CN208465255U - A kind of abandoned mine oil recycling dewatering cycle tank - Google Patents

Abstract

The utility model discloses a kind of abandoned mine oil recycling dewatering cycle tanks, including dewatering cycle can body, vacuum tank, heater box, spray head, oil return pipe, oil pump, detection pipe, deflector and Rose Box, heater box is internally provided with heating tube, heating tube two sides are provided with heating wire, first oil exit pipe bottom end is connected with oil return pipe, and oil return pipe one end is connected with heating tube, detection pipe is provided with above second oil exit pipe, strainer is provided in the middle part of deflector, condenser pipe one end is connected with Rose Box, the utility model, it will enter in vacuum tank by the abandoned mine oil of heating, water is discharged as water vapor, abandoned mine oil stays in vacuum tank, it can be carried out dehydrating again by oil return pipe, improve dehydrating effect, treated, and exhaust gas passes through the absorption of porous oil-absorbing resin plate and porous active carbon slab, remove the oil vapour contained in removing exhaust gas And pollutant, it is directly discharged in air, not will cause air pollution.

Description

A kind of abandoned mine oil recycling dewatering cycle tank

Technical field

The utility model relates to abandoned mine oil recovery techniques field, specially a kind of abandoned mine oil recycling dewatering cycle Tank.

Background technique

Abandoned mine oil be one kind from petroleum, coal or oil shale extract and refine, in exploitation, processing and use process by Cause to change original physical and chemical properties in external factor effect, the mineral oil used, petroleum resources cannot be continued It is very precious, it not only will cause the waste of resource if discarded oil processing is improper, more seriously waste oil can seep Enter in soil, pose a very serious threat to the environment, so the meaning of waste oil recycling is very great, by a series of Processing may be recovered recycling, and abandoned mine oil recycling is one of device common in treatment process with drain sump.

But drain sump dehydration rate currently on the market is not high enough, influences subsequent working process, and after drain sump processing Exhaust gas be directly discharged in air, be easy to cause pollution.

Summary of the invention

The utility model provides a kind of abandoned mine oil recycling dewatering cycle tank, can effectively solve above-mentioned background technique The problem of middle proposition.

To achieve the above object, the utility model provides the following technical solutions: a kind of abandoned mine oil recycling is followed with dehydration Ring tank, including dewatering cycle can body, vacuum tank, heater box, heat insulation felt, heating tube, heating wire, oil inlet pipe, spray head, first row Oil pipe, valve, oil return pipe, oil pump, the second oil exit pipe, detection pipe, deflector, fixed block, strainer, top cover, condenser pipe, filtering Case, diversion pipe, porous oil-absorbing resin plate and porous active carbon slab, the dewatering cycle can body middle part are provided with vacuum tank, institute It states vacuum tank side and is provided with heater box, the heating chamber interior wall is bonded with heat insulation felt, and the heater box is internally provided with heating Pipe, the heating tube two sides are provided with heating wire, and the heater box side is provided with oil inlet pipe, the oil inlet pipe and heating tube One end is connected, and the heating tube other end is connected with spray head, and the vacuum tank bottom end is provided with the first oil exit pipe, the first row Oil pipe side is provided with valve, and the first oil exit pipe bottom end is connected with oil return pipe, oil pump is provided in the middle part of the oil return pipe, and return Oil pipe one end is connected with heating tube, and one side lower part of vacuum tank is set above second oil exit pipe through there is the second oil exit pipe It is equipped with detection pipe, vacuum tank is located above the detection pipe and is internally provided with deflector, is provided with fixation below the deflector The connection type of block, the fixed block and vacuum tank is welding, is provided with strainer, the vacuum upper end in the middle part of the deflector Be provided with top cover, the top cover top is connected with condenser pipe, and described condenser pipe one end is connected with Rose Box, the Rose Box with it is cold It is provided with diversion pipe between solidifying pipe, the Rose Box is internally provided with porous oil-absorbing resin plate, the porous oil-absorbing resin plate one Side is provided with porous active carbon slab, and the heating wire and oil pump uniform outer power supply are electrical connected.

Preferably, vacuum upper end side is equipped with barometer.

Preferably, second oil exit pipe and detection pipe one end are mounted on valve.

Preferably, the deflector is provided with baffle close to detection pipe side.

Preferably, the connection type of the top cover and vacuum tank is to be hinged, and top cover side is provided with lock.

Preferably, the diversion pipe bottom end is connected with bucket by hose.

Compared with prior art, the utility model has the beneficial effects that the utility model is scientific and reasonable for structure, secure side is used Just, it is provided with heater box, detection pipe and oil return pipe, the abandoned mine oil by heating enters in vacuum tank, and water is as water vapor Discharge, abandoned mine oil stay in vacuum tank, detect Water in oil amount by detection pipe and pass through if abandoned mine grease content is still excessively high Oil return pipe is carried out dehydrating again, is improved dehydrating effect, is provided with Rose Box, and treated that exhaust gas passes through porous suction for drain sump The absorption of oleoresin plate and porous active carbon slab removes the oil vapour contained and pollutant in removing exhaust gas, is directly discharged to sky In gas, air pollution not will cause, the design is practical, can promote the use of a large area.

Detailed description of the invention

Attached drawing is used to provide a further understanding of the present invention, and constitutes part of specification, practical with this Novel embodiment is used to explain the utility model together, does not constitute limitations of the present invention.

In the accompanying drawings:

Fig. 1 is the overall structure diagram of the utility model；

Fig. 2 is the heater box structural schematic diagram of the utility model；

Fig. 3 is the deflector structure schematic diagram of the utility model；

Figure label: 1, dewatering cycle can body；2, vacuum tank；3, heater box；4, heat insulation felt；5, heating tube；6, electric heating Silk；7, oil inlet pipe；8, spray head；9, the first oil exit pipe；10, valve；11, oil return pipe；12, oil pump；13, the second oil exit pipe；14, it examines Test tube；15, deflector；16, fixed block；17, strainer；18, top cover；19, condenser pipe；20, Rose Box；21, diversion pipe；22, more Hole oil-absorbing resin plate；23, porous active carbon slab.

Specific embodiment

It is illustrated below in conjunction with preferred embodiment of the attached drawing to the utility model, it should be understood that described herein excellent It selects embodiment to be only used for describing and explaining the present invention, is not used to limit the utility model.

Embodiment: as shown in Figure 1-3, the utility model provides a kind of technical solution, a kind of abandoned mine oil recycling use is de- Water circulating tank, including dewatering cycle can body 1, vacuum tank 2, heater box 3, heat insulation felt 4, heating tube 5, heating wire 6, oil inlet pipe 7, Spray head 8, valve 10, oil return pipe 11, oil pump 12, the second oil exit pipe 13, detection pipe 14, deflector 15, is fixed first oil exit pipe 9 Block 16, strainer 17, top cover 18, condenser pipe 19, Rose Box 20, diversion pipe 21, porous oil-absorbing resin plate 22 and porous active carbon slab 23, vacuum tank 2 is provided in the middle part of dewatering cycle can body 1,2 side of vacuum tank is provided with heater box 3,3 inner wall of heater box bonding There is heat insulation felt 4, heater box 3 is internally provided with heating tube 5, and 5 two sides of heating tube are provided with heating wire 6, the setting of 3 side of heater box There is oil inlet pipe 7, oil inlet pipe 7 is connected with 5 one end of heating tube, and 5 other end of heating tube is connected with spray head 8, and 2 bottom end of vacuum tank is provided with First oil exit pipe 9,9 side of the first oil exit pipe is provided with valve 10, and 9 bottom end of the first oil exit pipe is connected with oil return pipe 11, oil return Oil pump 12 is provided in the middle part of pipe 11, and 11 one end of oil return pipe is connected with heating tube 5,2 one side lower part of vacuum tank, which runs through, second row Oil pipe 13 is provided with detection pipe 14 above second oil exit pipe 13, is located at vacuum tank 2 above detection pipe 14 and is internally provided with deflector 15, it is provided with fixed block 16 below deflector 15, the connection type of fixed block 16 and vacuum tank 2 is welding, 15 middle part of deflector It is provided with strainer 17,2 top of vacuum tank is provided with top cover 18, and 18 top of top cover is connected with condenser pipe 19, and 19 one end of condenser pipe connects It is connected to Rose Box 20, diversion pipe 21 is provided between Rose Box 20 and condenser pipe 19, Rose Box 20 is internally provided with porous oil-absorbing Resin plate 22,22 side of porous oil-absorbing resin plate are provided with porous active carbon slab 23,12 uniform outer power supply of heating wire 6 and oil pump It is electrical connected.

In order to avoid 2 air pressure inside of vacuum tank is excessively high, in the present embodiment, it is preferred that 2 top side of vacuum tank is equipped with gas Pressure meter.

In order to improve the leakproofness of vacuum tank 2, in the present embodiment, it is preferred that 14 one end of the second oil exit pipe 13 and detection pipe It is mounted on valve 10.

For the ease of the residue under stopping strainer 17 to be filtered, in the present embodiment, it is preferred that deflector 15 is close to detection pipe 14 1 Side is provided with baffle.

For 18 containing vacuum tank 2 of top cover, in the present embodiment, it is preferred that the connection type of top cover 18 and vacuum tank 2 is hinge Connection, and 18 side of top cover is provided with lock.

For the ease of collecting condensed water, in the present embodiment, it is preferred that 21 bottom end of diversion pipe is connected with bucket by hose.

The working principle and process for using of the utility model: the utility model is that a kind of abandoned mine oil recycling is followed with dehydration Ring tank, abandoned mine oil are entered in heater box 3 by oil inlet pipe 7, connect heating wire 6, heater box 3 heats abandoned mine oil, then leads to The ejection of spray head 8 is crossed, the water contained in abandoned mine oil enters as water vapor in condenser pipe 19, and abandoned mine oil falls in deflector 15 On, filtering, deflector 15 also has buffer function simultaneously, and abandoned mine oil level is detected in oil by detection pipe 14 and contained in 2 bottom of vacuum tank Water starts oil pump 12 if abandoned mine grease content is still excessively high, and abandoned mine oil is taken off by oil return pipe 11 into heater box 3 again Water process improves dehydrating effect, and because water is than oil weight, the higher oil reservoir of water content is located below, the oil that the second oil exit pipe 13 takes out Water content is lower, and treated exhaust gas passes through the absorption of porous oil-absorbing resin plate 22 and porous active carbon slab 23, removal abandoned mine oil Steam and some other pollutant protect environment.

Finally, it should be noted that being not limited to this reality the foregoing is merely the preferred embodiment of the utility model With novel, although the utility model is described in detail with reference to the foregoing embodiments, come for those skilled in the art Say, it is still possible to modify the technical solutions described in the foregoing embodiments, or to part of technical characteristic into Row equivalent replacement.Within the spirit and principle of the utility model, any modification, equivalent replacement, improvement and so on, should all It is included within the scope of protection of this utility model.

Claims (6)

1. a kind of abandoned mine oil recycling dewatering cycle tank, including dewatering cycle can body (1), vacuum tank (2), heater box (3), heat insulation felt (4), heating tube (5), heating wire (6), oil inlet pipe (7), spray head (8), the first oil exit pipe (9), valve (10), return Oil pipe (11), oil pump (12), the second oil exit pipe (13), detection pipe (14), deflector (15), fixed block (16), strainer (17), top (18), condenser pipe (19), Rose Box (20), diversion pipe (21), porous oil-absorbing resin plate (22) and porous active carbon slab (23) are covered, It is characterized by: being provided with vacuum tank (2) in the middle part of the dewatering cycle can body (1), vacuum tank (2) side, which is provided with, to be added Hot tank (3), heater box (3) inner wall are bonded with heat insulation felt (4), and the heater box (3) is internally provided with heating tube (5), institute It states heating tube (5) two sides to be provided with heating wire (6), heater box (3) side is provided with oil inlet pipe (7), the oil inlet pipe (7) it is connected with heating tube (5) one end, heating tube (5) other end is connected with spray head (8), vacuum tank (2) the bottom end setting Have the first oil exit pipe (9), the first oil exit pipe (9) side is provided with valve (10), and the first oil exit pipe (9) bottom end is connected with Oil return pipe (11), oil return pipe (11) middle part is provided with oil pump (12), and oil return pipe (11) one end is connected with heating tube (5), (2) one side lower part of vacuum tank is provided with detection pipe above second oil exit pipe (13) through having the second oil exit pipe (13) (14), vacuum tank (2) are located above the detection pipe (14) to be internally provided with deflector (15), are set below the deflector (15) It is equipped with fixed block (16), the connection type of the fixed block (16) and vacuum tank (2) is welding, is set in the middle part of the deflector (15) It is equipped with strainer (17), vacuum tank (2) top is provided with top cover (18), and top cover (18) top is connected with condenser pipe (19), described condenser pipe (19) one end is connected with Rose Box (20), is provided between the Rose Box (20) and condenser pipe (19) Diversion pipe (21), the Rose Box (20) are internally provided with porous oil-absorbing resin plate (22), the porous oil-absorbing resin plate (22) Side is provided with porous active carbon slab (23), and the heating wire (6) and oil pump (12) uniform outer power supply are electrical connected.

2. a kind of abandoned mine oil recycling dewatering cycle tank according to claim 1, which is characterized in that the vacuum tank (2) top side is equipped with barometer.

3. a kind of abandoned mine oil recycling dewatering cycle tank according to claim 1, which is characterized in that the second row Oil pipe (13) and detection pipe (14) one end are mounted on valve (10).

4. a kind of abandoned mine oil recycling dewatering cycle tank according to claim 1, which is characterized in that the deflector (15) detection pipe (14) side is provided with baffle.

5. a kind of abandoned mine oil recycling dewatering cycle tank according to claim 1, which is characterized in that the top cover It (18) is to be hinged, and top cover (18) side is provided with lock with the connection type of vacuum tank (2).

6. a kind of abandoned mine oil recycling dewatering cycle tank according to claim 1, which is characterized in that the diversion pipe (21) bottom end is connected with bucket by hose.