CN204514817U - A kind of evaluate hydrate inhibitor performance wave reaction unit - Google Patents
A kind of evaluate hydrate inhibitor performance wave reaction unit Download PDFInfo
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- CN204514817U CN204514817U CN201520224766.8U CN201520224766U CN204514817U CN 204514817 U CN204514817 U CN 204514817U CN 201520224766 U CN201520224766 U CN 201520224766U CN 204514817 U CN204514817 U CN 204514817U
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Abstract
The utility model discloses a kind of evaluate hydrate inhibitor performance wave reaction unit, comprise constant temperature oven, gas handling system, feed liquor system, the autoclave be arranged in constant temperature oven, swing system, and data acquisition system (DAS), described autoclave is connecting air inlet system, feed liquor system respectively, described data acquisition system (DAS) is for obtaining video data in the temperature of autoclave, pressure, displacement signal and autoclave, and described swing system is fixed autoclave and made it to produce periodical wobble.Compared to the gas-liquid disturbance of traditional stirring simulation pipeline, the utility model is simulated by waving, more meet field pipes conveying situation, understand hydrate accumulation process more truly and determine duration of congestion, in conjunction with several evaluation methods, can not only high frequency zone low dosage hydrate inhibitor, thermodynamic inhibitor can also be evaluated, low dosage hydrate suppresses and the performance of combined inhibitor, is a kind of outstanding device for evaluating performance of hydrate inhibitor.
Description
Technical field
The utility model relates to evaluating performance of hydrate inhibitor field, be specifically related to a kind of evaluate hydrate inhibitor performance wave reaction unit.
Background technology
Under the condition of high pressure low temperature, hydrone forms polyhedral cage modle hole by hydrogen bond action, these holes can around and guest molecule is wrapped in be formed inside polyhedron and is similar to the hydrate of ice-like crystal, the common gas forming hydrate comprises: methane, ethane, propane, nitrogen, carbon dioxide and sulfuretted hydrogen etc.In oil, natural gas extraction and processing transportation, be easy to produce hydrate, affect oil-gas transportation, time serious, hydrate meeting blocking pipe, brings great economic loss and potential safety hazard.
Inject chemical inhibitor be suppress that gas hydrate are most economical at present, most convenient, the normal method adopted, the technology also paid close attention to and study.The chemical inhibitor added comprises hydrate thermodynamic inhibitor (THI) and low dosage hydrate inhibitor (LDHI), and low dosage hydrate inhibitor mainly comprises hydrate dynamic inhibitor (KHI) and anti polymerizer (AA).Thermodynamic inhibitor needs high concentration competence exertion rejection in aqueous, massfraction is generally 1% ~ 6%, have that consumption is large, environment is unfriendly, high in cost of production shortcoming, so researchist develops multiple low cost, low dosage, eco-friendly low consumption hydrate inhibitor gradually progressively to substitute thermodynamic inhibitor.Low dosage hydrate inhibitor medium power inhibitor can delay the hydrate nucleation time or stop the further growth of crystal, thus to make in pipeline fluid in its temperature lower than hydrate-formation temperature (namely at certain degree of supercooling △ t) current downflow, and there is not Hydrate Plugging phenomenon; Anti polymerizer can not prevent the formation of hydrate, but can mix with oil phase and be adsorbed to the surface of hydrate particle, hydrate crystal grain is made to be suspended in condensation mutually, form water in oil emulsion fluid, make hydrate with very little Granular composite in oil phase, thus stop hydrate to be assembled, thus make hydrate crystal in oil phase, become slurry to carry and not blocking pipeline.Current low dosage hydrate inhibitor industrially rig-site utilization, but because the field working conditions of oil-gas mining and transport is complicated, bad environments, the inhibition of single low dosage hydrate inhibitor is also not ideal enough, so Many researchers is while the efficient low dosage hydrate inhibitor of development of new, also put forth effort to study the conbined usage between the conbined usage of thermodynamic inhibitor and low dosage hydrate inhibitor and low dosage hydrate inhibitor.
Device at present for low dosage evaluating performance of hydrate inhibitor mainly contains the autoclave and Loop experiment device being with and stirring.The autoclave that band stirs stirs the liquid perturbation caused and replaces actual ducted fluid flowing, the generation of hydrate is judged by temperature, pressure signal, to use this device not understand to produce after hydrate slurries mobility status in still, be difficult to the time determining Hydrate Plugging, so the anti-poly-performance evaluating anti polymerizer can not be used for.Be mainly used to evaluate fluid flowing safety with the Large-scale Circulation device of pump drive fluid circulation, because its experimental period is long in evaluation inhibitor, complicated operation, injection liquid volume are large, consumption gas is many, and investment is large, can not the shortcoming such as screening hydrate inhibitor rapidly and efficiently and cannot widely using.
Therefore, existing apparatus and technology await improving and development.
Utility model content
The deficiency that the utility model exists to overcome above prior art, provide a kind of evaluate hydrate inhibitor performance wave reaction unit.
The purpose of this utility model is realized by following technical scheme:
A kind of evaluate hydrate inhibitor performance wave reaction unit, comprise constant temperature oven, gas handling system, feed liquor system, the autoclave be arranged in constant temperature oven, swing system, and data acquisition system (DAS), described autoclave is connecting air inlet system, feed liquor system respectively, described data acquisition system (DAS) is for obtaining video data in the temperature of autoclave, pressure, displacement signal and autoclave, and described swing system is fixed autoclave and made it to produce periodical wobble.
Further, described autoclave comprises transparent pipe, is arranged at transparent pipe stiff end and waves the stiff end kettle cover of end and wave end kettle cover respectively, described stiff end kettle cover and wave end kettle cover between fixed by four fastening bolts be evenly distributed, the built-in bead of described transparent pipe, described stiff end kettle cover is connected with the four-way valve being communicated with transparent pipe.
Further, described stiff end kettle cover and wave end kettle cover and transparent pipe between by rubber seal rings for seal.
Further, the internal diameter of described transparent pipe is 12mm, and external diameter is 20mm, and length is 200mm, and transparent pipe can withstand voltage 0 ~ 12MPa, and the small ball's diameter is 9mm.
Further, described gas handling system comprises gas cylinder, connects gas cylinder reduction valve, drain tap, common admission valve, still air intake valve, and connected in turn by stainless steel pipeline between them, described still air intake valve is connected with described four-way valve.
Further, described swing system comprises base plate, fixed support, waves support, motor, connecting rod, the eccentric wheel of connection motor, sliding rail, slide block, and described fixed support is vertically fixed on base plate, is flexibly connected with stiff end kettle cover by rolling bearing; Describedly wave support with waving and hold kettle cover to be flexibly connected by rolling bearing, described connecting rod two ends are movably hinged respectively by rolling bearing and eccentric wheel and slide block, and described slide block is positioned at sliding rail, described in wave support and be connected with slide block.
Further, described feed liquor system comprises inlet, liquid flowing valve, T-valve, vacuum pump and valve, and described inlet connects four-way valve by liquid flowing valve, T-valve, and described vacuum pump is by valve connecting tee valve.
Described data acquisition system (DAS) comprises data acquisition recorder, by the temperature sensor of circuit connection data acquisition and recording instrument, pressure transducer, displacement transducer, computing machine, high-definition camera, described transparent pipe outside surface two positions install 2 for measuring the displacement transducer of bead translational speed, end kettle cover is waved in described temperature sensor connection, described pressure transducer connects four-way valve, the information of described high-definition camera function real time record course of reaction mesohigh reactor inner fluid and bead, described computing machine is used for presenting temperature sensor, pressure transducer, the parameter information that displacement transducer and high-definition camera obtain.
Further, the temperature controlling range of described constant temperature oven 1 is-10 DEG C ~ 50 DEG C.
Further, the rocking tendency scope of described autoclave 4 is level ± 60 °, and hunting period, scope was 0.1s ~ 1s.
Compared with prior art, tool has the following advantages and beneficial effect the utility model:
(1) situation of actual oil and gas pipeline inner fluid flowing after can simulating interpolation inhibitor more vivid, exactly, kettle adopts PC pipe transparent material, realizes full experimentation visual, and observes in real time by high-definition camera;
(2) combined temperature, pressure, displacement signal and full experimentation visual observation accurately judge the first rise time of hydrate, and than relying on merely temperature, pressure signal judges that the mode that hydrate generates is more reliable;
(3) by displacement signal and full experimentation visual observation, observe that hydrate in still generates, assembles, blocking process, judge the Hydrate Plugging time, energy exact evaluation can make hydrate be scattered in liquid phase but not affect the anti polymerizer of oil transportation, gas transmission;
(4) this device has multiple autoclave, and adopt common admission mode, and be in same constant temperature oven, this ensures that the initial Temperature-pressure Conditions of each still is identical, avoids the error that between testing, starting condition difference is brought.
(5) this utility model can judge the hydrate rise time, hydrate can be observed again whether assemble, whether seriously hinder bead motion, functionally achieve multiple hydrate inhibitor (KHI, AA, THI) or coupling (KHI+AA separately, KHI+THI, AA+ THI, KHI+AA+THI) rejection evaluation is a kind of device of evaluation hydrate inhibitor rejection of excellence.
Accompanying drawing explanation
Fig. 1 is the structural representation of the utility model device.
Fig. 2 is the structural representation of feed liquor system and autoclave in the utility model device.
Fig. 3 is the stereographic map of the utility model device mesohigh reactor and swing system.
In figure, each description of reference numerals is as follows:
1-constant temperature oven, 2-gas handling system, 21-gas cylinder, 22-reduction valve, 23-common admission valve, 24-drain tap, 25-still air intake valve, 3-feed liquor system, 31-liquid flowing valve, 32-inlet, 33-T-valve, 34-valve, 35-vacuum pump, 4-autoclave, 41-transparent pipe, 42-stiff end kettle cover, 43-waves end kettle cover, 44-fastening bolt, 45-four-way valve, 46-bead, 47-rubber seal, 5-swing system, 51-base plate, 52-fixed support, 53-waves support, 54-motor, 55-connecting rod, 56-eccentric wheel, 57-sliding rail, 58-slide block, 6-data acquisition system (DAS), 61-temperature sensor, 62-pressure transducer, 63-displacement transducer, 64-data acquisition recorder, 65-computing machine.
Embodiment
Be described in further detail utility model object of the present utility model below in conjunction with the drawings and specific embodiments, embodiment can not repeat one by one at this, but therefore embodiment of the present utility model is not defined in following examples.
embodiment 1
As shown in Figure 1 to Figure 3, a kind of evaluate hydrate inhibitor performance wave reaction unit, comprise constant temperature oven 1, gas handling system 2, feed liquor system 3, be arranged at six autoclaves 4 in constant temperature oven 1, swing system 5, also comprise data acquisition system (DAS) 6 and generate the high-definition camera of situation for taking hydrate in autoclave 4, six autoclaves 4 connecting air inlet system 2 respectively, feed liquor system 3, described data acquisition system (DAS) 6 is for obtaining the temperature of autoclave 4, pressure, video data in displacement signal and autoclave 4, described swing system 5 is fixed autoclave 4 and is made it to produce periodical wobble.
As shown in Figure 2, described autoclave 4 comprise transparent pipe 41, be respectively arranged at transparent pipe 41 stiff end and wave end stiff end kettle cover 42 and wave end kettle cover 43, described stiff end kettle cover 42 and waving between end kettle cover 43 is fixed by four fastening bolts being evenly distributed 44, meanwhile, described stiff end kettle cover 42 and wave end kettle cover 43 and transparent pipe 41 between sealed by rubber seal 47.The built-in bead 46 of described transparent pipe 41, described stiff end kettle cover 42 is connected with the four-way valve 45 being communicated with transparent pipe 41.
In the present embodiment, the internal diameter of described transparent pipe 41 is 12mm, and external diameter is 20mm, and length is 200mm, and transparent pipe 41 can withstand voltage 0 ~ 12MPa, and bead 46 diameter is 9mm.Bead 46 diameter is less than transparent pipe 41 internal diameter, can roll in transparent pipe 41, and transparent pipe 41 adopts transparent high pressure resistant material to make, as acrylic pipe, PC pipe, PU transparent pipe etc., and convenient observation while durable.
Particularly, described gas handling system 2 comprises gas cylinder 21, connects gas cylinder 21 reduction valve 22, drain tap 24, common admission valve 23, still air intake valve 25, connected in turn by stainless steel pipeline between them, described still air intake valve 25 is connected with described four-way valve 45.
Particularly, described swing system 5 comprises base plate 51, fixed support 52, waves support 53, motor 54, connecting rod 55, connect eccentric wheel 56, sliding rail 57, the slide block 58 of motor 54, described fixed support 52 is vertically fixed on base plate 51, is flexibly connected with the stiff end kettle cover 42 of each autoclave 4 respectively by rolling bearing, the described support 53 that waves holds kettle cover 43 to be flexibly connected by rolling bearing with waving of each autoclave 4 respectively, six autoclaves 4 of the present embodiment are from top to bottom in three row two column distributions, described connecting rod 55 two ends are movably hinged respectively by rolling bearing and eccentric wheel 56 and slide block 58, described slide block 58 is positioned at sliding rail 57, its movement locus is only limitted to the above-below direction of sliding rail 57, the described support 53 that waves is connected with slide block 58, movable slider 58 is with to do linear reciprocating motion in sliding rail 57 by connecting rod 55 when motor 54 works, wave support 53 to teeter with pumping of slide block 58, thus drive each autoclave 4 synchronously to teeter.
As shown in Figure 2, described feed liquor system 3 comprises inlet 32, liquid flowing valve 31, T-valve 33, vacuum pump 35 and valve 34, described inlet 32 connects four-way valve 45 by liquid flowing valve 31, T-valve 33, and described vacuum pump 35 is by valve 34 connecting tee valve 33.
As shown in Figure 1, described data acquisition system (DAS) 6 comprises data acquisition recorder 64, by the temperature sensor 61 of circuit connection data acquisition and recording instrument 64, pressure transducer 62, displacement transducer 63, computing machine 65, high-definition camera, described transparent pipe 41 outside surface two positions install 2 for measuring the displacement transducer 63 of bead 46 translational speed, described temperature sensor 61 connects to wave holds kettle cover 43, described pressure transducer 62 connects four-way valve 45, the information of described high-definition camera function real time record course of reaction mesohigh reactor 4 inner fluid and bead 46, described computing machine 65 is for presenting temperature sensor 61, pressure transducer 62, the parameter information that displacement transducer 63 and high-definition camera obtain.
Further, in the present embodiment, the temperature controlling range of described constant temperature oven 1 is-10 DEG C ~ 50 DEG C.
Further, in the present embodiment, the rocking tendency of described autoclave 4 is determined by the radius of turn of connecting rod 55 with eccentric wheel 56 tie point, and swing range is level ± 60 °, hunting period, scope was 0.1s ~ 1s, and hunting period, the rotating speed primarily of motor 54 controlled.
The quantity of the autoclave 4 of the present embodiment is six, in implementation process, and operator can arrange the quantity of autoclave 4 according to actual needs.
embodiment 2
The concrete operation step of above-described embodiment is as follows:
(1) to each autoclave 4, close still air intake valve 25 and liquid flowing valve 31, open T-valve 33 and valve 34, open vacuum pump 35 and vacuumize about 1min, vacuumize valve-off 34 after terminating;
(2) grouping label is carried out to each autoclave 4, be divided into 2 groups, first row is first group, label 1-1,1-2,1-3, second row is second group, label 2-1,2-2,2-3, respectively the 17ml solution containing 1wt%PVP K90 prepared is placed in the inlet 32 of 1-1,1-2,1-3, open liquid flowing valve 31, the solution containing 1wt%PVP K90 is inhaled into transparent pipe 41, closes liquid flowing valve 31; The inlet 32 of 17ml solution as 2-1,2-2,2-3 containing 1wt%HY10 will prepared respectively, open liquid flowing valve 31, the solution containing 1wt%HY10 is inhaled into transparent pipe 41, closes liquid flowing valve 31;
(3) open data acquisition recorder 64 and computing machine 65, start image data and record, the every 1s of set temperature, pressure and displacement signal adopts a data point;
(4) to each autoclave 4, close drain tap 24, open common admission valve 23, still air intake valve 25 and gas cylinder 21, the mixed gas in Reality simulation gas field is passed into transparent pipe 41, judge by the output signal of the reduction valve 22 on gas cylinder 21 and pressure transducer 62 and control to enter the pressure of gas, pass into the combination gas (planting gas containing more than ten altogether) of 8.7MPa, close gas cylinder 21; When the pressure stability in autoclave 4 consumes about 0.2MPa combination gas at 8.5MPa(gas dissolution) time close common admission valve 23 and six still air intake valves 25, remove the fast interface of air inlet that air intake valve 25 is connected with admission line, admission line and autoclave 4 are departed from;
(5) close constant temperature oven 1 chamber door, open the start button of constant temperature oven 1, set temperature is 30.0 DEG C, judges temperature in the kettle by the output signal of the temperature sensor 61 on autoclave 4, constant temperature 3min after temperature in the kettle arrives 30.0 DEG C;
(6) open motor 54, setting speed 1r/s, the cycle of teetering of autoclave 4 is 1s;
(7) high-definition camera is opened;
(8) arranging calorstat temperature is 2.0 DEG C, carries out isothermal experiments after reaching the temperature of setting.
By above-mentioned experiment, found that:
(1) be 8.5MPa at admission pressure, temperature is under the experiment condition of 2.0 DEG C, the time that three experiments of first group of interpolation 1wt%PVP K90 solution start to generate hydrate is respectively 174min, 176min, 177min, when now hydrate generates there is rising peak in temperature curve, there is decline flex point in pressure curve, in transparent pipe 41, meanwhile also observe the generation of the hydrate particle of similar ice-like, accordingly, the rise time that we determine the hydrate adding 1wt%PVP K90 solution is that 176min(gets three laboratory mean values).And the displacement signal of displacement transducer 63 has on all four reflection with the high-definition camera of high-definition camera 66: the bead speed maintenance in early stage of three experiments is constant and identical, after 186min, 188min, 187min, bead speed slows down gradually respectively, now can find from high-definition camera that in transparent pipe 41, hydrate has generated in a large number and assembled, the motion of bead in pipe becomes slow; To the displacement signal not had bead after 233min, 237min, 241min, can find hydrate blocking pipe from high-definition camera, bead is hydrated thing parcel, no longer moves.It can thus be appreciated that, although generate hydrate during 176min, until 187min hydrate just hinders fluid to flow, to the just blocking pipe completely of hydrate after 237min;
(2) be 8.5MPa at admission pressure, temperature is under the experiment condition of 2.0 DEG C, the time that three experiments of second group of interpolation 1wt%HY10 solution start to generate hydrate is respectively 224min, 229min, 229min, when now hydrate generates there is rising peak in temperature curve, there is decline flex point in pressure curve, in transparent pipe 41, meanwhile also observe the generation of the hydrate particle of similar ice-like, accordingly, the rise time that we determine the hydrate adding 1wt% HY10 solution is 227min.The displacement signal of displacement transducer 63 has on all four reflection with the high-definition camera of high-definition camera 66: the bead speed maintenance in early stage of three experiments is constant and identical, after 241min, 237min, 245min, bead speed slows down gradually respectively, now can find from high-definition camera that in transparent pipe 41, hydrate has generated in a large number and assembled, the motion of bead in pipe becomes slow; To the displacement signal not had bead after 297min, 293min, 303min, can find hydrate blocking pipe from high-definition camera, bead is hydrated thing parcel, no longer moves.It can thus be appreciated that, although generate hydrate during 227min, until 241min hydrate just hinders fluid to flow, to the just blocking pipe of hydrate after 298min;
(3) induction time adding 1wt%PVP K90 is 176min, and the resistance ball time is 187min, and the trapping time is 237min; The induction time adding 1wt%HY10 is 227min, and the resistance ball time is 241min, and the trapping time is 298min.This shows that, under identical temperature and pressure, same concentrations 1wt%, HY10 has better rejection than PVP K90;
(4) the utility model can judge the hydrate rise time, hydrate can be provided again to hinder fluid flow time and Hydrate Plugging time, and observe hydrate by high-definition camera and whether assemble, whether seriously hinder bead 46 to move, functionally more accurately can judge hydrate rise time, resistance ball time, trapping time, be more suitable for evaluating hydrate inhibitor.
embodiment 3
The present embodiment is the inhibitions comparing anti polymerizer KL-1 and Span85 with the difference of embodiment 2, is reference with Span85, judges whether KL-1 is anti-poly-anti polymerizer of good performance.Under the experiment condition identical with embodiment 2,17ml is sucked respectively containing 1.5wt% KL-1 and 17ml containing 1.5wt%Span85 solution in each still of two groups of autoclaves, after being filled with the combination gas of 8.7MPa, after temperature and pressure signal stabilization, the temperature arranging controllable temperature refrigerator-freezer is 2.0 DEG C.Judge from temperature and pressure signal, high-definition camera, the induction time adding 1.5wt% KL-1 solution is 108min, and the resistance ball time is 313min, and the trapping time is 437min; The induction time adding 1.5wt% Span85 is 105min, the resistance ball time is 254min, the trapping time is 357min, the two induction time is more or less the same, but the resistance ball time of adding 1.5wt% KL-1 solution is longer than the resistance ball time of adding 1.5wt% Span85, this shows that KL-1 has better anti-poly-performance than Span85, can determine that KL-1 is a kind of good anti polymerizer.
embodiment 4
The difference of the present embodiment and embodiment 2 and embodiment 3 evaluates and compares the performance of PVP K90+ diethylene glycol monobutyl ether and PVP K90+ ethylene glycol monobutyl ether two kinds of composite restrainers.Under the experiment condition identical with embodiment 3 with embodiment 2, in each still of two groups of autoclaves, suck 17ml respectively containing 5wt% diethylene glycol monobutyl ether+1wt%PVP K90 and 5wt% ethylene glycol monobutyl ether+1wt%PVP K90.After being filled with the combination gas of 8.7MPa, after temperature and pressure signal stabilization, the temperature arranging controllable temperature refrigerator-freezer is 2.0 DEG C.Judge from temperature and pressure signal, high-definition camera, the induction time adding 5wt% diethylene glycol monobutyl ether+1 %PVP K90 solution is 306min, and the resistance ball time is 370min, and the trapping time is 463min; The induction time adding ethylene glycol monobutyl ether+1 %PVP K90 is 261min, and the resistance ball time is 316min, and the trapping time is 395min.This shows that 5wt% diethylene glycol monobutyl ether+1wt%PVP K90 composite restrainer has better rejection than 5wt% ethylene glycol monobutyl ether+1wt%PVP K90 composite restrainer in same temperature pressure.
Above-described embodiment of the present utility model is only for the utility model example is clearly described, and is not the restriction to embodiment of the present utility model.For those of ordinary skill in the field, can also make other changes in different forms on the basis of the above description.Here exhaustive without the need to also giving all embodiments.All do within spirit of the present utility model and principle any amendment, equivalent to replace and improvement etc., within the protection domain that all should be included in the utility model claim.
Claims (10)
1. one kind evaluate hydrate inhibitor performance wave reaction unit, comprise constant temperature oven (1), gas handling system (2), feed liquor system (3), be arranged at the autoclave (4) in constant temperature oven (1), swing system (5), also comprise data acquisition system (DAS) (6), it is characterized in that: described autoclave (4) is connecting air inlet system (2) respectively, feed liquor system (3), described data acquisition system (DAS) (6) is for obtaining the temperature of autoclave (4), pressure, displacement signal and autoclave (4) interior video data, the fixing autoclave (4) of described swing system (5) also makes it to produce periodical wobble.
2. as claimed in claim 1 a kind of evaluate hydrate inhibitor performance wave reaction unit, it is characterized in that: described autoclave (4) comprises transparent pipe (41), be arranged at transparent pipe (41) stiff end respectively and wave the stiff end kettle cover (42) of end and wave end kettle cover (43), described stiff end kettle cover (42) and waving between end kettle cover (43) is fixed by four fastening bolts (44) be evenly distributed, the built-in bead (46) of described transparent pipe (41), described stiff end kettle cover (42) is connected with the four-way valve (45) being communicated with transparent pipe (41).
3. as claimed in claim 2 a kind of evaluate hydrate inhibitor performance wave reaction unit, it is characterized in that: described stiff end kettle cover (42) and waving between end kettle cover (43) and transparent pipe (41) is sealed by rubber seal (47).
4. as claimed in claim 3 a kind of evaluate hydrate inhibitor performance wave reaction unit, it is characterized in that: the internal diameter of described transparent pipe (41) is 12mm, external diameter is 20mm, length is 200mm, transparent pipe (41) can withstand voltage 0 ~ 12MPa, and bead (46) diameter is 9mm.
5. as claimed in claim 2 a kind of evaluate hydrate inhibitor performance wave reaction unit, it is characterized in that: described gas handling system (2) comprises gas cylinder (21), connects reduction valve (22), drain tap (24), common admission valve (23), the still air intake valve (25) of gas cylinder (21), connected in turn by stainless steel pipeline between them, described still air intake valve (25) is connected with described four-way valve (45).
6. as claimed in claim 1 a kind of evaluate hydrate inhibitor performance wave reaction unit, it is characterized in that: described swing system (5) comprise base plate (51), fixed support (52), wave support (53), motor (54), connecting rod (55), connect motor (54) eccentric wheel (56), sliding rail (57), slide block (58), described fixed support (52) is vertically fixed on base plate (51), is flexibly connected with stiff end kettle cover (42) by rolling bearing; Describedly wave support (53) with waving and hold kettle cover (43) to be flexibly connected by rolling bearing, described connecting rod (55) two ends are movably hinged respectively by rolling bearing and eccentric wheel (56) and slide block (58), described slide block (58) is positioned at sliding rail (57), described in wave support (53) and be connected with slide block (58).
7. as claimed in claim 2 a kind of evaluate hydrate inhibitor performance wave reaction unit, it is characterized in that: described feed liquor system (3) comprises inlet (32), liquid flowing valve (31), T-valve (33), vacuum pump (35) and valve (34), described inlet (32) connects four-way valve (45) by liquid flowing valve (31), T-valve (33), and described vacuum pump (35) is by valve (34) connecting tee valve (33).
8. as claimed in claim 2 a kind of evaluate hydrate inhibitor performance wave reaction unit, it is characterized in that: described data acquisition system (DAS) (6) comprises data acquisition recorder (64), by the temperature sensor (61) of circuit connection data acquisition and recording instrument (64), pressure transducer (62), displacement transducer (63), computing machine (65), high-definition camera, described transparent pipe (41) outside surface two positions install 2 for measuring the displacement transducer (63) of bead (46) translational speed, described temperature sensor (61) connects to wave holds kettle cover (43), described pressure transducer (62) connects four-way valve (45), the information of described high-definition camera function real time record course of reaction mesohigh reactor (4) inner fluid and bead (46), described computing machine (65) is for presenting temperature sensor (61), pressure transducer (62), the parameter information that displacement transducer (63) and high-definition camera obtain.
9. as claimed in claim 1 a kind of evaluate hydrate inhibitor performance wave reaction unit, it is characterized in that: the temperature controlling range of described constant temperature oven (1) is-10 DEG C ~ 50 DEG C.
10. as claimed in claim 6 a kind of evaluate hydrate inhibitor performance wave reaction unit, it is characterized in that: the rocking tendency scope of described autoclave (4) is level ± 60 °, hunting period, scope was 0.1s ~ 1s.
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| CN201520224766.8U CN204514817U (en) | 2015-04-13 | 2015-04-13 | A kind of evaluate hydrate inhibitor performance wave reaction unit |
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104807821A (en) * | 2015-04-13 | 2015-07-29 | 华南理工大学 | Swing reaction device for evaluating performance of hydrate inhibitors |
| CN110992806A (en) * | 2019-12-26 | 2020-04-10 | 西安石油大学 | Visual simulation device and method for hydrate generation decomposition and blockage mechanism |
| CN111022925A (en) * | 2019-11-18 | 2020-04-17 | 大连理工大学 | Visual swing kettle device and method for inhibiting pipeline hydrate blockage |
-
2015
- 2015-04-13 CN CN201520224766.8U patent/CN204514817U/en not_active Withdrawn - After Issue
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104807821A (en) * | 2015-04-13 | 2015-07-29 | 华南理工大学 | Swing reaction device for evaluating performance of hydrate inhibitors |
| CN104807821B (en) * | 2015-04-13 | 2017-10-20 | 华南理工大学 | A kind of hydrate inhibitor performance evaluated waves reaction unit |
| CN111022925A (en) * | 2019-11-18 | 2020-04-17 | 大连理工大学 | Visual swing kettle device and method for inhibiting pipeline hydrate blockage |
| CN110992806A (en) * | 2019-12-26 | 2020-04-10 | 西安石油大学 | Visual simulation device and method for hydrate generation decomposition and blockage mechanism |
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