connected with the exit end of second blender (10), the exit end of second blender (10) still with the absorption tank (8) the entrance point of absorption tank (11) still the entrance point of the spiral shell machine (11) is connected with the mud separation spiral shell machine (11), the entrance point of spiral shell machine (11) is connected with the entrance point of the mud separation of the entrance point of spiral shell machine (11) upper end is connected with the mud separation, the entrance point of spiral shell machine (11) is connected with the entrance point of spiral shell machine (11) the entrance point of the mud separation of the entrance point of the spiral shell machine (11) is connected with the entrance point of the mud separation, a ton bag (13) is arranged at the outlet end of the screw conveyor (12).
2. The ultra-high power ultrasonic treatment and separation system for the oil sludge, the scum and the heavy dirty oil according to claim 1, wherein the ultrasonic demulsification tank (3) is provided with an ultrasonic generator.
3. The ultra-high power ultrasonic treatment and separation system for oil sludge, scum and heavy dirty oil as claimed in claim 1, wherein the outlet end of the oil storage tank (5) is connected to the inlet end of the system clean oil storage tank through a third raw material transfer pump.
4. The ultra-high power ultrasonic treatment and separation system for oil sludge, scum and heavy dirty oil according to claim 3, wherein the outlet end of the oil storage tank (5) is further connected to the inlet end of the raw material tank (1) through a third raw material transfer pump.
5. The ultra-high power ultrasonic treatment and separation system for the oil sludge, scum and heavy dirty oil according to claim 3, wherein the water storage tank comprises an oil water tank (14) and a water purification tank (15), and the outlet end of the upper end of the sludge separation horizontal screw machine (11) is respectively connected with the oil water tank (14) and the water purification tank (15) through pipelines.
6. The ultra-high power ultrasonic treatment and separation system for oil sludge, scum and heavy dirty oil according to claim 5, wherein the liquid phase outlet of the oil water tank (14) is further connected to the inlet end of the raw material tank (1) through a fourth raw material transfer pump, and the liquid phase outlet of the water purification tank (15) is further connected to the inlet end of the sewage tank system through a fifth raw material transfer pump.
7. The ultra-high power ultrasonic treatment and separation system for sludge, scum and heavy dirty oil according to claim 6, wherein the gas phase outlet of the raw material tank (1) heats the gas phase outlet of the stirring tank (2), the gas phase outlet of the oil storage tank (5), the gas phase outlet of the muddy water stirring tank (6), the gas phase outlet of the oil-water tank (14), the gas phase outlet of the water purification tank (15), and is connected with the inlet of the tail gas treatment tower (16) through a pipeline, and the tail gas treatment tower (16) is further connected with the alkaline liquid tank (17) through a circulating pump.
8. The ultra-high power ultrasonic treatment and separation system for oil sludge, scum and heavy dirty oil according to any one of claims 1 to 7, wherein a fifth raw material delivery pump is arranged between the outlet end of the flocculation tank (7) and the inlet end of the first mixer (9), and a sixth raw material delivery pump is arranged between the outlet end of the adsorption powder tank (8) and the second mixer (10).
9. The ultra-high power ultrasonic treatment and separation system for oil sludge, scum and heavy dirty oil according to claim 1, further comprising a first thin oil station and a second thin oil station, wherein the first thin oil station is adapted to the high speed separation horizontal screw machine (4), and the second thin oil station is adapted to the sludge separation horizontal screw machine (11).
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202221552185.3U CN218146282U (en) | 2022-06-21 | 2022-06-21 | Ultra-high power ultrasonic treatment and separation system for oil sludge, scum and heavy dirty oil |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202221552185.3U CN218146282U (en) | 2022-06-21 | 2022-06-21 | Ultra-high power ultrasonic treatment and separation system for oil sludge, scum and heavy dirty oil |
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| Publication Number | Publication Date |
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| CN218146282U true CN218146282U (en) | 2022-12-27 |
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| CN202221552185.3U Active CN218146282U (en) | 2022-06-21 | 2022-06-21 | Ultra-high power ultrasonic treatment and separation system for oil sludge, scum and heavy dirty oil |
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| CN (1) | CN218146282U (en) |
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