CN204901783U - Oil gas field open flow burning canning is put - Google Patents
Oil gas field open flow burning canning is put Download PDFInfo
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- CN204901783U CN204901783U CN201520561980.2U CN201520561980U CN204901783U CN 204901783 U CN204901783 U CN 204901783U CN 201520561980 U CN201520561980 U CN 201520561980U CN 204901783 U CN204901783 U CN 204901783U
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Abstract
The utility model provides an oil gas field open flow burning canning is put, include that outer jar is personally experienced sth. Part of the body and the inlayer jar body, be provided with a plurality of sides and manage strengthening rib and square intraductal support on the inlayer jar is personally experienced sth. Part of the body that the intraductal support in side is managed the strengthening rib with the side and is welded each other, the internal portion of inlayer jar is through setting up the partitions are divided into overflow district and sand setting district on the inlayer jar body, the inside and outside bilayer structure of tank body wall, and the cooling water is annotated to the ectonexine annular space, the temperature of jar wall when reducing gas -liquid mixture thing that the open flow came out the burning being sprayed in to the jar, an extension jar life cycle of personally experiencing sth. Part of the body. The gas -liquid mixture thing that is come out by open flow pipeline open flow carries out the open flow burning in open flow sand setting district, and solid matter is distinguished to the overflow at the unnecessary liquid matter flow in sand setting district by the baffle separation, stays liquid partly evaporation when the open flow burn in sand setting district, and some plays the effect for the cooling of jar wall, and the liquid in overflow district reaches the fracturing environmental protection technology requirement in can being arranged dedicated liquid storage pot, returns to discharge the hydrojet and personally experience sth. Part of the body and do not fall to the ground.
Description
Technical field
The utility model relates to oil field environment-protection technical field, particularly a kind of oil gas field open flow burn pot device.
Background technology
Current oil field development well construction increasing number; the difficulty of land acquisition simultaneously strengthens; the enforcement of new environmental law; increase environmental protective measure; existing open flow combustion system can not meet present environmental requirement; for meeting the environmental requirement of massive hydraulic fracturing construction, designing this burn pot device, meeting demand of constructing at present.
Utility model content
In order to overcome seriously polluted, the unsafe problem of constructing in existing apparatus, originally making utility model provide a kind of oil gas field open flow burn pot device, meeting the Environmental Design needs of on-the-spot pressing crack construction, protect environment, decrease pollution.
The technical solution of the utility model is:
A kind of oil gas field open flow burn pot device, comprise outer tank body and internal layer tank body, internal layer tank body is provided with multiple square tube reinforcement and square tube inner support, described square tube inner support and square tube reinforcement are welded to each other, be provided with back timber in internal layer tank body square tube in internal layer tank body, outer tank body outer setting has back timber in outer tank body square tube, described internal layer tank interior is divided into overflow area and sand setting district by the dividing plate be arranged on internal layer tank body, described dividing plate height and square tube inner support, the square tube inner support of internal layer tank body is placed with the first gas-liquid mixture relief line, second gas-liquid mixture relief line, 3rd gas-liquid mixture relief line and pure gas relief line, four relief lines are connected with well head through outer tank body side, first gas-liquid mixture relief line, second gas-liquid mixture relief line, 3rd gas-liquid mixture relief line, spout down, pure gas relief line, anti-spout upward, in overflow area, the side of outer tank body is provided with the first sand cleaning hole, and just opening on face of outer tank body is provided with the second sand cleaning hole, and the front in sand setting district is provided with the 3rd sand cleaning hole, first sand cleaning hole, the second sand cleaning hole, the 3rd sand cleaning hole all penetrate into internal layer tank body.
The below of described dividing plate is provided with through valve cap.
The second interlayer evacuated tube is provided with between below first sand cleaning hole of described outer tank body and through valve cap, be provided with the 3rd interlayer evacuated tube between through valve cap and the second sand cleaning hole, between the second sand cleaning hole to tank body side, be designed with interlayer evacuated tube the 4th interlayer evacuated tube.
The outer tank body side of overflow area is provided with interlayer filling pipe, overflow area evacuated tube, the first interlayer evacuated tube and suction eye.
Fixed by square tube between described outer tank body and internal layer tank body.
The beneficial effects of the utility model are:
The utility model adopts the same end, outer double-layer structure in tank wall, ectonexine annular injection cooling water, reduces the temperature of tank skin when open flow gas-liquid mixture out sprays to tank combustion, extends the life cycle of tank body.The design of internal layer tank is divided into two regions by dividing plate, form sand setting district and overflow area, open flow burning is carried out in open flow sand setting district by relief line open flow gas-liquid mixture out, solid matter is intercepted in sand setting district by dividing plate, unnecessary liquid substance flows to overflow area, the liquid part when open flow burns staying sand setting district is evaporated, a part plays to the effect of tank skin cooling, the liquid of overflow area can be discharged in special fluid reservoir simultaneously, reach the requirement of pressing crack construction green technology, return discharge jetting liquid and do not land.
Below in conjunction with embodiment, the utility model is further described.
Accompanying drawing explanation
Fig. 1 is burn pot top view cross section structural representation.
Fig. 2 is plan structure schematic diagram.
Fig. 3 is side elevational cross-section structural representation.
Fig. 4 is side-looking structural representation.
Fig. 5 faces structural representation.
In figure, Reference numeral: 1, outer tank body; 2, internal layer tank body; 3, square tube reinforcement; 4, back timber in outer tank square tube; 5, back timber in internal layer tank square tube; 6, square tube inner support; 7, dividing plate; 8, through valve cap; 9, square tube; 10-1, the first gas-liquid mixture relief line; 10-2, the second gas-liquid mixture relief line; 10-3, the 3rd gas-liquid mixture relief line; 10-4, pure gas relief line; 11-1, the first sand cleaning hole; 11-2, the second sand cleaning hole; 11-3, the 3rd sand cleaning hole; 12, interlayer filling pipe; 13, overflow area evacuated tube; 14, interlayer evacuated tube; 14-1, the first interlayer evacuated tube; 14-2, the second interlayer evacuated tube; 14-3, the 3rd interlayer evacuated tube; 14-4 the 4th interlayer evacuated tube.
Detailed description of the invention
Embodiment 1:
In order to overcome seriously polluted, the unsafe problem of constructing in existing apparatus; originally make that utility model provides as shown in Figure 1, Figure 2, a kind of oil gas field open flow burn pot device shown in Fig. 3, Fig. 4, Fig. 5; meet the Environmental Design needs of on-the-spot pressing crack construction, protect environment, decrease pollution.
A kind of oil gas field open flow burn pot device, comprise outer tank body 1 and internal layer tank body 2, internal layer tank body 2 is provided with multiple square tube reinforcement 3 and square tube inner support 6, described square tube inner support 6 is welded to each other with square tube reinforcement 3, be provided with back timber 5 in internal layer tank body square tube in internal layer tank body 2, outer tank body 1 outer setting has back timber 4 in outer tank body square tube, described internal layer tank body 2 inside is divided into overflow area 16 and sand setting district 17 by the dividing plate 7 be arranged on internal layer tank body 2, described dividing plate 7 height and square tube inner support 6, the square tube inner support 6 of internal layer tank body 2 is placed with the first gas-liquid mixture relief line 10-1, second gas-liquid mixture relief line 10-2, 3rd gas-liquid mixture relief line 10-3 and pure gas relief line 10-4, four relief lines are connected with well head through outer tank body 1 side, first gas-liquid mixture relief line 10-1, second gas-liquid mixture relief line 10-2, 3rd gas-liquid mixture relief line 10-3, spout down, pure gas relief line 10-4, anti-spout upward, in overflow area 16, the side of outer tank body 1 is provided with the first sand cleaning hole 11-1, and just opening on face of outer tank body 1 is provided with the second sand cleaning hole 11-2, and the front in sand setting district 17 is provided with the 3rd sand cleaning hole 11-3, first sand cleaning hole 11-1, the second sand cleaning hole 11-2, the 3rd sand cleaning hole 11-3 all penetrate into internal layer tank body 2.
As shown in Figure 1, burn pot is made up of inside and outside two-layer tank body, is outer tank body 1 and internal layer tank body 2 respectively.Outer tank body 1 be 100mm*100mm square tube on back timber 4 and corrugated structure tank skin; Internal layer tank body 2 is square tube top upper beam 5 and the rectangle tank skin of 50mm*100mm, and inside is the square tube reinforcement 3 of 50mm*100mm and square tube inner support 6 structure of 100mm*100mm, and square tube inner support 6 and square tube reinforcement 3 are welded to each other, lower than internal layer tank deck 328mm; Between tank body ectonexine, the square tube 9 of top 100mm*100mm is strengthened fixing; In the tank skin corresponding position perforate of square tube inner support 6 with square tube reinforcement 3 anatomical connectivity, with the intercommunication of tank body ectonexine annular space, in square tube reinforcement 3 and the junction perforate at the bottom of tank, cooling water can be made to enter tank body by square tube reinforcement 3 overflow.
Described outer tank body 1 is of a size of 10000mm*2800mm*2510mm(containing base 200mm); Internal layer tank body 2 is of a size of 9400mm*2200mm*2260mm, and dividing plate 7 is of a size of 2200mm*1766mm*10mm, and inner canister is divided into two parts, is overflow area 16 and sand setting district 17, respectively accounts for 2/5 and 3/5 of internal layer tank body.
Outer tank body 1 is that 10000mm*2800mm*2510mm(contains base 200mm) cuboid tank body, internal layer tank body 2 is cuboid tank bodies of 9400mm*2200mm*2260mm, and the dividing plate 7 in internal layer tank body is 2200mm*1766mm*10mm.Ectonexine annulus water injection cools, and reduces the temperature of tank skin when open flow gas-liquid mixture out sprays to tank combustion, extends the life cycle of tank body.
Between outer tank body 1 and internal layer tank body 2, the square tube 9 of top 100mm*100mm is strengthened fixing.Tank body internal layer adopts the square tube reinforcement 3 of 50mm*100mm and square tube inner support 6 structure of 100mm*100mm.
Internal layer tank body 2 is divided into two parts by dividing plate 7, is overflow area 16 and sand setting district 17, respectively accounts for 2/5 and 3/5 of internal layer tank body.The high 50mm of aspect ratio square tube inner support 6 of dividing plate 7,17 li, sand setting district can be made by open flow liquid flooding out to overflow area 16, through valve cap 8 is left in the below of dividing plate 7, connect overflow area 16 and sand setting district 17, after burn pot is finished using, at the outer layer open valve of tank body, the remaining liquid in sand setting district 17 can be made to flow into overflow area 16 and to discharge.
The below of described dividing plate 7 is provided with through valve cap 8.
Fixed by square tube 9 between described outer tank body 1 and internal layer tank body 2.
The inner support 6 of internal layer tank body 2 is provided with 4 with relief line, first gas-liquid mixture relief line 10-1, second gas-liquid mixture relief line 10-2, 3rd gas-liquid mixture relief line 10-3, pure gas relief line 10-4, these four pipelines are connected with well head through outer tank body 1 side, first gas-liquid mixture relief line 10-1, second gas-liquid mixture relief line 10-2, 3rd gas-liquid mixture relief line 10-3 is gas-liquid mixture relief line, spout down, open flow gas-liquid mixture is out sprayed to tank combustion, pure gas relief line 10-4 is pure gas relief line, anti-spout upward, make pure gas upwards open flow burning, reduce the burning to internal layer tank body, extend the life cycle of tank body.
On outer tank body 1, first gas-liquid mixture relief line 10-1, the second gas-liquid mixture relief line 10-2 gas-liquid mixture relief line are used alone, pure gas relief line 10-4 is connected with the 3rd gas-liquid mixture relief line 10-3, form threeway, and respectively carry Valve controlling, when starting open flow, close pure gas relief line 10-4 valve, open the 3rd gas-liquid mixture relief line 10-3 valve, when open flow thing is pure gas, open pure gas relief line 10-4 valve, close the 3rd gas-liquid mixture relief line 10-3 valve.
Embodiment 2:
Based on the basis of above-described embodiment, in the present embodiment, the second interlayer evacuated tube 14-2 is provided with between the below first sand cleaning hole 11-1 of described outer tank body 1 and through valve cap 8, be provided with the 3rd interlayer evacuated tube 14-3 between through valve cap 8 and the second sand cleaning hole 11-2, between the second sand cleaning hole 11-2 to tank body side, be designed with interlayer evacuated tube the 4th interlayer evacuated tube 14-4.
Outer tank body 1 side of overflow area 16 is provided with interlayer filling pipe 12, overflow area evacuated tube 13, first interlayer evacuated tube 14-1 and suction eye 15.
Overflow area 16 accounts for 2/5 of internal layer tank body 2, and sand setting district 17 accounts for 3/5 of internal layer tank body 2.
The side of the outer tank body 1 in overflow area 16 and front is opened, the front in sand setting district 17 is designed 300mm*400mm first sand cleaning hole 11-1, the second sand cleaning hole 11-2, a 3rd sand cleaning hole 11-3 respectively and penetrated into internal layer tank body 2, after burn pot is finished using, the solid matter in cleaning two regions.
Interlayer filling pipe 12, overflow area evacuated tube 13, first interlayer evacuated tube 14-1 and suction eye 15 is had in outer tank body 1 lateral layout of overflow area 16, when burn pot uses, the cooling water of interior outer tank interlayer reduces, moisturizing is carried out to interlayer by 12, simultaneously, if the liquid of overflow area 16 is too much, also will extract out by liquid by suction eye 15, add in cooling water by outer loop; After hours, the liquid in the remaining liquid in overflow area 16 and interlayer is by outside overflow area evacuated tube 13, first interlayer evacuated tube 14-1, the second interlayer evacuated tube 14-2, the 3rd interlayer evacuated tube 14-3, the 4th interlayer evacuated tube 14-4 drain tank for burn pot; Be designed with spout hole at outer tank body 1 upper front of overflow area 16, make unnecessary cooling water flow out of.
The below of dividing plate 7 is provided with through valve cap 8, connects overflow area 16 and sand setting district 17, after burn pot is finished using, can, at the outer layer open valve of tank body, make the remaining liquid in sand setting district 17 flow into overflow area 16.
Overflow area 16 ectonexine and sand setting district 17 ectonexine tank skin of tank body are designed with cat ladder, facilitate personnel to enter in tank.
When burn pot uses and after using, all liq in tank all can enter into another one fluid reservoir by the pump group circulation outside pipeline and tank, is finally transported by liquid by special car; After burn pot uses, the solid matter in tank is discharged by sand cleaning hole, is loaded on special car and transports, and solid matter and liquid substance all can transport appointed place to, can not land in well site, meets new environmental law requirement.
The parts that the present embodiment does not describe in detail and structure belong to the well-known components of the industry and common structure or conventional means, do not describe one by one here.
Claims (5)
1. an oil gas field open flow burn pot device, it is characterized in that: comprise outer tank body (1) and internal layer tank body (2), internal layer tank body (2) is provided with multiple square tube reinforcement (3) and square tube inner support (6), and described square tube inner support (6) and square tube reinforcement (3) are welded to each other, be provided with back timber (5) in internal layer tank body square tube in internal layer tank body (2), outer tank body (1) outer setting has back timber (4) in outer tank body square tube, described internal layer tank body (2) inside is divided into overflow area (16) and sand setting district (17) by the dividing plate (7) be arranged on internal layer tank body (2), described dividing plate (7) height and square tube inner support (6), the square tube inner support (6) of internal layer tank body (2) is placed with the first gas-liquid mixture relief line (10-1), second gas-liquid mixture relief line (10-2), 3rd gas-liquid mixture relief line (10-3) and pure gas relief line (10-4), four relief lines are connected with well head through outer tank body (1) side, first gas-liquid mixture relief line (10-1), second gas-liquid mixture relief line (10-2), 3rd gas-liquid mixture relief line (10-3), spout down, pure gas relief line (10-4), anti-spout upward, the side of overflow area (16) outer tank body (1) is provided with the first sand cleaning hole (11-1), and just opening on face of outer tank body (1) is provided with the second sand cleaning hole (11-2), and the front of sand setting district (17) is provided with the 3rd sand cleaning hole (11-3), first sand cleaning hole (11-1), the second sand cleaning hole (11-2), the 3rd sand cleaning hole (11-3) all penetrate into internal layer tank body (2).
2. a kind of oil gas field open flow burn pot device according to claim 1, is characterized in that: the below of described dividing plate (7) is provided with through valve cap (8).
3. a kind of oil gas field open flow burn pot device according to claim 2, it is characterized in that: between the below first sand cleaning hole (11-1) of described outer tank body (1) and through valve cap (8), be provided with the second interlayer evacuated tube (14-2), be provided with the 3rd interlayer evacuated tube (14-3) between through valve cap (8) and the second sand cleaning hole (11-2), between the second sand cleaning hole (11-2) to tank body side, be designed with interlayer evacuated tube the 4th interlayer evacuated tube (14-4).
4. a kind of oil gas field open flow burn pot device according to claim 1, is characterized in that: outer tank body (1) side of overflow area (16) is provided with interlayer filling pipe (12), overflow area evacuated tube (13), the first interlayer evacuated tube (14-1) and suction eye (15).
5. a kind of oil gas field open flow burn pot device according to claim 1, is characterized in that: fixed by square tube (9) between described outer tank body (1) and internal layer tank body (2).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520561980.2U CN204901783U (en) | 2015-07-30 | 2015-07-30 | Oil gas field open flow burning canning is put |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520561980.2U CN204901783U (en) | 2015-07-30 | 2015-07-30 | Oil gas field open flow burning canning is put |
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| CN204901783U true CN204901783U (en) | 2015-12-23 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201520561980.2U Active CN204901783U (en) | 2015-07-30 | 2015-07-30 | Oil gas field open flow burning canning is put |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104976626A (en) * | 2015-07-30 | 2015-10-14 | 中国石油集团川庆钻探工程有限公司长庆井下技术作业公司 | Oil and gas field blowout combustion tank device |
-
2015
- 2015-07-30 CN CN201520561980.2U patent/CN204901783U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104976626A (en) * | 2015-07-30 | 2015-10-14 | 中国石油集团川庆钻探工程有限公司长庆井下技术作业公司 | Oil and gas field blowout combustion tank device |
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant |