CN205579598U - Synthesize concentrated catalytic combustion integration equipment of waste gas - Google Patents
Synthesize concentrated catalytic combustion integration equipment of waste gas Download PDFInfo
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- CN205579598U CN205579598U CN201620408280.4U CN201620408280U CN205579598U CN 205579598 U CN205579598 U CN 205579598U CN 201620408280 U CN201620408280 U CN 201620408280U CN 205579598 U CN205579598 U CN 205579598U
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Abstract
The utility model discloses a synthesize concentrated catalytic combustion integration equipment of waste gas utilizes adsorption material to carry out the concentration to the waste gas of big amount of wind low concentration, converts a little windy gauge height concentration waste gas into to greatly reduced filtered air flow saves treatment cost, the high concentration waste gas that the concentration was come out gets into catalytic combustor is not had the flame burning, can reduce combustion temperature, the energy saving, the gas that the burning produced is given first place to with carbon dioxide and vapor, need not secondary treatment. The whole system includes waste gas enrichment facility, waste gas catalytic combustion unit and PLC control operating system. The waste gas enrichment facility includes a plurality of concentrated locellus chambeies, and locellus valve control, autonomous working are passed through to every locellus chamber, the catalytic combustion in -process is analytic in proper order, realizes the online processing of waste gas, catalytic combustion unit mainly includes waste gas preheating device, catalytic combustion unit and analytic gas mixer, PLC control operating system carries out real time control to equipment, and easy operation reduces the maloperation.
Description
Technical field
This utility model relates to ambient exhaust gas Treatment process field, particularly to a kind of processing equipment being absorbed in industrial organic exhaust gas.
Background technology
In mankind's daily life or production process, along with harmful or the generation of odor gas, environment is adversely affected.The technology development of waste gas pollution control and treatment, it is achieved green living and production, the protection to the ecological environment of the earth is most important.
Waste gas components is mainly organic exhaust gas and inorganic waste gases according to big class；To process respectively when processing.
Organic waste gas treatment method: living or produce the organic exhaust gas of generation, its molecular chaperones is mainly hydrocarbon molecules material, and processing method is oxidative combustion the most thoroughly.Owing to exhaust gas concentration is different, it is divided into according to exhaust gas concentration: low concentration 1000mg/m3Below, high concentration 1000mg/m3～10000mg/m3, ultrahigh concentration 10000mg/m3Above, in the case of exhaust gas concentration is relatively low, directly burning cost is the highest, does not meets the principle of energy-conservation improvement.
Utility model content
In view of this, this utility model provides a kind of comprehensive waste gas and concentrates catalysis combustion integrative equipment, first the Organic substance in waste gas is concentrated, the waste gas of large-wind-volume low-concentration is converted into the waste gas of little air quantity high concentration, it is substantially reduced exhaust-gas treatment amount, concentrate the high-concentration waste gas produced to be burnt by catalysis again, produce composition based on carbon dioxide and steam, without after-treatment, catalysis burning can make waste gas carry out non-flaming combustion at lower temperature, reduce ignition temperature while not affecting efficiency of combustion, thus avoid thermal losses.
For achieving the above object, the following technical scheme of this utility model offer:
A kind of comprehensive waste gas concentrates catalysis combustion integrative equipment, including: Adsorption Concentration device, resolution gas generator and catalytic combustion system；
It is provided with in described Adsorption Concentration device adsorbing organic concentration filter element in waste gas；Described Adsorption Concentration device offers absorption entrance, absorption outlet, resolves entrance and parse mouth, and the pipeline of each gateway is mounted on switch valve；
The gas outlet of described resolution gas generator is communicated in the parsing entrance of described Adsorption Concentration device；
The outlet that resolves of described Adsorption Concentration device is communicated in the air inlet of described catalytic combustion system.
Preferably, also including heating by the exhaust gases device, its air inlet is communicated in the parsing outlet of described Adsorption Concentration device, and gas outlet is communicated in the air inlet of described catalytic combustion system.
Preferably, the chamber temperature detector being arranged at described catalytic combustion system is also included；
Described chamber temperature detector communication is connected to described heating by the exhaust gases device, waste gas can be preheated in the case of the detection temperature of described chamber temperature detector is less than the first preset value by described heating by the exhaust gases device, described heating by the exhaust gases device can reduce output temperature in the case of the detection temperature of described chamber temperature detector is higher than the second preset value or stop preheating, and described first preset value is less than described second preset value.
Preferably, described resolution gas generator includes gas mixer chamber；
The air inlet of described gas mixer chamber is communicated with hot gas line and air pipe line, and gas outlet is communicated in the parsing entrance of described Adsorption Concentration device.
Described hot gas line is communicated in the gas outlet of described catalytic combustion system, and is provided with high temperature adjustable valve.
Preferably, described resolution gas generator also includes the parsing gas temperature detector being arranged on described gas mixer chamber gas outlet；
The air pipe line of described gas mixer chamber air inlet is provided with air pneumatic operated valve；
Described parsing gas temperature detector communication is connected to described air pneumatic operated valve, described air pneumatic operated valve can be opened in the case of the detection temperature of described parsing gas temperature detector is higher than the 3rd preset value, described air pneumatic operated valve can cut out in the case of the detection temperature of described parsing gas temperature detector is less than the 4th preset value, and described 3rd preset value is more than described 4th preset value.
Preferably, described resolution gas generator also includes air roughing efficiency air filter, is arranged on the air inlet of described gas mixer chamber air pipe line.
Preferably, described Adsorption Concentration device include multiple can independent adsorption or the concentration locellus chamber of parsing, each described concentration locellus intracavity is provided with described concentration filter element.
Preferably, described switch valve is driven valve push rods work by cylinder.
Preferably, described concentration filter element uses Active carbon fiber filter core or Carbon fibe inorganic composite materials filter element.
Can be seen that from above-mentioned technical scheme, the comprehensive waste gas that this utility model provides concentrates catalysis combustion integrative equipment, first the Organic substance in waste gas is concentrated, the waste gas of large-wind-volume low-concentration is converted into the waste gas of little air quantity high concentration, it is substantially reduced exhaust-gas treatment amount, concentrate the high-concentration waste gas produced to be burnt by catalysis again, produce composition based on carbon dioxide and steam, without after-treatment, catalysis burning can make waste gas carry out non-flaming combustion at lower temperature, reduce ignition temperature while not affecting efficiency of combustion, thus avoid thermal losses.
Accompanying drawing explanation
In order to be illustrated more clearly that this utility model embodiment or technical scheme of the prior art, the accompanying drawing used required in embodiment or description of the prior art will be briefly described below, apparently, accompanying drawing in describing below is only embodiments more of the present utility model, for those of ordinary skill in the art, on the premise of not paying creative work, it is also possible to obtain other accompanying drawing according to these accompanying drawings.
Fig. 1 concentrates the flow chart of catalysis combustion integrative equipment for the comprehensive waste gas that this utility model embodiment provides；
Fig. 2 concentrates the schematic diagram of catalysis combustion integrative equipment for the comprehensive waste gas that this utility model embodiment provides.
Wherein, 1-secondary filter；2-adsorbs entrance locellus valve；3-deashing hands valve；4-concentrates locellus chamber；5-resolves outlet locellus valve；6-resolves blower fan；7-heating by the exhaust gases device；8-catalytic combustion system；9-chamber temperature detector；10-high temperature adjustable valve；11-air manual modulation valve；12-air roughing efficiency air filter；13-air pneumatic operated valve；14-gas mixer chamber；15-resolves gas temperature detector；16-resolves entrance locellus valve；17-adsorbs subchamber outlet valve；18-blast main booster fan.
Detailed description of the invention
Below in conjunction with the accompanying drawing in this utility model embodiment, the technical scheme in this utility model embodiment is clearly and completely described, it is clear that described embodiment is only a part of embodiment of this utility model rather than whole embodiments.Based on the embodiment in this utility model, the every other embodiment that those of ordinary skill in the art are obtained under not making creative work premise, broadly fall into the scope of this utility model protection.
The comprehensive waste gas that this utility model embodiment provides concentrates catalysis combustion integrative equipment, and its core improvement is, including: Adsorption Concentration device, resolution gas generator and catalytic combustion system 8；
It is provided with in Adsorption Concentration device adsorbing organic concentration filter element in waste gas；Adsorption Concentration device offers absorption entrance, absorption outlet, resolves entrance and parse mouth, and the pipeline of each gateway is mounted on switch valve, it is possible to block and turn on above-mentioned gateway pipeline；
The gas outlet of resolution gas generator is communicated in the parsing entrance of Adsorption Concentration device；
The outlet that resolves of Adsorption Concentration device is communicated in the air inlet of catalytic combustion system 8.
Refer to shown in Fig. 1: when waste gas enriching stage, the switch valve of absorption entrance and absorption outlet is opened, resolve entrance and parse the switch valve closedown of mouth, waste gas enters Adsorption Concentration device, and organic compound therein produces physical action with concentrating filter element, and absorption is in cartridge surface, increase along with organic compound, concentrating filter element and progressively reach saturation, when concentrating filter element and reaching to concentrate saturation, this chamber just enters parsing+catalysis combustion phases；
Resolve+be catalyzed combustion phases at waste gas, the switch valve of Adsorption Concentration device absorption entrance and absorption outlet cuts out, the switch valve resolving entrance and parse mouth is opened, the waste gas being obtained needing by resolution gas generator resolves gas, this parsing gas is again by resolving entrance entrance Adsorption Concentration device, along with the effect resolving gas, the organic compound on enriched material surface is resolved gas and resolves, resolve the parsing waste gas obtaining high concentration, resolve waste gas and enter catalytic combustion system 8 by resolving outlet, carry out non-flaming combustion therein, burning produces carbon dioxide and the high-temperature gas mixture body of steam.
Classify according to waste gas processing method, currently mainly include: absorption method, absorption process, bioanalysis, oxidizing process, combustion method.This programme uses complex technique, first the Organic substance in waste gas is concentrated, the waste gas making low concentration Wind Volume is converted to the waste gas of the little air quantity of high concentration, high-concentration waste gas after concentration can carry out non-flaming combustion under the effect of catalyst, the temperature that own combustion produces simultaneously can meet ignition temperature, without outside preheating again, catalysis burning generates CO2And H2O, chemical equation is as follows:
It should be noted that, the absorption entrance of Adsorption Concentration device, absorption export, resolve entrance and parse mouth, it it is division functionally, not necessarily there are in its practical structures four mouths, can only have the entrance and exit of gas, realizing above-mentioned functions by the handoff functionality of corresponding valve body, the most now absorption entrance and parsing entrance share a gas access, and absorption exports and parses mouth and shares mouth at a gas；Can also outlet and the entrance of gas be reversed as required, ratio is the when of cleaning if desired for blowback.
The comprehensive waste gas that this utility model embodiment provides concentrates catalysis combustion integrative equipment, also includes heating by the exhaust gases device 7, and its air inlet is communicated in the parsing outlet of Adsorption Concentration device, and gas outlet is communicated in the air inlet of catalytic combustion system 8.I.e. use preheating device 7 that it is preheated before initial catalyst burns by waste gas so that it is temperature is heated to suitable catalysis ignition temperature and enters catalytic combustion system 8, thus realizes burning completely and improving treatment effeciency.Concrete, parsing blower fan 6 is arranged on resolving between outlet and the air inlet of heating by the exhaust gases device 7 of Adsorption Concentration device by this programme.
In order to optimize above-mentioned technical scheme further, this equipment also includes the chamber temperature detector 9 being arranged at catalytic combustion system 8, in order to control catalytic combustion system 8 internal temperature；
The communication of above-mentioned chamber temperature detector 9 is connected to heating by the exhaust gases device 7, waste gas can be preheated in the case of the detection temperature of chamber temperature detector 9 is less than the first preset value by this heating by the exhaust gases device 7, heating by the exhaust gases device 7 can reduce output temperature in the case of the detection temperature of chamber temperature detector 9 is higher than the second preset value or stop preheating, and above-mentioned first preset value is less than the second preset value.
Concrete, catalytic combustion system 8 internal temperature control is within 350 DEG C-550 DEG C, and when temperature is less than 350 DEG C (i.e. first preset value), waste gas is preheated by preheating device 7；When temperature is higher than 550 DEG C (i.e. second preset value), the output temperature of reduction preheating device 7 even quits work and no longer preheats, and makes the temperature of catalytic combustor 8 meet job requirement.
Suitable condition can improve the analyzing efficiency of waste gas, thus improves the treatment effect of whole equipment.Therefore, the mode of the high-temperature gas mixing after using normal temperature air and burning in this programme obtains resolving gas.
Concrete, resolution gas generator includes gas mixer chamber 14；
The air inlet of gas mixer chamber 14 is communicated with hot gas line and air pipe line, and gas outlet is communicated in the parsing entrance of Adsorption Concentration device；High-temperature gas and normal temperature air are lowered the temperature in gas mixer chamber 14 internal mix, and the waste gas obtaining needing resolves gas；Recycle the heat of combustion tail gas, reduce equipment energy consumption；
Hot gas line is communicated in the gas outlet of catalytic combustion system 8, and is provided with high temperature adjustable valve 10；Control to enter the air quantity of the high-temperature gas of gas mixer chamber 14 by high temperature adjustable valve 10 regulation.The gas outlet of catalytic combustion system 8 is the most also communicated in waste gas outlet, in order to discharged by useless tail gas.The gas outlet of waste gas Adsorption Concentration device and waste gas catalytic combustion device 8 is all connected to gas exhaust piping by reversal valve switch.The total road of exhaustor is provided with exhaust gas concentration detection, it is ensured that the waste gas after process meets discharge standard.
In order to optimize above-mentioned technical scheme further, resolution gas generator also includes the parsing gas temperature detector 15 being arranged on gas mixer chamber 14 gas outlet, and its structure is referred to shown in Fig. 1；
The air pipe line of gas mixer chamber 14 air inlet is provided with air pneumatic operated valve 13；
The communication of above-mentioned parsing gas temperature detector 15 is connected to air pneumatic operated valve 13, this air pneumatic operated valve 13 can be opened in the case of the detection temperature resolving gas temperature detector 15 is higher than the 3rd preset value, air pneumatic operated valve 13 can cut out in the case of the detection temperature resolving gas temperature detector 15 is less than the 4th preset value, and above-mentioned 3rd preset value is more than the 4th preset value.As preferably, the air pipe line of gas mixer chamber 14 air inlet is additionally provided with air manual modulation valve 11 simultaneously, can be with the use of.Gas mixer chamber 14 takes part high-temperature gas and is mixed to get parsing desired gas with normal temperature air, high-temperature gas flow is controlled by high temperature manual modulation valve 10, air mass flow coordinates control by air manual modulation valve 11 and air pneumatic control valve 13, manual flow valve fixed gas input quantity, pneumatic operated valve intermittence switch ensures that gas mixer chamber 14 outlet temperature is in claimed range.
Concrete, resolve the optimum temperature of gas in the range of 110 DEG C-130 DEG C, therefore gas temperature detector 15 is resolved, when resolution gas temperature is higher than 130 DEG C (the i.e. the 3rd preset value), air pneumatic operated valve 13 is opened, when resolution gas temperature is less than 110 DEG C (the i.e. the 4th preset value), close air pneumatic operated valve 13, ensure that the temperature resolving gas is in the range of job requirement with this.
Catalytic combustion system 8 and gas mixer chamber 14 are designed with temperature detection, are controlled the temperature of device in conjunction with control system so that it is work at the required temperature.Concrete, the PLC operation control system of described control system selection, simple to operate, prevent artificial incorrect operation from occurring.
As preferably, resolution gas generator also includes air roughing efficiency air filter 12, is arranged on the air inlet of gas mixer chamber 14 air pipe line, posts air for the benefit outside filter plant and carries out primarily efficient filter, avoid particulate matter infringement waste gas to concentrate filter element, thus affect waste gas and concentrate the life-span of filter element.
In order to optimize above-mentioned technical scheme further, Adsorption Concentration device include multiple can independent adsorption or the concentration sub-chamber 4 of parsing, each concentration sub-chamber 4 in be provided with concentration filter element.Equipment locellus chamber number and each locellus chamber are installed locellus chamber depending on concentration filter element number always processes air quantity according to equipment and are controlled by absorption locellus valve and regeneration locellus valve, i.e. absorption entrance locellus valve 2, parsing outlet locellus valve 5, parsing entrance locellus valve 16 and absorption subchamber outlet valve 17, those skilled in the art can know its concrete structure and operation principle, does not repeats them here.
As preferably, in the present embodiment being optimized locellus cavity configuration, according to processing air quantity requirement, point multiple chambers work alone, and the most each chamber can independently carry out " waste gas concentrates+resolve+catalysis burning " work.Simultaneously, in order to ensure that certain locellus chamber does not affect whole plant waste gases treating capacity when resolving, when equipment initiates work, start working in each chamber interval for one hour, can ensure that when one of them cavate resolves regeneration, whole equipment can be with normal process waste gas, realize equipment on-line carry out concentrating+resolve+be catalyzed burning work, circulate not discontinuous operation；It is so designed that and each chamber can be made to resolve successively, and when resolving, other chambers can normally work, thus reduce change and the impact processing air quantity.
In the specific embodiment that this programme provides, switch valve (the most above-mentioned locellus valve) is driven valve push rods work by cylinder.Cylinder+valve push rods structure can increase the service life of locellus valve, extends maintenance cycle.
The enriched material of waste gas Adsorption Concentration device is selected can adsorb organic all kinds of adsorbing materials in waste gas.As preferably, concentrate filter element and use Active carbon fiber filter core or Carbon fibe inorganic composite materials filter element.
Catalytic combustion system 8 is internal equipped with waste gas burning catalyst, makes waste gas carry out non-flaming combustion at a lower temperature, can reduce catalysis ignition temperature.
In order to optimize above-mentioned technical scheme further, absorption entrance and absorption outlet are designed as linkage, parsing entrance is designed as linkage with parsing mouth, to improve treatment effeciency and to avoid pitfalls, specifically can be realized by mechanical type or electronic type structure；And absorb entrance and parse entrance interlocking, it is ensured that Adsorption Concentration can only be carried out within the same time or resolve catalysis burning.
As preferably, also at the bottom design deashing hands valve 3 of Adsorption Concentration device, in order to cleaning is safeguarded.
Below in conjunction with specific works process, this programme is described further:
In the specific embodiment that this programme provides, refer to Fig. 2, Fig. 2 and concentrate the schematic diagram of catalysis combustion integrative equipment for the comprehensive waste gas that this utility model embodiment provides；When waste gas enriching stage, absorption entrance locellus valve 2 and absorption outlet locellus valve 17 are opened, resolve outlet locellus valve 5 and parsing entrance locellus valve 16 cuts out, waste gas is filtered by secondary filter 1, enter and concentrate locellus chamber 4 concentration absorption, organic compound produces physical action with concentrating filter element, absorption is in cartridge surface, increase along with organic compound, concentrate filter element and progressively reach saturation, when concentrating filter element in certain cavate concentrating locellus chamber 4 and reaching to concentrate saturation, this chamber just enters parsing+catalysis combustion phases；
nullResolve+be catalyzed combustion phases at waste gas，Absorption entrance locellus valve 2 and the absorption outlet locellus valve 17 of chamber are closed，Resolve outlet locellus valve 5 and parsing entrance locellus valve 16 is opened，Resolve blower fan 6 and heating by the exhaust gases device 7 is started working，During initial work，The high-temperature gas of preheating device 7 preheating does not produce reaction through catalytic combustor 8，Regulate air quantity by high temperature manual modulation valve 10 and enter gas mixer chamber 14，Simultaneously，Device external air is filtered by air roughing efficiency air filter 12，Coordinate through air manual modulation valve 11 and pneumatic operated valve 13 and control air force entrance gas mixer chamber 14，High-temperature gas and air are lowered the temperature in gas mixer chamber 14 internal mix，The waste gas obtaining needing resolves gas，Resolve the locellus chamber that gas needs to resolve by resolving entrance locellus valve 16 to enter again，Along with the effect resolving gas，The organic compound on enriched material surface is resolved gas and resolves，Resolve the parsing waste gas obtaining high concentration，Desorbing waste gas is resolved blower fan 6 by parsing outlet locellus valve 5 and blasts heating by the exhaust gases device 7，Heating by the exhaust gases device 7 by desorbing heating by the exhaust gases to being catalyzed ignition temperature，Desorbing waste gas after preheating enters catalytic combustion system 8，Non-flaming combustion is carried out inside catalytic combustion system 8，Burning produces carbon dioxide and the high-temperature gas mixture body of steam，Major part high-temperature gas mixture body converges with absorption discharge tube，Discharged by booster fan 18 extraction，Additionally sub-fraction high-temperature gas mixture body enters gas mixer chamber by high temperature manual modulation valve 10，Mix with the air after filtration again and produce new parsing gas，Proceed parsing+catalyst combustion reaction，Circulation is until the enriched material of all locellus intracavity all resolves completely successively，Resolve+be catalyzed combustion phases to be properly completed，All parsing locellus valves cut out，Absorption locellus valve is opened，Equipment enters the cycle of operation that the next one completes.
In sum, this utility model embodiment provides a kind of comprehensive waste gas and concentrates catalysis combustion integrative equipment, use adsorbing material to concentrate and the complex art of catalysis burning, it is achieved the integration apparatus that organic exhaust gas is processed, reach the purpose of waste gas purification.A kind of utilize adsorbing material that the waste gas of large-wind-volume low-concentration is concentrated, be converted to little air quantity high-concentration waste gas, thus be substantially reduced process air quantity, save processing cost；Concentrate high-concentration waste gas entrance catalytic combustor out and carry out non-flaming combustion, ignition temperature can be reduced, save the energy；The gas that burning produces is based on carbon dioxide and steam, it is not necessary to after-treatment.Whole system includes waste gas enrichment facility and waste gas catalytic combustion device.Waste gas enrichment facility includes multiple concentration locellus chamber, and each locellus chamber is controlled by locellus valve, works alone；Catalyticing combustion process resolves successively, it is achieved the online treatment of waste gas；Catalytic combustion system mainly includes heating by the exhaust gases room, catalytic combustor and resolution gas body mixing chamber.This equipment can with other processing methods with the use of, it is achieved to the Organic substance in waste gas and the comprehensive control of inorganic matter.
Whole system includes multiple independent concentration locellus chamber, realizing parsing online integration work, it mainly includes waste gas absorption transfer canal, adsorbs and resolve locellus valve gear, concentration absorption filter element, heating by the exhaust gases device, catalytic combustion system, parsing gas mixer, on-Line Monitor Device and automation control system.Its core is to utilize waste gas enriched material to concentrate waste gas, and combines enriched material and resolve and waste gas catalytic combustion technology, and to be whole equipment realize waste gas while processing waste gas concentrates+resolve+catalysis combustion integrative design.Its main innovation point has:
1, concentrating adsorbing material and select all kinds of adsorbing materials that can adsorb organic exhaust gas, material has parsing regeneration capacity, preferably Carbon fibe inorganic composite materials or Carbon fibe material filter element simultaneously；
2, by concentrating the waste gas that the waste gas of large-wind-volume low-concentration is converted to little air quantity high concentration, it is greatly reduced the treating capacity of waste gas, reduces processing cost；
3, catalysis combustion phases, preheating device only preheats resolving waste gas at initial period, can reduce warm-up power or stop preheating after question response is stable, meanwhile, uses and can reduce burning cost without flame catalysis fuel design, save the energy to greatest extent；
4, waste gas enrichment facility uses multiple concentration locellus cavity configurations, in ensureing each circulation, only one of which chamber is carrying out resolving, waste gas is proceeded to concentrate absorption by other chambers, so that whole equipment persistently carries out " waste gas concentrates+resolve+catalysis burning " process, then realize the integration operation of equipment；
5, locellus chamber and the catalytic combustor of whole equipment all uses modularized design, optimum locellus chamber number and catalytic combustor size can be selected to be combined according to specifically processing the parameter such as air quantity, concentration change, it is achieved process range is wide, the convenient purpose of maintenance maintenance.
In this specification, each embodiment uses the mode gone forward one by one to describe, and what each embodiment stressed is the difference with other embodiments, and between each embodiment, identical similar portion sees mutually.
Described above to the disclosed embodiments, makes professional and technical personnel in the field be capable of or uses this utility model.Multiple amendment to these embodiments will be apparent from for those skilled in the art, and generic principles defined herein can realize in the case of without departing from spirit or scope of the present utility model in other embodiments.Therefore, this utility model is not intended to be limited to the embodiments shown herein, and is to fit to the widest scope consistent with principles disclosed herein and features of novelty.
Claims (9)
1. a comprehensive waste gas concentrates catalysis combustion integrative equipment, it is characterised in that including: adsorb dense
Compression apparatus, resolution gas generator and catalytic combustion system (8)；
It is provided with in described Adsorption Concentration device adsorbing organic concentration filter element in waste gas；Described suction
Attached enrichment facility offers absorption entrance, absorption outlet, resolves entrance and parse mouth, and each comes in and goes out
The pipeline of mouth is mounted on switch valve；
The gas outlet of described resolution gas generator is communicated in the parsing entrance of described Adsorption Concentration device；
The parsing outlet of described Adsorption Concentration device is communicated in the air inlet of described catalytic combustion system (8).
Comprehensive waste gas the most according to claim 1 concentrates catalysis combustion integrative equipment, and its feature exists
In, also including heating by the exhaust gases device (7), its air inlet is communicated in parsing of described Adsorption Concentration device
Mouthful, gas outlet is communicated in the air inlet of described catalytic combustion system (8).
Comprehensive waste gas the most according to claim 2 concentrates catalysis combustion integrative equipment, and its feature exists
In, also include the chamber temperature detector (9) being arranged on described catalytic combustion system (8) place；
The communication of described chamber temperature detector (9) is connected to described heating by the exhaust gases device (7), described
Heating by the exhaust gases device (7) can be in the detection temperature of described chamber temperature detector (9) less than first
In the case of preset value preheating waste gas, described heating by the exhaust gases device (7) can be at described combustor
The detection temperature of temperature detector (9) is higher than reducing output temperature or stopping in the case of the second preset value
Preheating, described first preset value is less than described second preset value.
Comprehensive waste gas the most according to claim 1 concentrates catalysis combustion integrative equipment, and its feature exists
In, described resolution gas generator includes gas mixer chamber (14)；
The air inlet of described gas mixer chamber (14) is communicated with hot gas line and air pipe line, and gas outlet is even
Lead in the parsing entrance of described Adsorption Concentration device；
Described hot gas line is communicated in the gas outlet of described catalytic combustion system (8), and is provided with high temperature tune
Joint valve (10).
Comprehensive waste gas the most according to claim 4 concentrates catalysis combustion integrative equipment, and its feature exists
In, described resolution gas generator also includes the parsing being arranged on described gas mixer chamber (14) gas outlet
Gas temperature detector (15)；
The air pipe line of described gas mixer chamber (14) air inlet is provided with air pneumatic operated valve (13)；
The communication of described parsing gas temperature detector (15) is connected to described air pneumatic operated valve (13), institute
State air pneumatic operated valve (13) to be higher than in the detection temperature of described parsing gas temperature detector (15)
Opening in the case of 3rd preset value, described air pneumatic operated valve (13) can be at described resolution gas temperature
The detection temperature of detector (15) is closed less than in the case of the 4th preset value, and described 3rd preset value is big
In described 4th preset value.
Comprehensive waste gas the most according to claim 4 concentrates catalysis combustion integrative equipment, and its feature exists
In, described resolution gas generator also includes air roughing efficiency air filter (12), is arranged on described gas and mixes
Close the air inlet of room (14) air pipe line.
7. concentrate catalysis combustion integrative equipment according to the comprehensive waste gas described in claim 1-6 any one,
It is characterized in that, described Adsorption Concentration device include multiple can independent adsorption or the concentration locellus of parsing
Chamber (4), is provided with described concentration filter element in each described concentration locellus chamber (4).
Comprehensive waste gas the most according to claim 1 concentrates catalysis combustion integrative equipment, and its feature exists
In, described switch valve is driven valve push rods work by cylinder.
Comprehensive waste gas the most according to claim 1 concentrates catalysis combustion integrative equipment, and its feature exists
In, described concentration filter element uses Active carbon fiber filter core or Carbon fibe inorganic composite materials filter element.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620408280.4U CN205579598U (en) | 2016-05-06 | 2016-05-06 | Synthesize concentrated catalytic combustion integration equipment of waste gas |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620408280.4U CN205579598U (en) | 2016-05-06 | 2016-05-06 | Synthesize concentrated catalytic combustion integration equipment of waste gas |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105716097A (en) * | 2016-05-06 | 2016-06-29 | 北京万向新元科技股份有限公司 | Comprehensive waste gas concentration and catalytic combustion integrated equipment |
| CN107504506A (en) * | 2017-07-11 | 2017-12-22 | 福州大学 | One kind catalysis burning purification technique and its device |
-
2016
- 2016-05-06 CN CN201620408280.4U patent/CN205579598U/en not_active Expired - Fee Related
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105716097A (en) * | 2016-05-06 | 2016-06-29 | 北京万向新元科技股份有限公司 | Comprehensive waste gas concentration and catalytic combustion integrated equipment |
| CN105716097B (en) * | 2016-05-06 | 2019-02-12 | 北京万向新元科技股份有限公司 | A kind of comprehensive exhaust gas concentration catalysis combustion integrative equipment |
| CN107504506A (en) * | 2017-07-11 | 2017-12-22 | 福州大学 | One kind catalysis burning purification technique and its device |
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