CN205808173U - Flameless combustion device - Google Patents
Flameless combustion device Download PDFInfo
- Publication number
- CN205808173U CN205808173U CN201620652226.4U CN201620652226U CN205808173U CN 205808173 U CN205808173 U CN 205808173U CN 201620652226 U CN201620652226 U CN 201620652226U CN 205808173 U CN205808173 U CN 205808173U
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- vertical
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- liquid
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Abstract
This utility model provides a kind of flameless combustion device, and it mainly utilizes the oxidation reaction carrying out heat release containing oxygen gas under the effect of platinum group catalyst, and the heat energy released can do heat exchange with the fluid of relative low temperature, and promotes the temperature of liquid.Therebetween, the heating process to liquid, there is no flame, not burning, belong to a kind of flameless combustion device.This utility model comprises and is provided with a vertical ladle body, a gas inlet device and an exhaust apparatus.The transport path for oxygen-containing fuel gas flow, and the transport path flowed for liquid it is provided with in this vertical ladle body.This transport path containing oxygen gas may be provided at the centre of the transport path of this liquid flowing, or this transport path containing oxygen gas surrounds the transport path of this fluid flowing.Then this contains oxygen gas and carries out the oxidation reaction of heat release under the effect of this platinum group catalyst, and disengages heat energy and can produce heat exchange with the liquid in liquid delivery path, and heats liquid, make the temperature of liquid.
Description
Technical field
This utility model relates to a kind of flameless combustion device, and its heat energy convection cell mainly utilizing methanol oxidation to be disengaged adds
Heat.Will not produce flame in heating process, and not discharge the material of the hostile environment of carbon containing, be belonging to one and meet environmental protection and need
The heater asked.
Background technology
In the winter of refrigerant latitudes, every household is required for thermal source to be made indoor warm.This kind of thermal source mostly is hot water.Utilize heat
Water flows through interior conduit and disengages heat energy, makes indoor temperature raise.In order to save the energy, often one Ge little community shares a heat
Hot-water heating system.The hot-water heating system used at present is to obtain heat in the way of the fuel that burns.Burning is to utilize flame
Temperature heat.Described fuel can be natural gas, fuel oil, coal.Use natural gas, fuel oil, coal burning, can produce perhaps
The material of many hostile environments, such as: SOx, NOx, PM (particulate matter).Though natural gas is relatively clean, but need to be
The area having configuration pipeline could use.
Hot water produced by boiler or steam can be used in the dyeing and finishing in manufacturing industry, print, be dried etc. in function, Yi Jiyun
In the work such as the steaming and decocting that is used in service trade, hot water, greenhouse, drying.Boiler is mostly with heavy oil or diesel oil as fuel, and boiler fires
In the material waste gas that discharged of burning, include the pollutant of many heavy damage air qualities, such as: PM, HC, CO, NOx,
SOx。
The most in the streets the mode to liquid heating takes the mode of burning fuel to obtain heat energy more.But, arranged after burning
Harmful environmental protection gas included in the waste gas put, has had a strong impact on air quality, even can cause greenhouse effect.Therefore seek
A kind of need not burning just can obtain the new mode of heating of heat energy, is one of the national policy of various countries.
Utility model content
This utility model main purpose is providing a kind of flameless combustion device, and it is mainly with the oxidation reaction institute containing oxygen gas
The heat energy disengaged, and between cryogen, produce heat exchange action, make the temperature of fluid raise, be a kind of fireless heating
Device.
A further object of the present utility model is providing a kind of flameless combustion device, and its safety is high, and the waste gas discharged
In will be free from the material (such as: HC, CO, NOX, SOX etc.) of unfavorable environmental protection, surrounding air will not be polluted.
Flameless combustion device provided by the utility model, it comprises: it comprises: a vertical ladle body, a gas inlet dress
Put and an exhaust apparatus.The transport path for oxygen-containing fuel gas flow it is provided with in this vertical ladle body, and flow for liquid
Transport path.The transport path of this oxygen-containing fuel gas flow is provided with platinum catalyst, contains oxygen gas in transport path with catalysis
The oxidation reaction of heat release can be produced and disengage heat energy, produce heat exchange with the liquid in liquid delivery path, and liquid is heated.
This heating process does not produce flame, for flameless combustion.
Described vertical ladle body comprises and is provided with a upper sealing plate, once shrouding, a tubular shell and a number of upright
Shape body.The upper/lower terminal of this tubular shell is closed with this lower shrouding by this upper sealing plate respectively.This tubular shell near upper,
An input pipe and an outlet tube it is respectively provided with at lower two ends.This each vertical body is arranged in this tubular shell, and its two ends
Extend through this upper sealing plate and this lower shrouding.The solid granular platinum catalyst of this each vertical body.This combustion gas is entered
Device of air can do oxidation reaction and heat release in sending containing oxygen gas into this each upright body, the heat energy released can be by this cylindrical case
Internal liquid absorbs and heats up.
Described gas inlet device comprises that to be provided with an air leading-in conduit, at least one fuel nozzle and at least four equal
The oxygen-containing gas inlet pipe of even distribution.This air leading-in conduit is mainly importing oxygen-containing gas.This each fuel nozzle system axially inserts
Enter in this air leading-in conduit, it is possible to liquid fuel high pressure is sprayed in this air leading-in conduit, make this oxygen-containing gas mix with fuel
Become containing oxygen gas.One end of this each gas inlet pipe connects with this air leading-in conduit, and the other end connects with each vertical body, and
Each vertical body can be sent containing oxygen gas into.
Described exhaust apparatus, it is arranged on the top of this vertical ladle body, to derive giving up after making oxidation reaction containing oxygen gas
Gas.
Being provided with several horizontal baffle in described vertical ladle body, the edge of this each dividing plate arranges a breach.Any two
Breach on upper and lower two adjacent dividing plates, is with angular phase difference 180 degree setting.
The bottom surface of described lower shrouding is provided with one first stratum reticulare.The end face of described upper sealing plate is provided with one second stratum reticulare, should
First stratum reticulare and the second stratum reticulare can prevent the platinum catalyst in this each vertical type body from deviating from.
In another embodiment of vertical ladle body of the present utility model, it is provided with the fluid flowed into for liquid in this tubular shell defeated
Send pipe, and in tubular shell, fill up platinum catalyst.This fluid delivery tube is the body that helical form is soaring, can increase fluid at stream
Transport path and time and the heat exchange area of body conveying pipe, so increase heat energy convection cell that described oxidation reaction disengaged it
Between heat exchange (heating) time.
The quantity of described fluid delivery tube is more than two.This each fluid delivery tube is that concentric is arranged, and each fluid is defeated
The input pipe sending pipe is same input pipe, and the outlet tube of this each fluid delivery tube is same outlet tube.
An axostylus axostyle it is provided with at the axle center of described fluid delivery tube.
Compared with prior art, this practicality is new to use this utility model of technique scheme to have advantages in that
Type is the exothermic reaction to make oxidation reaction containing oxygen gas, carrys out convection cell heating, is belonging to the thermogenic action of a kind of heat exchange.This
Planting convection cell mode of heating, do not have flame and produce, safety is high, and does not have the material of unfavorable environmental protection in the waste gas got rid of
(such as: HC, CO, NOx, SOx etc.).Therefore flameless combustion device provided by the utility model, it is that a kind of safety is high and harmless
The innovation of environmental conservation and the device of practicality.
Accompanying drawing explanation
Fig. 1 is the outside drawing of this utility model embodiment.
Fig. 2 is the generalized section (signal vertical body) of this utility model embodiment.
Fig. 3 is the part section outside drawing of upright ladle body.
Fig. 4 is the enlarged cross-sectional view of upright ladle body and gas inlet device combination.
Fig. 5 is the structure chart of another embodiment of this utility model.
Fig. 6 is the outside drawing of fluid delivery tube.
Fig. 7 is the partial enlarged drawing of Fig. 5.
Fig. 8 is the outside drawing of another embodiment of fluid delivery tube.
Fig. 9 be Fig. 8 be the state diagram that fluid delivery tube is arranged in tubular shell.
The vertical ladle body of description of reference numerals: 1-；2-gas inlet device；3-exhaust apparatus；The vertical ladle body of 4-；5-combustion gas is entered
Device of air；10-tubular shell；11-upper sealing plate；111-the second stratum reticulare；Shrouding under 12-；121-the first stratum reticulare；13-vertical pipe
Body；14-input pipe；15-outlet tube；16-platinum catalyst；17-installing plate；18-horizontal baffle；181-breach；20-air imports
Pipe；21-fuel nozzle；211-conduit；22-combustion gas ingress pipe；23-air pump；24-top board；The horn-like perforation of 241-；25-leakproof
Pad；30-chimney device；40-tubular shell；41-upper sealing plate；411-the 4th stratum reticulare；Shrouding under 42-；421-the 3rd stratum reticulare；
422-catch；43-fluid delivery tube；431-input pipe；432-outlet tube；433-axostylus axostyle；44-platinum catalyst；45-pipeline；50-
Air leading-in conduit；51-fuel nozzle；52-air pump；53-top board；The horn-like perforation of 531-；54-leak-proof washer.
Detailed description of the invention
Refer to Fig. 1～Fig. 3.Kind flameless combustion device disclosed in this utility model, it comprises: a vertical ladle body 1,
Gas inlet device 2 and an exhaust apparatus 3.It is provided with oxygen-containing fuel gas transmission path in this vertical ladle body 1, and liquid is defeated
Send path.This contains oxygen gas and can produce the oxidation reaction of heat release in transport path and disengage heat energy, and in liquid delivery path
Cryogenic liquid produce heat exchange, and to liquid heat.This heating process does not produce flame, for flameless combustion.
Described vertical ladle body 10 comprises and is provided with a upper sealing plate 11, once shrouding 12, tubular shell 10 and some numbers
The vertical body 13 of amount.This tubular shell 10 has heat insulating function, and its upper/lower terminal is respectively by under this upper sealing plate 11 and this
Shrouding 12 is closed.The nearly lower end of this tubular shell 10 arranges an input pipe 14, and it is (real that place near to the upper end is provided with an outlet tube 15
When making, it is possible to by the location swap of this this input pipe 14 with outlet tube 15).Extraneous liquid can be sent into by this input pipe 14
In this tubular shell 10, and sent outside this tubular shell 10 by this input pipe 15.This each vertical body 13 is arranged on this tubular
In housing 10, and its two ends extend through this upper sealing plate 11 and this lower shrouding 12.Solid of this each vertical body 13
Granular platinum catalyst 16.The bottom surface of this lower shrouding 12 is provided with one first stratum reticulare 121.The end face of this upper sealing plate 11 is provided with separately
One second stratum reticulare 111, this first stratum reticulare 121 and the second stratum reticulare 111 are prevented from the platinum catalyst in this each vertical body 13
16 abjections.The outside of this upright ladle body 1 is provided with and may be installed a frame (not shown on figure) installing plate 17, for this upright ladle body
1 frame assembled.The feature of this frame non-this utility model institute demand, therefore do not repeat.
Refer to Fig. 4.Described gas inlet device 2 comprises and is provided with it and comprises and be provided with air leading-in conduit 20, an at least combustion
Material jet pipe 21 and the equally distributed gas inlet pipe of at least four 22.An air pump 23, energy it is provided with on this air leading-in conduit 20
Enough oxygen-containing gas is sent in this air leading-in conduit 20.This each fuel nozzle 21 is to insert in this air leading-in conduit 20, it is possible to
Liquid fuel high pressure is sprayed in this air leading-in conduit 20.Spray into the liquid fuel in this air leading-in conduit 20 because of high-pressure injection,
Form tiny liquid pearl, then be ground into more tiny liquid pearl because striking the internal face of this air leading-in conduit 20, and can be attached
On oxygen-containing gas, make this oxygen-containing gas and fuel be mixed into containing oxygen gas.One end of this each gas inlet pipe 22 and this sky
Gas ingress pipe 20 connects, and the other end connects with each vertical body 13.Oxygen gas will be contained by this each gas inlet pipe road 22 to send
Enter in this vertical body 13, and this contains oxygen gas and the Oxidation of heat release occurs under the effect of platinum catalyst 16, and energy
The liquid sent in this tubular shell 10 is produced the heat effect of heat exchange.
Described high-pressure nozzle 21 connects a fuel storage tank (on figure not shown) with conduit 211, and (does not shows on figure by liquid pump
Go out) fuel is sprayed at regular time and quantity in this air leading-in conduit 20.Wherein, described conduit 211, fuel storage tank, being set to of liquid pump
Existing knowledge, and non-demand feature of the present utility model, therefore do not repeat.
The top of each gas inlet pipe of this gas inlet device 2 connects a top board 24, this top board 24 is provided with and is somebody's turn to do
The horn-like perforation 241 that each gas inlet pipe 22 connects.Press from both sides to a ring-type leakage proof gasket between this top board 24 and this lower shrouding 12
Circle 25.What this each gas inlet pipe 22 was sent can pass through space between this top board 24 and this lower shrouding 12 containing oxygen gas, with
And by each horn-like perforation 241 on this top board 24, and can make and uniformly scattering containing oxygen gas, be conducive to another this to contain oxygen gas uniform
Dispersion is sent in this each vertical body 13.
Described exhaust apparatus 3 is arranged on the top of this vertical ladle body, with derive this vertical body 13 include oxygen gas make
Waste gas after oxidation reaction.This exhaust apparatus 3 can be a chimney device 30, it is possible to be an exhaustor (not shown on figure).
Being sent into the liquid in tubular shell 10 by this input pipe 14 can be water or lubricating oil.This input pipe 14 feeds the water into
After in tubular shell 10, after aforesaid heat exchange action, hot water can be sent by this outlet tube 15, to provide people bathing, or
Send in the hot-water line of air-conditioning equipment.Temperature in winter in high latitude area is relatively low, and the operating of some facility needs lubricating oil
Time in feeding facility, therefore lubricating oil must be heated, lubricating oil could be made to have normal mobility.Then this input pipe 14 also can be by
Time in lubricating oil feeding tubular shell 10, after aforesaid heat exchange action, and 15 are sent to go out the profit that temperature is higher by this outlet tube
Lubricating oil, and send in facility, make facility run well.
When aforesaid liquid temperature requirements after heating through this utility model is higher, can use and increase the oxygen-containing of oxygen-containing air
Amount, and increase fuel output, improve combustion gas and always disengage heat energy in oxidation reaction, liquid is heated faster.
This liquid also can be made the circulating-heating of more than secondary.Now, a liquid storage groove (not shown on figure) can be set up, to reclaim by this
Liquid after the heating of first time that outlet tube 15 is sent or front once heating.This liquid storage groove is more with pipeline with this input pipe 14 even
Logical, and the liquid not yet reaching design temperature is fed again into heating in this tubular shell 10.When in liquid storage groove, temperature arrival sets
Fixed temperature, is i.e. sent in another liquid storage groove (not shown on figure), uses for dealer.Aforesaid two liquid storage grooves and pipeline
Configuration, is all existing skill, the feature of the most non-this case institute demand, therefore does not repeats.
It is provided with several horizontal baffle 18 in this tubular shell 10, and the inside of this tubular shell 10 is from bottom to top separated
Become several space.The edge of this each dividing plate 18 arranges a breach 181, and making this each space is connected state.Wherein, any two
Breach 181,181 on upper and lower two adjacent dividing plates 18,18, is with angular phase difference 180 degree setting.Hereby as a example by the present embodiment,
This dividing plate 18 quantity is four, and the inside of this tubular shell 10 is from bottom to top separated into five spaces.This input pipe 14 is sent into
Liquid in this tubular shell 10, first flows in undermost space, then is flowed to last layer by the breach 181 on the right side of dividing plate 18
In space.Flow to liquid in this last layer space, then flowed to again the space of last layer by the breach 181 on the left of upper a piece of dividing plate 18
In.And so on, send into the liquid in this tubular shell 10 and flow to as horizontal mobility plus straight upper flowing, this liquid can be increased and exist
The length of flow path and time in tubular shell 10, and then promote liquid and absorb the heat exchange benefit of heat.
Aforesaid this utility model embodiment, is mainly heated into high-temp liquid with cryogenic liquid.To water is heated into water
During steam, be necessary in the design of this vertical ladle body length of flow path of the liquid to be increased with improve liquid heat absorption time
Between.Fig. 5 show another embodiment of vertical ladle body 4 of the present utility model.This vertical ladle body 4 arranged in pairs or groups use gas inlet
Device 5, compares with gas inlet device described in previous embodiment 2, the simplest on induction pathway.This vertical ladle body 4 is taken
The exhaust apparatus 3 joining use is identical with shown in earlier figures 1.
Vertical ladle body 4 shown in Fig. 5, its comprise be provided with a upper sealing plate 41, once shrouding 42, tubular shell 40, with
And the fluid delivery tube 43 that at least one helical form is soaring.The upper/lower terminal of this tubular shell 40 respectively with this upper sealing plate 41 with
This lower shrouding 42 connects and links into an integrated entity respectively.The lower end of this tubular shell 50 is opening-like.The upper end of this tubular shell 50 by
This upper sealing plate 41 covers.This upper sealing plate 41 is provided with the most several perforation 411, makes this tubular shell 40 inside respectively bore a hole by this
411 and make the external world communicate.
Refer to Fig. 6.This fluid delivery tube 43 is arranged in this tubular shell 40, and its lower end is provided with an input pipe
431, upper end is provided with an outlet tube 432.This input pipe 431 runs through this tubular shell 40 with this outlet tube 432.This tubular shell
Granular platinum catalyst 44 is filled up in 40.The bottom surface of this lower shrouding 42 is provided with one the 3rd stratum reticulare 421, to split this cylindrical case
The aperture of body 40 lower ending opening.The end face of this upper sealing plate 41 is provided with one the 4th stratum reticulare 412.3rd stratum reticulare 421 and the 4th net
Layer 412 can prevent the platinum catalyst 44 in this tubular shell 40 from deviating from.
Refer to Fig. 7.The gas inlet device 5 of embodiment illustrated in fig. 5, comprises and is provided with an air leading-in conduit 50, at least
Fuel nozzle 51.This gas inlet pipe road 5 mainly can be sent in this tubular shell 40 by containing oxygen gas, then this contains oxygen gas and exists
The lower Oxidation that heat release occurs of the effect of platinum catalyst 44, and the liquid sent in this fluid delivery tube 43 can be produced heat and hand over
The heat effect changed.
The internal connection of this tubular shell 40 of this air conduit 50.An air pump 52, energy it is provided with on this air leading-in conduit 50
Enough oxygen-containing gas is sent in this air leading-in conduit 50.This each fuel nozzle 51 is to insert in this air leading-in conduit 50, it is possible to
Liquid fuel high pressure is sprayed in this air leading-in conduit 50, make this oxygen-containing gas and fuel be mixed into containing oxygen gas.This air is led
Enter pipe 50 top and connect a top board 53, this top board 53 is provided with a horn-like perforation 531 being connected with this air leading-in conduit 50.
A sandwiched ring-type leak-proof gasket 54 between this top board 53 and this lower shrouding 42 and sealed.Central authorities on 3rd stratum reticulare 421 are solid
If a catch 422, force and be somebody's turn to do by this catch 422 surrounding feeding containing oxygen gas by what this air leading-in conduit 50 upper end outlet sent
In tubular shell 40, be conducive to making this contain in this tubular shell 40 of the dispersed feeding of oxygen gas.
This fluid delivery tube 43 in the shape of a spiral, makes the flow-path-length of fluid be significantly increased, and then lifting fluid heat absorption
Heat exchanger time.This input pipe 431 feeds the water in this fluid delivery tube 43.Water in this fluid delivery tube 43 should through absorbing
The heat that the Oxidation under the effect of platinum catalyst 44 containing oxygen gas is disengaged, i.e. rises high-temperature.Owing to water absorbs heat
Time long, saturated steam can be gasificated in this fluid delivery tube 43, this outlet tube 432 export, and pipeline can be relied on
45 places being transported to need by this high-temperature vapor use.Therefore the present embodiment may replace boiler and provides high-temperature vapor.
Referring to the quantity of this fluid delivery tube 43 of Fig. 7 when being one, the central space of this fluid delivery tube 43 is excessive, if
Completely filling out platinum catalyst 44, the most centrally located platinum catalyst 44 is because of too remote apart from this fluid delivery tube 43, and reduces
Heat exchanger effectiveness, excessively waste platinum catalyst 44 and oxygenated fuel.Therefore at the axle center of this fluid delivery tube 43, it is provided with an axostylus axostyle
433, can avoid loading platinum catalyst 44 at low action space.This axostylus axostyle 433 can rely on the most several bodies of rod (not shown on figure)
Overlap joint and link into an integrated entity with this fluid delivery tube 43.
When the quantity of this fluid delivery tube 43 is more than two, as shown in Figure 8, Figure 9.This each fluid delivery tube 43,43 is
Concentric is arranged, and the input pipe 431 of each fluid delivery tube 43,43 is same input pipe 431.This each fluid delivery tube 43,43
Outlet tube 432 be same outlet tube 432.
This utility model is the exothermic reaction to make oxidation reaction containing oxygen gas, carrys out convection cell heating, is belonging to a kind of heat
The thermogenic action of exchange.This kind of convection cell mode of heating, does not have flame and produces, and safety is high, and in the waste gas got rid of not
Have the material (such as: HC, CO, NOx, SOx etc.) of unfavorable environmental protection.Therefore flameless combustion device provided by the utility model, it is
A kind of safety is high, and the innovation of non-hazardous conditions protection and the device of practicality.
The above is to utilize preferred embodiment to describe this utility model in detail, and unrestricted scope of the present utility model.
Generally people familiar with these techniques can understand, suitably makees change slightly and adjustment, will not lose of the present utility model wanting
Justice place, does not departs from spirit and scope of the present utility model.
Claims (9)
1. a flameless combustion device, it is characterised in that it comprises:
One vertical ladle body, it comprises and is provided with a upper sealing plate, once shrouding, a tubular shell and a number of vertical
Body；This tubular shell has heat insulating function, and its upper/lower terminal is closed with this lower shrouding by this upper sealing plate respectively；This cylinder
An input pipe and an outlet tube it is respectively provided with at the close upper/lower terminal of shape housing；This each vertical body is arranged on this tubular
In housing, and its two ends extend through this upper sealing plate and this lower shrouding；This each vertical body solid granular in vain
Gold catalyst；The bottom surface of this lower shrouding is provided with the first stratum reticulare；The end face of this upper sealing plate is provided with the second stratum reticulare, this first stratum reticulare with
The platinum catalyst abjection that this second stratum reticulare is prevented from this each vertical type body；
One gas inlet device, it can be sent into containing oxygen gas in this each vertical body；By sending into this vertical body
Interior this contains oxygen gas, produces the Oxidation of heat release under the effect of platinum catalyst, and can be to sending in this tubular shell
Liquid produces the heat effect of heat exchange；
And,
One exhaust apparatus, it is arranged on the top of this vertical ladle body, includes oxygen gas to make oxidation anti-discharging this vertical body
Waste gas after should.
Flameless combustion device the most according to claim 1, it is characterised in that be provided with in this vertical ladle body several level every
Plate, and the inside of this vertical ladle body is from bottom to top separated into several space；The edge of this each dividing plate arranges a breach, and makes
Respectively this space is connected state；Breach on the upper and lower adjacent dividing plate of any two of which is with angular phase difference 180 degree setting.
Flameless combustion device the most according to claim 1, it is characterised in that gas inlet device includes an air and imports
Pipe, at least one fuel nozzle and the equally distributed gas inlet pipe of at least four；A gas it is provided with on this air leading-in conduit
Pump, it is possible to oxygen-containing gas is sent in this air leading-in conduit；This each fuel nozzle inserts in this air leading-in conduit, it is possible to by liquid
State fuel high pressure sprays in this air leading-in conduit, makes this oxygen-containing gas and fuel be mixed into containing oxygen gas；This each gas inlet pipe
One end connect with this air leading-in conduit, the other end connects with each vertical body.
Flameless combustion device the most according to claim 3, it is characterised in that the top of this each gas inlet pipe connects a top
Plate, this top board is provided with the horn-like perforation being connected with this each gas inlet pipe；The base plate of this top board and this upright ladle body it
Between press from both sides to a ring-type leak-proof gasket；What this each gas inlet pipe was sent can be through this top board and this upright bucket containing oxygen gas
Space between the base plate of body, and uniformly send in this each vertical body.
5. a flameless combustion device, it is characterised in that it comprises:
One vertical ladle body, it comprises and is provided with a upper sealing plate, once shrouding, a tubular shell and at least one helical form and climbs
The fluid delivery tube risen；This tubular shell has heat insulating function, and links into an integrated entity with this upper sealing plate, lower shrouding；This cylindrical case
The upper end of body is covered by this upper sealing plate, and this upper sealing plate is provided with the most several perforation, makes this tubular shell internal by respectively this is worn
Hole and make the external world communicate；The lower end of this tubular shell is opening shape；This fluid delivery tube is arranged in this tubular shell, and under it
End is provided with an input pipe, and upper end is provided with an outlet tube；This input pipe and this outlet tube run through this tubular shell；This lower shrouding
Bottom be provided with one the 3rd stratum reticulare；The end face of this upper sealing plate is provided with one the 4th stratum reticulare；Graininess is filled up in this tubular shell
Platinum catalyst, the 3rd stratum reticulare and the 4th stratum reticulare are prevented from the abjection of this platinum catalyst；
One gas inlet device, it can will be sent in the tubular shell in this vertical ladle body containing oxygen gas；By sending into this cylinder
In shape housing containing oxygen gas, under the effect of platinum catalyst, produce the Oxidation of heat release, and can be defeated to sending into this fluid
The fluid in pipe is sent to produce the heat effect of heat exchange；
And,
One exhaust apparatus, it is arranged on the top of this vertical ladle body, includes oxygen gas and makees oxidation reaction deriving this tubular shell
After waste gas.
Flameless combustion device the most according to claim 5, it is characterised in that gas inlet device comprises and is provided with an air
Ingress pipe and at least one fuel nozzle；The upper end of this air conduit connects with the tubular shell of this vertical ladle body；This air is led
Enter and on pipe, be provided with an air pump, it is possible to oxygen-containing gas is sent in this air leading-in conduit；This fuel nozzle inserts this air and imports
In pipe, it is possible to sprayed in this air leading-in conduit by liquid fuel high pressure, this oxygen-containing gas and fuel is made to be mixed into containing oxygen gas.
Flameless combustion device the most according to claim 6, it is characterised in that this air leading-in conduit top connects a top board,
A horn-like perforation being connected with this air leading-in conduit it is provided with on this top board；Between this top board and the lower shrouding of this upright ladle body
A sandwiched ring-type leak-proof gasket and sealed；The 3rd fixed catch of stratum reticulare central authorities, forces and is brought out by this air leading-in conduit
What mouth was sent sends in this tubular shell by around this catch containing oxygen gas.
Flameless combustion device the most according to claim 5, it is characterised in that the quantity of this fluid delivery tube be two with
On；This each fluid delivery tube is that concentric is arranged, and the input pipe of each fluid delivery tube is same input pipe；This each fluid carries
The outlet tube of pipe is same outlet tube.
Flameless combustion device the most according to claim 5, it is characterised in that be provided with one at the axle center of this fluid delivery tube
Axostylus axostyle.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620652226.4U CN205808173U (en) | 2016-06-27 | 2016-06-27 | Flameless combustion device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620652226.4U CN205808173U (en) | 2016-06-27 | 2016-06-27 | Flameless combustion device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205808173U true CN205808173U (en) | 2016-12-14 |
Family
ID=57505203
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620652226.4U Withdrawn - After Issue CN205808173U (en) | 2016-06-27 | 2016-06-27 | Flameless combustion device |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN205808173U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107543430A (en) * | 2016-06-27 | 2018-01-05 | 杨胜渊 | Flameless combustion device |
| CN109289749A (en) * | 2017-07-24 | 2019-02-01 | 大连盛大光明节能设备有限公司 | Nonflame oxidation heating reactor |
-
2016
- 2016-06-27 CN CN201620652226.4U patent/CN205808173U/en not_active Withdrawn - After Issue
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107543430A (en) * | 2016-06-27 | 2018-01-05 | 杨胜渊 | Flameless combustion device |
| CN107543430B (en) * | 2016-06-27 | 2019-05-24 | 杨胜渊 | Flameless combustion device |
| CN109289749A (en) * | 2017-07-24 | 2019-02-01 | 大连盛大光明节能设备有限公司 | Nonflame oxidation heating reactor |
| CN109289749B (en) * | 2017-07-24 | 2024-05-07 | 北京燕东兆阳新能源科技有限公司 | Flameless oxidation heating reactor |
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Granted publication date: 20161214 Effective date of abandoning: 20190524 |
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