CN205100913U - Mud does not fall to ground intelligent environmental protection integration well drilling solid controlling system - Google Patents
Mud does not fall to ground intelligent environmental protection integration well drilling solid controlling system Download PDFInfo
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- CN205100913U CN205100913U CN201520657045.6U CN201520657045U CN205100913U CN 205100913 U CN205100913 U CN 205100913U CN 201520657045 U CN201520657045 U CN 201520657045U CN 205100913 U CN205100913 U CN 205100913U
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Abstract
The utility model discloses a mud does not fall to ground intelligent environmental protection integration well drilling solid controlling system includes the mud circulation of arranging in proper order along mud circulation direction jar, no. Two mud circulations jar, no. Three mud circulations jar and no. Four mud circulations jar, the top of a mud circulation jar is provided with trigeminy sieve device, the solid -phase outlet of trigeminy sieve device with solidification equipment in mud circulation jar is linked together, its liquid phase export with the mud of mud circulation jar tip is kept in the pond and is linked together, install the agitator in the mud circulation jar, it is close to one side of no. Two mud circulation jars is provided with the mud pond of keeping in, include still that powder conveyor and solid -liquid deposit reservoir, powder conveyor pass through the pipeline with the agitator is linked together, the exit end setting and the plunger pump of agitator, like this, to the variant stage of well drilling, this solid controlling system has stronger mud and does not fall to the ground throughput, realizes the utilization of solid phase and the cyclic utilization of liquid phase to practice thrift occupation of land, electric power and manpower consumption, improve economic nature.
Description
Technical field
The utility model relates to drilling assistance technical field, particularly a kind of mud do not land intelligent environment protection integration well drilling solid control system.
Background technology
Drilling mud is a kind of circulation of fluid for drilling well, is in drilling process, the cyclic flusher medium used in hole.Drilling mud has carry and suspend landwaste, equilibrium strata pressure, cooling and lubricating drill bit and drilling tool in pit shaft, the protection borehole wall and oil-gas Layer and improves the functions such as bit speed, has very important effect in drilling process.
Well drilling waste mud is a kind of heterogeneous stable colloidal suspension system, containing materials such as plurality of inorganic salt, organic agent, polymer, surfactants, wherein heavy-metal pollution soil, the water body of contained oils, salt, drilling mud additives and some solubilities, affect animal and plant growth, harm humans is healthy, needs to process waste liquid of drilling in time.Conventional drilling mud circulation system only relies on the vibrosieve of the offshore boring island circulating system self, and desander, the drilling mud circulating out from well processes by desilter and centrifuge.Particularly, from the drilling mud with a large amount of landwaste (harmful solid phase) that well head returns out, flow to the entrance of first order cleaning equipment-vibrosieve under gravity by well head overhead drilling mud in length and breadth groove (with certain slope), larger harmful solid phase particles sifts out and drains by the screening through vibrosieve.When drilling mud occurs that gas soaks, in the mud settling tank of the drilling mud purification pot be purified by vibrosieve, utilize the swabbing action of deaerator vacuum pump, negative pressure is caused in vacuum tank, drilling mud enters in deaerator under atmospheric pressure and is separated, the gas that sub-argument goes out is discharged into crown emptying, and the drilling mud after degasification is arranged in drilling mud No. 2 tanks under the driving of evacuation chamber rotor.When drilling mud is not containing gas, deaerator can be used as powerful drilling mud agitator, keep the drilling mud in purification pot not precipitate.The drilling mud be purified by vibrosieve enters in the mud settling tank of drilling mud jug, desanding sand pump is utilized to enter in the desander of second level cleaning equipment-associating cleaner by drilling mud pressurization, utilize eddy flow principle to be again separated, will harmful solids removal of mid point d50 >=70 be separated.Drilling mud after desanding is arranged in drilling mud No. 3 tanks through the overflow line of desander.According to the general requirement of drilling mud cleaning system, the treating capacity of desander reaches more than 125% of normal drilling mud circulation amount, makes the drilling mud in purification pot can obtain repeatedly purifying fully, reduces the sand content of drilling mud.The drilling mud be purified by desander is utilized except drilling mud pressurization enters in the desilter of third level cleaning equipment-associating cleaner by sand pump, utilizes eddy flow principle to be again separated, and will be separated harmful solids removal of more than mid point d50=36um.Drilling mud after desilt is arranged in drilling mud No. 4 tanks through the overflow line of desilter.Containing certain drilling mud in the underflow that desander and desilter are discharged, again sieve in the two underflow enters associating cleaner vibrosieve after joining, drilling mud reclaims into drilling mud jug, the discharge of sand mud.Still containing a large amount of harmful solid phases in the drilling mud of three grades of purifications, when drilling mud be non-increase the weight of state time, utilize two desk centrifuge parallel connections to use, the harmful solid phase being greater than 5um in drilling mud removed, the drilling mud after process is arranged in the 5th storehouse of drilling mud purification pot.
Traditional level Four solid controlling can not reach processing requirements, is only applicable to rate of penetration slow, when drilling mud circulation amount is less, and also namely usually said drilling mud partial circulating.If run into fast drilling one opens the stage, extreme stratum, the situations such as solid control equipment fault also need, near well drilling solid control system side, to excavate a waste drilling mud hole, for mud sediment, collect and store discarded slurry or discarded solid phase.Along with the raising of environmental requirement, each development block forbids the excavation of mud sump gradually or, all needs not landing of discarded slurry to process in real time.This just proposes new requirement to the solid controlling system of rig.At present for new environmental requirement, situ of drilling well emerges different classes of, the mud of different system does not land equipment, but the common problem existed or deficiency are, outside the original solid controlling system of rig, reinstall mud and do not land treatment facility, the drilling mud that passive reception rig solid controlling system is discharged, then repeat secondary Separation of Solid and Liquid, need extra land area, waste a large amount of electric power and manpower consumption.
Therefore, there is provided a kind of novel mud do not land intelligent environment protection integration well drilling solid control system, to having stronger disposal ability, the mud realizing the drilling well variant stage does not land process, and save occupation of land, electric power and manpower consumption, improving economy, needing the problem of solution with regard to becoming those skilled in the art badly.
Utility model content
The purpose of this utility model be to provide a kind of novel mud do not land intelligent environment protection integration well drilling solid control system, to having stronger disposal ability, the mud realizing the drilling well variant stage does not land process, and save take up an area, electric power and manpower consumption, improve economy.
For solving the problems of the technologies described above, the utility model provide a kind of mud do not land intelligent environment protection integration well drilling solid control system, comprise the mud circulation tank arranged successively along mud circulation direction, No. two mud circulation tanks, No. three mud circulation tanks and No. four mud circulation tanks; The top of a described mud circulation tank is provided with three screen devices, and the solid-phase outlet of described three screen devices is connected with the solidification equipment in a described mud circulation tank, and its liquid-phase outlet is connected with the mud scratch pool of a described mud circulation can end; Be provided with agitator in a described mud circulation tank, its side near described No. two mud circulation tanks is provided with described mud scratch pool; Also comprise powder conveying apparatus and solid-liquid storage pool, described powder conveying apparatus is connected with described agitator by pipeline, and the port of export of described agitator is provided with plunger displacement pump.
Preferably, described three screen devices comprise the first vibrosieve, the second vibrosieve and the 3rd vibrosieve that are set gradually to described No. two mud circulation tank directions by a described mud circulation tank; There is below the screen cloth of each vibrosieve the liquid passage be connected with described mud scratch pool, the solid-phase outlet of described three screen devices is connected with agitator by helical feed assembly, its rear is provided with drilling mud splitter box, the entrance point of described splitter box is connected with drilling well magma outlet opening, its port of export is connected with each vibrosieve respectively, and the end of described splitter box is communicated with described No. two mud circulation tanks by vertical pipe.
Preferably, described helical conveyor assembly comprises the first helical conveyor be connected with the solid-phase outlet of described first vibrosieve, the second helical conveyor be connected with the solid-phase outlet of described second vibrosieve, and the 3rd helical conveyor be connected with the solid-phase outlet of described 3rd vibrosieve; The transmission direction of described first helical conveyor and the transmission direction of described 3rd helical conveyor are all towards described second helical conveyor, and the discharging opening of described second helical conveyor communicates with described agitator.
Preferably, described No. two mud circulation tanks comprise the first tank body, the second tank body, the 3rd tank body and the 4th tank body that are connected successively to the back-end from front end, described first tank body is connected with the mud scratch pool of a described mud circulation tank, and described 4th tank body is connected with described No. three mud circulation tanks; The bottom of each tank body is all provided with solid phase pump, and is connected with solidification equipment by described solid phase pump; Be connected by upper and lower two straight pipes between described first tank body with described second tank body, be connected by upper and lower two straight pipes between described second tank body with described 3rd tank body.
Preferably, described powder conveying apparatus comprises compressed air source, gas outlet first branch road of described compressed air source is connected with propelling movement tank, is connected through the second branch road with powder material tank, is connected with dedusting tank through the 3rd branch road, and described first branch road, described second branch road and described 3rd branch road are provided with switch valve; Described dedusting tank is connected with described propelling movement tank through emptying pipeline, and is provided with switch valve on described emptying pipeline; Described propelling movement tank is connected by pushing pipeline with described powder material tank, and is provided with switch valve on described propelling movement pipeline; Described powder material tank is connected with measuring tank through transfer conduit, and described transfer conduit is provided with switch valve; Described measuring tank is connected with cyclone separator through separate lines, and described separate lines is provided with switch valve, and described propelling movement tank, described powder material tank and described dedusting tank are also provided with exhaust-valve.
Preferably, also comprise ultrasonic vibration filter, described ultrasonic vibration filter comprises the bracing frame be fixed in described 3rd tank body and the screen cloth be installed on support frame as described above, support frame as described above is provided with ultrasonic transducer, and the periphery wall of described screen cloth and the inwall of described 3rd tank body fit; Described 3rd tank body offers charging aperture, slurry outlet and solid-phase outlet, and described charging aperture is connected by the first pipeline with the second tank body, and described slurry outlet is connected by the second pipeline with the 4th tank body, and described solid-phase outlet is connected with solid phase collector; Described charging aperture is arranged at below described screen cloth, and described slurry outlet is arranged at above described screen cloth, and described solid-phase outlet is opened in the bottom of described 3rd tank body.
Preferably, described solid-liquid storage pool comprises and is layed in antiseepage film at the bottom of pond and rectangular circumferential fence, the polylith panel that described circumferential fence is connected successively by head and the tail surrounds, and is provided with gusset between two adjacent surfaces plate, and by the bolton two adjacent surfaces plate through described gusset; Be provided with antiseepage inner bag in described circumferential fence, the service aisle that its arranged outside has cat ladder and is connected with described cat ladder, described service aisle at least runs through arbitrary horizontal edge of described circumferential fence.
Mud provided by the utility model do not land intelligent environment protection integration well drilling solid control system comprise the mud circulation tank arranged successively along mud circulation direction, No. two mud circulation tanks, No. three mud circulation tanks and No. four mud circulation tanks; The top of a described mud circulation tank is provided with three screen devices, and the solid-phase outlet of described three screen devices is connected with the solidification equipment in a described mud circulation tank, and its liquid-phase outlet is connected with the mud scratch pool of a described mud circulation can end; Be provided with agitator in a described mud circulation tank, its side near described No. two mud circulation tanks is provided with described mud scratch pool; Also comprise powder conveying apparatus and solid-liquid storage pool, described powder conveying apparatus is connected with described agitator by pipeline, and the port of export of described agitator is provided with plunger displacement pump; Like this, this solid controlling system has stronger disposal ability, and the mud realizing the drilling well variant stage does not land process, and save take up an area, electric power and manpower consumption, improve economy.
Accompanying drawing explanation
Fig. 1 is that mud provided by the utility model does not land the structural representation of intelligent environment protection integration well drilling solid control system a kind of detailed description of the invention and well layout figure;
Fig. 2 is that mud provided by the utility model does not land the front view of a kind of detailed description of the invention of three screen devices in intelligent environment protection integration well drilling solid control system;
Fig. 3 is the top view of three screen devices shown in Fig. 2;
Fig. 4 is the lateral view of three screen devices shown in Fig. 2;
Fig. 5 is that mud provided by the utility model does not land the structural representation of No. two a kind of detailed description of the invention of mud circulation tank in intelligent environment protection integration well drilling solid control system;
Fig. 6 is the structural representation of a kind of detailed description of the invention of powder conveying apparatus that mud provided by the utility model does not land in intelligent environment protection integration well drilling solid control system;
Fig. 7 is that mud provided by the utility model does not land the structural representation of a kind of detailed description of the invention of ultrasonic vibration filter in intelligent environment protection integration well drilling solid control system;
Fig. 8 is the structural representation of vibrosieve part in the filter of ultrasonic vibration shown in Fig. 7;
Fig. 9 is the sectional view in A-A direction in Fig. 7;
Figure 10 is the structural representation of screen cloth;
Figure 11 does not land the structural representation of a kind of detailed description of the invention of solid-liquid storage pool in intelligent environment protection integration well drilling solid control system for mud that utility model provides;
Figure 12 is the partial enlarged drawing of Figure 11.
Detailed description of the invention
Core of the present utility model be to provide a kind of novel mud do not land intelligent environment protection integration well drilling solid control system, to having stronger disposal ability, the mud realizing the drilling well variant stage does not land process, and save take up an area, electric power and manpower consumption, improve economy.
In order to make those skilled in the art person understand the technical solution of the utility model better, below in conjunction with the drawings and specific embodiments, the utility model is described in further detail.
Please refer to Fig. 1, Fig. 1 is that mud provided by the utility model does not land the structural representation of intelligent environment protection integration well drilling solid control system a kind of detailed description of the invention.
Mud provided by the utility model do not land intelligent environment protection integration well drilling solid control system comprise a mud circulation tank, No. two mud circulation tanks 2, No. three mud circulation tanks 4 and No. four mud circulation tanks arranged successively along mud circulation direction; The top of a described mud circulation tank is provided with three screen devices 1, the solid-phase outlet of described three screen devices 1 is connected with the solidification equipment in a described mud circulation tank, and its liquid-phase outlet is connected with the mud scratch pool of a described mud circulation can end; Be provided with agitator in a described mud circulation tank, its side near described No. two mud circulation tanks 2 is provided with described mud scratch pool; Also comprise powder conveying apparatus 3 and solid-liquid storage pool, described powder conveying apparatus 3 is connected with described agitator by pipeline, and the port of export of described agitator is provided with plunger displacement pump; Like this, this solid controlling system has stronger disposal ability, and the mud realizing the drilling well variant stage does not land process, and save take up an area, electric power and manpower consumption, improve economy.
Please refer to Fig. 2-Fig. 4, Fig. 2 is that mud provided by the utility model does not land the front view of a kind of detailed description of the invention of three screen devices in intelligent environment protection integration well drilling solid control system; Fig. 3 is the top view of three screen devices shown in Fig. 2; Fig. 4 is the lateral view of three screen devices shown in Fig. 2.Wherein, the direction of arrow is material (magma, solid phase or liquid phase) flow direction.
This three screen device 1 comprises the first vibrosieve 11, second vibrosieve 12 and the 3rd vibrosieve 13 that are set gradually to described No. two mud circulation tank 2 directions by a described mud circulation tank; The solid-phase outlet below the screen cloth of each vibrosieve with liquid passage 14, three screen device 1 be connected with a circulating tank mud scratch pool is connected with agitator by helical feed assembly; The rear of each vibrosieve is provided with splitter box 15, and the entrance point of described splitter box 15 is connected with drilling well magma outlet opening, and its port of export is connected with each vibrosieve respectively, and the end of described splitter box 15 is communicated with described No. two mud circulation tanks 2 by vertical pipe 16.
For the ease of liquid phase ingredient transmission, described liquid passage 14 is downward-sloping along mud flow direction; Particularly, described first vibrosieve 11, described second vibrosieve 12 and described 3rd vibrosieve 13 are integrated in same skid base, and to improve integration degree, the space being convenient to vibrating screen assembly is arranged, now, above-mentioned liquid passage 14 is formed at the bottom surface of described skid base.
In the course of the work, the drilling well magma that rig circulation is discharged flows into splitter box 15 through openend, and enter corresponding vibration sieve through the port of export of splitter box 15, vibration realizing Separation of Solid and Liquid in vibrosieve, solid phase after separation enters agitator through helical feed assembly, and liquid phase flows into a circulating tank mud scratch pool, when mud systemic circulation through liquid passage 14, open straight pipe valve and No. two circulating tank UNICOMs of splitter box 15, make mud directly enter No. two mud circulation tanks; Like this, improve treatment effeciency and the one-level separating power of equipment by the setting of three sieves, reduce the processing pressure of follow-up solid controlling link; And the valve by splitter box 15 is installed, during in order to mud systemic circulation, directly mud is entered in No. two circulating tanks, to avoid running pulp, guarantee that the solid-phase component moisture content entering solidification equipment is low, ensure environmental-protecting performance.
Further, the port of export of splitter box 15 comprises first port of export, second port of export and the 3rd port of export, be communicated with by the first slide valve 17 or end between described first port of export with described first vibrosieve 11, be communicated with by the second slide valve 18 or end between described second port of export with described second vibrosieve 12, be communicated with by the 3rd slide valve 19 or end between described 3rd port of export with described 3rd vibrosieve 13.Like this, connected relation between splitter box 15 and three vibrosieves can independently control, can according to the folding of corresponding slide valve, what realize that splitter box 15 sieves with corresponding vibration is communicated with, so that the mud amount produced according to drilling well adjusts the number of in running order vibrosieve, and also can according to the index of mud, adjust the sieve number of each vibrosieve respectively, thus while guarantee supporting capacity, practice every conceivable frugality the energy, reaches efficient process.
In theory, also each slide valve can not be set, make all to be in normal open state between splitter box 15 and each vibrosieve.
In one in above-mentioned first vibrosieve 11, second vibrosieve 12 and the 3rd vibrosieve 13, cyclone 110 is installed, to realize circulation desanding, improves desanding effect further, improve separating power.Particularly, described cyclone 110 is installed in described 3rd vibrosieve 13, also can be arranged in the first vibrosieve 11 or the second vibrosieve 12.
Further, helical conveyor assembly comprises the first helical conveyor 111 be connected with the solid-phase outlet of described first vibrosieve 11, the second helical conveyor 112 be connected with the solid-phase outlet of described second vibrosieve 12, and the 3rd helical conveyor 113 be connected with the solid-phase outlet of described 3rd vibrosieve 13; The transmission direction of described first helical conveyor 111 and the transmission direction of described 3rd helical conveyor 113 are all towards described second helical conveyor 112, and the discharging opening of described second helical conveyor 112 communicates with described agitator; Like this, the solid-phase component that first vibrosieve 11 exports comes together in the second helical conveyor 112 through the first helical conveyor 111, the solid-phase component that 3rd vibrosieve 13 exports comes together in the second helical conveyor 112 through the 3rd helical conveyor 113, realize solid-phase component collecting on the second helical conveyor 112, and by controlling the rotating of device second helical conveyor 112, realize the conveying of solid-phase component to agitator, thus improve the transmission performance of solid-phase component.
From theory, helical conveyor assembly is also not limited to said structure form, also only can arrange the conveyer running through each vibrosieve, and passes through the rotating of this conveyer, adjustment throughput direction; Also three helical conveyors can be connected with agitator respectively.
Please refer to Fig. 5, Fig. 5 is that mud provided by the utility model does not land the structural representation of No. two a kind of detailed description of the invention of mud circulation tank in intelligent environment protection integration well drilling solid control system; Wherein, the direction of arrow is the flow direction of material (magma, liquid phase or solid phase).
The front end of above-mentioned No. two mud circulation tanks 2 is connected with a mud circulation tank, and rear end is connected with No. three mud circulation tanks; No. two mud circulation tanks 2 comprise the first tank body 21, second tank body 22, the 3rd tank body 23 and the 4th tank body 24 that are connected successively to the back-end from front end, described first tank body 21 is connected with the mud scratch pool of a described mud circulation tank, and described 4th tank body 24 is connected with described No. three mud circulation tanks; The bottom of each tank body is all provided with solid phase pump 25, and is connected with solidification equipment by described solid phase pump 25; Be connected by upper and lower two straight pipes between described first tank body 21 with described second tank body 22, be connected by upper and lower two straight pipes between described second tank body 22 with described 3rd tank body 23; Like this, improve circulation ability and the storage capacity of No. two mud circulation tanks 2, avoid solid precipitation, improve the performance of solid controlling system.
Further, be provided with ultrasonic vibration filter in the 3rd tank body 23, the solid-phase outlet of described ultrasonic vibration filter interception towards the bottom of described 3rd tank body 23, and is connected with described second tank body 22 through described second straight pipe; The top of the 3rd tank body 23 is provided with bleed off pipe, and the liquid-phase outlet of described ultrasonic vibration filter is connected with the 4th tank body by described bleed off pipe.By filtration and the ultrasonic energy of ultrasonic vibration screen cloth, make the particulate matter in mud can not block screen cloth away from vibration screen, thus make solid phase particles material be retained in the 3rd tank body 23 bottom, and by the second straight pipe reflux in the second tank body 22; The drilling mud filtered out directly is entered in the 4th tank body by bleed off pipe.
These No. two mud circulation tanks 2 also comprise high bar pump, and described high bar delivery side of pump end is connected with the vibrosieve of a described mud circulation tank upper end; By installing high bar pump, being transported to the vibrosieve of a mud circulation tank upper end, vibration screen can being changed flexibly according to the requirement of mud, reach the requirement of purification mud.
Above-mentioned first tank body 21, described second tank body 22, described 3rd tank body 23 and described 4th tank body 24 are cylindric conical bottom structure, with in order to improve storage capacity, apparently, each tank body is also not limited to said structure form, may also be only cylindrical tube or square cylinder structure.
First tank body 21, second tank body 22, the 3rd tank body 23 are all identical with the specification of the 4th tank body 24, so that improve versatility, apparently, also according to the processing requirements of different tank body position, can arrange each tank body of different size size.
Please refer to Fig. 6, Fig. 6 is the structural representation of a kind of detailed description of the invention of powder conveying apparatus that mud provided by the utility model does not land in intelligent environment protection integration well drilling solid control system, and wherein, solid line represents air line, dotted line represents input and output material pipeline, and double dot dash line represents vent line.
Above-mentioned powder conveying apparatus 3 comprises compressed air source 31, gas outlet first branch road of described compressed air source 31 is connected with propelling movement tank 32, is connected through the second branch road with powder material tank 33, is connected with dedusting tank 34 through the 3rd branch road, and described first branch road, described second branch road and described 3rd branch road are provided with switch valve; Described dedusting tank 34 is connected with described propelling movement tank 32 through emptying pipeline, and is provided with switch valve on described emptying pipeline; Described propelling movement tank 32 is connected by pushing pipeline with described powder material tank 33, and is provided with switch valve on described propelling movement pipeline; Described powder material tank 33 is connected with measuring tank 35 through transfer conduit, and described transfer conduit is provided with switch valve; Described measuring tank 35 is connected with cyclone separator 36 through separate lines, and described separate lines is provided with switch valve, and described propelling movement tank 32, described powder material tank 33 and described dedusting tank 34 are also provided with exhaust-valve.Pass through the setting of dedusting tank 34 and compressed air source 31 like this, achieve the dedusting voluntarily of device, improve existing powder addition manner, avoid in adding procedure and produce airborne dust, improve interpolation efficiency, thus avoid cause environment pollution and personnel injury, ensure that construction safety; Meanwhile, dedusting tank 34 also has independent discharging functions, can be transported to powder material tank 33 and recycle, thus reduce cost of production when powder reclaims and reaches some.
Above-mentioned measuring tank 35 is provided with electronic load cell, and described propelling movement tank 32, described powder material tank 33 and described dust-proof tank are also provided with poidometer, to realize the accurate-metering of powder, reach setting proportioning and feed in raw material in time.Above-mentioned propelling movement tank 32, described powder material tank 33 and described dust-proof tank are also provided with safety valve, and like this, during pressure limit in a certain tank body, can open the safety-valve unloading in time, to ensure tank body safety.In order to prevent outside contamination and interference, improve integrated performance, described propelling movement tank 32, described powder material tank 33 and described dust-proof tank are integrated in skid casing.
Below for above-mentioned detailed description of the invention, sketch the course of work of powder conveying apparatus 3 provided by the utility model:
Push tank fill process:
A, push in tank 32 under stress-free operating mode in guarantee, be placed on by powder in the funnel pushing tank 32 upper end, the storage of funnel ensures the curing compound powder use amount of a bite well routine, to reduce in drilling process material loading repeatedly;
B, successively unlatching dedusting tank 34 fan power switch, the emptying valve of dedusting tank, material inlet valve, push the emptying valve of tank, material inlet valve;
C, solidification powder are fallen in tank automatically by the material inlet valve pushing tank 32, and fall into the feedback of process according to level signals, reaching setting height is, stop reinforced, close inlet valve;
D, according to operating mode needs, push tank 32 if only need powder to be stored in, then by valve closings all in system, cut off dedusting tank fan power;
After e, powder carry are complete, release, valve-off and power supply, open the draining of air hose blowoff valve.
Push tank and push material to powder material tank process:
F, open other all valves in dedusting tank fan power, the emptying valve of dedusting tank, material inlet valve and system and be all in closed condition;
G, the emptying valve of powder material tank 33 (receiving the tank body of powder), material inlet valve to be opened successively, then the admission valve pushing tank 32 is started, compressed air is charged to and pushes in tank 32, air inlet can be stopped when pushing when pressure reaches setting pressure in tank 32, close and push canister incoming gas valve, open and push tank bleeder valve, material is pushed to powder material tank 33;
H, pushing tank bleeder valve when pushing the pressure drop in tank 32 to closing during setting pressure, repeating step g, guaranteeing to push material in tank 32 and allot totally;
After powder is discharged totally in i, propelling movement tank 32, close and push tank bleeder valve, powder material tank inlet valve, and unlatching pushes tank exhaust-valve, until residual pressure is laid down in propelling movement tank 32, then close the exhaust-valve pushing tank 32 and rewinding powder material tank 33.
Powder material tank sends powder to measuring tank process:
J, unlatching dedusting tank fan power, dedusting tank exhaust-valve, inlet valve, and uneasiness is than other all valves of system;
Exhaust-valve, the inlet valve of k, successively unlatching measuring tank 35, the admission valve of powder material tank 33, is charged in powder material tank 33 by compressed air, when powder material tank 33 pressure reaches setting pressure, open powder material tank bleeder valve, by powder carry to measuring tank 35;
L, when pressure drop is to setting pressure in powder material tank 33, powder material tank bleeder valve can be closed, repeat step 2, guarantee that in bulk cargo tank, powder is discharged clean;
M, by measuring tank on console 35 feed back weight signal determination measuring tank 35 in charging number, need to be the charging that can stop measuring tank 35 when powder reaches in fact to produce, once close the air intake valve of powder material tank 33, bleeder valves, the material inlet valve of measuring tank 35, and open the exhaust-valve of powder material tank 33, tank internal gas pressure is laid down.
Measuring tank sends material to cyclone separator process:
N, open dedusting tank fan power, the emptying valve of dedusting tank, material inlet valve every other valve in shutdown system;
O, open the admission valve of charging cyclone separator 36 and measuring tank 35 successively, compressed air is charged in measuring tank 35, when pressure in measuring tank 35 reaches setting pressure is, close measuring tank admission valve, open measuring tank bleeder valve, by powder carry to cyclone separator 36;
P, to be confirmed by weight change information that console shows discharge of fine material in measuring tank number, the bleeder valve can cutting out measuring tank 35 when discharging reaches predetermined value stops discharging.
Please refer to Fig. 7-10, Fig. 7 is that mud provided by the utility model does not land the structural representation of a kind of detailed description of the invention of ultrasonic vibration filter in intelligent environment protection integration well drilling solid control system; Fig. 8 is the structural representation of vibrosieve part in the filter of ultrasonic vibration shown in Fig. 7; Fig. 9 is the sectional view in A-A direction in Fig. 7; Figure 10 is the structural representation of screen cloth.
Also comprise ultrasonic vibration filter, this ultrasonic vibration filter comprises the bracing frame 42 be fixed in in described 3rd tank body, and the screen cloth 43 be installed on support frame as described above 42, support frame as described above 42 is provided with ultrasonic transducer 44, the periphery wall of described screen cloth 43 and the inwall of described 3rd tank body fit; Described 3rd tank body offers charging aperture, slurry outlet and solid-phase outlet, described charging aperture is connected by the first pipeline 46 with the second tank body, described slurry outlet is connected by the second pipeline 48 with the 4th tank body, and described solid-phase outlet is connected with solid phase collector 49; Described charging aperture is arranged at below described screen cloth 43, and described slurry outlet is arranged at above described screen cloth 43, and described solid-phase outlet is opened in the bottom of described 3rd tank body.
Screen cloth 43 should be tried one's best and be arranged along the horizontal plane, to ensure screen cloth 43 everywhere even by doses, avoids screen cloth 43 part wears occurs.
In order to ensure oscillation intensity, the unit of ultrasonic transducer 4 shakes and can be at least 0.5W/Cm
2, namely the selection of ultrasonic transducer 44 needs to determine according to whole screen cloth 43 area, according to experimental result, needs the ultrasonic vibrational energy on guarantor unit's screen cloth 43 area to reach 0.5W/Cm
2, can oscillation intensity be reached.Apparently, unit shakes and can should determine according to actual vibration requirement of strength, is as the criterion to meet requirement of strength.
In the course of the work, pending drilling mud enters the 3rd tank body by charging aperture, when mud level arrives suitable height, start ultrasonic transducer 44, and utilize the high-frequency energy that ultrasonication produces on screen cloth 43, and the self gravitation of solid-phase component, automatically complete Separation of Solid and Liquid 43 times at screen cloth, make the mud meeting screen cloth 43 space upwards by screen cloth 43, and solid phase is sunk voluntarily; Mud after filtration enters after filter through slurry outlet and enters next stage solidifying and controlling device after the 4th tank body, and the solid phase filtered down enters after solid phase collector 49 through solid-phase outlet, is again processed to vibrosieve by transport pump, reaches and removes granule solid phase completely.Like this, this ultrasonic vibration filter can realize the thorough separation of solid liquid phase, improves solid phase interception result, thus improves drilling mud solid controlling effect, meet the drilling mud purified treatment requirement without mud sump under new Environmental Protection Situation, and improve treatment effeciency.
Further, this ultrasonic vibration filter also comprises the liquid level sensor be installed in described 3rd tank body, described liquid level sensor is connected with described ultrasonic transducer 44 signal, and detecting that pending mud starts described ultrasonic transducer 44 when being in default liquid level; Like this, when pending mud reaches default liquid level, row starts ultrasonic transducer 44 again, achieves the Automated condtrol of vibrative filter, and when not reaching default liquid level without the need to opening ultrasonic transducer 44 all the time, thus saved energy consumption, reduce cost of production.In theory, also artificially liquid level can be observed, and hand switch ultrasonic transducer 44, or the mode adopting ultrasonic transducer 44 often to open.
Particularly, described default liquid level is the height at the wire side place of described screen cloth 43, also can be the height and position of the suitable distance of distance screen cloth 43 wire side.
The ball valve 411 above-mentioned first pipeline 46 being also provided with flow transmitter 410 and being connected with described flow transmitter 410 signal, and when the flow that flow transmitter 410 detects exceeds preset flow, control described ball valve 411 and close; Like this, can according to the measurement result of flow transmitter 410, adjustment ball valve 411 aperture in real time, make inlet amount maintain comparatively suitable level all the time, ensure disposal ability, and when flow is too high, can temporary close ball valve 411, avoid mud to overflow, improve production security.
In order to avoid pressure superelevation, on the first pipeline 46, pressure meter 412 can be also installed, when pressure meter 412 show pressure exceed preset pressure value time, close ball valve 411.
Please refer to Figure 11 and Figure 12, Figure 11 does not land the structural representation of a kind of detailed description of the invention of solid-liquid storage pool in intelligent environment protection integration well drilling solid control system for mud that utility model provides; Figure 12 is the partial enlarged drawing of Figure 11.
This solid-liquid storage pool 5 comprises and is layed in antiseepage film at the bottom of pond and rectangular circumferential fence 51, the four polylith panels that described circumferential fence 51 is connected successively by head and the tail surround, panel quantity arbitrarily adjusts according to required volume size, gusset 52 is provided with between two adjacent surfaces plate, and by the fastening two adjacent surfaces plate of bolt 53 through described gusset 52; Be provided with antiseepage inner bag in described circumferential fence 51, the service aisle that its arranged outside has cat ladder and is connected with described cat ladder, described service aisle at least runs through arbitrary horizontal edge of described circumferential fence 51; Like this, this solid-liquid storage pool can avoid the processing mode of burying of digging pit on the spot, thus avoids environment pollution, has good environmental-protecting performance; Meanwhile, this solid-liquid storage pool is without base frames posture, is formed by connecting by different panel bolts 53, according to the difformity in drilling well place, can be connected into the storage pool of different size, be easy for installation and removal, be beneficial to and reuse.
Further, panel comprises two long slabs be oppositely arranged, and be oppositely arranged two short slabs, and the vertical direction of described long slab evenly offers five cross ribs 54, the vertical direction of described short slab evenly offers four cross ribs 54; Wherein, the described cross rib 54 being positioned at the superiors is welded with the first capstan winch, and described first capstan winch can be connected to folding and unfolding with the first wire rope, and described first wire rope is the top that mesh cloth is put in described solid-liquid storage pool; The described cross rib 54 being positioned at the second layer is from the bottom to top welded with the second capstan winch, and described second capstan winch can be connected to folding and unfolding with the second wire rope, and described second wire rope is the bottom that mesh cloth is put in described solid-liquid storage pool; Like this, the intensity that cross rib 54 can not only improve panel is set, there is the effect of reinforcing rib, installation site can also be provided for the first capstan winch and the second capstan winch, and by the second wire rope of arranging bottom and the first wire rope of top, form circumference spacing, avoid panel to topple, improve reliability.
In theory, the number of offering of cross rib 54 should according to actual service condition and strength demand restriction; Above-mentioned first capstan winch is also not limited to and is arranged on the cross rib 54 of the superiors, it also can be arranged on other cross ribs 54 or directly be welded on the plate face of panel, similarly, second capstan winch be also not limited to be arranged on lower several second layer cross rib 54 on, also can be arranged on other cross ribs 54 or directly be welded on the plate face of panel.
Further, the top of this storage pool is also provided with rain-proof shelter, and described rain-proof shelter comprises support 55 and lays the tarpaulin 56 being fixed on described support 55 top, and the bottom of described support 55 is fixed in the end face of described circumferential fence 51; Like this, by the setting of rain-proof shelter structure, stop that rainwater enters in storage pool, thus it is excessive to avoid drilling mud generation in pond, ensure that memory reliability.
In order to improve anti-seepage effect, pond back welding also lay have the geotextiles of having welded.
It is pointed out that ordinal numbers such as " first, second, third, fourth " described in literary composition is the different structure in order to distinguish same names, only for convenience, not representing certain order, more should not be construed as any restriction.
Generally, above New Solid Control system mud circulation tank, combination desanding three screen device with eddy flow function is installed, receive the circulating drilling mud from offshore boring island, solid phase after separation directly enters novel mud circulation tank inside solidification device solidification, and liquid phase directly enters in the drilling mud scratch pool of a mud circulation can end; Two cover solidification agitators are installed in drilling mud mud circulation tank, receive the solid phase after combination vibration sieve and centrifuge separation, real-time cure, this solidification equipment can use when treating capacity is large simultaneously or be used alternatingly when treating capacity hour and overhaul of the equipments; Near No. two mud circulation tank side configuration column cone end drilling mud temporary storage tank in drilling mud mud circulation tank, in order to receive the isolated liquid phase of combined vibrator, and one opens, or two open first half section a large amount of drilling mud when discharging, the drilling mud that direct reception circulates out from offshore boring island, install deaerator above it, the gas leaching situation according to mud starts except airway dysfunction; In tank, configuration agitator and high bar pump, carry out Separation of Solid and Liquid easily through high bar transport pump to desanding three screen device entrance in order to stirred slurry; Pot bottom opening mounted valve, the solid matters such as the silt deposited in order to connecting pipe discharge and landwaste, and eventually through solid phase transport pump to solidification equipment agitator entrance or how many according to moisture content, being transported to combination vibration sieve carries out Separation of Solid and Liquid again; Configuration curing compound malleation powder conveying apparatus, mixer is delivered to by conveyance conduit, according to the weight sensor be arranged on bottom solidification equipment, automatically curing compound conveying device is started, carry curing compound by the metering device of positive-pressure conveying device according to part by weight, and realize uniform stirring by agitator; Each agitator lower end configuration plunger displacement pump, in order to be transported to landwaste storage pool or roping vehicle by the landwaste after solidification; Drilling mud No. two mud circulation tanks, four column cone end drilling mud jug bodies are installed in bottom, pond bottom opening mounted valve, the solid matters such as the silt deposited in order to connecting pipe discharge and landwaste, and eventually through solid phase transport pump to solidification equipment agitator entrance or how many according to moisture content, being transported to combination vibration sieve carries out Separation of Solid and Liquid again; Four store tank body up and down by straight-through pipeline UNICOM, middle mounted valve; Inner installation agitator and high bar pump, carry out Separation of Solid and Liquid easily through high bar transport pump to desanding three screen device entrance in order to stirred slurry; 3rd storage pool 1/3 At The Height installs drilling mud ultrasonic filters, in order to tackle granule silt through screen cloth, guarantees that the liquid phase passed through does not have bulky grain solid-phase component and suitable proportion and viscosity; Above 4th mud tank body, high frequency centrifuge is installed, in order to be separated fine particle solid phase in No. four mud tank bodies, ensure the performance of drilling mud, the solid phase that centrifuge is separated is cured to the solidification equipment entrance in a mud circulation tank by solid phase transport pump; Often detachable drilling mud storage pool is being installed, in order to emergency and storage drilling mud and completion fluid simultaneously.
Apply specific case herein to set forth principle of the present utility model and embodiment, the explanation of above embodiment just understands method of the present utility model and core concept thereof for helping.Should be understood that; for those skilled in the art; under the prerequisite not departing from the utility model principle, can also carry out some improvement and modification to the utility model, these improve and modify and also fall in the protection domain of the utility model claim.
Claims (7)
1. mud do not land intelligent environment protection integration a well drilling solid control system, comprise the mud circulation tank arranged successively along mud circulation direction, No. two mud circulation tanks, No. three mud circulation tanks and No. four mud circulation tanks; It is characterized in that, the top of a described mud circulation tank is provided with three screen devices, the solid-phase outlet of described three screen devices is connected with the solidification equipment in a described mud circulation tank, and its liquid-phase outlet is connected with the mud scratch pool of a described mud circulation can end; Be provided with agitator in a described mud circulation tank, its side near described No. two mud circulation tanks is provided with described mud scratch pool; Also comprise powder conveying apparatus and solid-liquid storage pool, described powder conveying apparatus is connected with described agitator by pipeline, and the port of export of described agitator is provided with plunger displacement pump.
2. mud according to claim 1 do not land intelligent environment protection integration well drilling solid control system, it is characterized in that, described three screen devices comprise the first vibrosieve, the second vibrosieve and the 3rd vibrosieve that are set gradually to described No. two mud circulation tank directions by a described mud circulation tank; There is below the screen cloth of each vibrosieve the liquid passage be connected with described mud scratch pool, the solid-phase outlet of described three screen devices is connected with agitator by helical feed assembly, its rear is provided with drilling mud splitter box, the entrance point of described splitter box is connected with drilling well magma outlet opening, its port of export is connected with each vibrosieve respectively, and the end of described splitter box is communicated with described No. two mud circulation tanks by vertical pipe.
3. mud according to claim 2 do not land intelligent environment protection integration well drilling solid control system, it is characterized in that, described helical conveyor assembly comprises the first helical conveyor be connected with the solid-phase outlet of described first vibrosieve, the second helical conveyor be connected with the solid-phase outlet of described second vibrosieve, and the 3rd helical conveyor be connected with the solid-phase outlet of described 3rd vibrosieve; The transmission direction of described first helical conveyor and the transmission direction of described 3rd helical conveyor are all towards described second helical conveyor, and the discharging opening of described second helical conveyor communicates with described agitator.
4. mud according to claim 1 do not land intelligent environment protection integration well drilling solid control system, it is characterized in that, described No. two mud circulation tanks comprise the first tank body, the second tank body, the 3rd tank body and the 4th tank body that are connected successively to the back-end from front end, described first tank body is connected with the mud scratch pool of a described mud circulation tank, and described 4th tank body is connected with described No. three mud circulation tanks; The bottom of each tank body is all provided with solid phase pump, and is connected with solidification equipment by described solid phase pump; Be connected by upper and lower two straight pipes between described first tank body with described second tank body, described second tank body is connected by upper and lower two straight pipes with described 3rd tank body.
5. mud according to claim 1 do not land intelligent environment protection integration well drilling solid control system, it is characterized in that, described powder conveying apparatus comprises compressed air source, gas outlet first branch road of described compressed air source is connected with propelling movement tank, is connected through the second branch road with powder material tank, is connected with dedusting tank through the 3rd branch road, and described first branch road, described second branch road and described 3rd branch road are provided with switch valve; Described dedusting tank is connected with described propelling movement tank through emptying pipeline, and is provided with switch valve on described emptying pipeline; Described propelling movement tank is connected by pushing pipeline with described powder material tank, and is provided with switch valve on described propelling movement pipeline; Described powder material tank is connected with measuring tank through transfer conduit, and described transfer conduit is provided with switch valve; Described measuring tank is connected with cyclone separator through separate lines, and described separate lines is provided with switch valve, and described propelling movement tank, described powder material tank and described dedusting tank are also provided with exhaust-valve.
6. mud according to claim 4 do not land intelligent environment protection integration well drilling solid control system, it is characterized in that, also comprise ultrasonic vibration filter, described ultrasonic vibration filter comprises the bracing frame be fixed in described 3rd tank body and the screen cloth be installed on support frame as described above, support frame as described above is provided with ultrasonic transducer, and the periphery wall of described screen cloth and the inwall of described 3rd tank body fit; Described 3rd tank body offers charging aperture, slurry outlet and solid-phase outlet, and described charging aperture is connected by the first pipeline with the second tank body, and described slurry outlet is connected by the second pipeline with the 4th tank body, and described solid-phase outlet is connected with solid phase collector; Described charging aperture is arranged at below described screen cloth, and described slurry outlet is arranged at above described screen cloth, and described solid-phase outlet is opened in the bottom of described 3rd tank body.
7. mud according to claim 1 do not land intelligent environment protection integration well drilling solid control system, it is characterized in that, described solid-liquid storage pool comprises and is layed in antiseepage film at the bottom of pond and rectangular circumferential fence, the polylith panel that described circumferential fence is connected successively by head and the tail surrounds, gusset is provided with between two adjacent surfaces plate, and by the bolton two adjacent surfaces plate through described gusset; Be provided with antiseepage inner bag in described circumferential fence, the service aisle that its arranged outside has cat ladder and is connected with described cat ladder, described service aisle at least runs through arbitrary horizontal edge of described circumferential fence.
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| CN201520657045.6U CN205100913U (en) | 2015-08-27 | 2015-08-27 | Mud does not fall to ground intelligent environmental protection integration well drilling solid controlling system |
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Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN105370228A (en) * | 2015-08-27 | 2016-03-02 | 北京华油兴业能源技术有限公司 | Slurry nonlanding intelligent environment-friendly integral well drilling solid control system |
| CN106014306A (en) * | 2016-07-05 | 2016-10-12 | 三石油智能装备有限公司 | Boring waste treatment system and method |
| CN110067522A (en) * | 2019-05-15 | 2019-07-30 | 四川川庆石油钻采科技有限公司 | A kind of novel magnetic separation separation system and method automating adjusting |
| CN113636732A (en) * | 2021-10-18 | 2021-11-12 | 德仕能源科技集团股份有限公司 | Side drilling slurry dangerous waste reduction treatment technology |
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2015
- 2015-08-27 CN CN201520657045.6U patent/CN205100913U/en not_active Expired - Fee Related
Cited By (7)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105370228A (en) * | 2015-08-27 | 2016-03-02 | 北京华油兴业能源技术有限公司 | Slurry nonlanding intelligent environment-friendly integral well drilling solid control system |
| CN106014306A (en) * | 2016-07-05 | 2016-10-12 | 三石油智能装备有限公司 | Boring waste treatment system and method |
| CN106014306B (en) * | 2016-07-05 | 2018-12-21 | 三一石油智能装备有限公司 | Drilling well waste disposal system and method |
| CN110067522A (en) * | 2019-05-15 | 2019-07-30 | 四川川庆石油钻采科技有限公司 | A kind of novel magnetic separation separation system and method automating adjusting |
| CN110067522B (en) * | 2019-05-15 | 2023-09-15 | 中国石油天然气集团有限公司 | Novel magnetic separation system and method capable of being automatically adjusted |
| CN113636732A (en) * | 2021-10-18 | 2021-11-12 | 德仕能源科技集团股份有限公司 | Side drilling slurry dangerous waste reduction treatment technology |
| CN113636732B (en) * | 2021-10-18 | 2022-03-08 | 德仕能源科技集团股份有限公司 | Side drilling slurry dangerous waste reduction treatment technology |
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