CN207786257U - A kind of multi-functional oily sludge glows exhaust gas processing device - Google Patents
A kind of multi-functional oily sludge glows exhaust gas processing device Download PDFInfo
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- CN207786257U CN207786257U CN201721862632.4U CN201721862632U CN207786257U CN 207786257 U CN207786257 U CN 207786257U CN 201721862632 U CN201721862632 U CN 201721862632U CN 207786257 U CN207786257 U CN 207786257U
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Abstract
It glows exhaust gas processing device the utility model discloses a kind of multi-functional oily sludge, including N number of processor, it is equipped with even gas distribution device successively from bottom to up in each processor, adsorbent and mist eliminator, the arrival end of even gas distribution device in each processor is connected to tail gas delivery main by the first air inlet pipe, it is respectively connected with evacuated tube at the top of each processor, between the top and the first air inlet pipe of second processor of first processor, between the top and the first air inlet pipe of third processor of second processor, between the top of third processor and the first air inlet pipe of the 4th processor, ..., it is respectively connected with the second air inlet pipe between the top and the first air inlet pipe of n-th processor of 1 processor of N.The utility model treatment effect is apparent, and treatment effeciency is high, and simple and quick, and practicability is high.
Description
Technical field
The utility model is related to tail gas disposal technique fields, and in particular to a kind of multi-functional oily sludge glows vent gas treatment
Device.
Background technology
Oily sludge is mainly if that three kinds of combinations of oil, water, mud on railway do not only take up without processing direct emission
A large amount of soil also contains a large amount of heavy metal and bacterium, will produce the serious dirt that stench causes water body, soil and air
Dye.When handling oily sludge using method of glowing, although having, treatment effeciency is high, treatment effect is apparent and cost of investment is low, structure
The advantages that easy, easy to operate, but simultaneously also due to follow-up sulfur-bearing, the pernicious gases process problem containing nitre etc. never have
It solves well and brings secondary pollution.
Currently, to have carried out a large amount of developmental researches anti-for the treatment technology to sulfur-bearing, containing pernicious gases such as nitre and device both at home and abroad
Using.There are advantage and disadvantage and adaptability in these technical solutions and device, part oily sludge can be solved and glowed tail gas
Process problem.Frequently with exhaust gas processing device have operation stability high, it is easy to operate the features such as, but there is initial cost and
The problems such as its operating cost is high, operation troubles rate is high and Scheme Choice is few.Operating cost height existing in the urgent need to address,
The problems such as operational flexibility is poor, energy waste and malfunction, and adjustable scheme is few.
Utility model content
To solve problem of the prior art, the utility model provides a kind of multi-functional oily sludge and glows vent gas treatment dress
It sets, the utility model treatment effect is apparent, and treatment effeciency is high, and simple and quick, and practicability is high.
In order to achieve the above objectives, the utility model adopts the following technical solution：
A kind of multi-functional oily sludge glows exhaust gas processing device, including N number of processor, in each processor from bottom to up
It is equipped with even gas distribution device, adsorbent and mist eliminator successively, the arrival end of the even gas distribution device in each processor passes through
First air inlet pipe is connected to tail gas delivery main, and evacuated tube, the top of first processor are respectively connected at the top of each processor
Between portion and the first air inlet pipe of second processor, first air inlet pipe at the top and third processor of second processor
Between, between the top of third processor and the first air inlet pipe of the 4th processor ..., the top of the N-1 processor
It is respectively connected with the second air inlet pipe between portion and the first air inlet pipe of n-th processor.
Further, it is equipped with the first intake valve in every first air inlet pipe.
Further, air bleeding valve and detecting system are equipped in every evacuated tube, and detecting system is located on the inside of air bleeding valve.
Further, it is equipped with the second intake valve in every second air inlet pipe.
Further, the processor be four, respectively coagulation device, secondary processor, tertiary treatment device and
Four level processors, coagulation device, secondary processor, tertiary treatment device and four level processor inside bottoms even gas distribution device
Arrival end pass through the first air inlet pipe of coagulation device, the first air inlet pipe of secondary processor, the first air inlet of tertiary treatment device respectively
Pipe and four the first air inlet pipe of level processor are connected to tail gas delivery main, and the first emptying is connected at the top of coagulation device
It manages, the second evacuated tube is connected at the top of secondary processor, third evacuated tube, level Four processing are connected at the top of tertiary treatment device
It is connected with the 4th evacuated tube at the top of device, two level is connected between the first air inlet pipe of top and secondary processor of coagulation device
The second air inlet pipe of processor is connected with tertiary treatment device between the first air inlet pipe of top and tertiary treatment device of secondary processor
Two air inlet pipe are connected with four the second air inlets of level processor between the top of tertiary treatment device and four the first air inlet pipe of level processor
Pipe.
Further, the first air inlet pipe of coagulation device, the first air inlet pipe of secondary processor, the first air inlet of tertiary treatment device
It is respectively equipped with the first intake valve of coagulation device, the first air inlet of secondary processor in pipe and four the first air inlet pipe of level processor
Valve, the first intake valve of tertiary treatment device and four the first intake valves of level processor.
Further, the first evacuated tube is equipped with first row air valve and the first detecting system, and the first detecting system is located at
The inside of first row air valve；Second evacuated tube is equipped with second row air valve and the second detecting system, and the second detecting system is located at
The inside of second row air valve；Third evacuated tube is equipped with third air bleeding valve and third detecting system, and third detecting system is located at
The inside of third air bleeding valve；4th evacuated tube is equipped with the 4th air bleeding valve and the 4th detecting system, and the 4th detecting system is located at
The inside of 4th air bleeding valve.
Further, the second air inlet pipe of secondary processor is equipped with the second intake valve of secondary processor, tertiary treatment device the
Two air inlet pipe be equipped with the second intake valve of tertiary treatment device, four the second air inlet pipe of level processor be equipped with four level processors second into
Air valve.
Compared with prior art, the utility model has technique effect beneficial below：
It is flexible and changeable that the utility model can reach sulfur-bearing, the efficient removal containing pernicious gases such as nitre and project plan comparison, can
It realizes that multiple processors processing oily sludge of parallel running simultaneously glows tail gas, improves treating capacity, or the processing of series operation simultaneously
Oily sludge glows tail gas, ensures treatment effect；The pipeline of concentration is scattered come qi leel by even gas distribution device, keeps tail gas uniform
Distribution, improves the utilization rate of adsorbent；By holding the difference of adsorbent species in processor, the adaptability of device is improved,
More there is practical function, mist eliminator can realize the separation of adsorbent and gas after processing, both may make the gas for flowing through demister
Body, which reaches after demisting requires, to be discharged, and can recycle a part of adsorbent；The utility model has the advantages that oily sludge glows
The processing scheme of exhaust gas processing device is flexible and changeable, it can be achieved that different disposal flow and combinations thereof, treatment effect is apparent, and processing is imitated
Rate is high, and simple and quick, and practicability is high.
Further, by the way that the first intake valve is arranged, it can reach whether control processor is simultaneously handled tail gas.
Further, whether by the way that monitoring system is arranged, can to monitor efflux gas in real time up to standard.
Further, by the way that the second intake valve is arranged, it can be expelled directly out in the case where efflux gas is up to standard, arrange outside
It is handled again into next level processor when gas is not up to standard.
Description of the drawings
Fig. 1 is the overall structure diagram of the utility model.
Wherein, 1. tail gas delivery mains, 2. the first air inlet pipe of coagulation device, 3. even gas distribution devices, 4. adsorbents, 5. 1
Level processor, 6. mist eliminators, 7. first evacuated tubes, 8. first detecting systems, 9. the second air inlet pipe of secondary processor, 10. second
Detecting system, 11. second evacuated tubes, 12. secondary processors, 13. the second air inlet pipe of tertiary treatment device, 14. third detecting systems,
15. third evacuated tube, 16. tertiary treatment devices, 17. 4 the second air inlet pipe of level processor, 18. the 4th detecting systems, 19. the 4th rows
Blank pipe, 20. 4 level processors, 21. 4 the first air inlet pipe of level processor, 22. the first air inlet pipe of tertiary treatment device, at 23. two levels
Manage the first air inlet pipe of device.
Specific implementation mode
The utility model is described in further detail below in conjunction with the accompanying drawings：
Referring to Fig. 1, a kind of multi-functional oily sludge glows exhaust gas processing device, including N number of processor, in each processor
It is equipped with even gas distribution device 3, adsorbent 4 and mist eliminator 6 successively from bottom to up, the even gas distribution device 3 in each processor
Arrival end is connected to tail gas delivery main 1 by the first air inlet pipe, is respectively connected with evacuated tube at the top of each processor, and first
Between the top of a processor and the first air inlet pipe of second processor, the top of second processor and third processor
The first air inlet pipe between, between the top of third processor and the first air inlet pipe of the 4th processor ..., N-1
The second air inlet pipe, every first air inlet pipe are respectively connected between the top of a processor and the first air inlet pipe of n-th processor
On be equipped with the first intake valve, air bleeding valve and detecting system are equipped in every evacuated tube, and detecting system is located in air bleeding valve
Side is equipped with the second intake valve in every second air inlet pipe.
Processor is four, respectively coagulation device 5, secondary processor 12, tertiary treatment device 16 and level Four processing
Device 20, coagulation device 5,20 inside bottom of secondary processor 12, tertiary treatment device 16 and four level processors even gas distribution
The arrival end of device 3 passes through the first air inlet pipe of coagulation device 2, the first air inlet pipe of secondary processor 23, tertiary treatment device respectively
One air inlet pipe 22 and four the first air inlet pipe of level processor 21 are connected to tail gas delivery main 1, the top connection of coagulation device 5
There are the first evacuated tube 7, the top of secondary processor 12 to be connected with the second evacuated tube 11, the top of tertiary treatment device 16 is connected with
The top of three evacuated tubes 15, four level processors 20 is connected with the 4th evacuated tube 19, the top of coagulation device 5 and secondary processor
It is connected with the second air inlet pipe of secondary processor 9 between first air inlet pipe 23, the top of secondary processor 12 and tertiary treatment device the
The second air inlet pipe of tertiary treatment device 13, the top of tertiary treatment device 16 and four level processors first are connected between one air inlet pipe 22
Four the second air inlet pipe of level processor 17, the first air inlet pipe of coagulation device 2, secondary processor first are connected between air inlet pipe 21
It is respectively equipped with coagulation device in air inlet pipe 23, tertiary treatment device the first air inlet pipe 22 and four the first air inlet pipe of level processor 21
First intake valve, the first intake valve of secondary processor, the first intake valve of tertiary treatment device and four the first intake valves of level processor,
First evacuated tube 7 is equipped with first row air valve and the first detecting system 8, and the first detecting system 8 is located at the interior of first row air valve
Side；Second evacuated tube 11 is equipped with second row air valve and the second detecting system 10, and the second detecting system 10 is located at second exhaust
The inside of valve；Third evacuated tube 15 is equipped with third air bleeding valve and third detecting system 14, and third detecting system 14 is located at the
The inside of three air bleeding valves；4th evacuated tube 19 is equipped with the 4th air bleeding valve and the 4th detecting system 18, and the 4th detecting system 18
Positioned at the inside of the 4th air bleeding valve, the second air inlet pipe of secondary processor 9 is equipped with the second intake valve of secondary processor, tertiary treatment
The second air inlet pipe of device 13 is equipped with the second intake valve of tertiary treatment device, and four the second air inlet pipe of level processor 17 are equipped with level Four processing
The second intake valve of device.
The utility model is described in detail with reference to embodiment：
A kind of multi-functional oily sludge glows exhaust gas processing device, and tail gas delivery main 1 conveys tail gas to coagulation device 5
Carry out sulfur-bearing, containing the removing of the pernicious gases such as nitre, monitoring, acceptable gas pass through 7 row of the first evacuated tube in real time through the first detecting system 8
To the external world, unqualified gas is continued with by the second air inlet pipe of secondary processor 9 into secondary processor 12, through the second detection
System 10 monitors in real time, and acceptable gas drains into the external world by the second evacuated tube 11, and unqualified gas passes through tertiary treatment device second
Air inlet pipe 13 enters tertiary treatment device 16 and continues with, until being emitted into the external world by evacuated tube after vent gas treatment qualification.Tail gas
It can also be simultaneously by coagulation device the first air inlet pipe 2, four the first air inlet pipe of level processor 21, the first air inlet pipe of tertiary treatment device 22
And the first air inlet pipe of secondary processor 23 is delivered to corresponding processor simultaneously and is handled, processing scheme is relatively more, tail gas
Delivery main 1 can be conveyed simultaneously at tail gas to coagulation device the first air inlet pipe 2, four the first air inlet pipe of level processor 21, three-level
The first air inlet pipe of reason device 22 and the first air inlet pipe of secondary processor 23 or independent give there are not root processor air inlet pipe to convey tail gas,
It is easy to operate, and transportation scheme is flexible and changeable, coagulation device 5, secondary processor 12, tertiary treatment device 16 and level Four processing
Device 20 can parallel operation simultaneously, improve treatment effeciency, but can series operation, improve treatment effect, even gas distribution device 3 can will concentrate
Pipeline carry out qi leel and scatter, improve treatment effeciency of the adsorbent 9 to sulfur-bearing, containing pernicious gases such as nitre, mist eliminator 6 can make gas containing liquid
The high-efficiency gas reservoir of body has also recycled partial adsorbates agent, has not only acted as environmental protection while efflux gas is up to standard
Effect, decreases the dosage of adsorbent, has saved cost, the first detecting system 8, the second detecting system 10, third detection system
System 14 and the 4th detecting system 18 can monitor outside corresponding volume processor whether exhaust is up to standard in real time, and gas up to standard can pass through row
It is arranged outside blank pipe, gas not up to standard can continue into next processor and continue with, until outer row after tail gas is up to standard, each dress
Identical adsorbent 4 can be held in setting simultaneously or holds different adsorbents 4, is operated according to actual conditions, scheme is various, practical
Property it is high.
When carrying out the pernicious gases such as tail gas desulfurization, denitration using the utility model, pass through tail gas according to actual conditions first
Delivery main 1 conveys tail gas to coagulation device 5 and carries out sulfur-bearing, containing the removing of the pernicious gases such as nitre, in real time through the first detecting system 8
Monitoring, acceptable gas drain into the external world by the first evacuated tube 7, and unqualified gas is entered by the second air inlet pipe of secondary processor 9
Secondary processor 12 continues with, and through the second monitoring in real time of detecting system 10, acceptable gas is drained into outer by the second evacuated tube 11
Boundary, unqualified gas enters tertiary treatment device 16 by the second air inlet pipe of tertiary treatment device 13 and continues with, until vent gas treatment
The external world is emitted by evacuated tube after qualification.Tail gas can also be simultaneously by coagulation device the first air inlet pipe 2, four level processors first
Air inlet pipe 21, the first air inlet pipe of tertiary treatment device 22 and the first air inlet pipe of secondary processor 23 are delivered to corresponding processing simultaneously
Device is handled, and processing scheme is relatively more, very flexibly.
Claims (8)
- The exhaust gas processing device 1. a kind of multi-functional oily sludge glows, which is characterized in that including N number of processor, each processor In be equipped with even gas distribution device (3), adsorbent (4) and mist eliminator (6) successively from bottom to up, the gas in each processor is equal The arrival end of cloth device (3) is connected to tail gas delivery main (1) by the first air inlet pipe, is respectively connected at the top of each processor Evacuated tube, between the top and the first air inlet pipe of second processor of first processor, the top of second processor with Between first air inlet pipe of third processor, the first air inlet pipe of the top of third processor and the 4th processor it Between ..., be respectively connected with the second air inlet pipe between the top and the first air inlet pipe of n-th processor of the N-1 processor.
- The exhaust gas processing device 2. a kind of multi-functional oily sludge according to claim 1 glows, which is characterized in that every The first intake valve is equipped in one air inlet pipe.
- The exhaust gas processing device 3. a kind of multi-functional oily sludge according to claim 1 glows, which is characterized in that every row Air bleeding valve and detecting system are equipped on blank pipe, and detecting system is located on the inside of air bleeding valve.
- The exhaust gas processing device 4. a kind of multi-functional oily sludge according to claim 1 glows, which is characterized in that every The second intake valve is equipped in two air inlet pipe.
- The exhaust gas processing device 5. a kind of multi-functional oily sludge according to claim 1 glows, which is characterized in that the place It is four, respectively coagulation device (5), secondary processor (12), tertiary treatment device (16) and four level processors to manage device (20), coagulation device (5), secondary processor (12), tertiary treatment device (16) and four level processors (20) inside bottom The arrival end of even gas distribution device (3) passes through the first air inlet pipe of coagulation device (2), the first air inlet pipe of secondary processor respectively (23), the first air inlet pipe of tertiary treatment device (22) and four the first air inlet pipe of level processor (21) are connected to tail gas delivery main (1), the first evacuated tube (7) is connected at the top of coagulation device (5), secondary processor is connected with the second emptying at the top of (12) It manages (11), is connected with third evacuated tube (15) at the top of tertiary treatment device (16), the is connected at the top of four level processors (20) Four evacuated tubes (19) are connected with two stage treatment between the top and the first air inlet pipe of secondary processor (23) of coagulation device (5) The second air inlet pipe of device (9) is connected with three-level between the top and the first air inlet pipe of tertiary treatment device (22) of secondary processor (12) The second air inlet pipe of processor (13) is connected between the top of tertiary treatment device (16) and four the first air inlet pipe of level processor (21) Four the second air inlet pipe of level processor (17).
- The exhaust gas processing device 6. a kind of multi-functional oily sludge according to claim 5 glows, which is characterized in that at level-one It manages at the first air inlet pipe of device (2), the first air inlet pipe of secondary processor (23), the first air inlet pipe of tertiary treatment device (22) and level Four The first intake valve of coagulation device, the first intake valve of secondary processor are respectively equipped in reason the first air inlet pipe of device (21), at three-level Manage the first intake valve of device and four the first intake valves of level processor.
- The exhaust gas processing device 7. a kind of multi-functional oily sludge according to claim 5 glows, which is characterized in that first row Blank pipe (7) is equipped with first row air valve and the first detecting system (8), and the first detecting system (8) is located at the interior of first row air valve Side；Second evacuated tube (11) is equipped with second row air valve and the second detecting system (10), and the second detecting system (10) is located at the The inside of two air bleeding valves；Third evacuated tube (15) is equipped with third air bleeding valve and third detecting system (14), and third detection system System (14) is located at the inside of third air bleeding valve；4th evacuated tube (19) is equipped with the 4th air bleeding valve and the 4th detecting system (18), And the 4th detecting system (18) be located at the inside of the 4th air bleeding valve.
- The exhaust gas processing device 8. a kind of multi-functional oily sludge according to claim 5 glows, which is characterized in that at two level It manages the second air inlet pipe of device (9) and is equipped with the second intake valve of secondary processor, the second air inlet pipe of tertiary treatment device (13) is equipped with three The second intake valve of level processor, four the second air inlet pipe of level processor (17) are equipped with four the second intake valves of level processor.
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721862632.4U CN207786257U (en) | 2017-12-27 | 2017-12-27 | A kind of multi-functional oily sludge glows exhaust gas processing device |
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|---|---|---|---|
| CN201721862632.4U CN207786257U (en) | 2017-12-27 | 2017-12-27 | A kind of multi-functional oily sludge glows exhaust gas processing device |
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| CN207786257U true CN207786257U (en) | 2018-08-31 |
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| CN201721862632.4U Active CN207786257U (en) | 2017-12-27 | 2017-12-27 | A kind of multi-functional oily sludge glows exhaust gas processing device |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN115608112A (en) * | 2022-11-22 | 2023-01-17 | 广东捷玛节能科技股份有限公司 | Based on flue gas CO 2 Purification regeneration energy-saving process |
-
2017
- 2017-12-27 CN CN201721862632.4U patent/CN207786257U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN115608112A (en) * | 2022-11-22 | 2023-01-17 | 广东捷玛节能科技股份有限公司 | Based on flue gas CO 2 Purification regeneration energy-saving process |
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