CN204189006U - A kind of portable high-temperature smoke exhaust flowfield control device - Google Patents
A kind of portable high-temperature smoke exhaust flowfield control device Download PDFInfo
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- CN204189006U CN204189006U CN201420638766.8U CN201420638766U CN204189006U CN 204189006 U CN204189006 U CN 204189006U CN 201420638766 U CN201420638766 U CN 201420638766U CN 204189006 U CN204189006 U CN 204189006U
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02P—CLIMATE CHANGE MITIGATION TECHNOLOGIES IN THE PRODUCTION OR PROCESSING OF GOODS
- Y02P90/00—Enabling technologies with a potential contribution to greenhouse gas [GHG] emissions mitigation
- Y02P90/02—Total factory control, e.g. smart factories, flexible manufacturing systems [FMS] or integrated manufacturing systems [IMS]
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Abstract
A kind of portable high-temperature smoke exhaust flowfield control device of the utility model design, it is characterized in that: portable high-temperature smoke exhaust flowfield control device is cover body structure, by: flow field drive system and heat energy flow guide system form, flow field drive system by: front driving device, left drive unit, right drive unit, triple channel joint flange, piping system distribute negative pressure device, smoke exhaust negative pressure drainage section, connect pipeline section and pipe fitting forms.The utility model can avoid a large amount of amorphous ambient windstream to enter heat energy flow guide system, this makes the suction air volume of whole fume and exhaust gas purifying system greatly reduce, reduce and reach more than 50%, the pollutants such as the control solid making cleaning system effective and economic or liquid particle.Solve the control that three strands are taken dirt air-flow superposition Chen Hua district, flow field, realize energy-saving and emission-reduction and low operating cost.
Description
Technical field
The utility model belongs to environmental protection technical field, is that one utilizes flow field drive system and heat energy flow guide system, controls high-temperature smoke exhaust flowfield with low energy consumption, little suction air volume, removes low concentration SO contained in smoke exhaust simultaneously
2portable high-temperature smoke exhaust flowfield Deng acidic components and the pollutant such as bulky grain solid or liquid particle controls, particularly one portable high-temperature smoke exhaust flowfield control device.
Background technology
Fume and exhaust gas purifying system, primarily of compositions such as partial exhaust gas cover, purification plant, piping system and ventilation blowers, is at present to the main of smoke exhaust Environmental capacity and effective means.Partial exhaust gas cover is a kind of pollution source apportionment device, portable high-temperature smoke exhaust flowfield control device of the present invention is the upgrading device of traditional partial exhaust gas cover, what partial exhaust gas cover controlled is that a production link sub-thread takes the single flow field of dirt air-flow, and portable high-temperature smoke exhaust flowfield control device control of the present invention is that multiple production link multiply takes dirt air-flow superposition flow field, effectively control multiply by utilizing new and high technology take dirt air-flow and weaken its dirt intensity, while avoiding the Pollutants Diffusion such as solid (or liquid) particle, make the effective operation of fume and exhaust gas purifying system, energy-conservation and economical.For the pollution source in coke side region, mainly result from coke oven coking process.The coal loading coke furnace carbonization chamber is smelt the red defocused of red heat through high temperature carbonization, released from carbonization chamber in order by pusher machine, red Jiao released is broken and is burnt in atmosphere and fall quenching compartment (burnt tank) inner impact from leading burnt grid, fall three, quenching compartment (burnt tank) coke pushing link at the fire door place of coking process, coke guide grid of coke guide and coke from coke guide grid of coke guide and produce volume of smoke waste gas, the smoke exhaust quantity that red caustic per ton is sent out reaches more than 0.4kg.Pollution source have: smoke exhaust temperature is high, intermittently, paroxysmal and product dirt pits along coke oven longitudinal to the frequent feature such as mobile, mainly in waste gas (be about 100mg/m containing burnt dirt (particle) and low concentration
3) SO
2the pollutants such as gas.To the pollution source apportionment of coking process three coke pushing links, normal employing moves local hood trapping smoke exhaust both at home and abroad.Other ingredient of mobile local hood and fume and exhaust gas purifying system is not fixed, hood covers coke guide grid of coke guide outlet and carriage of coke quenching car (burnt tank) mouth, hood is fixed on coke guide and moves with coke guide, the control of dust gathering tube mobile link of hood outlet connecting pipe and piping system, other ingredient of fume and exhaust gas purifying system fixes on the ground.Pollution source apportionment mechanism is: being regarded as by the pollution source of coking process three coke pushing links is pollution source, from partial exhaust gas cover inner sucking-off high-temperature smoke waste gas, make inner to carry and induced draft and the zone of positive pressure that occurs becomes negative pressuren zone because of material, control to take dirt air-flow and extrude from hood gap.Above-mentioned in the control to coking process three coke pushing link pollution source, being regarded as by the pollution source of coking process three coke pushing links is pollution source, does not consider low concentration SO
2deng the control of acidic components, the main control considering focusing dirt (particle).Mobile local hood, ubiquity is poorly sealed, and especially coke guide grid of coke guide and fire door contact site (particularly bottom) cannot seal completely, cause a part of smoke exhaust to escape; Trapping ability is not enough or uneven, causes some smoke exhaust from defects such as the space of partial exhaust gas cover lower edge and carriage of coke quenching car (coke tank truck tank mouth) top edge escape.Escape for solving this part smoke exhaust, usually all adopt and strengthen air capacity measure, in addition, because purification plant generally all selects sack cleaner, so when processing high-temperature flue gas waste gas, must first consider cooling of smoke exhaust, and then enter sack cleaner purification, fume and exhaust gas purifying system facility can be brought so huge, do not meet the requirement of energy-saving and emission-reduction and low operating cost.
Summary of the invention
The utility model overcomes the defect of above-mentioned existence, object is the pollution source for coke oven coking process three coke pushing links, utilize flow field drive system and heat energy flow guide system, control high-temperature smoke waste gas superposition flow field with low energy consumption, little suction air volume, remove low concentration SO contained in smoke exhaust simultaneously
2deng acidic components and the pollutant such as bulky grain solid or liquid particle, realize Control pollution requirement by sealing and structural design, a kind of convenient economic portable high-temperature smoke exhaust flowfield control device is provided.
The utility model portable high-temperature smoke exhaust flowfield control device content Description:
The utility model portable high-temperature smoke exhaust flowfield control device, it is characterized in that: portable high-temperature smoke exhaust flowfield control device is cover body structure, by: flow field drive system and heat energy flow guide system form, flow field drive system by: front driving device, left drive unit, right drive unit, triple channel joint flange, piping system are distributed negative pressure device and smoke exhaust negative pressure drainage section and are formed;
Front driving device, by: preceding article is stitched cover group, front shroud group concetrated pipe, front shroud group pipe fitting and front shroud group concetrated pipe connecting leg and is formed, above preceding article seam cover group, be provided with front shroud group concetrated pipe, front shroud group pipe fitting and front shroud group concetrated pipe connecting leg successively, preceding article seam cover group is consisted of 8 ~ 12 bar seam cover Combination Welding together;
Left drive unit, by: left bar stitches cover group, left cover group concetrated pipe, left cover group pipe fitting and left cover group concetrated pipe connecting leg and forms, above left bar seam cover group, be provided with left cover group concetrated pipe, left cover group pipe fitting and left cover group concetrated pipe connecting leg successively, left bar seam cover group is consisted of 6 ~ 10 bar seam cover Combination Welding together;
Right drive unit, by: right bar stitches cover group, right cover group concetrated pipe, right cover group pipe fitting, right cover group concetrated pipe connecting leg and right cover group connecting leg pipe fitting and forms, above right bar seam cover group, be provided with right cover group concetrated pipe, right cover group pipe fitting, right cover group concetrated pipe connecting leg and right cover group connecting leg pipe fitting successively, right bar seam cover group is consisted of 6 ~ 10 bar seam cover Combination Welding together.
Described preceding article seam cover group, left bar seam cover group and right bar seam cover group are fixedly connected with the vertical section bolt of the cube group air horn mouth sidewall of heat energy flow guide system high-temperature smoke exhaust plenum, preceding article seam cover group is connected with front shroud group concetrated pipe by arm, and front shroud group concetrated pipe is connected with front shroud group concetrated pipe connecting leg by front shroud group pipe fitting; Left bar seam cover group is connected with left cover group concetrated pipe by arm, and left cover group concetrated pipe is connected with left cover group concetrated pipe connecting leg by left cover group pipe fitting; Right bar seam cover group is connected with right cover group concetrated pipe by arm, right cover group concetrated pipe is connected with right cover group concetrated pipe connecting leg by right cover group pipe fitting, after right cover group concetrated pipe connecting leg connects right cover group connecting leg pipe fitting, converged by pipeline section and front shroud group concetrated pipe connecting leg, left cover group concetrated pipe connecting leg, each concetrated pipe connecting pipe after converging distributes negative pressure device Flange joint by triple channel joint flange and piping system, and the outlet of piping system distribution negative pressure device adopts with smoke exhaust negative pressure drainage section flange and is welded to connect.
The utility model can avoid a large amount of amorphous ambient windstream to enter heat energy flow guide system, this makes the suction air volume of whole fume and exhaust gas purifying system greatly reduce, reduce and reach more than 50%, the pollutants such as the control solid making cleaning system effective and economic or liquid particle.Solve the control that three strands are taken dirt air-flow superposition Chen Hua district, flow field, realize energy-saving and emission-reduction and low operating cost.
Accompanying drawing explanation
Fig. 1 is portable high-temperature smoke exhaust flowfield control device structural representation;
Fig. 2 is portable high-temperature smoke exhaust flowfield control device left view;
Fig. 3 is portable high-temperature smoke exhaust flowfield control device upward view;
Fig. 4 is portable high-temperature smoke exhaust flowfield control device right view.
In figure: 1 is preceding article seam cover group, 2 is left bar seam cover groups, 3 is right bar seam cover groups, 4 is front shroud group concetrated pipes, 5 is left cover group concetrated pipes, 6 is right cover group concetrated pipes, 7 is front shroud group pipe fittings, 8 is left cover group pipe fittings, 9 is right cover group pipe fittings, 10 is front shroud group concetrated pipe connecting legs, 11 is left cover group concetrated pipe connecting legs, 12 is right cover group concetrated pipe connecting legs, 13 is right cover group connecting leg pipe fittings, 14 is triple channel joint flanges, 15 is that piping system distributes negative pressure device, 16 is smoke exhaust negative pressure drainage sections.
Embodiment
The utility model portable high-temperature smoke exhaust flowfield control device is achieved in that and illustrates below in conjunction with accompanying drawing.
See Fig. 1 ~ Fig. 4, portable high-temperature smoke exhaust flowfield control device is cover body structure, by: flow field drive system and heat energy flow guide system form, flow field drive system by: front driving device, left drive unit, right drive unit, triple channel joint flange 14, piping system distribute negative pressure device 15, smoke exhaust negative pressure drainage section 16, connect pipeline section and pipe fitting forms.
Front driving device, by: preceding article is stitched cover group 1, front shroud group concetrated pipe 4, front shroud group pipe fitting 7 and front shroud group concetrated pipe connecting leg 10 and is formed, above preceding article seam cover group 1, be provided with front shroud group concetrated pipe 4, front shroud group pipe fitting 7 and front shroud group concetrated pipe connecting leg 10 successively, preceding article seam cover group 1 is consisted of 8 ~ 12 bar seam cover Combination Welding together.
Left drive unit, by: left bar stitches cover group 2, left cover group concetrated pipe 5, left cover group pipe fitting 8 and left cover group concetrated pipe connecting leg 11 and forms, above left bar seam cover group 2, be provided with left cover group concetrated pipe 5, left cover group pipe fitting 8 and left cover group concetrated pipe connecting leg 11 successively, left bar seam cover group 2 is consisted of 6 ~ 10 bar seam cover Combination Welding together.
Right drive unit, by: right bar stitches cover group 3, right cover group concetrated pipe 6, right cover group pipe fitting 9, right cover group concetrated pipe connecting leg 12 and right cover group connecting leg pipe fitting 13 and forms, above right bar seam cover group 3, be provided with right cover group concetrated pipe 6, right cover group pipe fitting 9, right cover group concetrated pipe connecting leg 12 and right cover group connecting leg pipe fitting 13 successively, right bar seam cover group 3 is consisted of 6 ~ 10 bar seam cover Combination Welding together.
Preceding article seam cover group 1, left bar seam cover group 2 and right bar seam cover group 3 are fixedly connected with the vertical section bolt of the cube group air horn mouth sidewall of heat energy flow guide system high-temperature smoke exhaust plenum, preceding article seam cover group 1 is connected with front shroud group concetrated pipe 4 by arm, and front shroud group concetrated pipe 4 is connected with front shroud group concetrated pipe connecting leg 10 by front shroud group pipe fitting 7; Left bar seam cover group 2 is connected with left cover group concetrated pipe 5 by arm, and left cover group concetrated pipe 5 is connected with left cover group concetrated pipe connecting leg 11 by left cover group pipe fitting 8; Right bar seam cover group 3 is connected with right cover group concetrated pipe 6 by arm, right cover group concetrated pipe 6 is connected with right cover group concetrated pipe connecting leg 12 by right cover group pipe fitting 9, after right cover group concetrated pipe connecting leg 12 connects right cover group connecting leg pipe fitting 13, converged by pipeline section and front shroud group concetrated pipe connecting leg 10, left cover group concetrated pipe connecting leg 11, each concetrated pipe connecting pipe after converging distributes negative pressure device 15 Flange joint by triple channel joint flange 14 and piping system, and the outlet of piping system distribution negative pressure device 15 adopts with smoke exhaust negative pressure drainage section 16 flange and is welded to connect.
The utility model is due to the organized ambient windstream effect of flow field drive system, avoid a large amount of amorphous ambient windstream and enter heat energy flow guide system, greatly reduce the suction air volume of fume and exhaust gas purifying system, can more than 50% be reached, the pollutants such as the control solid making cleaning system effective and economic or liquid particle; Because drive system organized ambient windstream in flow field occurs, be three bursts of controls taking dirt air-flow superposition Chen Hua district, flow field, have found effective and economic control method, there is the practical significance of energy-saving and emission-reduction and low operating cost.
Claims (2)
1. a portable high-temperature smoke exhaust flowfield control device, it is characterized in that: portable high-temperature smoke exhaust flowfield control device is cover body structure, by: flow field drive system and heat energy flow guide system form, flow field drive system by: front driving device, left drive unit, right drive unit, triple channel joint flange (14), piping system distribute negative pressure device (15) and smoke exhaust negative pressure drainage section (16) form;
Front driving device, by: preceding article is stitched cover group (1), front shroud group concetrated pipe (4), front shroud group pipe fitting (7) and front shroud group concetrated pipe connecting leg (10) and is formed, be provided with front shroud group concetrated pipe (4), front shroud group pipe fitting (7) and front shroud group concetrated pipe connecting leg (10) successively in the top of preceding article seam cover group (1), preceding article seam cover group (1) is consisted of 8 ~ 12 bar seam cover Combination Welding together;
Left drive unit, by: left bar stitches cover group (2), left cover group concetrated pipe (5), left cover group pipe fitting (8) and left cover group concetrated pipe connecting leg (11) and forms, be provided with left cover group concetrated pipe (5), left cover group pipe fitting (8) and left cover group concetrated pipe connecting leg (11) successively in the top of left bar seam cover group (2), left bar seam cover group (2) is consisted of 6 ~ 10 bar seam cover Combination Welding together;
Right drive unit, by: right bar stitches cover group (3), right cover group concetrated pipe (6), right cover group pipe fitting (9), right cover group concetrated pipe connecting leg (12) and right cover group connecting leg pipe fitting (13) and forms, be provided with right cover group concetrated pipe (6), right cover group pipe fitting (9), right cover group concetrated pipe connecting leg (12) and right cover group connecting leg pipe fitting (13) successively in the top of right bar seam cover group (3), right bar seam cover group (3) is consisted of 6 ~ 10 bar seam cover Combination Welding together.
2. portable high-temperature smoke exhaust flowfield control device according to claim 1, it is characterized in that: described preceding article seam cover group (1), left bar seam cover group (2) and right bar seam cover group (3) are fixedly connected with the vertical section bolt of the cube group air horn mouth sidewall of heat energy flow guide system high-temperature smoke exhaust plenum, preceding article seam cover group (1) is connected with front shroud group concetrated pipe (4) by arm, and front shroud group concetrated pipe (4) is connected with front shroud group concetrated pipe connecting leg (10) by front shroud group pipe fitting (7), left bar seam cover group (2) is connected with left cover group concetrated pipe (5) by arm, and left cover group concetrated pipe (5) is connected with left cover group concetrated pipe connecting leg (11) by left cover group pipe fitting (8), right bar seam cover group (3) is connected with right cover group concetrated pipe (6) by arm, right cover group concetrated pipe (6) is connected with right cover group concetrated pipe connecting leg (12) by right cover group pipe fitting (9), after right cover group concetrated pipe connecting leg (12) connects right cover group connecting leg pipe fitting (13), by pipeline section and front shroud group concetrated pipe connecting leg (10), left cover group concetrated pipe connecting leg (11) is converged, each concetrated pipe connecting pipe after converging distributes negative pressure device (15) Flange joint by triple channel joint flange (14) and piping system, piping system distribution negative pressure device (15) outlet adopts with smoke exhaust negative pressure drainage section (16) flange and is welded to connect.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420638766.8U CN204189006U (en) | 2014-10-31 | 2014-10-31 | A kind of portable high-temperature smoke exhaust flowfield control device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420638766.8U CN204189006U (en) | 2014-10-31 | 2014-10-31 | A kind of portable high-temperature smoke exhaust flowfield control device |
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| Publication Number | Publication Date |
|---|---|
| CN204189006U true CN204189006U (en) | 2015-03-04 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201420638766.8U Withdrawn - After Issue CN204189006U (en) | 2014-10-31 | 2014-10-31 | A kind of portable high-temperature smoke exhaust flowfield control device |
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| CN (1) | CN204189006U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104331049A (en) * | 2014-10-31 | 2015-02-04 | 鞍山红拖机械制造股份有限公司 | Mobile high-temperature smoke and exhaust gas flow field control device and technology method |
-
2014
- 2014-10-31 CN CN201420638766.8U patent/CN204189006U/en not_active Withdrawn - After Issue
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104331049A (en) * | 2014-10-31 | 2015-02-04 | 鞍山红拖机械制造股份有限公司 | Mobile high-temperature smoke and exhaust gas flow field control device and technology method |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CP03 | Change of name, title or address | ||
| CP03 | Change of name, title or address |
Address after: No. 13 Hongqi South Street, Qianshan District, Anshan City, Liaoning Province (Dadaowan Economic and Technological Development Zone) Patentee after: Liaoning Hongtuo Technology Co., Ltd. Address before: 114013 No. 13 Hongqi South Street, Dadaowan Economic and Technological Development Zone, Anshan City, Liaoning Province Patentee before: Anshan Hongtuo Machinery Manufacturing Co., Ltd. |
|
| AV01 | Patent right actively abandoned | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20150304 Effective date of abandoning: 20190806 |