CN207486772U - Burn the highly-efficient energy-saving low-carbon steam generation facility of formula heating - Google Patents

Burn the highly-efficient energy-saving low-carbon steam generation facility of formula heating Download PDF

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Publication number
CN207486772U
CN207486772U CN201720557894.3U CN201720557894U CN207486772U CN 207486772 U CN207486772 U CN 207486772U CN 201720557894 U CN201720557894 U CN 201720557894U CN 207486772 U CN207486772 U CN 207486772U
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China
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highly
steam generation
efficient energy
burning
heating
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CN201720557894.3U
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Chinese (zh)
Inventor
刘剑飚
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Guangdong Shunde Qilin Electric Ltd By Share Ltd
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Guangdong Shunde Qilin Electric Ltd By Share Ltd
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Abstract

The utility model discloses a kind of highly-efficient energy-saving low-carbon steam generation facilities of formula of falling burning heating, this product is by the way of enclosed burning, combustion chamber is located at the top of cylinder, smoke outlet is located at the bottom of cylinder, fire is made by wind turbine exhausting to fall to burn from top to bottom, controller is according to lambda sensor adjust automatically rotation speed of fan, combustion gas control proportioning valve reaches preset value using oxygen content value after burning, combustion gas is made to reach the burning of best power mixture rat example with air, it is abundant with fuel gas buring, heat is concentrated, combustion gas can be saved, reduce CO2 emission, the advantages of reducing anthracemia.

Description

Burn the highly-efficient energy-saving low-carbon steam generation facility of formula heating
Technical field
The utility model is related to the highly-efficient energy-saving low-carbon steam generations of the component of steam generator, the specifically formula of falling burning heating Device.
Background technology
The firepower of existing vapor generator burns in bottom, and combustion chamber communicates nature oxygen supply, open type burning, burning with the external world Device burns for fire grate type, in actual use, after opening fire, sometimes has blue fire, Huang Huo, flourishing difference, fire Power intensity is also different, this related or oxygen meaning of whether fully burning with oxygen with combustion gas is related, secondly, fire grate type burning Water heater air consumption is big, and burning is of high cost.
Utility model content
In order to solve the above-mentioned technical problem, the utility model provides a kind of premix enclosed burning, make fuel gas buring fully, Heat concentrate, can save combustion gas, reduce CO2 emission, reduce anthracemia the formula of falling burning heat it is energy-efficient Low-carbon steam generation facility.
Solve above-mentioned technical problem scheme be:
The highly-efficient energy-saving low-carbon steam generation facility of formula heating is burnt, highly-efficient energy-saving low-carbon steam generation facility includes cylinder (1), cylinder (1) hypomere is internally connected with sealed bottom plate (11), top extends internally and is bent with the bending edge of inverted " L " font (12), vapor chamber (13) is formed between bending edge (12) and outer barrel (1) wall, bending edge (12) edge is circumferentially connected with top Sealing plate (14) is formed with water heating chamber (15), water heating chamber (15) between top sealing plate (14) and sealed bottom plate (11) It is connected with vapor chamber (13);The top sealing plate (14) to be formed between the top margin of bending edge (12) circumferentially enclose it is recessed Formula firepower combustion chamber (16);Several logical fiery heat exchanger tubes are connected between the top sealing plate (14) and sealed bottom plate (11) (17), lead at the top of fiery heat exchanger tube (17) be into burner (171), bottom be outlet flue (172);The cylinder of the vapor chamber (13) (1) wall body connects out steam joint (131);The epimere side wall of the cylinder (1) is connected with water supply connector (101).Further:Institute It states cylinder (1) bottom end and is connected with and lead cigarette cover board (18), the bottom for leading cigarette cover board (18) is equipped with total smoke outlet (181), leads cigarette cover board (18) smoke collecting chamber (19), outlet flue (172) institute of several logical fiery heat exchanger tubes (17) are formed between sealed bottom plate (11) There is smoke evacuation to collect in after smoke collecting chamber (19) externally to be discharged by total smoke outlet (181) again.
Further:Firepower burner (161) is fixedly connected in the collar extension of the female formula firepower combustion chamber (16).
Further:The water supply connector (101) is connected with flow and enters control water tank (20), and flow enters control water tank (20) flow cavitation result ball-cock assembly is installed in, the water level of water heating chamber is controlled by flow cavitation result ball-cock assembly.
Further:The logical fiery heat exchanger tube (17) communicates for dislocation.
Further:Cylinder (1) outer wall wraps up muff.
Further:The firepower burner (161) is connected with wind turbine (162).
Further:Gas kitchen pipe joint is equipped in the burner (161) or wind turbine (162), is pacified on gas kitchen pipe joint Proportioning valve is controlled equipped with combustion gas, proportional valve control gas flow is controlled by combustion gas.
Further:The firepower burner (161) includes burning fire dish, ignition electrode, flame monitoring needle.
Further:Oxygen sensor (182) is fixed at total smoke outlet (181).
The utility model a kind of formula of falling burning heating highly-efficient energy-saving low-carbon steam generation facility the advantages of be:This practicality is new For type by the way of enclosed burning, combustion chamber is located at the top of cylinder, and smoke outlet is located at the bottom of cylinder, and fire is taken out by wind turbine Wind makes fire fall to burn from top to bottom, and controller uses burning according to lambda sensor adjust automatically rotation speed of fan, combustion gas control proportioning valve Oxygen content value reaches preset value afterwards, and combustion gas is made to reach the burning of best power mixture rat example with air, abundant, hot with fuel gas buring In quantity set, the advantages of combustion gas can be saved, CO2 emission is reduced, reduce anthracemia.
Description of the drawings
Fig. 1 is the sectional structure chart of the utility model;
Fig. 2 is the cylinder stereogram of the utility model;
Fig. 3 is the sectional structure chart for having water in the utility model water heating chamber and having controller to connect.
Specific embodiment
A kind of highly-efficient energy-saving low-carbon steam generation facility of the formula of falling burning heating, highly-efficient energy-saving low-carbon steam generation facility include Cylinder 1,1 hypomere of cylinder, which is internally connected with sealed bottom plate 11, top extends internally is bent with the bending edge 12 of inverted " L " font, The vapor chamber 13 of annular is formed between 1 wall of bending edge 12 and outer barrel, the circumferentially closed formula of feather edge of bending edge 12 is connected with Top sealing plate 14 is formed with water heating chamber 15, water heating chamber 15 and steam between top sealing plate 14 and sealed bottom plate 11 Chamber 13 connects;The top sealing plate 14 to be formed between the top margin of bending edge 12 circumferentially enclose concave type firepower burning Room 16;Several logical fiery heat exchanger tubes 17 are connected between the top sealing plate 14 and sealed bottom plate 11, lead to fire heat exchanger tube 17 It into burner 171, bottom is outlet flue 172 that top, which is, and fiery heat exchanger tube 17 is arranged in water heating chamber 15;Vapor chamber is in described 13 sections of 1 wall body portion of cylinder is connected with out steam joint 131;The epimere side wall of the cylinder 1 is connected with water supply connector 101;Institute It states 1 bottom end of cylinder and is connected with and lead cigarette cover board 18, the bottom for leading cigarette cover board 18 is equipped with total smoke outlet 181, leads cigarette cover board 18 and bottom Smoke collecting chamber 19 is formed between sealing plate 11, all smoke evacuations of outlet flue 172 of several logical fiery heat exchanger tubes 17 collect in smoke collecting chamber It is externally discharged by total smoke outlet 181 again after 19;The collar extension internal sealed of the female formula firepower combustion chamber 16 is fixedly connected with fire Power burner 161;The water supply connector 101 is connected with flow and enters control water tank 20, and flow, which enters in control water tank 20, to be installed There is flow cavitation result ball-cock assembly, the water level of water heating chamber is controlled by flow cavitation result ball-cock assembly;1 outer wall of the cylinder package There is muff, prevent the heat diffusion of cylinder 1;The firepower burner 161 is connected with wind turbine 162;It burns in the firepower Device 161 or wind turbine 162 are equipped with gas kitchen pipe joint, and combustion gas control proportioning valve is equipped on gas kitchen pipe joint, passes through combustion gas control Proportional valve control gas flow processed;The firepower burner 161 includes burning fire dish, ignition electrode, flame monitoring needle;It is described Oxygen sensor 182 is fixed at total smoke outlet 181;The wind turbine 162, ignition electrode, flame monitoring needle, lambda sensor 182, combustion Gas control proportioning valve is connected with controller, and controller is connected with feature operation control panel and water temperature sensor, water temperature sensor Epimere mounted on cylinder 1 detects boiled water temperature;Reach best steam generation by setting best boiling temperature in controller Amount.
The logical fiery heat exchanger tube 17 is communicated for dislocation, is increased burning area and is slowed down the velocity of liquid assets of burning fire, raising is changed The thermal efficiency.
The course of work:
During work, 162 exhausting of wind turbine, combustion gas control proportioning valve is opened, ignition electrode starts igniting, flame monitoring needle monitoring fire Oxygen content value after flame, the detection burning of lambda sensor 182,162 exhausting of wind turbine while, make air with entering fire after combustion gas mixing Power burner 161, fire burn in firepower combustion chamber 16, and while fire burns to top sealing plate 14, part fire is also changed in logical fire It burns in heat pipe 17, i.e.,:Top sealing plate 14, logical fiery heat exchanger tube 17, which synchronize to be heated that the water of water heating chamber 15 heat, to be boiled Generate steam, the steam of generation comes together in vapor chamber 13 and then concentrates and discharges from going out steam joint 131;182 basis of lambda sensor The preset value of controller, the oxygen content value after Real-time Feedback burning, controller is according to 162 work of oxygen content value adjust automatically wind turbine The opening ratio of the rate of doing work and combustion gas control proportioning valve;Meanwhile water temperature sensor Real-time Feedback water temperature value passes through control to controller The opening ratio of device control 162 operating power of wind turbine processed and combustion gas control proportioning valve makes the firepower of burning reach the pre- of heating water It is worth water temperature value.

Claims (10)

1. the formula of falling burning heating highly-efficient energy-saving low-carbon steam generation facility, feature in:Highly-efficient energy-saving low-carbon steam generation fills It puts including cylinder (1), cylinder (1) hypomere is internally connected with sealed bottom plate (11), top extends internally and is bent with inverted " L " font Bending edge (12), vapor chamber (13) is formed between bending edge (12) and outer barrel (1) wall, bending edge (12) edge circumferentially connects Top sealing plate (14) is connected to, water heating chamber (15) is formed between top sealing plate (14) and sealed bottom plate (11), water adds Hot chamber (15) connects with vapor chamber (13);The top sealing plate (14) is enclosed to circumferential direction is formed between the top margin of bending edge (12) The concave type firepower combustion chamber (16) closed;Several are connected between the top sealing plate (14) and sealed bottom plate (11) to lead to Fiery heat exchanger tube (17), it into burner (171), bottom is outlet flue (172) to be at the top of logical fire heat exchanger tube (17);The vapor chamber (13) Cylinder (1) wall body connect out steam joint (131);The epimere side wall of the cylinder (1) is connected with water supply connector (101).
2. the highly-efficient energy-saving low-carbon steam generation facility of the formula of falling burning according to claim 1 heating, feature in:It is described Cylinder (1) bottom end, which is connected with, leads cigarette cover board (18), and the bottom for leading cigarette cover board (18) is equipped with total smoke outlet (181), leads cigarette cover board (18) smoke collecting chamber (19), outlet flue (172) institute of several logical fiery heat exchanger tubes (17) are formed between sealed bottom plate (11) There is smoke evacuation to collect in after smoke collecting chamber (19) externally to be discharged by total smoke outlet (181) again.
3. the highly-efficient energy-saving low-carbon steam generation facility of the formula of falling burning according to claim 1 heating, feature in:It is described Firepower burner (161) is fixedly connected in the collar extension of concave type firepower combustion chamber (16).
4. the highly-efficient energy-saving low-carbon steam generation facility of the formula of falling burning according to claim 1 heating, feature in:It is described Water supply connector (101) is connected with flow and enters control water tank (20), and flow, which enters in control water tank (20), is equipped with flow cavitation result Ball-cock assembly controls the water level of water heating chamber by flow cavitation result ball-cock assembly.
5. the highly-efficient energy-saving low-carbon steam generation facility of the formula of falling burning according to claim 1 heating, feature in:It is described Logical fire heat exchanger tube (17) communicates for dislocation.
6. the highly-efficient energy-saving low-carbon steam generation facility of the formula of falling burning according to claim 1 heating, feature in:It is described Cylinder (1) outer wall wraps up muff.
7. the highly-efficient energy-saving low-carbon steam generation facility of the formula of falling burning according to claim 1 heating, feature in:It is described Firepower burner (161) is connected with wind turbine (162).
8. the highly-efficient energy-saving low-carbon steam generation facility of the formula of falling burning according to claim 7 heating, feature in:Institute The burner (161) or wind turbine (162) stated are equipped with gas kitchen pipe joint, and combustion gas control proportioning valve is equipped on gas kitchen pipe joint, Proportional valve control gas flow is controlled by combustion gas.
9. the highly-efficient energy-saving low-carbon steam generation facility of the formula of falling burning according to claim 7 or 8 heating, feature in: The firepower burner (161) includes burning fire dish, ignition electrode, flame monitoring needle.
10. the highly-efficient energy-saving low-carbon steam generation facility of the formula of falling burning according to claim 2 heating, feature in:Institute It states and oxygen sensor (182) is fixed at total smoke outlet (181).
CN201720557894.3U 2017-05-18 2017-05-18 Burn the highly-efficient energy-saving low-carbon steam generation facility of formula heating Active CN207486772U (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
CN201720557894.3U CN207486772U (en) 2017-05-18 2017-05-18 Burn the highly-efficient energy-saving low-carbon steam generation facility of formula heating

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
CN201720557894.3U CN207486772U (en) 2017-05-18 2017-05-18 Burn the highly-efficient energy-saving low-carbon steam generation facility of formula heating

Publications (1)

Publication Number Publication Date
CN207486772U true CN207486772U (en) 2018-06-12

Family

ID=62484031

Family Applications (1)

Application Number Title Priority Date Filing Date
CN201720557894.3U Active CN207486772U (en) 2017-05-18 2017-05-18 Burn the highly-efficient energy-saving low-carbon steam generation facility of formula heating

Country Status (1)

Country Link
CN (1) CN207486772U (en)

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