CN207438888U - A kind of biomass molding fuel multitubular boiler - Google Patents
A kind of biomass molding fuel multitubular boiler Download PDFInfo
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- CN207438888U CN207438888U CN201721416373.2U CN201721416373U CN207438888U CN 207438888 U CN207438888 U CN 207438888U CN 201721416373 U CN201721416373 U CN 201721416373U CN 207438888 U CN207438888 U CN 207438888U
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Abstract
The utility model is related to a kind of biomass molding fuel multitubular boiler, including fuel feeding chamber, gasification combustion chamber, heat converter, quirk component, flue component and the water system being arranged in boiler；Gasification combustion chamber is connected respectively with fuel feeding chamber, heat converter；Gasification combustion chamber's water layer is additionally provided on gasification combustion chamber's periphery wall；If heat converter includes dried layer leads fiery box and the evenly distributed fuse primer led above fiery box of being arranged on along heat converter vertical height direction is spaced apart；Heat converter, which further includes, to be arranged on every layer and leads fiery box up and down in the space of both sides and the heat converter water layer that is interconnected；Quirk water layer, flue water layer are additionally provided on the periphery wall of quirk component and flue component.Its with simple in structure, design rationally, high degree of automation, operate with convenient, production and maintenance cost is relatively low, easy to process, modularization making and can quickly assemble, energy conservation and environmental protection, it is safe the advantages that.
Description
Technical field
The utility model is related to boiler heating technical field more particularly to a kind of biomass molding fuel multitubular boilers.
Background technology
Northern area, especially cold winter, it is often necessary to central heating, and the mode to heat is more using boiler progress
Heating.The all water-tube boilers of common boiler.Either traveling-grate stoker or Fluidized Bed Boiler are entirely water-tube boiler, i.e.,
Water is in pipe, fire heating pipe outer wall.The drawbacks of it is maximum, which is that boiler tube is thick, to be difficult to heat, and Guan Xiliao can not overcome pipe outer wall
Dust accumulation influences heating effect, and inside pipe wall fouling, easy squib, maintenance difficulty is big, costly；It, will with chain such as chain grate boiler
Coal burns among being dragged into the big burner hearth of sky that four walls are set for refractory material, the thin firepower of the bed of material is inadequate, the thick coal on top of the bed of material
Can purchase burning, lower part about three/once coal can not burn and be dragged into accumulated slag pond, energy consumption is extremely serious；It followed by sets big dynamic
Power air blower burns by force, can not form gasification, and combustion effect, cigarette and dirt and be discharged by air blower hardness propulsion from smoke outlet, neither
Environmental protection is not again energy saving.According to many drawbacks of being difficult to overcome of conventional boiler, it is therefore proposed a kind of can overcome drawbacks described above
Fuel multitubular boiler has important research significance and realistic meaning.
Utility model content
For boiler heating equipment above shortcomings in the prior art, the purpose of this utility model is that：There is provided one
Kind of biomass molding fuel multitubular boiler, with simple in structure, design rationally, high degree of automation, operate with it is convenient, raw
Production and maintenance cost are relatively low, easy to process, modularization making and can quickly assemble, energy conservation and environmental protection, it is safe the advantages that.
In order to achieve the above object, the utility model adopts the following technical solution realizes：
A kind of biomass molding fuel multitubular boiler, including be arranged in boiler fuel feeding chamber, gasification combustion chamber, heat
It can converter, quirk component, flue component and water system；Wherein, the gasification combustion chamber turns respectively with fuel feeding chamber, thermal energy
Parallel operation is connected；Gasification combustion chamber's water layer is additionally provided on gasification combustion chamber's periphery wall；If the heat converter includes dried layer
Along heat converter vertical height direction it is spaced apart lead fiery box and it is evenly distributed be arranged on to lead lead fire above fiery box
Pipe；In continuous three layers are led fiery box, upper strata, lower floor lead fuse primer quantity above fiery box and lay that mode is identical, and fire is led in middle level
Fuse primer central axis above box leads fuse primer central axis dislocation arrangement and the quantity above fiery box with upper strata or lower floor
Differ；Heat converter, which further includes, to be arranged on every layer and leads fiery box up and down in the space of both sides and the heat converter water that is interconnected
Layer；The quirk component is connected respectively with flue component, heat converter；The periphery wall of the quirk component and flue component
On be additionally provided with quirk water layer, flue water layer；Gasification combustion chamber's water layer, heat converter water layer, quirk water layer, flue water
Layer, which is interconnected, forms water system.
As the further optimization of said program, the quirk includes lower quirk, upper quirk；The flue includes lower cigarette
Road, upper flue, smoke outlet；The fiery box top fuse primer of leading of top is connected with the top of the lower quirk；The upper quirk
Laying parallel with lower quirk, and upper quirk bottom is connected with the bottom of lower quirk；The top of upper quirk and the top of lower flue
It is connected；The bottom of lower flue is connected with the bottom of upper flue；The top of upper flue is connected with exhaust outlet.
As the further optimization of said program, the gasification combustion chamber includes main air adaptation, secondary air
Orchestration and three-level air adaptation, one end of the main air adaptation are communicated through water layer with the atmosphere of boiler exterior,
One end is communicated with gasification combustion chamber；The secondary air adaptation is arranged on gasification combustion chamber's rear lower, the three-level air
Orchestration is arranged on gasification combustion chamber back upper place；The both ends of the secondary air adaptation and three-level air adaptation with boiler two
Atmosphere outside side communicates.
As the further optimization of said program, the water system includes automatic water supplement mouth, water outlet, water return outlet and safety
Row pressure mouth；The automatic water supplement mouth, water outlet and safe row pressure mouth are arranged on the top of boiler water system, safe row pressure mouth one
End is connected with boiler water system, and the other end is communicated with atmosphere；It is automatically replenished the automatic water replenishing device flange that mouth is set with top
It is connected；Water outlet is connected with flange and pipeline with circulating pump；The water return outlet is arranged on the lower part of boiler body water system, returns
The mouth of a river is connected with flange with the backwater main pipeline of heating system；The biomass molding fuel multitubular boiler, which further includes, to be arranged on
Point fiery dust deposited case of lower quirk bottom and be arranged on lower flue bottom divide cigarette dust deposited case.
As the further optimization of said program, the biomass molding fuel multitubular boiler further include glory hole and
Remove nitrogen oxides spray mouth；The glory hole is arranged on heat converter and leads fiery box both sides, and its one end is with leading fiery box phase
Logical, the other end is communicated through gasification combustion chamber's water layer with boiler both sides outside atmosphere layer, for observing the flame of gasification combustion chamber
And gasification result；The removing nitrogen oxides spray mouth is arranged on gasification combustion chamber both sides, and its one end is communicated with gasification combustion chamber,
The other end is communicated through gasification combustion chamber's water layer with boiler both sides outside atmosphere layer, for installing denitrogenation nozzle.
As the further optimization of said program, the heat converter further includes oxygenating hole and dials dirt hole；The oxygenating
Hole is arranged on the both sides for leading fiery box, and its one end is communicated with leading fiery box, and the other end passes through heat converter water layer and boiler both sides
Outside atmosphere layer communicates, and the amount of oxygen to burn in fiery box is led for supplementing；Described group of dirt hole be arranged on interlayer and more than lead
Fiery box both sides, interlayer and more than lead in fiery box every layer several group of dirt hole be set, the one end in described group of dirt hole is led fiery box and is connected
Logical, the other end is communicated through heat converter water layer with leading fiery box both sides outside atmosphere layer, for dialling except the dust accumulation led in fiery box.
As the further optimization of said program, the biomass molding fuel multitubular boiler, which further includes, is arranged on gasification combustion
Burn room lower part moving grate, the spiral dregs removing device being arranged below moving grate and be arranged on feeding chamber bottom, gasification combustion
Burn the fire door of outdoor；The moving grate is connected periodically to dial slag with moving grate driving motor；The spiral pushes away slag
Device is connected to release the accumulated slag in gasification combustion chamber's accumulated slag pond outside boiler body with spiral dregs removing device motor.
As the further optimization of said program, the biomass molding fuel multitubular boiler, which further includes to automatically control, is
System, the automatic control system include controller, temperature sensor, oxygen concentration sensor, pressure sensor, flue gas concentration and pass
Sensor, the temperature sensor, oxygen concentration sensor, pressure sensor, flue gas concentration sensor are connected respectively with controller
It connects；The temperature sensor and pressure sensor be arranged at gasification combustion chamber's water layer, heat converter water layer, quirk water layer,
In flue water layer gasification, and combustion is also laid in for detecting the water temperature value and hydraulic pressure value in water system in real time at least one water layer
In room in real time detect gasification combustion chamber in flame temperature values, and by the water temperature signal accordingly detected, hydraulic signal with
Flame temperature signal is sent in controller；The oxygen concentration sensor be laid in gasification combustion chamber's main air adaptation,
It in secondary air adaptation and three-level air adaptation and is laid in heat converter and leads in the oxygenating hole of fiery box, for reality
When detect corresponding oxygen density value, and the oxygen concentration signals monitored are sent in controller；The flue gas concentration passes
Sensor is laid in the smoke outlet of the flue component for monitoring flue gas concentration value in real time, and the flue gas concentration signal of detection is sent out
It send to controller；Controller is dense by the water temperature signal received, hydraulic signal, flame temperature signal oxygen concentration signals and flue gas
It spends signal and carries out data conversion and processing, and compared with corresponding predetermined threshold value；According to result of the comparison adjusting control phase
The air flow value for the gasification combustion chamber answered, the water inlet magnitude of water system；Automatic control system further includes what is be connected with controller
Display device, the display device for show the oxygen density value monitored in real time, flame temperature values, water temperature value, hydraulic pressure value and
Flue gas concentration value.
As the further optimization of said program, the automatic control system further includes the wireless receipts being connected with controller
Module is sent out, the controller is communicated to connect by radio receiving transmitting module and remote monitoring center, and the oxygen concentration that will be detected
Value, flame temperature values, water temperature value, hydraulic pressure value and flue gas concentration value are sent to remote monitoring center；The radio receiving transmitting module bag
Wireless network is included, which uses 2G, 3G, 4G or WIFI network.
It is had the advantages that using the biomass molding fuel multitubular boiler of the utility model：
(1) structure design is simple, in production process, by the way that by heat pipe converter, flue component and quirk component, this is two big
Modularization carries out batch production processing and fabricating, can greatly improve packaging efficiency, and easy to use.
(2) in the structure design of heat converter, by interlayer lead the laying mode of fuse primer in fiery box and upper strata, under
Layer leads corresponding fuse primer central axis dislocation arrangement and the mode of setting in varying numbers in fiery box, can fully realize thermal energy
Utilization, realize flame in transmittance process, lead being uniformly heated for fiery box, water body heating it is more convenient.
(3) design method of flue component and quirk component, on the one hand adding the movement travel of flame realizes water system
The abundant heating of water in system, on the other hand can also effectively make full use of the waste heat of fire smoke gases, whole heat utilization rate
Higher, security is ensured.In addition, the extraction of tail cigarette is discharged into the spray set outside stove fire (boiler) by means of air-introduced machine
Meet the requirement of environmental protection when dedusting operation can be ensured that exhaust emissions is carried out within (cloth bag) dust cleaning case (device).
(4) the degree of automation is higher, passes through controller, temperature sensor, oxygen concentration sensor, pressure sensor, cigarette
The laying of gas concentration sensor can detect oxygen density value, flame temperature values, water temperature value, hydraulic pressure value and flue gas concentration in real time
Value, and remote monitoring center is sent it to, the use of wireless communication can effectively reduce the labor intensity of worker, detect effect
Rate greatly improves.
Description of the drawings
Attached drawing 1 is the side view cut-away section structure diagram of the utility model.
Attached drawing 2 is the main view part-structure schematic diagram of the utility model.
Attached drawing 3 is the heat converter structure diagram of the utility model.
Attached drawing 4 is the flue of the utility model and flame path structure schematic diagram.
Attached drawing 5 is the side view part-structure schematic diagram of the utility model.
Specific embodiment
1-5 is described in detail the structure of the utility model biomass molding fuel multitubular boiler below in conjunction with the accompanying drawings.
A kind of biomass molding fuel multitubular boiler, including be arranged in boiler fuel feeding chamber 1, gasification combustion chamber 2,
Heat converter 3, quirk component 4, flue component 5 and water system 6；Wherein, the gasification combustion chamber respectively with fuel feeding chamber,
Heat converter is connected；Gasification combustion chamber's water layer 7 is additionally provided on gasification combustion chamber's periphery wall；The heat converter includes
If dried layer leads fiery box 8 and evenly distributed be arranged on is led above fiery box along heat converter vertical height direction is spaced apart
Fuse primer 9；In continuous three layers are led fiery box, fuse primer quantity above fiery box is led on upper strata, lower floor and to lay mode identical, in
Layer is led the fuse primer central axis dislocation that the fuse primer central axis above fiery box is led with upper strata or lower floor above fiery box and is arranged
It is and in varying numbers；Heat converter, which further includes, to be arranged on every layer and leads fiery box up and down in the space of both sides and interconnected thermal energy is converted
Device water layer 10；The quirk component is connected respectively with flue component, heat converter；The quirk component and flue component
Periphery wall on be additionally provided with quirk water layer 11, flue water layer 12；Gasification combustion chamber's water layer, heat converter water layer, fire
Road water layer, flue water layer, which are interconnected, forms water system.
The quirk includes lower quirk 13, upper quirk 14；The flue includes lower flue 15, upper flue 16, smoke outlet 17；
The fiery box top fuse primer of leading of top is connected with the top of the lower quirk；Upper quirk laying parallel with lower quirk,
And upper quirk bottom is connected with the bottom of lower quirk；The top of upper quirk is connected with the top of lower flue；The bottom of lower flue
End is connected with the bottom of upper flue；The top of upper flue is connected with exhaust outlet.
The gasification combustion chamber includes main air adaptation 18, secondary air adaptation 9 and three-level air adaptation 20,
One end of the main air adaptation is communicated through water layer with the atmosphere of boiler exterior, and one end is communicated with gasification combustion chamber；
The secondary air adaptation is arranged on gasification combustion chamber's rear lower, after the three-level air adaptation is arranged on gasification combustion chamber
Top；The both ends of the secondary air adaptation and three-level air adaptation are communicated with the atmosphere outside boiler both sides.
The water system includes automatic water supplement mouth 21, water outlet 22, water return outlet 23 and safe row pressure mouth 24；The automatic benefit
The mouth of a river, water outlet and safe row pressure mouth are arranged on the top of boiler water system, and safe row pressure mouth one end connects with boiler water system
It connects, the other end is communicated with atmosphere；Automatic water supplement mouth is connected with the automatic water replenishing device that top is set with flange；Water outlet usage
Blue and pipeline is connected with circulating pump；The water return outlet is arranged on the lower part of boiler body water system, water return outlet flange and heating
The backwater main pipeline of system is connected；The biomass molding fuel multitubular boiler further includes point fire for being arranged on lower quirk bottom
Dust deposited case 25 and be arranged on lower flue bottom divide cigarette dust deposited case 26.
The biomass molding fuel multitubular boiler further includes glory hole and removing nitrogen oxides spray mouth；The fire
Flame peep hole is arranged on heat converter and leads fiery box both sides, and its one end is communicated with leading fiery box, and the other end passes through gasification combustion chamber's water
Layer is communicated with boiler both sides outside atmosphere layer, for observing the flame of gasification combustion chamber and gasification result；The removing nitrogen oxidation
Object spray mouth is arranged on gasification combustion chamber both sides, and its one end is communicated with gasification combustion chamber, and the other end passes through gasification combustion chamber's water layer
It is communicated with boiler both sides outside atmosphere layer, for installing denitrogenation nozzle.
The heat converter further includes oxygenating hole 27 and dials dirt hole 28；The oxygenating hole is arranged on the both sides for leading fiery box
Portion, its one end are communicated with leading fiery box, and the other end is communicated through heat converter water layer with boiler both sides outside atmosphere layer, for mending
Fill the amount of oxygen led and burnt in fiery box；Described group of dirt hole be arranged on interlayer and more than lead fiery box both sides, interlayer and more than
Lead in fiery box every layer several group of dirt hole be set, fiery box connection is led in the one end in described group of dirt hole, and the other end is through thermal energy conversion
Device water layer is communicated with leading fiery box both sides outside atmosphere layer, for dialling except the dust accumulation led in fiery box.
The biomass molding fuel multitubular boiler further includes the moving grate 29 for being arranged on gasification combustion chamber lower part, sets
Spiral dregs removing device 30 below moving grate and it is arranged on feeding chamber bottom, the fire door 31 of gasification, and combustion outdoor；It is described
Moving grate is connected periodically to dial slag with moving grate driving motor 32；The spiral dregs removing device and spiral dregs removing device motor
The accumulated slag for being connected to generate in accumulated slag pond in gasification combustion chamber is released outside boiler body.
The biomass molding fuel multitubular boiler further includes automatic control system, and the automatic control system includes control
Device, temperature sensor, oxygen concentration sensor, pressure sensor, flue gas concentration sensor, the temperature sensor, oxygen are dense
Degree sensor, pressure sensor, flue gas concentration sensor are connected respectively with controller；The temperature sensor and pressure sensing
Device is arranged in gasification combustion chamber's water layer, heat converter water layer, quirk water layer, flue water layer and is used at least one water layer
Water temperature value and hydraulic pressure value in detection water system in real time, is also laid in gasification combustion chamber to detect in gasification combustion chamber in real time
Flame temperature values, and the water temperature signal accordingly detected, hydraulic signal and flame temperature signal are sent in controller；Institute
It states oxygen concentration sensor and is laid in gasification combustion chamber's main air adaptation, secondary air adaptation and three-level air adaptation
In and be laid in heat converter and lead in the oxygenating hole of fiery box, for detecting corresponding oxygen density value in real time, and will monitoring
To oxygen concentration signals be sent in controller；The smoke outlet that the flue gas concentration sensor is laid in the flue component is used
In monitoring flue gas concentration value, and the flue gas concentration signal of detection is sent to controller in real time；The water temperature that controller will receive
Signal, hydraulic signal, flame temperature signal oxygen concentration signals and flue gas concentration signal carry out data conversion and processing, and with phase
The predetermined threshold value answered is compared；According to the air flow value of the corresponding gasification combustion chamber of result of the comparison adjusting control, water system
The water inlet magnitude of system；Automatic control system further includes the display device being connected with controller, and the display device is used to show reality
When the oxygen density value, flame temperature values, water temperature value, hydraulic pressure value and the flue gas concentration value that monitor.
The automatic control system further includes the radio receiving transmitting module being connected with controller, and the controller passes through wireless
Transceiver module and remote monitoring center communicate to connect, and by the oxygen density value detected, flame temperature values, water temperature value, hydraulic pressure
Value and flue gas concentration value are sent to remote monitoring center；The radio receiving transmitting module includes wireless network, which uses
2G, 3G, 4G or WIFI network.
It is understood that the above description of the embodiments is intended to facilitate those skilled in the art and using this reality
With new.Person skilled in the art obviously can easily make these embodiments various modifications, and saying herein
Bright General Principle is applied in other embodiment without having to go through creative labor.Therefore, this practicality is not limited to here
Embodiment, those skilled in the art's announcement according to the present utility model do not depart from improvement and modification that this practicality scope is made
It all should be within the scope of protection of the utility model.
Claims (9)
1. a kind of biomass molding fuel multitubular boiler, it is characterised in that：Including be arranged in boiler fuel feeding chamber (1),
Gasification combustion chamber (2), heat converter (3), quirk component (4), flue component (5) and water system (6)；Wherein, the gasification
Combustion chamber is connected respectively with fuel feeding chamber, heat converter；Gasification combustion chamber is additionally provided on gasification combustion chamber's periphery wall
Water layer (7)；If the heat converter leads fiery box (8) including dried layer along heat converter vertical height direction is spaced apart,
And evenly distributed it is arranged on the fuse primer (9) led between fiery box；Heat converter, which further includes, to be arranged on every layer and leads above and below fiery box
In the space of both sides and interconnected heat converter water layer (10)；The quirk component is converted respectively with flue component, thermal energy
Device is connected；Quirk water layer (11), flue water layer (12) are additionally provided on the periphery wall of the quirk component and flue component；Institute
State gasification combustion chamber's water layer, heat converter water layer, quirk water layer, flue water layer be interconnected form water system.
2. a kind of biomass molding fuel multitubular boiler according to claim 1, it is characterised in that：Under the quirk includes
Quirk (13), upper quirk (14)；The flue includes lower flue (15), upper flue (16), smoke outlet (17)；Top leads fire
Box top fuse primer is connected with the top of the lower quirk；Upper quirk laying parallel with lower quirk, and upper quirk bottom
It is connected with the bottom of lower quirk；The top of upper quirk is connected with the top of lower flue；The bottom of lower flue and upper flue
Bottom is connected；The top of upper flue is connected with exhaust outlet.
3. a kind of biomass molding fuel multitubular boiler according to claim 1 or 2, it is characterised in that：The gasification combustion
Burning room includes main air adaptation (18), secondary air adaptation (19) and three-level air adaptation (20), and the level-one is empty
One end of gas adaptation is communicated through water layer with the atmosphere of boiler exterior, and one end is communicated with gasification combustion chamber；The two level is empty
Gas adaptation is arranged on gasification combustion chamber's rear lower, and the three-level air adaptation is arranged on gasification combustion chamber back upper place；It is described
The both ends of secondary air adaptation and three-level air adaptation are communicated with the atmosphere outside boiler both sides.
4. a kind of biomass molding fuel multitubular boiler according to claim 3, it is characterised in that：The water system includes
It is automatically replenished mouth (21), water outlet (22), water return outlet (23) and safe row pressure mouth (24)；It is described automatic water supplement mouth, water outlet and
Safe row pressure mouth is arranged on the top of boiler water system, and safe row pressure mouth one end is connected with boiler water system, the other end with it is big
Gas-bearing formation communicates；Automatic water supplement mouth is connected with the automatic water replenishing device that top is set with flange；Water outlet flange and pipeline are with following
Ring pump is connected；The water return outlet is arranged on the return water master of the lower part of boiler body water system, water return outlet flange and heating system
Pipeline is connected；The biomass molding fuel multitubular boiler further includes point fiery dust deposited case (25) for being arranged on lower quirk bottom,
And be arranged on lower flue bottom divides cigarette dust deposited case (26).
5. a kind of biomass molding fuel multitubular boiler according to claim 4, it is characterised in that：The biomass moulding
Fuel multitubular boiler further includes glory hole and removing nitrogen oxides spray mouth；The glory hole is arranged on thermal energy conversion
Device leads fiery box both sides, and its one end is communicated with leading fiery box, and the other end passes through gasification combustion chamber's water layer and boiler both sides outside atmosphere layer
It communicates, for observing the flame of gasification combustion chamber and gasification result；The removing nitrogen oxides spray mouth is arranged on gasification, and combustion
Room both sides, its one end are communicated with gasification combustion chamber, and the other end passes through gasification combustion chamber's water layer and boiler both sides outside atmosphere layer phase
It is logical, for installing denitrogenation nozzle.
6. a kind of biomass molding fuel multitubular boiler according to claim 5, it is characterised in that：The heat converter
It further includes oxygenating hole (27) and dials dirt hole (28)；The oxygenating hole is arranged on the both sides for leading fiery box, and its one end is with leading fiery box phase
Logical, the other end is communicated through heat converter water layer with boiler both sides outside atmosphere layer, and the oxygen to burn in fiery box is led for supplementing
Tolerance；Described group of dirt hole be arranged on interlayer and more than lead fiery box both sides, interlayer and more than lead every layer of setting in fiery box
Fiery box connection is led in several group of dirt hole, the one end in described group of dirt hole, and the other end is through heat converter water layer and leads fiery box both sides
Outside atmosphere layer communicates, for dialling except the dust accumulation led in fiery box.
7. a kind of biomass molding fuel multitubular boiler according to claim 6, it is characterised in that：The biomass moulding
Fuel multitubular boiler further includes the moving grate (29) for being arranged on gasification combustion chamber lower part, the spiral being arranged below moving grate
Dregs removing device (30) and it is arranged on feeding chamber bottom, the fire door (31) of gasification, and combustion outdoor；The moving grate and travelling oven
Row's driving motor (32) is connected periodically to dial slag；The spiral dregs removing device is connected with spiral dregs removing device motor to be used for gas
Change the accumulated slag that accumulated slag pond generates in combustion chamber to release outside boiler body.
8. a kind of biomass molding fuel multitubular boiler according to claim 1 or 7, it is characterised in that：The biomass
Shaped fuel multitubular boiler further includes automatic control system, and the automatic control system includes controller, temperature sensor, oxygen
Concentration sensor, pressure sensor, flue gas concentration sensor, the temperature sensor, oxygen concentration sensor, pressure sensing
Device, flue gas concentration sensor are connected respectively with controller；The temperature sensor and pressure sensor are arranged at gasification combustion
It burns in room water layer, heat converter water layer, quirk water layer, flue water layer and is detected at least one water layer for real-time in water system
Water temperature value and hydraulic pressure value, be also laid in gasification combustion chamber in real time detect gasification combustion chamber in flame temperature values, and
The water temperature signal accordingly detected, hydraulic signal and flame temperature signal are sent in controller；The oxygen concentration sensing
Device is laid in gasification combustion chamber's main air adaptation, secondary air adaptation and three-level air adaptation and is laid in
Heat converter is led in the oxygenating hole of fiery box, for detecting corresponding oxygen density value, and the oxygen concentration that will be monitored in real time
Signal is sent in controller；The flue gas concentration sensor is laid in the smoke outlet of the flue component for monitoring cigarette in real time
Gas concentration value, and the flue gas concentration signal of detection is sent to controller；Controller believes the water temperature signal received, hydraulic pressure
Number, flame temperature signal oxygen concentration signals and flue gas concentration signal carry out data conversion and processing, and preset threshold with corresponding
Value is compared；According to the air flow value of the corresponding gasification combustion chamber of result of the comparison adjusting control, the inflow of water system
Value；Automatic control system further includes the display device being connected with controller, and the display device is used to show the oxygen monitored in real time
Gas concentration value, flame temperature values, water temperature value, hydraulic pressure value and flue gas concentration value.
9. a kind of biomass molding fuel multitubular boiler according to claim 8, it is characterised in that：Described automatically control be
System further includes the radio receiving transmitting module being connected with controller, and the controller passes through radio receiving transmitting module and remote monitoring center
Communication connection, and the oxygen density value detected, flame temperature values, water temperature value, hydraulic pressure value and flue gas concentration value are sent to far
Range monitoring center；The radio receiving transmitting module includes wireless network, which uses 2G, 3G, 4G or WIFI network.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721416373.2U CN207438888U (en) | 2017-10-30 | 2017-10-30 | A kind of biomass molding fuel multitubular boiler |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721416373.2U CN207438888U (en) | 2017-10-30 | 2017-10-30 | A kind of biomass molding fuel multitubular boiler |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207438888U true CN207438888U (en) | 2018-06-01 |
Family
ID=62291444
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201721416373.2U Expired - Fee Related CN207438888U (en) | 2017-10-30 | 2017-10-30 | A kind of biomass molding fuel multitubular boiler |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN207438888U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107676966A (en) * | 2017-10-30 | 2018-02-09 | 余生明 | A kind of biomass molding fuel multitubular boiler and its application method |
-
2017
- 2017-10-30 CN CN201721416373.2U patent/CN207438888U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107676966A (en) * | 2017-10-30 | 2018-02-09 | 余生明 | A kind of biomass molding fuel multitubular boiler and its application method |
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