CN202467801U - Pipe manifold system for sand blender - Google Patents
Pipe manifold system for sand blender Download PDFInfo
- Publication number
- CN202467801U CN202467801U CN2012200082991U CN201220008299U CN202467801U CN 202467801 U CN202467801 U CN 202467801U CN 2012200082991 U CN2012200082991 U CN 2012200082991U CN 201220008299 U CN201220008299 U CN 201220008299U CN 202467801 U CN202467801 U CN 202467801U
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- butterfly valve
- suction
- manifold
- discharge
- welding assembly
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Abstract
The utility model discloses a pipe manifold system for a sand blender. The pipe manifold system comprises a suction header welding assembly, a discharge header welding assembly, a suction pipe manifold, a discharge pipe manifold, a suction centrifugal pump (15), a discharge centrifugal pump (14), butterfly valves and a sand blending tank (16), wherein two ends of the suction centrifugal pump (15) are connected with the suction header welding assembly and the suction pipe manifold; the suction pipe manifold is connected with the sand blending tank (16); two ends of the discharge centrifugal pump (14) are connected with the sand blending tank (16) and the discharge pipe manifold; and excircle surfaces of the suction pipe manifold and the discharge pipe manifold are provided with electromagnetic flowmeters (17) respectively. The pipe manifold system is characterized in that a sixth butterfly valve (6) with a pneumatic head device and a thirteenth butterfly valve (13) with the pneumatic head device are arranged on the suction pipe manifold; a twelfth butterfly valve (12) with the pneumatic head device and a fourth butterfly valve (4) with the pneumatic head device are arranged on the discharge pipe manifold; and butterfly valves (1, 5 and 9) with the pneumatic head devices and butterfly valves (3, 7 and 10) with the pneumatic head devices are arranged on the suction header welding assembly and the discharge header welding assembly. By the pipe manifold system, the operation mode of double suction and double discharge can be realized, and the flexibility of field operation is improved, so the pipe manifold system brings great convenience to field layout and construction.
Description
Technical field
The utility model relates to the sand blender technical field, is a kind of manifold system that is used for sand blender specifically, is mainly used in the oil field sand blender.
Background technology
The effect of sand blender at present be through the suction manifold system with fracturing fluid suck with mixing sand tank in proppant fully mix by a certain percentage; And through the exhaust manifold system mixed sand glue is flowed to fracturing unit, its pumping is carried out pressure break to the shaft bottom by fracturing unit.On-the-spot in the oil field, accomplishing fracturing work needs several fracturing units, a sand blender, and an instrumentation and a feed flow equipment carry out work jointly.Different because of different oil field field conditions, the space, place is very limited, and need carry out more than the quantity of implement, and this has brought very big challenge just for the site plant layout, will have influence on normal construction operation in case layout is unreasonable.Manifold system on the conventional sand blender can only be accomplished a kind of operating type, and promptly a side draught opposite side is arranged, and this has just directly limited the stand of fracturing unit and feed flow equipment, has brought greatly inconvenience to site operation.
Summary of the invention
The purpose of the utility model is the deficiency that overcomes above-mentioned prior art; And a kind of manifold system that is used for sand blender is provided; Mainly solve existing manifold system and adopt a side to advance the single homework mode that opposite side goes out, bring the greatly problem of inconvenience for the layout of constructing in the field operation.
In order to achieve the above object; The utility model is achieved in that a kind of manifold system that is used for sand blender; Comprise suction header welding assembly, discharge collector welding assembly, suction manifold, exhaust manifold, suction centrifugal pump, discharge centrifugal pump, butterfly valve and mixing sand tank; The suction end that sucks centrifugal pump is connected with suction header welding assembly, and outlet side is connected with suction manifold one end, and the other end of suction manifold is connected with mixing sand tank; The suction end of discharging centrifugal pump is connected with mixing sand tank, and outlet side is connected with an end of exhaust manifold, and the other end of exhaust manifold links to each other with discharge collector welding assembly, on the periphery of suction manifold and exhaust manifold, is respectively equipped with electromagnetic flowmeter; Its special character is to establish the 6th butterfly valve and the 13 butterfly valve that has pneumatic head unit at the adpting flange place of suction manifold; Establish the 12 butterfly valve and the 4th butterfly valve that has pneumatic head unit at the adpting flange place of exhaust manifold; On suction header welding assembly, establish first butterfly valve, the 5th butterfly valve and the 9th butterfly valve that has pneumatic head unit, discharge on the collector welding assembly and establish the 3rd butterfly valve, the 7th butterfly valve and the tenth butterfly valve that has pneumatic head unit; Suction header welding assembly with discharge the by-pass manifold that two branches that collector welding assembly is connected form on establish second butterfly valve and the 8th butterfly valve that has pneumatic head unit respectively, establish the 11 butterfly valve that has pneumatic head unit on the by-pass manifold of the branch's formation that is connected between suction manifold and the exhaust manifold.
A kind of manifold system that is used for sand blender of the utility model, its said first butterfly valve, the 3rd butterfly valve, the 5th butterfly valve and the 7th butterfly valve that has pneumatic head unit are respectively N, and N is more than or equal to 1, and N is a positive integer.
A kind of manifold system that is used for sand blender of the utility model, the input of its described suction centrifugal pump links to each other through the output of a shaft coupling with the input motor; The input of described discharge centrifugal pump links to each other with the output of discharging motor through a shaft coupling.
A kind of manifold system that is used for sand blender of the utility model is under the driving that sucks centrifugal pump and discharge centrifugal pump, realizes four kinds of different operating types through the opening and closing of controlling each butterfly valve.
Compared with present technology the described a kind of manifold system that is used for sand blender of the utility model has following good effect; Adopt a plurality of butterfly valves in the system,, realized the operating type of double sucking double-row through to its switch; Make fracturing unit and feed flow equipment broken away from conventional manifold system sand blender caused parks restriction; Improve the flexibility of field operation, brought great convenience for field layout and construction, improved operating efficiency effectively.
Description of drawings:
Fig. 1 is the structural representation of the utility model;
Fig. 2 is the schematic diagram of the utility model.
The drawing explanation:
1 first butterfly valve, 2 second butterfly valves 3 the 3rd butterfly valve 4 the 4th butterfly valve 5 the 5th butterfly valve 6 the 6th butterfly valve 7 the 7th butterfly valve 8 the 8th butterfly valve 9 the 9th butterfly valve 10 the tenth butterfly valve 11 the 11 butterfly valve 12 the 12 butterfly valve 13 the 13 butterfly valve 14 is discharged centrifugal pump 15 and is sucked centrifugal pump 16 mixing sand tanks 17 electromagnetic flowmeters
The specific embodiment:
In order to understand better and to implement, provide specific embodiment below in conjunction with accompanying drawing and specify a kind of manifold system that is used for sand blender of the utility model, 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. 1,2, be processed into suction header welding assembly and discharge collector welding assembly, first butterfly valve 1 that has pneumatic head unit, the 5th butterfly valve 5, the 9th butterfly valve 9 are installed on the adpting flange of suction header welding assembly; Wherein the 5th butterfly valve 5 and first butterfly valve 1 are N according to design demand; N is more than or equal to 1, and N is a positive integer, and the 3rd butterfly valve 3, the 7th butterfly valve 7 and the tenth butterfly valve 10 that have pneumatic head unit are installed on the adpting flange of discharging collector welding assembly; Wherein the 7th butterfly valve 7 and the 3rd butterfly valve 3 are N according to design demand; N is more than or equal to 1, and N is a positive integer, the 9th butterfly valve 9 and the tenth butterfly valve 10 lay respectively at suction header welding assembly and discharge collector welding assembly separately between adpting flange on;
The suction end that sucks centrifugal pump 15 is connected with suction header welding assembly; Outlet side is connected with suction manifold one end; The other end of suction manifold is connected with mixing sand tank 16, at the adpting flange place of suction manifold the 6th butterfly valve 6 and the 13 butterfly valve 13 that has pneumatic head unit is installed;
The suction end of discharging centrifugal pump 14 is connected with mixing sand tank 16; Outlet side is connected with an end of exhaust manifold; The other end of exhaust manifold links to each other with discharge collector welding assembly, at the adpting flange place of exhaust manifold the 12 butterfly valve 12 and the 4th butterfly valve 4 that has pneumatic head unit is installed;
By-pass manifold has three branches, be respectively suction manifold with exhaust manifold between the branch that is connected through steel pipe welding assembly, suction header welding assembly with discharge collector welding assembly and weld two branches that assemblies are connected through two cover steel pipes respectively; Suction header welding assembly with discharge two branches that collector welding assembly is connected on second butterfly valve 2 and the 8th butterfly valve 8 that has pneumatic head unit is installed respectively, installation has the 11 butterfly valve 11 of pneumatic head unit in the branch that is connected between suction manifold and the exhaust manifold;
The open and close of all butterfly valves provide power through pneumatic head unit, control;
The electromagnetic flowmeter mount pad is installed respectively on the periphery of suction manifold and exhaust manifold, electromagnetic flowmeter 17 is housed on the Electromagnetic Flow mount pad, control flow, so that the work of the equipment of assurance;
The input that will suck centrifugal pump 15 at last links to each other through the output of a shaft coupling with the input motor; The input of discharging centrifugal pump 14 through a shaft coupling, is linked to each other with the output of discharging motor.
The operating principle of the manifold system that is used for sand blender of the foregoing description 1 is:
When the scene needs sand blender to adopt a left side to inhale right row's operating type; Butterfly valve 3,4,5,6,12,13 is opened under the control of pneumatic head; The outer fracturing fluid that supplies is sucked by suction header; Through butterfly valve 5 and butterfly valve 6; Via sucking the suction centrifugal pump 15 that motor drives; Get into mixing sand tank 16; After interpolation materials such as dry powder, sand fully mix; Arrival is by discharging the discharge centrifugal pump 14 that motor drives; Discharge by discharging collector through butterfly valve 12 and butterfly valve 4 again; If when the fracturing fluid that needs inspiration to discharge is big discharge capacity, then can open butterfly valve 9 and butterfly valve 10 based on needs;
When the scene needs sand blender to adopt the operating type of right suction left bank; Butterfly valve 1,2,7,8,12,13 is opened under the control of pneumatic head; The outer fracturing fluid that supplies sucks by discharging collector; Through butterfly valve 8; Via sucking the suction centrifugal pump 15 that motor drives; Get into mixing sand tank 16 with butterfly valve 13; After interpolation materials such as dry powder, sand fully mix; Arrival is by discharging the discharge centrifugal pump 14 that motor drives; Through butterfly valve 12 and butterfly valve 2; Discharge by suction header,, then can open butterfly valve 9 and butterfly valve 10 based on needs if when the fracturing fluid that needs inspiration to discharge is big discharge capacity;
When the scene needed sand blender to adopt a left side to inhale the operating type of left bank, butterfly valve 1,2,5,6,12,13 was opened under the control of pneumatic head, supplies fracturing fluid to be sucked by suction header outward; Through butterfly valve 5 and butterfly valve 6,, get into mixing sand tank 16 via sucking the suction centrifugal pump 15 that motor drives; After interpolation materials such as dry powder, sand fully mix; Arrival is discharged by suction header through butterfly valve 12 and butterfly valve 2 by discharging the discharge centrifugal pump 14 that motor drives again, and this moment, butterfly valve 9 must cut out;
When the scene needed sand blender to adopt the right row's of right suction operating type, butterfly valve 3,4,7,8,12,13 was opened under the control of pneumatic head, supplied fracturing fluid by discharging the collector suction outward; Through butterfly valve 7 and butterfly valve 8,, get into mixing sand tank 16 via sucking the suction centrifugal pump 15 that motor drives; After interpolation materials such as dry powder, sand fully mix, arrive by discharging the discharge centrifugal pump 14 that motor drives, through butterfly valve 12 and butterfly valve 4; Discharge by discharging collector, this moment, butterfly valve 10 must cut out.
When the scene needs sand blender to carry out the acidizing treatment mode; Butterfly valve 3,4,5,6,11 is opened under the control of pneumatic head; The outer fracturing fluid that supplies is sucked by suction header, through butterfly valve 5 and butterfly valve 6, arrives and sucks the suction centrifugal pump 15 that motor drives; Via butterfly valve 11 and butterfly valve 4, discharge again by discharging collector.
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 (4)
1. manifold system that is used for sand blender; Comprise suction header welding assembly, discharge collector welding assembly, suction manifold, exhaust manifold, suction centrifugal pump (15), discharge centrifugal pump (14), butterfly valve and mixing sand tank (16); The suction end that sucks centrifugal pump (15) is connected with suction header welding assembly; Outlet side is connected with suction manifold one end, and the other end of suction manifold is connected with mixing sand tank (16); The suction end of discharging centrifugal pump (14) is connected with mixing sand tank (16); Outlet side is connected with an end of exhaust manifold; The other end of exhaust manifold links to each other with discharge collector welding assembly, on the periphery of suction manifold and exhaust manifold, is respectively equipped with electromagnetic flowmeter (17); It is characterized in that establishing the 6th butterfly valve (6) and the 13 butterfly valve (13) that has pneumatic head unit at the adpting flange place of suction manifold; Establish the 12 butterfly valve (12) and the 4th butterfly valve (4) that has pneumatic head unit at the adpting flange place of exhaust manifold; On suction header welding assembly, establish first butterfly valve (1), the 5th butterfly valve (5) and the 9th butterfly valve (9) that has pneumatic head unit, discharge on the collector welding assembly and establish the 3rd butterfly valve (3), the 7th butterfly valve (7) and the tenth butterfly valve (10) that has pneumatic head unit; Suction header welding assembly with discharge the by-pass manifold that two branches that collector welding assembly is connected form on establish second butterfly valve (2) and the 8th butterfly valve (8) that has pneumatic head unit respectively, establish the 11 butterfly valve (11) that has pneumatic head unit on the by-pass manifold of the branch's formation that is connected between suction manifold and the exhaust manifold.
2. a kind of manifold system that is used for sand blender according to claim 1; It is characterized in that said first butterfly valve (1), the 3rd butterfly valve (3), the 5th butterfly valve (5) and the 7th butterfly valve (7) that has pneumatic head unit is respectively N; N is more than or equal to 1, and N is a positive integer.
3. a kind of manifold system that is used for sand blender according to claim 1 is characterized in that the input of said suction centrifugal pump (15) links to each other through the output of a shaft coupling with the input motor.
4. a kind of manifold system that is used for sand blender according to claim 1, the input that it is characterized in that said discharge centrifugal pump (14) link to each other with the output of discharging motor through a shaft coupling.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2012200082991U CN202467801U (en) | 2012-01-10 | 2012-01-10 | Pipe manifold system for sand blender |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2012200082991U CN202467801U (en) | 2012-01-10 | 2012-01-10 | Pipe manifold system for sand blender |
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| Publication Number | Publication Date |
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| CN202467801U true CN202467801U (en) | 2012-10-03 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN2012200082991U Expired - Fee Related CN202467801U (en) | 2012-01-10 | 2012-01-10 | Pipe manifold system for sand blender |
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