CN202594808U - Slurry tempering and destabilizing device - Google Patents
Slurry tempering and destabilizing device Download PDFInfo
- Publication number
- CN202594808U CN202594808U CN 201220227927 CN201220227927U CN202594808U CN 202594808 U CN202594808 U CN 202594808U CN 201220227927 CN201220227927 CN 201220227927 CN 201220227927 U CN201220227927 U CN 201220227927U CN 202594808 U CN202594808 U CN 202594808U
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Abstract
The utility model discloses a slurry tempering and destabilizing device which is characterized by comprising a slurry input system, a clean water feeding system, a chemicals feeding system, a mixing system, a circulating system and an output system. The slurry tempering and destabilizing device is mainly used for tempering and destabilizing oil field drilling slurry; the device adopts a movable type design, is convenient to assemble and move and can adapt to the characteristics of continuity and discontinuity of the drilling slurry; and the slurry tempering and destabilizing device has the advantages of simple structure and convenience in use, can be used for effectively treating the drilling slurry, realizing that the slurry is treated and is discharged in a standard level in site, and completely realizing the harmless treatment of the slurry.
Description
Technical field
The utility model relates to the treatment facility technical field of mud, is the modified stabilization device that takes off of a kind of mud specifically, is applicable to the processing of land and marine various drilling muds.
Background technology
Along with the development of oilfield exploitation industry, drilling mud is one of principal pollutant that produce in the oilfield development process, as can not get timely processing; Will cause influence in various degree to operating area and surrounding enviroment; Make the phenomenon that Air quality exists total hydrocarbon concentration to exceed standard in the output zone, make COD in the water, BOD and petroleum hydrocarbon severe overweight, the vegetation in the zone is destroyed; Grass-land deterioration, ecotope is affected.
The fixed treatment facility of many at present employings can not move use, is unfavorable for the transfer of working-yard; In treating processes, utilize the chemical agent surface condensation, discharging does not reach environmental requirement more.
Summary of the invention
The purpose of the utility model is the deficiency that overcomes above-mentioned prior art, and provides a kind of mud the modified stabilization device that takes off, and mainly solves existing treatment of mud equipment and is unfavorable for that shift the working-yard and the problems such as not up to standard of discharging are handled in the surface condensation of employing chemical agent.
The technical scheme of the utility model is following: the modified stabilization device that takes off of a kind of mud, its special character are that it comprises that mud input system, cleaning water add system, medicine system, mixing system, the recycle system and output system;
Said mud input system comprises mud input manifold; Establish first pneumavalve, first magnetic flow meter, second pneumavalve and the 4th pneumavalve on the mud input manifold; Mud input manifold is connected with first concentration of hydraulic mixture adjustment jar through first pneumavalve, first magnetic flow meter and the 4th pneumavalve; Mud input manifold is connected with second concentration of hydraulic mixture adjustment jar through first pneumavalve, first magnetic flow meter and second pneumavalve; Mud input manifold is connected with the mud surge tank, forms the mud input system;
Said cleaning water adding system comprises cleaning water input manifold; Establish the 3rd pneumavalve and second magnetic flow meter on the cleaning water input manifold; Cleaning water is imported manifold and is connected with first concentration of hydraulic mixture adjustment jar and second concentration of hydraulic mixture adjustment jar respectively with second magnetic flow meter through the 3rd pneumavalve; Cleaning water input manifold is connected with the cleaning water pump, forms cleaning water and adds system;
Said medicine system comprises the dosing manifold; Establish second butterfly valve, first vacuum breaker, second ball valve, the 5th pneumavalve, second vacuum breaker, the 4th ball valve and the 7th pneumavalve on the dosing manifold; The dosing manifold is connected with first concentration of hydraulic mixture adjustment jar through second butterfly valve, first vacuum breaker, second ball valve and the 5th pneumavalve; The dosing manifold is connected with second concentration of hydraulic mixture adjustment jar through second butterfly valve, second vacuum breaker, the 4th ball valve and the 7th pneumavalve; The dosing manifold adds pump with medicament and is connected, and forms medicine system;
Said mixing system comprises that first concentration of hydraulic mixture is adjusted jar and second concentration of hydraulic mixture is adjusted jar, and first concentration of hydraulic mixture adjustment jar and second concentration of hydraulic mixture are adjusted on the jar and established whisking appliance respectively, the formation mixing system;
The said recycle system comprises first concentration of hydraulic mixture adjustment jar and second concentration of hydraulic mixture adjustment jar; Its bottom connects first recycle pump and the 3rd recycle pump respectively through the circulation manifold, connects on the circulation manifold of first recycle pump to establish second stopping valve, the first Pneumatic three-way ball valve, first gradiomanometer, first butterfly valve; Connect on the circulation manifold of the 3rd recycle pump and establish first stopping valve, the second Pneumatic three-way ball valve, second gradiomanometer; Form two self-circulation systems; Two self-circulation systems are connected with cleaning water adding system with the second Pneumatic three-way ball valve through the first Pneumatic three-way ball valve on the circulation manifold respectively;
Said output system is to be connected with second recycle pump respectively with the 8th pneumavalve through the 6th pneumavalve on the output manifold in the bottom of first concentration of hydraulic mixture adjustment jar with second concentration of hydraulic mixture adjustment jar; The delivery port of second recycle pump passes through the output manifold and is connected with mud centrifugal separating device, first concentration of hydraulic mixture adjustment jar and second concentration of hydraulic mixture adjustment jar respectively, forms output system;
Said apparatus is installed on the prying body.
Further, the adjustment of said concentration of hydraulic mixture jar be two and more than.
Further, establish radar level gauge on the said concentration of hydraulic mixture adjustment jar.
Compared with present technology the modified stabilization device that takes off of the described a kind of mud of the utility model has following positively effect: 1, device adopts the packaged type design; The assembling moving is convenient; Continuity, the discontinuity characteristics that can adapt to drilling mud can be taked to handle with boring, and also can take the processing of building a station; 2, apparatus structure is simple, and is easy to use, can effectively handle drilling mud, and on-the-spot qualified discharge after the realization treatment of mud is thoroughly realized the mud harmless treatment.
Description of drawings:
Fig. 1 is the syndeton synoptic diagram of the utility model.
The drawing explanation:
1 first pneumavalve, 2 first magnetic flow meters, 3 second pneumavalves, 4 the 3rd pneumavalves, 5 second magnetic flow meters, 6 first Pneumatic three-way ball valves; 7 first gradiomanometers, 8 first butterfly valves, 9 first concentration of hydraulic mixture adjustment jar, 10 the 4th pneumavalves, 11 first radar level gauges, 12 first valves; 13 second valves, 14 second concentration of hydraulic mixture adjustment jar, 15 second radar level gauges, 16 second Pneumatic three-way ball valves, 17 second gradiomanometers, 18 first stopping valve; 19 first ball valves, 20 second butterfly valves, 21 first vacuum breakers, 22 the 5th pneumavalves, 23 second ball valves; 24 second stopping valve, 25 the 3rd ball valves, 26 first recycle pumps, 27 the 6th pneumavalves, 28 second recycle pumps; 29 second vacuum breakers, 30 the 4th ball valves, 31 the 7th pneumavalves, 32 the 8th pneumavalves, 33 the 3rd recycle pumps.
Embodiment:
Below in conjunction with accompanying drawing the principle and the characteristic of the utility model are described, institute gives an actual example and only is used to explain the utility model, is not the scope that is used to limit the utility model.
Embodiment 1; Referring to Fig. 1; With the adjustment of two concentration of hydraulic mixture jar is example, and first pneumavalve 1, first magnetic flow meter 2, second pneumavalve 3 and the 4th pneumavalve 10 are installed on mud input manifold, and mud input manifold is connected with first concentration of hydraulic mixture adjustment jar 9 with the 4th pneumavalve 10 through first pneumavalve 1, first magnetic flow meter 2; Mud input manifold is connected with second concentration of hydraulic mixture adjustment jar 14 with second pneumavalve 3 through first pneumavalve 1, first magnetic flow meter 2; Mud input manifold is connected with the mud surge tank, forms the mud input system, is concentration of hydraulic mixture adjustment jar input mud;
On cleaning water input manifold, the 3rd pneumavalve 4 and second magnetic flow meter 5 are installed; Cleaning water is imported manifold and is connected with first concentration of hydraulic mixture adjustment jar 9 and second concentration of hydraulic mixture adjustment jar 14 respectively with second magnetic flow meter 5 through the 3rd pneumavalve 4; Cleaning water input manifold is connected with the cleaning water pump; Form cleaning water and add system, be concentration of hydraulic mixture adjustment jar adding cleaning water;
Second butterfly valve 20, first vacuum breaker 21, second ball valve 23, the 5th pneumavalve 22, second vacuum breaker 29, the 4th ball valve 30 and the 7th pneumavalve 31 are installed on the dosing manifold; The dosing manifold is connected with first concentration of hydraulic mixture adjustment jar 9 with the 5th pneumavalve 22 through second butterfly valve 20, first vacuum breaker 21, second ball valve 23; The dosing manifold is connected with second concentration of hydraulic mixture adjustment jar 14 with the 7th pneumavalve 31 through second butterfly valve 20, second vacuum breaker 29, the 4th ball valve 30; The dosing manifold adds pump with medicament and is connected; Form medicine system, be concentration of hydraulic mixture adjustment jar adding medicament;
On first concentration of hydraulic mixture adjustment jar 9, the whisking appliance and first radar level gauge 11 are installed; On second concentration of hydraulic mixture adjustment jar 14, the whisking appliance and second radar level gauge 15 are installed, are formed mixing system by first concentration of hydraulic mixture adjustment jar 9 and second concentration of hydraulic mixture adjustment jar 14;
Bottom in first concentration of hydraulic mixture adjustment jars 9 and the adjustment of second concentration of hydraulic mixture jars 14 is connected first recycle pump 26 and the 3rd recycle pump 33 respectively through the circulation manifold, connects on the circulation manifold of first recycle pump 26 installation the 3rd ball valve 25, second stopping valve 24, the first Pneumatic three-way ball valve 6, first gradiomanometer 7, first butterfly valve 8; Connect first ball valve 19, first stopping valve 18, the second Pneumatic three-way ball valve 16, second gradiomanometer 17 are installed on the circulation manifold of the 3rd recycle pump 33; Form two self-circulation systems; Two self-circulation systems are connected with cleaning water adding system with the second Pneumatic three-way ball valve 16 through the first Pneumatic three-way ball valve 6 on the circulation manifold respectively;
Be connected with second recycle pump 28 respectively with the 8th pneumavalve 32 through the 6th pneumavalve 27 on the output manifold in the bottom of first concentration of hydraulic mixture adjustment jar 9 with second concentration of hydraulic mixture adjustment jar 14; The delivery port of second recycle pump 28 passes through the output manifold and is connected with mud centrifugal separating device, first concentration of hydraulic mixture adjustment jar 9 and second concentration of hydraulic mixture adjustment jar 14 respectively; With manifold that first concentration of hydraulic mixture adjustment jars 9 and the adjustment of second concentration of hydraulic mixture jars 14 is connected on first valve 12 and second valve 13 are installed, the formation output system respectively;
Above-mentioned manifold adopts 3 " the hard tube connection, connect butterfly valve, under meter, gradiomanometer etc. through welding flange on each manifold;
At last said apparatus is installed on the prying body, forms the modified stabilization device that takes off of a kind of mud.
The modified stabilization device that takes off of a kind of mud of the utility model; During work; Water from the cleaning water pump passes through the 3rd pneumavalve, under the metering of second magnetic flow meter, gets into concentration of hydraulic mixture adjustment jar, when a jar interior liquid level reaches requirement; Unlatching is from first pneumavalve on the mud surge tank pipeline; Under the metering effect of first magnetic flow meter, get into concentration of hydraulic mixture adjustment jar through the second, the 4th pneumavalve respectively, in-tank mixing liquid is realized the pot liquid self-circulation through first recycle pump, second stopping valve, first Pneumatic three-way valve, first gradiomanometer, first butterfly valve and the 3rd recycle pump, first stopping valve, second Pneumatic three-way valve, second gradiomanometer respectively; Get into the circulation line of first concentration of hydraulic mixture adjustment jar simultaneously respectively through second butterfly valve, first vacuum breaker, the 5th pneumavalve from the medicament of medicament interpolation pump; Get into the circulation line that second concentration of hydraulic mixture is adjusted jar through second butterfly valve, second vacuum breaker, the 5th pneumavalve, mix being incorporated in thorough mixing under the whisking appliance effect with pot liquid, the reaction times is 10 minutes in jar; Also according to processing requirement, reach designing treatment amount 10m simultaneously
3/ h; Along with the mixing and the circulation of pot liquid, the density that gradiomanometer tool is measured reaches certain limit, and pot liquid is discharged to centrifugal separating device through the 6th pneumavalve, the 8th pneumavalve and second recycle pump respectively.
The above is merely the preferred embodiment of the utility model, and is in order to restriction the utility model, not all within the spirit and principle of the utility model, any modification of being done, is equal to replacement, improvement etc., all should be included within the protection domain of the utility model.
Claims (3)
1. the modified stabilization device that takes off of mud is characterized in that it comprises that mud input system, cleaning water add system, medicine system, mixing system, the recycle system and output system;
Said mud input system comprises mud input manifold; Establish first pneumavalve (1), first magnetic flow meter (2), second pneumavalve (3) and the 4th pneumavalve (10) on the mud input manifold; Mud input manifold is connected with first concentration of hydraulic mixture adjustment jar (9) through first pneumavalve (1), first magnetic flow meter (2) and the 4th pneumavalve (10); Mud input manifold is connected with second concentration of hydraulic mixture adjustment jar (14) through first pneumavalve (1), first magnetic flow meter (2) and second pneumavalve (3); Mud input manifold is connected with the mud surge tank, forms the mud input system;
Said cleaning water adding system comprises cleaning water input manifold; Establish the 3rd pneumavalve (4) and second magnetic flow meter (5) on the cleaning water input manifold; Cleaning water input manifold is connected with second concentration of hydraulic mixture adjustment jar (14) with first concentration of hydraulic mixture adjustment jar (9) respectively with second magnetic flow meter (5) through the 3rd pneumavalve (4); Cleaning water input manifold is connected with the cleaning water pump, forms cleaning water and adds system;
Said medicine system comprises the dosing manifold; Establish second butterfly valve (20), first vacuum breaker (21), second ball valve (23), the 5th pneumavalve (22), second vacuum breaker (29), the 4th ball valve (30) and the 7th pneumavalve (31) on the dosing manifold; The dosing manifold is connected with first concentration of hydraulic mixture adjustment jar (9) through second butterfly valve (20), first vacuum breaker (21), second ball valve (23) and the 5th pneumavalve (22); The dosing manifold is connected with second concentration of hydraulic mixture adjustment jar (14) through second butterfly valve (20), second vacuum breaker (29), the 4th ball valve (30) and the 7th pneumavalve (31); The dosing manifold adds pump with medicament and is connected, and forms medicine system;
Said mixing system comprises first concentration of hydraulic mixture adjustment jar (9) and second concentration of hydraulic mixture adjustment jar (14), establishes whisking appliance respectively in first concentration of hydraulic mixture adjustment jar (9) and second concentration of hydraulic mixture adjustment jar (14), forms mixing system;
The said recycle system comprises first concentration of hydraulic mixture adjustment jar (9) and second concentration of hydraulic mixture adjustment jar (14); Its bottom connects first recycle pump (26) and the 3rd recycle pump (33) respectively through the circulation manifold, connects on the circulation manifold of first recycle pump (26) to establish second stopping valve (24), the first Pneumatic three-way ball valve (6), first gradiomanometer (7), first butterfly valve (8); Connect on the circulation manifold of the 3rd recycle pump (33) and establish first stopping valve (18), the second Pneumatic three-way ball valve (16), second gradiomanometer (17); Form two self-circulation systems; Two self-circulation systems are connected with cleaning water adding system with the second Pneumatic three-way ball valve (16) through the first Pneumatic three-way ball valve (6) on the circulation manifold respectively;
Said output system is to be connected with second recycle pump (28) respectively with the 8th pneumavalve (32) through the 6th pneumavalve (27) on the output manifold in the bottom of first concentration of hydraulic mixture adjustment jar (9) and second concentration of hydraulic mixture adjustment jar (14); The delivery port of second recycle pump (28) is connected with mud centrifugal separating device, first concentration of hydraulic mixture adjustment jar (9) and second concentration of hydraulic mixture adjustment jar (14) respectively through the output manifold, forms output system;
Said apparatus is installed on the prying body.
2. the modified stabilization device that takes off of a kind of mud according to claim 1, it is characterized in that the adjustment of described concentration of hydraulic mixture jar be two and more than.
3. the modified stabilization device that takes off of a kind of mud according to claim 1 and 2 is characterized in that establishing radar level gauge on the described concentration of hydraulic mixture adjustment jar.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201220227927 CN202594808U (en) | 2012-05-21 | 2012-05-21 | Slurry tempering and destabilizing device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201220227927 CN202594808U (en) | 2012-05-21 | 2012-05-21 | Slurry tempering and destabilizing device |
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| CN202594808U true CN202594808U (en) | 2012-12-12 |
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| CN 201220227927 Expired - Fee Related CN202594808U (en) | 2012-05-21 | 2012-05-21 | Slurry tempering and destabilizing device |
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- 2012-05-21 CN CN 201220227927 patent/CN202594808U/en not_active Expired - Fee Related
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