CN1187572A - Gas lift ball gas lift production ball controlled and oil extracting method thereof - Google Patents
Gas lift ball gas lift production ball controlled and oil extracting method thereof Download PDFInfo
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- CN1187572A CN1187572A CN97112568A CN97112568A CN1187572A CN 1187572 A CN1187572 A CN 1187572A CN 97112568 A CN97112568 A CN 97112568A CN 97112568 A CN97112568 A CN 97112568A CN 1187572 A CN1187572 A CN 1187572A
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Abstract
A gas lift method for petroleum production features that on the casing of spherical oil-gas separator, there are low-pressure gas outlet, oil-gas ball inlet and oil outlet, and in the said casing there are spiral pipe communicated with inlet of oil-gas ball, separating umbrella above the spiral pipe, filter net under it, ball-blowing valve with ball inlet, low-pressure gas vent, and high-pressure gas inlet and outlet on its valve body, and gas channels on valve core for communicating to said high-pressure gas inlet and outlet. Its advantages are high gas lift efficiency, saving consumption of gas, simple structure and high safety and reliability.
Description
The present invention relates to a kind ofly belong to the airlifting ball gas-lift production ball control device that is used for recover petroleum in the petroleum industry, and the gas-lift production method.
The applicant has applied for a patent application that is called " a kind of gas-lift production device " on July 12nd, 90, and the power of patenting, and the patent No. is 90209934.5.This gas-lift production device is that the gas-lift production device by routine adds that special-purpose ball control mechanism combines, by at regular time and quantity input airlifting ball in air pipe, make and form the gas column slug flow alternate in the lift tube with airlifting ball, the energy of gas is well brought into play, reduce the gas injection ratio, increase the oil recovery degree of depth, improve gas lift efficiency.Ball control mechanism in this device is to enter pipe, valve by motor, gear train, leading screw, oil gas bulb spacer, ball control wheel, truncated cone-shaped filter screen, oil gas ball, high pressure gas enters pipe, valve, oil gas efferent duct, valve, balloon efferent duct, valve are formed, apparatus structure is the bilateral symmetry type, the hand of spiral of left side leading screw is opposite with the hand of spiral of right side leading screw, and each valve is connected with oil gas bulb spacer package line; Every pair of valve is connected with lead screw gear.After high pressure gas entered gs-oil separator from the high pressure gas admission valve, the ball control wheel in the gs-oil separator rotated under the recoil strength effect of air-flow, and send airlifting ball to enter air pipe, forms the gas column single fluidal texture alternate with airlifting ball.When motor is just changeing, the gear driven leading screw is shut the valve open on the left side, the valve on the right side, when the valve open on the left side, oil, gas, ball enter left gs-oil separator, oil, gas by the truncated cone-shaped filter screen enter the oil gas efferent duct, when filling ball in the oil gas bulb spacer of the left side, the valve open on the starter motor counter-rotating right side, the valve on the left side is shut, when the valve open on the right side, oil, gas, ball enter right gs-oil separator, and oil, gas enter the oil gas efferent duct by the truncated cone-shaped filter screen.After this applicant improved again above-mentioned patent on May 13rd, 94, had applied for the patent application of " a kind of multi-functional ball control device " by name, and the power of patenting, and the patent No. is 94211885.5.This device is to improve on the basis of existing ball control mechanism, adopt the transmission of original device and control mechanism and the bilateral symmetry type, in this ball control device, separate airlifting ball with filter screen, and adopt by the spiral of buncher, the gear reduction control device of losing, by the spiral device control service of losing; Employing has the oil groove of the helix of several apertures, and is provided with impingement baffle in the outlet of oil groove, is provided with gas-liquid separation umbrella, separation oil and gas on the top of oil groove.Though this ball control device process is improved, but still has following shortcoming: (1) complex structure, equipment investment is big.Owing to adopt motor, gear train, two housings of leading screw control, make equipment investment big.(2), therefore also increased investment and unsafe factor of equipment because the high pressure 8-12MPa of two housings gas injection will be born the time.(3) serve a ball respectively owing to two housings, or receive ball, separation oil and gas, and the timing tank switching, air feed is discontinuous for ball in well like this, can produce pressure oscillation.(4) owing to adopt the apparatus structure of bilateral symmetry type, certain degree of difficulty is all arranged from implementing to operate.Therefore above-mentioned two patented technologies acquire a certain degree of difficulty on enforcement is promoted.
The purpose of this invention is to provide a kind of airlifting ball gas-lift production ball control device and oil production method thereof, this apparatus structure is simple, equipment investment is little, only adopt a low pressure housing, and air feed is for ball continuously, assurance does not produce pressure oscillation to ground oil gathering system, safety, functional reliability is guaranteed, and saves gas consumption more.Adopt device of the present invention to carry out gas-lift production, the efficient height can be saved gas consumption.
The present invention realizes by following manner: this airlifting ball gas-lift production ball control device, it is tip position at the housing of an oil gas bulb spacer, near upper position, near being respectively equipped with the low pressure gas outlet on the lower position, oil gas ball inlet, oil outlet, in the housing of this oil gas bulb spacer, be provided with the helix tube of the eye with holes that communicates with described oil gas ball inlet, be provided with buffer board before this helix tube another port, the top of this helix tube is provided with the separation umbrella, the below of this helix tube is provided with filter screen, one side of described filter screen is provided with sphere-lok, this sphere-lok is the spool that is contained in valve body by electric control mechanism control, this valve body is provided with the goal through hole, the low pressure air vent, the high pressure admission through hole, high pressure goes out vent hole, this high pressure admission through hole, high pressure goes out vent hole respectively and high-pressure pipe, the high pressure escape pipe communicates, this high-pressure pipe, the high pressure escape pipe passes the housing of described oil gas bulb spacer respectively and draws outside this housing, be provided with the goal through hole of linking up on the described valve body in the described spool, between the low pressure air vent, and high pressure admission through hole, high pressure goes out the airway between the vent hole, and at the other shift fork that is provided with by above-mentioned electric control mechanism control of the goal through hole of described valve body.
The oil production method of airlifting ball gas-lift production ball control device of the present invention is performed such: described airlifting ball gas-lift production ball control device is contained in the gas-lift production pipeline, the gas main valve that comes of the high-pressure pipe of this device and high-pressure air source is connected, the high pressure escape pipe of this device and air pipe are connected, the low pressure gas outlet of this device is recycled pipe with the gas of high-pressure air source and is connected, the oil outlet of this device and petroleum pipeline are connected, gases at high pressure are pressed in the annular space between sleeve pipe and the oil pipe earlier by common method, the fluid body is pressed onto the desired degree of depth, again airlifting ball is put into housing, start electric control mechanism and make the shift fork action, airlifting ball is dialled in the air inlet ball through hole on the valve body of sphere-lok, also make simultaneously the spool action of this sphere-lok, make the goal through hole on the sphere-lok valve body, the low pressure air vent is connected; High pressure admission through hole, high pressure go out vent hole to be connected, to air pipe constantly supply gas, release, then, airlifting ball is mixed into lift tube with the oil, the gas that come from tail pipe, carry out oil, gas, ball separation through this device again, make gas, ball reclaim use again, oil is exported from oil outlet.Adopt the oil production method of this device, can form ball on one section gas column in lift tube, the single slug flow structure of ball the preceding paragraph oil column so just improves gas lift efficiency.In addition, device of the present invention by sphere-lok continuously in oil reservoir air pipe supply gas, release, and will separate through helical tube with holes, separation umbrella, filter screen from gas, ball, the oil that lift tube is come out, oil separates out by metering delivers to the oil-collecting main line, gas is separated and is delivered to compressor and repeat to use, and airlifting ball is separated and reused.Like this can by a low pressure housing just can be continuously to air pipe supply gas, release, equipment is simple, safety, functional reliability are guaranteed.
Sphere-lok of the present invention can be the rotary valve sphere-lok, also can be the side valve type sphere-lok.Airlifting ball gas-lift production ball control device of the present invention adopts the rotary valve sphere-lok, wherein said sphere-lok is the rotary valve sphere-lok, described valve body is the rotary valve valve body, the rotary valve spool of described spool for can in this rotary valve valve body, rotating, described electric control mechanism adopts the outer buncher gear reduction of housing that is contained in described oil gas bulb spacer, described rotary valve spool is contained on the power transmission shaft of this buncher gear reduction, the two-port of the airway on this rotary valve spool is respectively greater than the big mouthful of airlifting ball diameter with less than the osculum of airlifting ball diameter, clockwise rotating under the state the big mouth of described airway at this rotary valve spool, osculum is respectively with described goal through hole, the low pressure air vent; High pressure goes out vent hole, the high pressure admission through hole is corresponding connects, and initiatively conical gear is housed on the power transmission shaft of above-mentioned buncher gear reduction, with the driven shaft of the driven bevel gear of this active conical gear engagement be declutch shift shaft, described shift fork is contained on this declutch shift shaft.Wherein the face of being sealed and matched of rotary valve valve body and rotary valve spool can be made the taper seat of band tapering, also can be made into the face of cylinder of not being with tapering, can also make sphere.
In adopting rotary valve sphere-lok mode, airway can be straight line formula runner in the tool, or is all two broken-line type runners, or is all two arc line type runners, simultaneously, goal through hole, high pressure go out vent hole, low pressure air vent, high pressure admission through hole also different arrangements correspondingly.
In the rotary valve sphere-lok, described airway is a straight line formula runner, described goal through hole, high pressure go out vent hole, low pressure air vent, high pressure admission through hole according to the order of sequence on described valve body with 90 ° of circular arcs uniformly at intervals.
In the rotary valve sphere-lok, described airway is two runners, or is all the broken-line type runner, or is all the arc line type runner, described goal through hole and the adjacent arrangement of described low pressure air vent, and described high pressure goes out vent hole and the adjacent arrangement of described high pressure admission through hole.
Airlifting ball gas-lift production ball control device of the present invention adopts the side valve type sphere-lok, wherein said sphere-lok is the side valve type sphere-lok, described valve body is the guiding valve valve body, the valve core of the spool valve of described spool for can in this guiding valve valve body, reciprocatingly sliding, described electric control mechanism adopts the outer buncher gear reduction of housing that is contained in described oil gas bulb spacer, and there is the drive of the crank of a crank connecting rod sliding block mechanism and this buncher gear reduction hinged, described valve core of the spool valve is contained on the pull bar on this crank connecting rod sliding block mechanism, airway on this valve core of the spool valve has two: first airway, second airway, described first airway is the low pressure airway, its diameter less than airlifting ball diameter, described second airway is the high pressure ventilation, logical alley, the ramuscule pawl is arranged on the described shift fork, and be contained on this pull bar by the connector bar vertical with the pull bar of described crank connecting rod sliding block mechanism.Wherein the face of being sealed and matched of guiding valve valve body and valve core of the spool valve can be made the cylinder of rectangular dignity, the face of cylinder or other shape.
Airlifting ball gas-lift production ball control device of the present invention can adopt automatic fuel-displaced mechanism, the below of described filter screen is provided with ball float, and delivery valve is housed, and outside the housing of described eliminator, is provided with the lever that joins with described ball float and control described delivery valve aperture, claims rest device at described oil outlet place.Above-mentioned ball float and lever, title support are changed to known equipment.
Airlifting ball gas-lift production ball control device of the present invention is equipped with in the described gs-oil separator housing of the antifreeze mechanism that heats radiator coil tube is housed, and the port tube at the two ends of this radiator coil tube is drawn respectively outside the housing of described gs-oil separator.The port and the vapor recycle pipeline of two ends pipe of heat radiation siphunculus joins, during use, with steam by heat oil in the housing of gs-oil separator of radiator coil tube.
In the airlifting ball gas-lift production ball control device dress of the present invention release mechanism is arranged.Security header, safety valve, pressure meter are housed on the housing of described gs-oil separator.
In airlifting ball gas-lift production ball control device of the present invention, be respectively equipped with on the position of position that the filter screen on the housing of described gs-oil separator is other and filter screen top and pick up ball mouth, pitching mouth, and respectively be furnished with seal cover.
In airlifting ball gas-lift production ball control device of the present invention, the bottom of the housing of described gs-oil separator is connected to blow-off pipe.On blow-off pipe, be provided with valve.During use, open valve and get final product blowdown.
The invention will be further described below in conjunction with accompanying drawing.
Fig. 1 is for adopting the airlifting ball gas-lift production ball control device schematic diagram of rotary valve sphere-lok
Fig. 2 is for adopting the airlifting ball gas-lift production ball control device schematic diagram of side valve type sphere-lok
Fig. 3 is the structural representation with rotary valve sphere-lok of orthoscopic runner
Fig. 4 is the structural representation with rotary valve sphere-lok of broken-line type runner
Fig. 5 is the structural representation with rotary valve sphere-lok of arc line type runner
Fig. 6 is the structural representation of side valve type sphere-lok
Fig. 7 is that airlifting ball gas-lift production ball control device is contained in the work schematic diagram in the gas-lift production pipeline
Embodiment 1.This is a kind of airlifting ball gas-lift production ball control device that adopts the rotary valve sphere-lok.As shown in Figure 1, this airlifting ball gas-lift production ball control device is the tip position at the housing 35 of an oil gas bulb spacer, near upper position, near being respectively equipped with low pressure gas outlet 20 on the lower position, oil gas ball inlet 14, oil outlet 50, in the housing 35 of this oil gas bulb spacer, be provided with helical tube with holes 15, the external port of this helix tube 15 and described oil gas ball inlet 14 join, be provided with buffer board 16 before the another port, the top of this helix tube 15 is provided with separates umbrella 17, the below of this helix tube 15 is provided with filter screen 9, said structure is identical with prior art, and present embodiment has been done following improvement on the basis of prior art; Outside housing 35, be provided with buncher gear reduction 1, the power transmission shaft 2 of buncher gear reduction extend in the housing 35 by the axle envelope 11 on the cover plate for manhole 10 that is contained in housing 35, in housing 35, connect the spool 3 of rotary valve sphere-lok, the active conical gear of a pair of conical gear 7 on this power transmission shaft 2, this driven shaft to the driven bevel gear of conical gear 7 is that declutch shift shaft 51 is contained on the center line of housing 35, its top exposes above filter screen 9, and is connected with shift fork 8.The rotary valve sphere-lok is other at filter screen 9, the upper surface of the rotary valve valve body 4 of this rotary valve sphere-lok and the lower edge of filter screen 9 coexist on the plane, the goal through hole 53 of rotary valve valve body 4 is vertical with the upper surface of the rotary valve valve body 4 that is in horizontal plane, the rotary valve sphere-lok can adopt three kinds of frame modes, the rotary valve sphere-lok (as shown in Figure 3) that promptly has the orthoscopic runner, rotary valve sphere-lok (as shown in Figure 4) with broken-line type runner, rotary valve sphere-lok (as shown in Figure 5) with arc line type runner, as Fig. 3, Fig. 4, shown in Figure 5, rotary valve valve body 4 has four through holes: goal through hole 53, low pressure air vent 57; High pressure admission through hole 55, high pressure go out vent hole 56.In having the rotary valve sphere-lok of orthoscopic runner, straight line formula runner 150 is arranged on the rotary valve spool 3.In rotary valve sphere-lok with broken-line type runner and arc line type runner, on the rotary valve spool 3 two passes is arranged, first passage 64, second channel 63, or be all the broken-line type runner, or be all the arc line type runner.Drive rotary valve spool 3 by power transmission shaft 2 and rotate, respectively the through hole of above-mentioned two pairs of correspondences is connected by above-mentioned runner.High pressure admission through hole 55, high pressure go out vent hole 56 and draw outside the housing 35 by high-pressure pipe 5, high pressure escape pipe 6 respectively.Airlifting ball gas-lift production ball control device of the present invention in use, as shown in Figure 5, earlier airlifting ball gas-lift production ball control device 104 is contained in the gas-lift production pipeline, high-pressure air source 101 is connected by coming gas total valve 102 air intake valves 103 and the high-pressure pipe 5 of airlifting ball gas-lift production ball control device 104, the high pressure escape pipe 6 of this device 104 is connected with the air pipe of oil well 107, the oil gas ball inlet 14 of this device 104 is connected with the lift tube 108 of oil well, the low pressure gas outlet 20 of this device 104 is recycled pipe by the valve 117 of giving vent to anger with the gas of high-pressure air source 101 and is connected, and the oil outlet 50 of this device 104 is connected with petroleum pipeline 112.Open gas main valve 102, sleeve pipe air intake valve 105, first and common gas-lift production method is the same, gases at high pressure are pressed in the annular space between sleeve pipe 106 and the oil pipe, liquid are expressed to certain depth, and then use this device 104, open air intake valve 103, high-pressure pipe 5 to this device 104 advances gases at high pressure, as Fig. 1, Fig. 3, Fig. 4, shown in Figure 5, opens buncher gear reduction 1, drive rotary valve spool 3 and rotate, and 8 runnings of band shift fork.Shift fork 8 will be put into the airlifting ball 109 of this device 104 in advance and dial in goal through hole 53 rotary valve valve body 4 and horizontal vertical, in having the rotary valve sphere-lok of orthoscopic runner, as shown in Figure 3, rotary valve spool 3 is when rotating, big mouthful of orthoscopic runner 150 in the rotary valve spool 3 is relative with goal through hole 53, its osculum is relative with low pressure air vent 57, airlifting ball 109 is at gravity, the big mouthful of place that enters orthoscopic runner 150 under the effect of pressure is in the ball storage chamber of orthoscopic runner 150, and rotary valve spool 3 is rotated further, it is relative to make big mouthful and the high pressure of orthoscopic runner 150 go out vent hole 56, its osculum is relative with high pressure admission through hole 55, under the high pressure draught effect, airlifting ball 109 is released this device 104, in rotary valve sphere-lok with broken-line type runner and arc line type runner, rotary valve spool 3 is when rotating, first passage 64 in the rotary valve spool 3 makes goal through hole 53, low pressure air vent 57 is connected, airlifting ball 109 is at gravity, enter the first passage 64 in the rotary valve spool 3 under the effect of pressure, and rotary valve spool 3 is rotated further, make first passage 64 and high pressure admission through hole 55, high pressure goes out vent hole 56 and connects, under the high pressure draught effect, airlifting ball 109 is released this device 104, and enter in the air pipe 107, meanwhile, rotary valve spool 3 second channels 63 make goal through hole 53 and low pressure air vent 57 connect again, make airlifting ball 109 enter again in the second channel 63, like this continuously to air pipe 107 services.Regulate motor speed, can change serve speed.Airlifting ball 109 is for being drilled with the hollow nylon ball of an ommatidium.As shown in Figure 7, this device 104 is served a ball in air pipe 107 by certain serve speed, in air pipe 107, form the single fluidal texture of gas column and airlifting ball like this, flow to the concourse of three pipes of lift tube 108, tail pipe 116, air pipe 107 when airlifting ball 109, airlifting ball 109 is mixed into lift tube 108 with the oil, the gas that come from tail pipe, in lift tube 108, form airlifting ball 109 on one section gas column, the single slug fluidal texture of airlifting ball 109 the preceding paragraph oils column has so just improved gas lift efficiency.What need here to remark additionally is, in order to prevent send tracheal connector, lift tube joint to be made for an integral body by 180 ° of elbows, have communication port on this elbow at three remittances place card ball, and the communication port on tail tube joint and the elbow is connected, and the bore of communication port is less than the diameter of airlifting ball.Airlifting ball is difficult at three remittances place card ball like this.Oil in the lift tube 108, gas, ball mixture enter in the helical tube with holes 15 in this device 104, because the bleed decelerating effect of aperture on the helix tube 15 makes airlifting ball 109 isolate reposefully and drop on the filter screen 9 and reuse.And oil, gas effect circular motion at centrifugal force, under the effect of Gravity Separation and gas-liquid separation umbrella 17 absorption droplets are opened Oil-gas Separation, and gas is told and come out to recycle pipe through gas from low pressure gas outlet 20 and send high-pressure air source 101 back to and reuse.Oil separates out the back and comes out to measuring station from oil outlet 50.
Can adopt the fuel-displaced device of automatic control of ball float, title holder, lever in this device 104.As shown in Figure 1, below described filter screen 9, be provided with ball float 22, and delivery valve 32 is housed at described oil outlet 50 places, outside the housing 35 of described eliminator, be provided with lever, claim rest device, this lever, claim that rest device is by cross tube 24, middle montant 25, sheer pole 26, adjustable weight 31 is formed, described cross tube 24, middle montant 25, sheer pole 26 is by two minor axises 28,29 according to said sequence tail head, hinged end to end, described cross tube 24 is contained on the buoy manhole device 23 by cross tube axle 27, its front end stretches in the housing 35 of described eliminator, and join with described ball float 22, the middle part of described sheer pole 26 is contained on the described delivery valve 32 by the sheer pole axle 30 on it, described adjustable weight 31 hangs on its afterbody, when high oily of certain liquid level arranged in the housing 35 of this device, ball float 22 moved both vertically up and down with oil level owing to be subjected to the buoyancy of oil.When liquid level is too high, ball float 22 moves upward, and drive cross tube 24 around 27 rotations of cross tube axle, cross tube 24 drives sheer pole 26 by middle montant 25 and rotates, sheer pole 26 drives the sheer pole axle 30 that is located on the sheer pole 26 again changes an angle counterclockwise, sheer pole axle 30 drives rotating counterclockwise with the fixed bar that is connected with this in delivery valve 32, the taper valve core that the end of this bar drives delivery valve 32 moves up, delivery valve 32 apertures are strengthened, to a large amount of oil transportations of measuring station, oil level in the housing 35 is reduced, thereby oil level is stabilized in the safe range.Otherwise housing 35 inner fluid faces are low excessively, and this moment, ball float 22 moved downward, and delivery valve 32 apertures are reduced.The effect of 22 pairs of delivery valves 32 of effect and ball float of 31 pairs of delivery valves 32 of adjustable weight is opposite, is used for the deficiency of 22 pairs of oil level controls of Compensation Regulation ball float.
As shown in Figure 1, the dress oily radiator coil tube 33 of heating in the housing 35 of this device.On housing 35, have and pick up ball mouth 12, ball-loading hole 13, and be furnished with seal cover respectively.Security header 19, safe valve 21, pressure meter 18 are housed on housing 35.Be connected to blow-off pipe 36 in housing 35 bottoms, blowoff valve 37 is housed on it.The housing 35 of this device is installed on the base 34.
Embodiment 2.This is a kind of airlifting ball gas-lift production ball control device that adopts the side valve type sphere-lok.
As Fig. 2, shown in Figure 6, it is different that this employing side valve type airlifting ball gas-lift production ball control device removes sphere-lok, shift fork and embodiment 1, and all the other all are identical.Outside housing 35, be provided with and adjust motor gear reducing gear 1, and there is the drive of the crank of a crank connecting rod sliding block mechanism 82 and this buncher gear reduction 1 hinged, the pull bar 83 of this crank connecting rod sliding block mechanism 82 extend in the housing 35 by the pull rod seal device 81 on the cover plate for manhole 10 that is contained in housing 35, connect the spool 84 of side valve type sphere-lok in housing 35 on this pull bar 83, shift fork 86 also is contained on this pull bar 83 by small rod.Filter screen 9 is an inclined plane, the side valve type sphere-lok is below the inclined plane of filter screen 9, the horizontal upper table of its guiding valve valve body 85 and the inclined plane of filter screen 9 link together, the goal through hole 95 of guiding valve valve body 85 is vertical with the upper surface of guiding valve valve body 85, as shown in Figure 4, perforate 70 for pull bar 83 motions is arranged on the slideway of guiding valve gliding mass 85, and balance pipe 71.Guiding valve valve body 85 has four through holes, goal through hole 95, low pressure air vent 96; High pressure admission through hole 97, high pressure go out vent hole 98, and two passes is arranged on the gliding mass spool 84: first passage 91, second channel 92.Driving valve core of the spool valve 84 by pull bar 83 slides in guiding valve valve body 85, when valve core of the spool valve 84 outer spacing on the time, second channel 92 is connected goal through hole 95 and low pressure air vent 96, makes that the airlifting ball 109 in goal through hole 95 enters in the second channel 92; When valve core of the spool valve 84 slided into inner spacing going up, second channel 92 goes out vent hole 98 with high pressure admission through hole 97, high pressure to be connected, and from the high pressure draught of high-pressure pipe 7 airlifting ball 109 is brought into the high pressure escape pipe 8, and is entered in the air pipe of oil well.Simultaneously, first passage 91 is connected goal through hole 95, low pressure air vent 96, and airlifting ball can enter in the goal through hole 95 under the stirring of shift fork 86, and pull bar 83 drive guiding valve slide cores are slided repeatedly like this, constantly to the air pipe service of supplying gas.The mechanism of other among the embodiment 2 all is identical with embodiment 1, so no longer describe.The variable-speed motor gear reduction all is identical among embodiment 1 and the embodiment 2, can buy on the market.
Airlifting ball gas-lift production ball control device of the present invention is not limited to the dual mode of the vertical oil-gas bulb spacer among the embodiment 1,2, and is same, and the horizontal gs-oil separator that adopts rotary valve or guiding valve is also in interest field of the present invention.
In sum, compared with the prior art device of the present invention has following advantage:
(1) becomes and only bear ground by original High Pressure Shell (high pressure 8-12MPa when bearing gas injection) Fuel transfer pressure (＜0.8MPa) low pressure housing. High pressure draught is by rotary valve sphere-lok or guiding valve sphere-lok Bear.
(2) be reduced to a housing by two original housings.
When (3) being reduced to a housing, also corresponding minimizing one cover by-pass valve control also reduces gear and passes Actuation mechanism, motor and the control appliance that is used for the timing rotating. The required expense of device of the present invention can Reduce to the 1/4-1/3 of original expense.
(4) during original two housing tank switchings, so that discontinuous for ball to the snorkel air feed, and the present invention Device can guarantee continuous supplying ball air feed in the snorkel, and the ground oil-gas gathering and transportation system is not produced pressure wave Moving, guarantee safety in production. Can more save gas consumption.
In a word, adopt device of the present invention to carry out gas-lift production and can improve gas lift efficiency, can save gas consumption, And guarantee controlledly continuously to the snorkel air feed, for ball, this device construction is simple, easy to implement, uses This device can make security, and functional reliability is guaranteed.
Claims (10)
1, a kind of airlifting ball gas-lift production ball control device, it is tip position at the housing of an oil gas bulb spacer, near upper position, near being respectively equipped with the low pressure gas outlet on the lower position, oil gas ball inlet, oil outlet, in the housing of this oil gas bulb spacer, be provided with the helix tube of the eye with holes that communicates with described oil gas ball inlet, be provided with buffer board before this helix tube another port, the top of this helix tube is provided with the separation umbrella, the below of this helix tube is provided with filter screen, it is characterized in that: the other sphere-lok that is provided with of described filter screen, this sphere-lok is the spool that is contained in valve body by electric control mechanism control, and this valve body is provided with the goal through hole, the low pressure air vent; High pressure admission through hole, high pressure go out vent hole, this high pressure admission through hole, high pressure go out vent hole and communicate with high-pressure pipe, high pressure escape pipe respectively, this high-pressure pipe, high pressure escape pipe pass the housing of described oil gas bulb spacer respectively and draw outside this housing, be provided with in the described spool between the goal through hole of linking up on the described valve body, the low pressure air vent, and high pressure admission through hole, high pressure go out the airway between the vent hole, and at the other shift fork that is provided with by above-mentioned electric control mechanism control of the goal through hole of described valve body.
2, airlifting ball gas-lift production ball control device according to claim 1, it is characterized in that: described sphere-lok is the rotary valve sphere-lok, described valve body is the rotary valve valve body, the rotary valve spool of described spool for can in this rotary valve valve body, rotating, described electric control mechanism adopts the outer buncher gear reduction of housing that is contained in described oil gas bulb spacer, described rotary valve spool is contained on the power transmission shaft of this buncher gear reduction, the two-port of the airway on this rotary valve spool is respectively greater than the big mouthful of airlifting ball diameter with less than the osculum of airlifting ball diameter, clockwise rotating under the state the big mouth of described airway at this rotary valve spool, osculum is respectively with described goal through hole, the low pressure air vent; High pressure goes out vent hole, the high pressure admission through hole is corresponding connects, and initiatively conical gear is housed on the power transmission shaft of above-mentioned buncher gear reduction, with the driven shaft of the driven bevel gear of this active conical gear engagement be declutch shift shaft, described shift fork is contained on this declutch shift shaft.
3, airlifting ball gas-lift production ball control device according to claim 2, it is characterized in that: described airway is a straight line formula runner, described goal through hole, high pressure go out vent hole, low pressure air vent, high pressure admission through hole according to the order of sequence on described valve body with 90 ° of circular arcs uniformly at intervals.
4, airlifting ball gas-lift production ball control device according to claim 2, it is characterized in that: described airway is two runners, or be all the broken-line type runner, or be all the arc line type runner, described goal through hole and the adjacent arrangement of described low pressure air vent, described high pressure go out vent hole and the adjacent arrangement of described high pressure admission through hole.
5, airlifting ball gas-lift production ball control device according to claim 1, it is characterized in that: described sphere-lok is the side valve type sphere-lok, described valve body is the guiding valve valve body, the valve core of the spool valve of described spool for can in this guiding valve valve body, reciprocatingly sliding, described electric control mechanism adopts the outer buncher gear reduction of housing that is contained in described oil gas bulb spacer, and there is the drive of the crank of a crank connecting rod sliding block mechanism and this buncher gear reduction hinged, described valve core of the spool valve is contained on the pull bar on this crank connecting rod sliding block mechanism, airway on this valve core of the spool valve has two: first airway, second airway, described first airway is the low pressure airway, its diameter less than airlifting ball diameter, described second airway is the high pressure ventilation, logical alley, the ramuscule pawl is arranged on the described shift fork, and be contained on this pull bar by the connector bar vertical with the pull bar of described crank connecting rod sliding block mechanism.
6, according to claim 2 or 5 described airlifting ball gas-lift production ball control devices, it is characterized in that: the below of described filter screen is provided with ball float, and delivery valve is housed, and outside the housing of described eliminator, is provided with the lever that joins with described ball float and control described delivery valve aperture, claims rest device at described oil outlet place.
7, airlifting ball gas-lift production ball control device according to claim 6, it is characterized in that: in the described gs-oil separator housing radiator coil tube is housed, the port tube at the two ends of this radiator coil tube is drawn respectively outside the housing of described gs-oil separator.
8, airlifting ball gas-lift production ball control device according to claim 7 is characterized in that: security header, safety valve, pressure meter are housed on the housing of described gs-oil separator.
9, airlifting ball gas-lift production ball control device according to claim 8 is characterized in that: be respectively equipped with on the position of position that the filter screen on the housing of described gs-oil separator is other and filter screen top and pick up ball mouth, pitching mouth, and respectively be furnished with seal cover.
10, the oil production method of the described airlifting ball gas-lift production of claim 1 ball control device, it is characterized in that: described airlifting ball gas-lift production ball control device is contained in the gas-lift production pipeline, the gas main valve that comes of the high-pressure pipe of this device and high-pressure air source is connected, this device high pressure escape pipe and air pipe are connected, the low pressure gas outlet of this device is recycled pipe with the gas of high-pressure air source and is connected, the oil outlet of this device and petroleum pipeline are connected, gases at high pressure are pressed in the annular space between sleeve pipe and the oil pipe earlier by common method, the fluid body is pressed onto the desired degree of depth, again airlifting ball is put into housing, start electric control mechanism and make the shift fork action, airlifting ball is dialled in the air inlet ball through hole on the valve body of sphere-lok, also make simultaneously the spool action of this sphere-lok, make the through hole of scoring on the sphere-lok valve body, the low pressure air vent is connected; High pressure admission through hole, high pressure go out vent hole to be connected, to air pipe constantly supply gas, release, then, airlifting ball is mixed into lift tube with the oil, the gas that come from tail pipe, carry out oil, gas, ball separation through this device again, make gas, ball reclaim use again, oil is exported from oil outlet.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN97112568A CN1050406C (en) | 1997-05-08 | 1997-06-26 | Gas lift ball gas lift production ball controlled and oil extracting method thereof |
Applications Claiming Priority (3)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN97111789.6 | 1997-05-08 | ||
| CN97111789 | 1997-05-08 | ||
| CN97112568A CN1050406C (en) | 1997-05-08 | 1997-06-26 | Gas lift ball gas lift production ball controlled and oil extracting method thereof |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN1187572A true CN1187572A (en) | 1998-07-15 |
| CN1050406C CN1050406C (en) | 2000-03-15 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN97112568A Expired - Fee Related CN1050406C (en) | 1997-05-08 | 1997-06-26 | Gas lift ball gas lift production ball controlled and oil extracting method thereof |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN1050406C (en) |
Cited By (4)
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| CN109025972A (en) * | 2018-07-27 | 2018-12-18 | 辽宁工程技术大学 | A kind of gas-water separation formula uplink drilling gas pressure measuring unit and method |
| CN113027395A (en) * | 2021-03-25 | 2021-06-25 | 伍政 | Intelligent control method and system for golf type gas lift ball gas lift oil production |
| CN113464102A (en) * | 2021-08-18 | 2021-10-01 | 伍政 | Ball receiving and throwing device for oil extraction and oil extraction method |
| CN114961634A (en) * | 2022-06-12 | 2022-08-30 | 魏领研 | Oil well leaking stoppage ball injector |
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| CN1304722C (en) * | 2001-06-25 | 2007-03-14 | 伍成林 | Airlifting ball and airlifting pipe column structure for oil well and its design scheme |
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| SU801855A1 (en) * | 1979-03-27 | 1981-02-07 | Всесоюзный Научно-Исследовательский Ин-Ститут Использования Газа B Народномхозяйстве, Подземного Хранения Нефти,Нефтепродуктов И Сжиженных Газов | Separator for separating gas from liquid |
| US4711306A (en) * | 1984-07-16 | 1987-12-08 | Bobo Roy A | Gas lift system |
| SU1307101A1 (en) * | 1985-12-16 | 1987-04-30 | Научно-производственное объединение по термическим методам добычи нефти "Союзтермнефть" | Device for lifting liquid |
| US4682656A (en) * | 1986-06-20 | 1987-07-28 | Otis Engineering Corporation | Completion apparatus and method for gas lift production |
| CN2040532U (en) * | 1988-06-27 | 1989-07-05 | 张成涛 | Closed pneumatically lifted combination oil extraction device |
| CN1042395A (en) * | 1988-11-02 | 1990-05-23 | 四川石油管理局地质勘探开发研究院 | Help oil recovery gaslift liquid to hold in both hands (JY) |
| GB2239193A (en) * | 1989-12-19 | 1991-06-26 | William David Blenkinsop | Liquid-gas separator |
| CN2068147U (en) * | 1990-07-12 | 1990-12-26 | 吴成林 | Air-lift recovery device |
| CN2074813U (en) * | 1990-08-29 | 1991-04-10 | 大庆石油学校 | Jet gas lift device |
| RU1819322C (en) * | 1991-02-20 | 1993-05-30 | Пашаев Надир Гаджиага Оглы | Process and apparatus for petroleum-and-gas production by a gas lift |
| US5450901A (en) * | 1993-12-17 | 1995-09-19 | Marathon Oil Company | Apparatus and process for producing and reinjecting gas |
| CN2189202Y (en) * | 1994-05-13 | 1995-02-08 | 伍成林 | Multi-function ball controlling device |
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| CN109025972A (en) * | 2018-07-27 | 2018-12-18 | 辽宁工程技术大学 | A kind of gas-water separation formula uplink drilling gas pressure measuring unit and method |
| CN109025972B (en) * | 2018-07-27 | 2021-09-28 | 辽宁工程技术大学 | Gas-water separation type upward drilling gas pressure measuring device and method |
| CN113027395A (en) * | 2021-03-25 | 2021-06-25 | 伍政 | Intelligent control method and system for golf type gas lift ball gas lift oil production |
| CN113464102A (en) * | 2021-08-18 | 2021-10-01 | 伍政 | Ball receiving and throwing device for oil extraction and oil extraction method |
| CN114961634A (en) * | 2022-06-12 | 2022-08-30 | 魏领研 | Oil well leaking stoppage ball injector |
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| Publication number | Publication date |
|---|---|
| CN1050406C (en) | 2000-03-15 |
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