CN208222501U - A kind of low nitrogen gas burner of heat pipe-type - Google Patents
A kind of low nitrogen gas burner of heat pipe-type Download PDFInfo
- Publication number
- CN208222501U CN208222501U CN201821391683.8U CN201821391683U CN208222501U CN 208222501 U CN208222501 U CN 208222501U CN 201821391683 U CN201821391683 U CN 201821391683U CN 208222501 U CN208222501 U CN 208222501U
- Authority
- CN
- China
- Prior art keywords
- spring
- point
- temperature
- helix tube
- memory metal
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Active
Links
Abstract
The utility model discloses a kind of low nitrogen gas burners of heat pipe-type, it includes casing, cavity is equipped in the tube wall of casing, the circuit communication of cavity and boiler, one end of casing is equipped with combustor, the nozzle of combustor is towards the inner cavity of described sleeve pipe, helix tube is fixedly installed in inner cavity, the capillary being connected with helix tube is provided on helix tube, in capillary extending to the cavity of casing, heating ring and spring are equipped between helix tube and the nozzle of combustor, one end of spring is fixedly connected on the coil, the other end of spring is fixedly connected with heating ring, spring is made of memory metal.Its purpose is to provide a kind of heat pipe-type low nitrogen gas burner, can avoid affecting boiler thermal efficiency while reducing nitrogen oxides and generating.
Description
Technical field
The utility model relates to day hot gas boiler energy-saving emission-reduction technical fields, fill more particularly to a kind of combustion gas low nitrogen burning
It sets.
Background technique
With China's industrialization, the deep propulsion of urbanization, energy consumption continues to increase, and it is tight to reduce atmosphere pollution situation
High, atmospheric environment problem becomes increasingly conspicuous.2015 since winter has set in Beijing frequently meet with the harassment of mist thunderbolt weather, and more drill more
It is strong.The appearance of mist thunderbolt weather, not only affects our life, but also has further influenced our health.
Occur to reduce mist thunderbolt weather, further environmental quality is promoted to improve, Beijing starts in full urban area
Carry out pressure and subtracts coal-fired, air cleaner action plan." Beijing 2013-2017 clean air action of Beijing Municipal Government's publication
Plan ", it is distinctly claimed " constantly promoting the transformation of gas fired-boiler low-NO_x combustion technology, implement nitrogen oxides improvement ".And Beijing
Environmental Protection Agency has issued " emission standard of air pollutants for boilers " (DB11/139-2015) on May 13rd, 2015, it is desirable that from
From on April 1st, 2017, it is being less than 80mg/m with gas fired-boiler emission limits of nitrogen oxides3；Newly-built gas fired-boiler nitrogen oxides
Emission limit is less than 30mg/m3.Obviously reducing flue gas nitrogen oxide concentration of emission to gas fired-boiler becomes main emission reduction tasks.
Through studying, the nitrogen oxides generated during fuel gas buring can be divided into three classes: fuel type, heating power type and Quick-type.
Fuel NO is to aoxidize generation in combustion containing nitrogen compound in fuel；Thermal NO is burning
The nitrogen in air aoxidizes generation at high temperature in the process；Prompt NO is by hydrocarbon in the Nz and fuel in air
Ion cluster (CH etc.) reaction generates.The nitrogen oxides about 80% generated for gas fired-boiler burning belongs to thermal NO,
Fraction is prompt NO, is substantially free of fuel NO.
And reduce combustion flame temperature and the generation of thermal NO can be significantly reduced, so as to be reduced from source
The discharge of nitrogen oxides.And at present frequently with the mode of main reduction combustion flame temperature be that the heat of burning is transferred to cigarette
In gas, this will increase heat loss due to exhaust gas, to reduce boiler efficiency.
Utility model content
The technical problem to be solved by the present invention is to provide a kind of low nitrogen gas burners of heat pipe-type, can reduce nitrogen
While oxide generates, avoid affecting boiler thermal efficiency.
The low nitrogen gas burner of the utility model heat pipe-type, including casing, the tube wall of described sleeve pipe is interior equipped with cavity, described
The circuit communication of cavity and boiler, the cavity are equipped with combustor, the burning for containing boiler water, one end of described sleeve pipe
The nozzle of machine is fixedly installed helix tube, is equipped with heat exchange in the helix tube and is situated between towards the inner cavity of described sleeve pipe in the inner cavity
Matter, the helix tube is in horn-like in the helix tube, and the small end of the helix tube is arranged close to combustor, on the helix tube
It is provided with the capillary being connected with helix tube, in the cavity of the capillary extending to described sleeve pipe, the hair in cavity
Tubule end is equipped at least one bulge, and heating ring and spring are equipped between the helix tube and the nozzle of the combustor,
One end of the spring is fixedly connected on the coil, and the other end of the spring is fixedly connected with the heating ring, the bullet
Spring is made of memory metal, and when the temperature of spring is less than or equal to the first temperature, the memory metal is in extended position, works as bullet
When the temperature of spring is more than or equal to second temperature, the memory metal is in contraction state, when spring rises to the from the first temperature
When two temperature, the memory metal gradually becomes contraction state from extended position.
The low nitrogen gas burner of the utility model heat pipe-type, wherein the spring is set as one, the first temperature of the spring
Degree is 1600 DEG C, and the second temperature of the spring is 1900 DEG C.
The low nitrogen gas burner of the utility model heat pipe-type, wherein the spring is formed by connecting by two sections of points of springs, two sections
Dividing spring is respectively first point of spring and second point of spring, and first point of spring is made of the first memory metal, and described second
Point spring is made of the second memory metal, and first point of spring is connect with the heating ring, second point of spring with it is described
Helix tube connection, the first temperature of first point of spring are 1600 DEG C, and the second temperature of first point of spring is 1750 DEG C,
First temperature of second point of spring is 1750 DEG C, and the second temperature of second point of spring is 1900 DEG C.
The low nitrogen gas burner of the utility model heat pipe-type, wherein the spring is connected in sequence by three sections of points of springs,
Three sections of points of springs are respectively that first point of spring, second point of spring and third divide spring, and first point of spring is by the first memory gold
Category is made, and second point of spring is made of the second memory metal, and the third divides spring to be made of third memory metal, described
First point of spring is connect with the heating ring, and the third divides spring to connect with the helix tube, and the of first point of spring
One temperature is 1600 DEG C, and the second temperature of first point of spring is 1700 DEG C, and the first temperature of second point of spring is
1700 DEG C, the second temperature of second point of spring is 1800 DEG C, and the third divides the first temperature of spring to be 1800 DEG C, described
Third divides the second temperature of spring to be 1900 DEG C.
The low nitrogen gas burner of the utility model heat pipe-type, wherein the spring is connected in sequence by four sections of points of springs,
Four sections of points of springs are respectively that first point of spring, second point of spring, third divide spring and the 4th point of spring, first point of spring by
First memory metal is made, and second point of spring is made of the second memory metal, and the third divides spring to remember gold by third
Category is made, and the 4th point of spring is made of the 4th memory metal, and first point of spring is connect with the heating ring, and described
Four points of springs are connect with the helix tube, and the first temperature of first point of spring is 1600 DEG C, and the of first point of spring
Two temperature are 1675 DEG C, and the first temperature of second point of spring is 1675 DEG C, and the second temperature of second point of spring is
1750 DEG C, the third divides the first temperature of spring to be 1750 DEG C, and the third divides the second temperature of spring to be 1825 DEG C, described
First temperature of the 4th point of spring is 1825 DEG C, and the second temperature of the 4th point of spring is 1900 DEG C.
The low nitrogen gas burner of the utility model heat pipe-type, wherein the spring is connected in sequence by five sections of points of springs,
Five sections of points of springs are respectively that first point of spring, second point of spring, third divide spring, the 4th point of spring and the 5th point of spring, described
First point of spring is made of the first memory metal, and second point of spring is made of the second memory metal, and the third divides spring
It is made of third memory metal, the 4th point of spring is made of the 4th memory metal, and the 5th point of spring is by the 5th memory
Metal is made, and first point of spring is connect with the heating ring, and the 5th point of spring is connect with the helix tube, and described
First temperature of one point of spring is 1600 DEG C, and the second temperature of first point of spring is 1660 DEG C, second point of spring
First temperature is 1660 DEG C, and the second temperature of second point of spring is 1720 DEG C, and the third divides the first temperature of spring to be
1720 DEG C, the third divides the second temperature of spring to be 1780 DEG C, and the first temperature of the 4th point of spring is 1780 DEG C, described
The second temperature of 4th point of spring is 1840 DEG C, and the first temperature of the 5th point of spring is 1840 DEG C, the 5th point of spring
Second temperature be 1900 DEG C.
The low nitrogen gas burner of the utility model heat pipe-type, wherein the spring is connected in sequence by six sections of points of springs,
Six sections of points of springs are respectively that first point of spring, second point of spring, third divide spring, the 4th point of spring, the 5th point of spring and the 6th
Divide spring, first point of spring is made of the first memory metal, and second point of spring is made of the second memory metal, described
Third divides spring to be made of third memory metal, and the 4th point of spring is made of the 4th memory metal, the 5th point of spring
It is made of the 5th memory metal, the 6th point of spring is made of the 6th memory metal, first point of spring and the heating
Ring connection, the 6th point of spring connect with the helix tube, and the first temperature of first point of spring is 1600 DEG C, and described the
The second temperature of one point of spring is 1650 DEG C, and the first temperature of second point of spring is 1650 DEG C, second point of spring
Second temperature is 1700 DEG C, and the third divides the first temperature of spring to be 1700 DEG C, and the third divides the second temperature of spring to be
1750 DEG C, the first temperature of the 4th point of spring is 1750 DEG C, and the second temperature of the 4th point of spring is 1800 DEG C, described
First temperature of the 5th point of spring is 1800 DEG C, and the second temperature of the 5th point of spring is 1850 DEG C, the 6th point of spring
The first temperature be 1850 DEG C, the second temperature of the 6th point of spring is 1900 DEG C.
The low nitrogen gas burner of the utility model heat pipe-type, wherein the spring is connected in sequence by seven sections of points of springs,
Seven sections of points of springs are respectively that first point of spring, second point of spring, third divide spring, the 4th point of spring, the 5th point of spring, the 6th point
Spring and the 7th point of spring, first point of spring are made of the first memory metal, and second point of spring is by the second memory gold
Category is made, and the third divides spring to be made of third memory metal, and the 4th point of spring is made of the 4th memory metal, described
5th point of spring is made of the 5th memory metal, and the 6th point of spring is made of the 6th memory metal, the 7th point of spring
It is made of the 7th memory metal, first point of spring is connect with the heating ring, the 7th point of spring and the helix tube
Connection, the first temperature of first point of spring are 1600 DEG C, and the second temperature of first point of spring is 1643 DEG C, described the
First temperature of two points of springs is 1643 DEG C, and the second temperature of second point of spring is 1686 DEG C, and the third divides spring
First temperature is 1686 DEG C, and the third divides the second temperature of spring to be 1729 DEG C, and the first temperature of the 4th point of spring is
1729 DEG C, the second temperature of the 4th point of spring is 1772 DEG C, and the first temperature of the 5th point of spring is 1772 DEG C, described
The second temperature of 5th point of spring is 1815 DEG C, and the first temperature of the 6th point of spring is 1815 DEG C, the 6th point of spring
Second temperature be 1858 DEG C, the first temperature of the 7th point of spring is 1858 DEG C, the second temperature of the 7th point of spring
It is 1900 DEG C.
When the utility model is used, spraying into combustion gas by burning machine nozzle and mixing with air after-combustion, class taper is formed
Combustion flame was heat absorption helix tube around flame, is equipped with heat transferring medium in helix tube, due to the presence of helix tube, flame week
The heat enclosed is constantly absorbed, and into helix tube, to reduce flame combustion temperature, the Production conditions of nitrogen oxides are broken
Bad, the yield of nitrogen oxides substantially reduces.After helix tube heat absorption, internal heat transferring medium is heated vaporization, changing after gasification
Promotion of the thermal medium due to density contrast and pressure, vaporization mobile (being located in boiler water) from the heat absorbing end of capillary to the other end
The medium for carrying heat afterwards contacts in set tube wall with boiler water, releases heat liquefaction, the heat of carrying is released into boiler
In water, boiler water heated；Liquefied heat transferring medium stays back helix tube again after heat release, re-starts heat absorption, and completion entirely follows
Ring.At heating initial stage, flame is smaller, and spring is also not up to the first temperature, and spring is in extended position, at this point, heating ring is from combustion
The nozzle of burning machine is nearest, and heat can be sufficiently passed through to flame heating ring and spring passes to helix tube, changing in helix tube
Thermal medium is the heat for starting to absorb flame.After heating a period of time, flame becomes larger, and the temperature of spring is also increasingly greater than first
Temperature, and from the first temperature to second temperature transition, spring also gradually becomes contraction state from extended position, and it is remote to heat ring at this time
Nozzle from combustor, flame can transfer heat to helix tube by heating ring and spring at this time, can also pass through flame
Directly heat helix tube.It by using spring made of memory metal, transfer heat to flame can at any time
Boiler water, heat-transfer effect are more preferable.
The utility model is described in further detail with reference to the accompanying drawing.
Detailed description of the invention
Fig. 1 is the structural schematic diagram of the low nitrogen gas burner of the utility model heat pipe-type；
Fig. 2 is the cross-sectional view of the line A-A along Fig. 1；
Fig. 3 is the structural schematic diagram of the utility model capillary end bulge.
Specific embodiment
As shown in Figure 1, simultaneously as shown in connection with fig. 2, the low nitrogen gas burner of the utility model heat pipe-type includes casing, the set
Cavity is equipped in the tube wall of pipe, the circuit communication of the cavity and boiler, the cavity is for containing boiler water 5, described sleeve pipe
One end be equipped with combustor 1, the nozzle 2 of the combustor 1 is fixedly installed spiral shell in the inner cavity towards the inner cavity of described sleeve pipe
Coil 6, the helix tube 6 is interior to be equipped with heat transferring medium, and the helix tube 6 is in horn-like, the helix tube 6 in the helix tube 6
Small end arranged close to combustor 1, be provided with the capillary 7 being connected with helix tube 6, the capillary 7 on the helix tube 6
It extends in the cavity of described sleeve pipe, heating ring 3 and spring is equipped between the helix tube 6 and the nozzle 2 of the combustor 1
4, one end of the spring 4 is fixedly connected on helix tube 6, and the other end of the spring 4 is fixedly connected with the heating ring 3,
The spring 4 is made of memory metal, and when the temperature of spring 4 is less than or equal to the first temperature, the memory metal, which is in, unfolds
State, when the temperature of spring 4 is more than or equal to second temperature, the memory metal is in contraction state, when spring 4 is warm from first
When degree rises to second temperature, the memory metal gradually becomes contraction state from extended position.
As shown in figure 3,7 end of capillary being located in cavity is equipped at least one bulge, which is capable of increasing
Heat exchange area between heat transferring medium and boiler water 5, to enhance heat transfer effect.The shape of bulge can be in the present embodiment
Class spheroidal, or the shapes such as mushroom head.
The low nitrogen gas burner of the utility model heat pipe-type, wherein the spring 4 is set as one, the first of the spring 4
Temperature is 1600 DEG C, and the second temperature of the spring 4 is 1900 DEG C.
The low nitrogen gas burner of the utility model heat pipe-type, wherein the spring 4 is formed by connecting by two sections of points of springs, two sections
Dividing spring is respectively first point of spring and second point of spring, and first point of spring is made of the first memory metal, and described second
Point spring is made of the second memory metal, and first point of spring is connect with the heating ring 3, second point of spring with it is described
Helix tube 6 connects, and the first temperature of first point of spring is 1600 DEG C, and the second temperature of first point of spring is 1750
DEG C, the first temperature of second point of spring is 1750 DEG C, and the second temperature of second point of spring is 1900 DEG C.In flame
Under continuous heating, when the temperature of spring is from when rising to 1750 DEG C for 1600 DEG C, first point of spring gradually becomes receipts from extended position
Contracting state；Again as spring temperature rises to 1900 DEG C from 1750 DEG C, second point of spring also becomes contraction state from extended position,
Nozzle 2 of the ring 3 far from combustor 1 is heated at this time, and flame can transfer heat to spiral shell by heating ring 3 and spring 4 at this time
Coil 6 can also directly heat helix tube 6 by flame.By using spring 4 made of memory metal, make flame it is in office when
Time can transfer heat to boiler water 5, and heat-transfer effect is more preferable.
Spring 4 mentioned below is formed by connecting by three sections, four sections, five sections, six sections and seven sections of points of springs respectively, and work is former
Manage with the spring mentioned above being formed by connecting by two sections of points of springs working principle be it is identical, below will not be to each spring
Working principle repeated again.
The low nitrogen gas burner of the utility model heat pipe-type, wherein the spring 4 is connected in sequence by three sections of points of springs,
Three sections of points of springs are respectively that first point of spring, second point of spring and third divide spring, and first point of spring is by the first memory gold
Category is made, and second point of spring is made of the second memory metal, and the third divides spring to be made of third memory metal, described
First point of spring is connect with the heating ring 3, and the third divides spring to connect with the helix tube 6, first point of spring
First temperature is 1600 DEG C, and the second temperature of first point of spring is 1700 DEG C, and the first temperature of second point of spring is
1700 DEG C, the second temperature of second point of spring is 1800 DEG C, and the third divides the first temperature of spring to be 1800 DEG C, described
Third divides the second temperature of spring to be 1900 DEG C.
The low nitrogen gas burner of the utility model heat pipe-type, wherein the spring 4 is connected in sequence by four sections of points of springs,
Four sections of points of springs are respectively that first point of spring, second point of spring, third divide spring and the 4th point of spring, first point of spring by
First memory metal is made, and second point of spring is made of the second memory metal, and the third divides spring to remember gold by third
Category is made, and the 4th point of spring is made of the 4th memory metal, and first point of spring is connect with the heating ring 3, described
4th point of spring is connect with the helix tube 6, and the first temperature of first point of spring is 1600 DEG C, first point of spring
Second temperature is 1675 DEG C, and the first temperature of second point of spring is 1675 DEG C, and the second temperature of second point of spring is
1750 DEG C, the third divides the first temperature of spring to be 1750 DEG C, and the third divides the second temperature of spring to be 1825 DEG C, described
First temperature of the 4th point of spring is 1825 DEG C, and the second temperature of the 4th point of spring is 1900 DEG C.
The low nitrogen gas burner of the utility model heat pipe-type, wherein the spring 4 is connected in sequence by five sections of points of springs,
Five sections of points of springs are respectively that first point of spring, second point of spring, third divide spring, the 4th point of spring and the 5th point of spring, described
First point of spring is made of the first memory metal, and second point of spring is made of the second memory metal, and the third divides spring
It is made of third memory metal, the 4th point of spring is made of the 4th memory metal, and the 5th point of spring is by the 5th memory
Metal is made, and first point of spring is connect with the heating ring 3, and the 5th point of spring is connect with the helix tube 6, described
First temperature of first point of spring is 1600 DEG C, and the second temperature of first point of spring is 1660 DEG C, second point of spring
The first temperature be 1660 DEG C, the second temperature of second point of spring is 1720 DEG C, and the third divides the first temperature of spring
It is 1720 DEG C, the third divides the second temperature of spring to be 1780 DEG C, and the first temperature of the 4th point of spring is 1780 DEG C, institute
The second temperature for stating the 4th point of spring is 1840 DEG C, and the first temperature of the 5th point of spring is 1840 DEG C, the 5th point of bullet
The second temperature of spring is 1900 DEG C.
The low nitrogen gas burner of the utility model heat pipe-type, wherein the spring 4 is connected in sequence by six sections of points of springs,
Six sections of points of springs are respectively that first point of spring, second point of spring, third divide spring, the 4th point of spring, the 5th point of spring and the 6th
Divide spring, first point of spring is made of the first memory metal, and second point of spring is made of the second memory metal, described
Third divides spring to be made of third memory metal, and the 4th point of spring is made of the 4th memory metal, the 5th point of spring
It is made of the 5th memory metal, the 6th point of spring is made of the 6th memory metal, first point of spring and the heating
Ring 3 connects, and the 6th point of spring is connect with the helix tube 6, and the first temperature of first point of spring is 1600 DEG C, described
The second temperature of first point of spring is 1650 DEG C, and the first temperature of second point of spring is 1650 DEG C, second point of spring
Second temperature be 1700 DEG C, the third divide spring the first temperature be 1700 DEG C, the third divides the second temperature of spring
It is 1750 DEG C, the first temperature of the 4th point of spring is 1750 DEG C, and the second temperature of the 4th point of spring is 1800 DEG C, institute
The first temperature for stating the 5th point of spring is 1800 DEG C, and the second temperature of the 5th point of spring is 1850 DEG C, the 6th point of bullet
First temperature of spring is 1850 DEG C, and the second temperature of the 6th point of spring is 1900 DEG C.
The low nitrogen gas burner of the utility model heat pipe-type, wherein the spring 4 is connected in sequence by seven sections of points of springs,
Seven sections of points of springs are respectively that first point of spring, second point of spring, third divide spring, the 4th point of spring, the 5th point of spring, the 6th point
Spring and the 7th point of spring, first point of spring are made of the first memory metal, and second point of spring is by the second memory gold
Category is made, and the third divides spring to be made of third memory metal, and the 4th point of spring is made of the 4th memory metal, described
5th point of spring is made of the 5th memory metal, and the 6th point of spring is made of the 6th memory metal, the 7th point of spring
It is made of the 7th memory metal, first point of spring is connect with the heating ring 3, the 7th point of spring and the helix tube
6 connections, the first temperature of first point of spring are 1600 DEG C, and the second temperature of first point of spring is 1643 DEG C, described
First temperature of second point of spring is 1643 DEG C, and the second temperature of second point of spring is 1686 DEG C, and the third divides spring
The first temperature be 1686 DEG C, the third divide spring second temperature be 1729 DEG C, the first temperature of the 4th point of spring
It is 1729 DEG C, the second temperature of the 4th point of spring is 1772 DEG C, and the first temperature of the 5th point of spring is 1772 DEG C, institute
The second temperature for stating the 5th point of spring is 1815 DEG C, and the first temperature of the 6th point of spring is 1815 DEG C, the 6th point of bullet
The second temperature of spring is 1858 DEG C, and the first temperature of the 7th point of spring is 1858 DEG C, the second temperature of the 7th point of spring
Degree is 1900 DEG C.
When the utility model is used, spraying into combustion gas by 1 nozzle 2 of combustor and mixing with air after-combustion, class cone is formed
Shape combustion flame is heat absorption helix tube 6 around flame, heat transferring medium is equipped in helix tube 6, due to the presence of helix tube 6, fire
Heat around flame is constantly absorbed, into helix tube 6, so that flame combustion temperature is reduced, the Production conditions of nitrogen oxides
It is destroyed, the yield of nitrogen oxides substantially reduces.After helix tube 6 absorbs heat, internal heat transferring medium is heated vaporization, after gasification
Heat transferring medium due to the promotion of density contrast and pressure, (be located at boiler water 5 from the heat absorbing end of capillary 7 to the other end is mobile
It is interior), the medium that heat is carried after vaporization contacts in set tube wall with boiler water 5, releases heat liquefaction, the heat of carrying is released
It is put into boiler water 5, heated boiler water 5；Liquefied heat transferring medium stays back helix tube 6 again after heat release, re-starts heat absorption,
Complete entire circulation.At heating initial stage, flame is smaller, and spring 4 is also not up to the first temperature, and spring 4 is in extended position, this
When, recently, heat can be sufficiently passed through heating ring 3 to heating nozzle 2 of the ring 3 from combustor 1 by flame and spring 4 passes to spiral shell
Coil 6, the heat transferring medium in helix tube 6 are the heat for starting to absorb flame.After heating a period of time, flame becomes larger, spring 4
Temperature be also increasingly greater than the first temperature, and from the first temperature to second temperature transition, spring 4 also gradually becomes from extended position
Contraction state, at this time heat nozzle 2 of the ring 3 far from combustor 1, flame at this time can by heating ring 3 and spring 4 will be hot
Amount passes to helix tube 6, and helix tube 6 can be also directly heated by flame.By using spring 4 made of memory metal, make fire
Flame can transfer heat to boiler water 5 at any time, and heat-transfer effect is more preferable.
The purpose of the utility model is to provide a kind of gas combustion apparatus, while realizing combustion gas full combustion, again
Fuel gas buring temperature can be controlled, to control the generation of flue gas nitrogen oxide, reduce the purpose of discharged nitrous oxides.
The main function of the utility model is as follows:
(1) flame combustion temperature is reduced, the generation of nitrogen oxides is reduced from source；
(2) heat that combustion process absorbs will be reduced and is transferred to boiler system, avoid conventional low nitrogen burning equipment belt
Heat waste；
(3) heat absorption and exothermic process are phase transition process, and heat absorption and exothermic temperature can be carried out using different heat transferring mediums
Control, to realize the purpose controlled flame temperature.
Embodiment described above is only that preferred embodiments of the present invention are described, not practical to this
Novel range is defined, and under the premise of not departing from the spirit of the design of the utility model, those of ordinary skill in the art are to this
The various changes and improvements that the technical solution of utility model is made should all fall into the protection that the utility model claims book determines
In range.
Claims (1)
1. a kind of low nitrogen gas burner of heat pipe-type, it is characterised in that: including casing, it is equipped with cavity in the tube wall of described sleeve pipe,
The circuit communication of the cavity and boiler, for the cavity for containing boiler water, one end of described sleeve pipe is equipped with combustor, described
The nozzle of combustor is fixedly installed helix tube, is equipped with and changes in the helix tube towards the inner cavity of described sleeve pipe in the inner cavity
Thermal medium, the helix tube is in horn-like in the helix tube, and the small end of the helix tube is arranged close to combustor, the spiral
It is provided with the capillary being connected with helix tube on pipe, in the cavity of the capillary extending to described sleeve pipe, is located in cavity
Capillary end be equipped at least one bulge, heating ring and bullet is equipped between the helix tube and the nozzle of the combustor
Spring, one end of the spring are fixedly connected on the coil, and the other end of the spring is fixedly connected with the heating ring, described
Spring is made of memory metal, and when the temperature of spring is less than or equal to the first temperature, the memory metal is in extended position, when
When the temperature of spring is more than or equal to second temperature, the memory metal is in contraction state, when spring rises to from the first temperature
When second temperature, the memory metal gradually becomes contraction state from extended position, and the spring is set as one, the spring
First temperature is 1600 DEG C, and the second temperature of the spring is 1900 DEG C.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821391683.8U CN208222501U (en) | 2018-08-28 | 2018-08-28 | A kind of low nitrogen gas burner of heat pipe-type |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821391683.8U CN208222501U (en) | 2018-08-28 | 2018-08-28 | A kind of low nitrogen gas burner of heat pipe-type |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208222501U true CN208222501U (en) | 2018-12-11 |
Family
ID=64506141
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821391683.8U Active CN208222501U (en) | 2018-08-28 | 2018-08-28 | A kind of low nitrogen gas burner of heat pipe-type |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN208222501U (en) |
-
2018
- 2018-08-28 CN CN201821391683.8U patent/CN208222501U/en active Active
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN104154519A (en) | Alcohol-based fuel steam boiler | |
| CN2597893Y (en) | Solar energy-gas mixed heat absorber | |
| CN202501472U (en) | Flat flame gas burner with low NOx emission | |
| CN203443100U (en) | Energy-saving boiler | |
| CN208222501U (en) | A kind of low nitrogen gas burner of heat pipe-type | |
| CN109185879A (en) | A kind of low nitrogen gas burner of heat pipe-type | |
| CN203385194U (en) | Porous medium smoke hot blast stove capable of combusting low-grade fuel | |
| CN205782931U (en) | Spiral-flow type combustion furnace | |
| CN201412850Y (en) | Fuel gas nozzle and burner employing same | |
| CN201672505U (en) | Energy-saving emission-reducing oil and gas boiler | |
| CN201149425Y (en) | System of calcium carbide stove for recovering CO | |
| CN203384974U (en) | Industry gas burner ignition and burning stabilizing device | |
| CN209588041U (en) | A kind of cement kiln plasma strengthening spiral flame inspissator | |
| CN203385195U (en) | Porous medium smoke air heating furnace capable of mixing cold air | |
| CN207815323U (en) | A kind of efficient ultra-low nitrogen volumetric combustion device of the brush gaseous fuel spray gun of band | |
| CN207486823U (en) | A kind of more quality gas burners under high negative pressure environment | |
| CN103267307B (en) | A kind of industrial gas burner ignition smooth combustion apparatus | |
| CN202532478U (en) | Kiln alcohol group fuel combustion machine | |
| CN207648798U (en) | The full premix heating stove of cast aluminium formula heat exchange | |
| CN2270895Y (en) | Coal and water burning porous energy-saving stove | |
| CN104089408A (en) | Solar heat absorber with afterburning device | |
| CN218379390U (en) | Cyclone burner for mixed combustion of ammonia and coal | |
| CN212299029U (en) | Direct combustion incinerator with ultra-low nitrogen oxide emission | |
| CN203704327U (en) | Special vertical gas furnace | |
| CN103335400A (en) | Energy-saving boiler |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant |