CN204717353U - Honeycomb activated carbon regeneration furnace flame device - Google Patents
Honeycomb activated carbon regeneration furnace flame device Download PDFInfo
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- CN204717353U CN204717353U CN201520206971.1U CN201520206971U CN204717353U CN 204717353 U CN204717353 U CN 204717353U CN 201520206971 U CN201520206971 U CN 201520206971U CN 204717353 U CN204717353 U CN 204717353U
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- coal gas
- activated carbon
- water
- floating drum
- ring packing
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Abstract
A kind of honeycomb activated carbon regeneration furnace flame device, comprises gas inlet pipeline, water seal arrangement and gas pipeline, water seal arrangement comprises ring packing tank, water seal cylinder, floating drum, hanging hole, hook and water, ring packing tank is around being fixedly connected on gas inlet pipeline port, water is placed in ring packing tank, when this device is closed, floating drum opening end is buckled in the outside that gas inlet pipeline gos deep into ring packing flume section, floating drum opening end contacts with ring packing tank, when this device normally works, hook upward vertical movement, floating drum opening end is away from ring packing tank, arrival floating drum working position i.e. floating drum opening leave the water surface, form unobstructed coal gas path, but when gas conveying device conveying gas pressure is not enough, although floating drum opening end is separated with ring packing tank, but be not enough to leave the water surface, still do not form coal gas path, so serve sealing, isolated, anti-backfire effect.
Description
Technical field
The utility model relates to activated carbon regeneration furnace gas conveying device, particularly relates to a kind of honeycomb activated carbon regeneration furnace flame device.
Background technique
Active carbon is in environmental protection; industrial and civilian aspect oneself be widely used; and achieve suitable effect; but active carbon is replaced at the saturated rear needs of absorption; owing to using active carbon adsorption to be a physical process, therefore can also adopt thermal regeneration method that the impurity in used active carbon is carried out desorption, and make it recover original activity; to reach reusable object, there is obvious economic benefit.
The regeneration method of active carbon has a variety of, such as: thermal regeneration method, bio-regeneration method, wet oxidation process, solvent regeneration process, electrochemical regeneration method, catalytic wet air oxidation etc.Wherein, application at most, industrial the most ripe be thermal regeneration method.Thermal regeneration method is divided into drying, high temperature carbonization and activation three phases, and high temperature carbonization phase temperature will reach 800 ~ 900 DEG C.
The gas conveying device of prior art activated carbon regeneration furnace uses gas valve to carry coal gas to control gas conveying device to coal gas burner, mostly gas valve is to rely on flange seal ring sealing, long-time use there will be that seal ring is aging causes gas leakage, a small amount of gas leakage is difficult to discover and detects, gas content in one side environment is caused to keep higher level, on the one hand too low if there is gas pressure or promptly stop the situation of coal gas, there is severe compromise in easy tempering.
Model utility content
Activated carbon regeneration furnace gas conveying device sealing for prior art this deficiency dangerous, technical problem to be solved in the utility model is after gas conveying device, install the honeycomb activated carbon regeneration furnace flame device of a security seal, sealed by the form of water seal, prevent gas leakage, also effectively can prevent tempering, obtain flange sealing effect than gas valve better, safer.
The utility model solves the technological scheme that its technical problem adopts:
A kind of honeycomb activated carbon regeneration furnace flame device, comprises gas inlet pipeline, water seal arrangement and gas pipeline; Water seal arrangement comprises ring packing tank, water seal cylinder, floating drum, hanging hole, hook and water, ring packing tank is around being fixedly connected on gas inlet pipeline port, water is housed between ring packing tank and gas inlet pipeline port, and the water surface is lower than gas inlet pipeline port, floating drum one end open, and the other end is closed, floating drum opening end to be buckled on gas inlet pipeline and to contact with ring packing tank; Water seal cylinder one end open, and the other end has a hole, water seal cylinder opening end to be buckled on floating drum and to contact with ring packing tank; The closed end of floating drum is provided with hanging hole, and hanging hole mates with hook one end and is connected, and the hook the other end exposes through behind the hole on water seal cylinder; Gas pipeline comprises coal gas conveying main pipeline, coal gas conveying lateral and gas pipeline branching valve, coal gas conveying main pipeline one end seals with water seal cylinder sidewall and is communicated with, the coal gas conveying main pipeline the other end is closed, coal gas conveying main pipeline there is at least one coal gas to carry lateral, gas pipeline branching valve installed by coal gas conveying lateral.
Preferably, honeycomb activated carbon regeneration furnace flame device also comprises support, suspension hook and a waste discharge slag valve; Support one end and coal gas carry main pipeline to be fixedly connected with, support one end and earth surface, and suspension hook is sealedly and fixedly connected on the upside of coal gas conveying main pipeline, and waste discharge slag valve installation is at coal gas conveying main pipeline closed end, and waste discharge slag valve and coal gas carry main pipeline to be communicated with.
Preferably, described gas inlet pipeline stretches into the height of ring packing flume section is 20 ~ 60 centimetres.
Preferably, hook is provided with at least one pin-and-hole, to be realized the location of floating drum by pin-and-hole, locating stud means of fixation.
Preferably, the bore of described waste discharge slag valve is near the bore base of described coal gas conveying main pipeline.
Preferably, partition apparatus installed by described gas inlet pipeline, coal gas is just by water seal arrangement after partition apparatus, and partition apparatus is the one in push-pull valve, blind plate, glasses valve, gate valve or seal butterfly valve.
Preferably, honeycomb activated carbon regeneration furnace flame device also comprises water alarm, and water alarm is fixedly mounted on inside described ring packing tank or water alarm is fixedly mounted on inside described water seal cylinder.
Preferably, described coal gas conveying lateral is distribute symmetrically on described coal gas conveying main pipeline.
Preferably, described coal gas conveying lateral is carried the middle and upper part of main pipeline to seal with described coal gas to be communicated with.
At the water of ring packing tank built with certain altitude, when a kind of honeycomb activated carbon regeneration furnace flame device cuts out, floating drum opening end is buckled in the outside that gas inlet pipeline stretches into ring packing flume section, floating drum opening end contacts with ring packing tank, floating drum opening end is immersed in water, coal gas is had no idea by aqueous medium, thus serves effect that is isolated, sealing.When a kind of honeycomb activated carbon regeneration furnace flame device normally works, hook upward vertical movement, floating drum opening end, away from the motion of ring packing tank, until floating drum opening end surfaces, so just forms unobstructed coal gas path.When gas conveying device conveying gas pressure deficiency, floating drum opening end still can not leave the water surface, do not form coal gas path, so a kind of honeycomb activated carbon regeneration furnace flame device described in the utility model serves sealing, isolated, anti-backfire effect well.
As shown from the above technical solution, the utility model provides a kind of honeycomb activated carbon regeneration furnace flame device, water seal arrangement is used to substitute the conventional gas valve of prior art, utilize the water-fast character of coal gas, use water-stop coal gas, prevent gas leakage, also stopped gas pressure inadequate time tempering problem, obtain flange seal ring sealing effect than gas valve better, safer.
Accompanying drawing explanation
Accompanying drawing 1 is the honeycomb activated carbon regeneration furnace flame device structural representation of a better embodiment.
Accompanying drawing 2 is partial sectional views of honeycomb activated carbon regeneration furnace flame device in Fig. 1.
In figure: gas inlet pipeline 10, water seal arrangement 20, ring packing tank 21, water seal cylinder 22, floating drum 23, hanging hole 24, hook 25, gas pipeline 30, coal gas conveying main pipeline 31, coal gas conveying lateral 32, gas pipeline branching valve 33, support 40, suspension hook 50 and waste discharge slag valve 60.
Embodiment
Honeycomb activated carbon regeneration furnace flame device in the utility model is applied to honeycomb activated carbon regeneration furnace, wherein, honeycomb activated carbon regeneration furnace comprises honeycomb activated carbon regeneration furnace flame device, negative pressure generating device, high-temperature heating reclaimer, honeycomb activated carbon regeneration furnace flame device is communicated with one end of high-temperature heating reclaimer, negative pressure generating device is communicated with the other end of high-temperature heating reclaimer, high-temperature heating reclaimer comprises collecting cavity, the honeycomb activated carbon regeneration furnace bell being arranged on the active carbon accommodation apparatus in collecting cavity and covering on collecting cavity, the bottom surface of collecting cavity is provided with spread heat wall, dispersion space and even heat diffusion space is cushioned collecting cavity to be divided into heat, bearer network is provided with in even heat diffusion space, bearer network is parallel with the bottom surface of collecting cavity, at least one active carbon accommodation apparatus is arranged on bearer network, the sidewall of the collecting cavity of even heat diffusion space offers air-flow tap hole, air-flow tap hole is connected with negative pressure generating device, active carbon accommodation apparatus comprises fire-resistant upper cover, fire-resistant lower cover and at least one is for accommodating the refractory tube of active carbon, and fire-resistant lower cover is arranged on bearer network, refractory tube be placed on fire-resistant under cover, fire-resistant upper cover covers on refractory tube, sealing cover covers on collecting cavity, and cushioning on position that dispersion space faces with heat of sealing cover offers hot air flow access aperture, hot air flow access aperture is connected with honeycomb activated carbon regeneration furnace flame device, so that the honeycomb activated carbon regeneration furnace heat that flame device is carried is introduced in collecting cavity, and make heat carry out homogeneous heating to the active carbon accommodation apparatus on bearer network at the subnormal ambient that guiding and the negative pressure generating device of spread heat wall provide, and make the active carbon activating and regenerating in active carbon accommodation apparatus.
Elaborate to the structure of honeycomb activated carbon regeneration furnace bell below, referring to Fig. 1 to Fig. 2, honeycomb activated carbon regeneration furnace flame device comprises gas inlet pipeline 10, water seal arrangement 20 and gas pipeline 30; Water seal arrangement 20 comprises ring packing tank 21, water seal cylinder 22, floating drum 23, hanging hole 24, hook 25 and water.Ring packing tank 21 is around being fixedly connected on gas inlet pipeline 10 port, the height that gas inlet pipeline 10 gos deep into ring packing tank 21 part is 20 ~ 60 centimetres, the height upper limit of this highly namely water seal, water is housed between ring packing tank 21 and gas inlet pipeline 10 port, the height of water seal is regulated according to concrete gas pressure, the effective height of water seal remains between 15 ~ 50 centimetres, generally, 10 cm of water can seal the coal gas of 1000 Pa, but consider surplus, appropriate increase by 20 centimetres of water to 30 cm heights.
In floating drum 23 one end open, the other end is closed, when honeycomb activated carbon regeneration furnace flame device cuts out, floating drum 23 opening end is buckled in the outside that gas inlet pipeline 10 gos deep into ring packing tank 21 part, floating drum 23 opening end contacts with ring packing tank 21, to be immersed in below the water surface during floating drum 23 opening end, coal gas is had no idea by aqueous medium, thus serves effect that is isolated, sealing; Water seal cylinder 22 one end open, the other end has a hole, and water seal cylinder 22 opening end is buckled in the outside of floating drum 23, and water seal cylinder 22 opening end contacts with ring packing tank 21; Hanging hole 24 is fixedly connected with on the upside of floating drum 23 closed end, hanging hole 24 mates with hook 25 one end, linking up with 25 the other ends arrives outside water seal cylinder 22 through the hole on water seal cylinder 22, when honeycomb activated carbon regeneration furnace flame device normally works, hook 25 upward vertical movement under the lifting operation of operator, floating drum 23 opening end is away from ring packing tank 21, and arrival floating drum 23 working position i.e. floating drum 23 opening end leave the water surface, form unobstructed coal gas path; But when honeycomb activated carbon regeneration furnace is not enough with flame device conveying gas pressure, although the opening end of floating drum 23 is separated with ring packing tank 21, but be not enough to leave the water surface, still do not form coal gas path, so sealing water device serves sealing, isolated, anti-backfire effect.
Gas pipeline 30 comprises coal gas conveying main pipeline 31, coal gas conveying lateral 32 and gas pipeline branching valve 33, coal gas conveying main pipeline 31 one end seals with water seal cylinder 22 sidewall and is communicated with, coal gas conveying main pipeline 31 the other end is closed, coal gas conveying main pipeline 31 there is at least one coal gas to carry lateral 32, a coal gas conveying main pipeline 31 such as, arrange six coal gas conveying laterals 32, coal gas conveying lateral 32 is distribute symmetrically on coal gas conveying main pipeline 31, guarantee working pressure is stablized, gas pipeline branching valve 33 all installed by each coal gas conveying lateral 32, control the gas flow of this branch.
The coal gas conveying main pipeline 31 of honeycomb activated carbon regeneration furnace flame device is general longer, generally in order to firm coal gas conveying main pipeline 31 can install two supports 40 in pipe ends, coal gas conveying main pipeline 31 is held in support 40 one end, support 40 one end and earth surface.
Gas pipeline 30 is due to heating and clean not in time, occasionally there is condensed fluid, the materials such as impurity block the phenomenon of pipeline, coal gas is caused to carry obstructed or difficult, so gas pipeline 30 needs often to clean out impurity, side sealing suspension hook 50 can be fixedly mounted on coal gas conveying main pipeline 31, because gas pipeline 30 is communicated with sealing with water seal cylinder 22 sidewall, 22, water seal cylinder is placed on ring packing tank 21, water seal cylinder 22 is detachably separated with ring packing tank 21, so use crane can move gas pipeline 30 or cleaning gas pipeline 30 very easily.
Condensed fluid conveniently in gas pipeline 30, the discharge of the materials such as impurity, at coal gas conveying main pipeline 31 closed end, waste discharge slag valve 60 is installed, waste discharge slag valve 60 and coal gas carry main pipeline 31 to be communicated with, and in order to prevent the impurity clogging waste discharge slag valve 60 at the bottom of coal gas conveying main pipeline 31 pipe, so the bore of waste discharge slag valve 60 and coal gas carry the bore base of main pipeline 31 tangent by design, namely waste discharge slag valve 60 opening is mounted in the side of coal gas conveying main pipeline 31 closed end, avoid waste discharge slag valve 60 opening be arranged on coal gas conveying main pipeline 31 on the downside of occurred by the situation that impurity is clogging.Also for ease of the downside avoiding coal gas to carry lateral 32 to be arranged on coal gas conveying main pipeline 31 to be occurred by the situation that impurity is clogging, coal gas conveying lateral 32 carries the middle and upper part of main pipeline 31 to seal with coal gas to be communicated with.
If can ensure that gas pressure is working pressure always, there will not be the situation of gas pressure deficiency, then outside described water seal cylinder 22, locating stud is installed, the pin-and-hole that hook 25 has at least one to match, to pass through pin-and-hole, locating stud means of fixation realizes the location of floating drum, when honeycomb activated carbon regeneration furnace flame device normally works, utilize hook 25 by the floating drum 23 lift-off water surface to working position, then utilize the locating stud installed outside water seal cylinder 22 that hook 25 is fixed on working position, when honeycomb activated carbon regeneration furnace flame device quits work, fall hook 25 again, the opening end of floating drum 23 is submerged in water contact with ring packing tank 21.
In order to avoid the water surface has dropped to below warning line, do not have seal action, or water level is too high, gas pressure is not enough to make floating drum 23 arrive working position, water alarm is installed, water alarm is fixedly mounted on inside described ring packing tank 21 or water alarm is fixedly mounted on inside described water seal cylinder 22, or water alarm is fixedly mounted on inside ring packing tank 21 and inside water seal cylinder 22 simultaneously, level monitoring, if there is the situation that water level is too high or too low, water alarm just starts sound and light alarm, warn staff to reduce or increase the water yield.
In order to prevent only relying on water seal arrangement 20 to seal coal gas, time water seal arrangement 20 goes wrong once in a while, there is no the situation of seal arrangement, one in push-pull valve, blind plate, glasses valve, gate valve or seal butterfly valve to be installed on gas inlet pipeline 10 as partition apparatus, coal gas just passes through water seal arrangement 20 after partition apparatus, when water seal arrangement 20 damages, still by partition apparatus sealing coal gas.
The honeycomb activated carbon regeneration furnace flame device that the utility model provides, use water seal arrangement 20 to substitute the conventional gas valve of prior art, utilize the water-fast character of coal gas, use water-stop coal gas, prevent gas leakage, obtain flange seal ring sealing effect than gas valve better, safer.And above-mentioned honeycomb activated carbon regeneration furnace flame device also can be applied to other by water gas as in the activated carbon regeneration furnace of heating source.
Claims (9)
1. a honeycomb activated carbon regeneration furnace flame device, is characterized in that: comprise gas inlet pipeline, water seal arrangement and gas pipeline; Water seal arrangement comprises ring packing tank, water seal cylinder, floating drum, hanging hole, hook and water, ring packing tank is around being fixedly connected on gas inlet pipeline port, water is housed between ring packing tank and gas inlet pipeline port, and the water surface is lower than gas inlet pipeline port, floating drum one end open, and the other end is closed, floating drum opening end to be buckled on gas inlet pipeline and to contact with ring packing tank; Water seal cylinder one end open, and the other end has a hole, water seal cylinder opening end to be buckled on floating drum and to contact with ring packing tank; The closed end of floating drum is provided with hanging hole, and hanging hole mates with hook one end and is connected, and the hook the other end exposes through behind the hole on water seal cylinder; Gas pipeline comprises coal gas conveying main pipeline, coal gas conveying lateral and gas pipeline branching valve, coal gas conveying main pipeline one end seals with water seal cylinder sidewall and is communicated with, the coal gas conveying main pipeline the other end is closed, coal gas conveying main pipeline there is at least one coal gas to carry lateral, gas pipeline branching valve installed by coal gas conveying lateral.
2. honeycomb activated carbon regeneration furnace flame device according to claim 1, is characterized in that: honeycomb activated carbon regeneration furnace flame device also comprises support, suspension hook and a waste discharge slag valve; Support one end and coal gas carry main pipeline to be fixedly connected with, support one end and earth surface, and suspension hook is sealedly and fixedly connected on the upside of coal gas conveying main pipeline, and waste discharge slag valve installation is at coal gas conveying main pipeline closed end, and waste discharge slag valve and coal gas carry main pipeline to be communicated with.
3. honeycomb activated carbon regeneration furnace flame device according to claim 2, is characterized in that: the height that described gas inlet pipeline stretches into ring packing flume section is 20 ~ 60 centimetres.
4. honeycomb activated carbon regeneration furnace flame device according to claim 3, is characterized in that: hook is provided with at least one pin-and-hole, to be realized the location of floating drum by pin-and-hole, locating stud means of fixation.
5. honeycomb activated carbon regeneration furnace flame device according to claim 4, is characterized in that: the bore of described waste discharge slag valve is near the bore base of described coal gas conveying main pipeline.
6. the honeycomb activated carbon regeneration furnace flame device according to any one of claim 1 ~ 5, it is characterized in that: partition apparatus installed by described gas inlet pipeline, coal gas is just by water seal arrangement after partition apparatus, and partition apparatus is the one in push-pull valve, blind plate, glasses valve, gate valve or seal butterfly valve.
7. honeycomb activated carbon regeneration furnace flame device according to claim 6, it is characterized in that: honeycomb activated carbon regeneration furnace flame device also comprises water alarm, water alarm is fixedly mounted on inside described ring packing tank or water alarm is fixedly mounted on inside described water seal cylinder.
8. honeycomb activated carbon regeneration furnace flame device according to claim 7, is characterized in that: described coal gas conveying lateral is distribute symmetrically on described coal gas conveying main pipeline.
9. honeycomb activated carbon regeneration furnace flame device according to claim 8, is characterized in that: described coal gas conveying lateral is carried the middle and upper part of main pipeline to seal with described coal gas to be communicated with.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520206971.1U CN204717353U (en) | 2015-04-09 | 2015-04-09 | Honeycomb activated carbon regeneration furnace flame device |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520206971.1U CN204717353U (en) | 2015-04-09 | 2015-04-09 | Honeycomb activated carbon regeneration furnace flame device |
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| Publication Number | Publication Date |
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| CN204717353U true CN204717353U (en) | 2015-10-21 |
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| CN201520206971.1U Expired - Fee Related CN204717353U (en) | 2015-04-09 | 2015-04-09 | Honeycomb activated carbon regeneration furnace flame device |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN115094227A (en) * | 2022-06-06 | 2022-09-23 | 首钢京唐钢铁联合有限责任公司 | Cover type annealing furnace |
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2015
- 2015-04-09 CN CN201520206971.1U patent/CN204717353U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN115094227A (en) * | 2022-06-06 | 2022-09-23 | 首钢京唐钢铁联合有限责任公司 | Cover type annealing furnace |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20151021 Termination date: 20190409 |
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| CF01 | Termination of patent right due to non-payment of annual fee |