CN103134182B - Waste gas recovering all-steel air-cooled type energy-saving hot blast furnace - Google Patents
Waste gas recovering all-steel air-cooled type energy-saving hot blast furnace Download PDFInfo
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- CN103134182B CN103134182B CN201310097131.1A CN201310097131A CN103134182B CN 103134182 B CN103134182 B CN 103134182B CN 201310097131 A CN201310097131 A CN 201310097131A CN 103134182 B CN103134182 B CN 103134182B
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Abstract
The invention discloses a waste gas recovering all-steel air-cooled type energy-saving hot blast furnace, and relates to hot blast furnaces. The waste gas recovering all-steel air-cooled type energy-saving hot blast furnace solves the problems that an existing hot blast furnace is of a brick masonry type furnace body, needs construction foundations with construction limited by low-temperature seasons, large in occupied area and heat loss, low in temperature rising and with heat efficiency of 70 %. Two ends of a smoke inlet pipeline are respectively communicated with a smoke bridge heat exchanger and an air heat exchanger, two ends of a smoke outlet pipeline are respectively communicated with the smoke bridge heat exchanger and a main furnace, an air outlet end of an arch-shaped heating pipe arranged on the main furnace is communicated with a hot air mixing chamber, the air inlet end of the arch-shaped heating pipe is communicated with an air inlet bellow, two ends of the bridge smoke heat exchange pipeline are respectively communicated with the smoke bridge heat exchanger and the hot air mixing chamber, a fire grate is arranged at the bottom of the main furnace, a feeding hopper is arranged above the input end of the fire grate, a thermal protection layer is laid along an outer box of the main furnace, the outer board of a smoke air heat exchanger, a top board of the smoke air heat exchanger, a bottom board of the smoke air heat exchanger and the box body of the air heat exchanger, and a fireproof cement layer is arranged along the inner wall of the inner box of the main furnace. The waste gas recovering all-steel air-cooled type energy-saving hot blast furnace is applied to recovering of waste gases.
Description
Technical field
The present invention relates to a kind of hot-blast stove, be specifically related to a kind of waste gas recovery all steel air cooling and power saving hot-blast stove.
Background technology
To be that brick is mixed build formula body of heater by laying bricks or stones with existing hot-blast stove, and need to build basis by laying bricks or stones, building construction limits by low temperature season, and floor space is large, the thermal efficiency about 70%, and heat loss is large, heats up slowly.
Summary of the invention
The object of the invention is to build formula body of heater by laying bricks or stones for solve existing hot-blast stove be that brick is mixed, need to build basis by laying bricks or stones, building construction limits by low temperature season, floor space is large, the thermal efficiency about 70%, and heat loss is large, heat up slow problem, and provide a kind of waste gas recovery all steel air cooling and power saving hot-blast stove.
Of the present inventionly to be achieved through the following technical solutions:
The present invention includes main stove, cigarette bridge heat exchanger, air heat exchanger, smoke-intake pipe road, smoke pipeline, cigarette bridge heat exchanger tube, upper coal frame, feeding hopper, hot blast mixing chamber, fire grate, heat-insulation layer and refractory cement layer, the one end in smoke-intake pipe road is communicated with cigarette bridge heat exchanger, the other end in smoke-intake pipe road is communicated with air heat exchanger, one end of smoke pipeline is communicated with cigarette bridge heat exchanger, the other end of smoke pipeline is communicated with main stove, main stove comprises main external box of furnace, case in main stove, median septum, expansion chamber, arch heating tube, inlet box and several flow distribution plate, in main stove, case is arranged in main external box of furnace, airway is provided with between case in main external box of furnace and main stove, median septum is horizontally set in airway and by airway and is divided into upper airway and lower airway, arch heating tube is arranged in main furnace chamber, main furnace chamber is divided into upper furnace and lower hearth by arch heating tube, inlet box is arranged in main furnace chamber, the two ends of inlet box are communicated with upper airway, the sidewall of the main stove in front end of lower hearth is provided with lower waste gas circulation mouth, the rear end sidewall of main external box of furnace is provided with cooling air air inlet, expansion chamber is arranged in the below of smoke pipeline and is arranged on upper furnace, the main furnace sidewall in rear end of upper furnace is provided with waste gas air inlet, the main furnace sidewall in rear end of lower hearth is provided with lower waste gas air inlet, the main furnace sidewall in front end of lower hearth is provided with two fire doors, the outlet air end of arch heating tube is communicated with hot blast mixing chamber, the air intake of arch heating tube is communicated with inlet box, several flow distribution plate is arranged in upper furnace and lower hearth, the sidewall of hot blast mixing chamber is provided with hot-blast outlet, hot blast mixing chamber is arranged on main furnace wall, one end of cigarette bridge heat exchanger tube is communicated with cigarette bridge heat exchanger, the other end of cigarette bridge heat exchanger tube is communicated with hot blast mixing chamber, cigarette bridge heat exchanger comprises flue gas heat-exchange unit outside plate, plate in flue gas heat-exchange unit, flue gas heat-exchange unit inner panel, flue gas heat exchange tube, flue gas heat-exchange unit top board and flue gas heat-exchange unit base plate, flue gas heat-exchange unit top board and flue gas heat-exchange unit base plate setting up and down, flue gas heat-exchange unit outside plate is arranged along the surrounding of flue gas heat-exchange unit top board and flue gas heat-exchange unit base plate, in flue gas heat-exchange unit, plate is laid along the inwall of flue gas heat-exchange unit outside plate, outside spacing L1 is left between plate and flue gas heat-exchange unit outside plate in flue gas heat-exchange unit, flue gas heat-exchange unit inner panel is laid along the inwall of plate in flue gas heat-exchange unit, inner side spacing L2 is left between plate in flue gas heat-exchange unit inner panel and flue gas heat-exchange unit, flue gas heat exchange tube to be arranged in flue gas heat-exchange unit on plate and flue gas heat-exchange unit inner panel, the sidewall of flue gas heat-exchange unit outside plate is provided with the import of cigarette bridge heat exchanger cooling air, air heat exchanger comprises air heat exchanger casing, air heat-exchange pipe and two gripper shoes, two gripper shoes are setting up and down in air heat exchanger casing, air heat-exchange pipe is arranged in two gripper shoes, the lower end of air heat exchanger wall box is provided with the outlet of useless cigarette, fire grate is arranged on the bottom of main stove, feeding hopper is arranged on the top of fire grate input, upper coal frame is arranged on the front end of main stove, heat-insulation layer is along main external box of furnace, flue gas heat-exchange unit outside plate, flue gas heat-exchange unit top board, the skin of flue gas heat-exchange unit base plate and air heat exchanger casing is laid, refractory cement layer is laid along the inwall of case in main stove.
The present invention has following effect:
One, waste gas recovery all steel air cooling and power saving hot-blast stove of the present invention has broken that conventional brick is mixed builds formula body of heater by laying bricks or stones, and do not need the body of heater of building by laying bricks or stones and basis, construction and installation do not limit by low temperature season, floor space trifle save space, can utilize the waste gas recovery of dryer; Main stove, cigarette bridge heat exchanger, air heat exchanger adopt full steel structure, the flame in burner hearth is made directly to heat arch heating tube and inside panel, body of heater heat conduction is fast, quick heating, the thermal efficiency is up to arriving 83-85%, heat loss is little, after igniting, 10min can reach and export hot blast more than 120 DEG C, is the supporting ideal product of all kinds of dryer.。
Two, the wallboard heat of case in main stove is taken away by airway and flow distribution plate, avoids case in main stove and is burned.
Three, the present invention can make waste gas be recycled utilization, dryer moisture out (waste gas), even if also have 30-50 DEG C in the winter time, these waste gas residual heats are recycled, decrease and directly the heat consumed is heated to outdoor cold air, save the energy, provide the thermal efficiency of hot-blast stove.
Four, the present invention can make the wind of cooling cereal be recycled utilization.
Five, arch heating tube instead of traditional anti-burning arch, fuel combustion produces peak flame temperature and directly heats arch heating tube, heating is fast, gas converting heat quick heating, heat exchange efficiency are high, the waste gas of dryer first turns back to body of heater, after body of heater surrounding loop, part waste gas cools heat exchanger tube through arch heating tube, and waste gas is then heated to maximum temperature, enters hot blast wind mixed chamber and returns after hot gas mixes with other and supply dryer.
Six, waste gas recovery all steel air cooling and power saving hot-blast stove of the present invention mainly with coal, rice husk, stalk briquette etc. for fuel, produce clean hot air, for all kinds of dryers such as cereal, seed, industrial crops and feed provide thermal source.
Accompanying drawing explanation
Fig. 1 is the main sectional view of overall structure of the present invention; Fig. 2 is the right view of Fig. 1; Fig. 3 is the A-A sectional view of Fig. 1.
Detailed description of the invention
Detailed description of the invention one: composition graphs 1 ~ Fig. 3 illustrates present embodiment, present embodiment comprises main stove 1, cigarette bridge heat exchanger 2, air heat exchanger 3, smoke-intake pipe road 4, smoke pipeline 5, cigarette bridge heat exchanger tube 6, upper coal frame 7, feeding hopper 8, hot blast mixing chamber 9, fire grate 10, heat-insulation layer 11 and refractory cement layer, the one end in smoke-intake pipe road 4 is communicated with cigarette bridge heat exchanger 2, the other end in smoke-intake pipe road 4 is communicated with air heat exchanger 3, one end of smoke pipeline 5 is communicated with cigarette bridge heat exchanger 2, the other end of smoke pipeline 5 is communicated with main stove 1, main stove 1 comprises main external box of furnace 1-1, case 1-2 in main stove, median septum 1-3, expansion chamber 1-4, arch heating tube 1-5, inlet box 1-9 and several flow distribution plate 1-15, in main stove, case 1-2 is arranged in main external box of furnace 1-1, airway 1-10 is provided with between case 1-2 in main external box of furnace 1-1 and main stove, median septum 1-3 is horizontally set in airway 1-10 and by airway 1-10 and is divided into upper airway 1-18 and lower airway 1-19, arch heating tube 1-5 is arranged in main stove 1 inner chamber, main stove 1 inner chamber is divided into upper furnace 1-11 and lower hearth 1-12 by arch heating tube 1-5, inlet box 1-9 is arranged in main stove 1 inner chamber, the two ends of inlet box 1-9 are communicated with upper airway 1-18, the sidewall of the main stove in front end 1 of lower hearth 1-12 is provided with lower waste gas circulation mouth 1-16, the rear end sidewall of main external box of furnace 1-1 is provided with cooling air air inlet 1-17, expansion chamber 1-4 is arranged in the below of smoke pipeline 5 and is arranged on upper furnace 1-11, rear end main stove 1 sidewall of upper furnace 1-11 is provided with waste gas air inlet 1-6, rear end main stove 1 sidewall of lower hearth 1-12 is provided with lower waste gas air inlet 1-7, front end main stove 1 sidewall of lower hearth 1-12 is provided with two fire door 1-8, the outlet air end 1-13 of arch heating tube 1-5 is communicated with hot blast mixing chamber 9, the air intake of arch heating tube 1-5 is communicated with inlet box 1-9, several flow distribution plate 1-15 is arranged in upper furnace 1-11 and lower hearth 1-12, the sidewall of hot blast mixing chamber 9 is provided with hot-blast outlet 9-1, hot blast mixing chamber 9 is arranged on main stove 1 wall, one end of cigarette bridge heat exchanger tube 6 is communicated with cigarette bridge heat exchanger 2, the other end of cigarette bridge heat exchanger tube 6 is communicated with hot blast mixing chamber 9, cigarette bridge heat exchanger 2 comprises flue gas heat-exchange unit outside plate 2-1, plate 2-2 in flue gas heat-exchange unit, flue gas heat-exchange unit inner panel 2-3, flue gas heat exchange tube 2-4, flue gas heat-exchange unit top board 2-5 and flue gas heat-exchange unit base plate 2-6, flue gas heat-exchange unit top board 2-5 and flue gas heat-exchange unit base plate 2-6 is setting up and down, flue gas heat-exchange unit outside plate 2-1 is arranged along the surrounding of flue gas heat-exchange unit top board 2-5 and flue gas heat-exchange unit base plate 2-6, in flue gas heat-exchange unit, plate 2-2 lays along the inwall of flue gas heat-exchange unit outside plate 2-1, outside spacing L1 is left between plate 2-2 and flue gas heat-exchange unit outside plate 2-1 in flue gas heat-exchange unit, flue gas heat-exchange unit inner panel 2-3 lays along the inwall of plate 2-2 in flue gas heat-exchange unit, inner side spacing L2 is left between plate 2-2 in flue gas heat-exchange unit inner panel 2-3 and flue gas heat-exchange unit, flue gas heat exchange tube 2-4 to be arranged in flue gas heat-exchange unit on plate 2-2 and flue gas heat-exchange unit inner panel 2-3, the sidewall of flue gas heat-exchange unit outside plate 2-1 is provided with cigarette bridge heat exchanger cooling air import 2-7, air heat exchanger 3 comprises air heat exchanger casing 3-1, an air heat-exchange pipe 3-2 and two gripper shoe 3-3, two gripper shoe 3-3 are setting up and down in air heat exchanger casing 3-1, air heat-exchange pipe 3-2 is arranged on two gripper shoe 3-3, the lower end of air heat exchanger casing 3-1 sidewall is provided with useless cigarette outlet 3-4, fire grate 10 is arranged on the bottom of main stove 1, feeding hopper 8 is arranged on the top of fire grate 10 input, upper coal frame 7 is arranged on the front end of main stove 1, heat-insulation layer 11 is along main external box of furnace 1-1, flue gas heat-exchange unit outside plate 2-1, flue gas heat-exchange unit top board 2-5, the skin of flue gas heat-exchange unit base plate 2-6 and air heat exchanger casing 3-1 is laid, refractory cement layer is laid along the inwall of case 1-2 in main stove.
Cigarette bridge heat exchanger 2: flue gas is after arch heating tube 1-5 heats, fire smoke gases almost becomes heat smoke, but there is very high temperature, cold gas after cooling section cooling cereal, a part enters in cigarette bridge heat exchanger 2, flue gas heat exchange tube 2-4 is cooled, enter hot blast mixing chamber 9 after the flowing heating that repeatedly commutates after, is together sucked drying machine drying cereal.
Air heat exchanger 3: the flue gas after arch heating tube 1-5 and the heating of cigarette bridge heat exchanger 2, when continuing to be forwarded to air heat exchanger 3, turn back through upper and lower 3 times, air heat-exchange pipe 3-2 is heated, natural air, under the suction function of dryer main air blower, is continuously inhaled in air heat exchanger 3, is cooled by air heat-exchange pipe 3-2, become high-temperature hot dry air after heating, high-temperature hot dry air enters dryer heat drying cereal.
Hot blast mixing chamber 9: the waste gas reclaimed from dryer, after airway 1-10, arch heating tube 1-5, flue gas heat-exchange unit 2 circulating-heating, is all pooled to hot blast mixing chamber 9 and mixes, again supplies dryer and carries out oven dry cereal.
Expansion chamber 1-4: fuel is when the flame that hearth combustion produces and flue gas first enter cigarette bridge heat exchanger 2 through arch heating tube 1-5; can with a lot of particle that is that burning and that burnt or dust; due to the increase in resistance of ducting effect and expansion chamber 1-4 space; during flue gas arrival expansion chamber, flow velocity reduces; so a large amount of dust just settles down at burner hearth expansion chamber 1-4, a small amount of dust then continues to move ahead bottom air heat exchanger 3 and dedusting before smoke suction machine, sedimentation.
Detailed description of the invention two: composition graphs 1 illustrates present embodiment, present embodiment inlet box 1-9 is vertical with arch heating tube 1-5 to be arranged.Other composition and annexation identical with detailed description of the invention one.
Detailed description of the invention three: composition graphs 1 illustrates present embodiment, present embodiment and detailed description of the invention one or two also increase unlike it slag remover 1-14, and slag remover 1-14 is arranged on fire grate 10 output and is positioned at below main stove 1.The slag that fuel combustion produces is got rid of by slag remover 1-14.Other composition and annexation identical with detailed description of the invention one or two.
Operation principle of the present invention:
When hot-blast stove of the present invention is connected with a dryer: be connected with the upper dryer section import on dryer by hot-blast outlet 9-1, upper waste gas air inlet 1-6 and lower waste gas air inlet 1-7 export with the lower dryer section on dryer and are connected;
When hot-blast stove of the present invention is connected with two dryers: be connected with the upper dryer section import on No. I dryer by hot-blast outlet 9-1, upper waste gas air inlet 1-6 and lower waste gas air inlet 1-7 export with the lower dryer section on No. II dryer and are connected;
1, the recycling of waste gas: fuel feeds fire grate 10 (handwarmer is by manually feeding) by feeding hopper 8, first the flame that fuel combustion produces and flue gas heat arch heating tube 1-5, flame and flue gas to enter in cigarette bridge heat exchanger 2 through smoke pipeline 5 and are heated by flue gas heat exchange tube 2-4, flue gas after heat exchange is advanced into air heat exchanger 3 before continuing under the effect of external smoke suction machine, and all air heat-exchange pipe 3-2 all heated by flue gas after (natural wind namely in air heat exchanger 3 becomes hot blast) be blown into chimney and enter air.A large amount of dust first sedimentation in burner hearth expansion chamber 1-4 that fuel combustion produces, a small amount of dust is removed by smoke suction machine bottom air heat exchanger 3.The slag that fuel combustion produces gets rid of (handwarmer is removed by fire door 1-8) by slag remover 1-14.
Air, under the suction function of the lower dryer section main air blower of No. II dryer or No. I dryer, is continuously inhaled in air heat exchanger 3, after air heat exchanger 3 heats, just enter lower dryer section or No. II dryer heating grains.The lower dryer section of No. I dryer or No. II dryer moisture out (waste gas), under the effect of blower fan, wherein a part of moisture is blown in lower airway 1-19 by lower waste gas air inlet 1-7, under the effect of median septum 1-3, moisture leaves to case 1-2 wall in main external box of furnace 1-1 wall and main stove, absorb the heat of case 1-2 wall in main stove, internal box wall plate is lowered the temperature, after moisture continues to be forwarded to the front end of main stove 1, enter airway 1-10 from lower waste gas circulation mouth 1-16, then enter hot blast mixing chamber 9; Another part moisture is blown in upper airway 1-18 by upper waste gas air inlet 1-6, enters in arch heating tube 1-5, enter hot blast mixing chamber 9 after heating by the outlet air end 1-13 of arch heating tube 1-5 through inlet box 1-9.Cooling air by cigarette bridge heat exchanger cooling air import 2-7 enter blown into cigarette bridge heat exchanger 2 after heated, hot blast mixing chamber 9 is entered through cigarette bridge heat exchanger tube 6, through hot-blast outlet 9-1 after two parts moisture mixes with the cold gas of heating, sucked the upper dryer section of No. II dryer or No. 1 dryer by No. II dryer or No. 1 dryer hypomere main air blower, hot blast is excluded outside dryer to a large amount of steam produced after heat grain.
2, the recycling of cooling air: at the cooling section of dryer, the cold gas after air-cooler cooling cereal is divided into two parts, and a part is blown at the bottom of hot-blast stove to fuel combustion supporting by cooling air air inlet 1-17; Another part enters flue gas heat-exchange unit 2, and after heating of repeatedly flowing through commutating in flue gas heat-exchange unit 2, also enter hot blast mixing chamber 9 from cigarette bridge heat exchanger tube 6, the upper dryer section being together inhaled into No. II dryer or No. I dryer dries cereal.Even if because cold gas is in the winter time usually all higher than zero degree, these heat recovery, decrease equally and directly heat to outdoor cold air the heat consumed, and save the energy, add the thermal efficiency of hot-blast stove.
Claims (3)
1. a waste gas recovery all steel air cooling and power saving hot-blast stove, described hot-blast stove comprises main stove (1), cigarette bridge heat exchanger (2), air heat exchanger (3), smoke-intake pipe road (4), smoke pipeline (5), cigarette bridge heat exchanger tube (6), upper coal frame (7), feeding hopper (8), hot blast mixing chamber (9), fire grate (10), heat-insulation layer (11) and refractory cement layer, the one end in smoke-intake pipe road (4) is communicated with cigarette bridge heat exchanger (2), the other end in smoke-intake pipe road (4) is communicated with air heat exchanger (3), one end of smoke pipeline (5) is communicated with cigarette bridge heat exchanger (2), the other end of smoke pipeline (5) is communicated with main stove (1), main stove (1) comprises main external box of furnace (1-1), case (1-2) in main stove, median septum (1-3), expansion chamber (1-4), arch heating tube (1-5), inlet box (1-9) and several flow distribution plate (1-15), in main stove, case (1-2) is arranged in main external box of furnace (1-1), airway (1-10) is provided with between case (1-2) in main external box of furnace (1-1) and main stove, median septum (1-3) to be horizontally set in airway (1-10) and airway (1-10) is divided into upper airway (1-18) and lower airway (1-19), arch heating tube (1-5) is arranged in main stove (1) inner chamber, main stove (1) inner chamber is divided into upper furnace (1-11) and lower hearth (1-12) by arch heating tube (1-5), inlet box (1-9) is arranged in main stove (1) inner chamber, the two ends of inlet box (1-9) are communicated with upper airway (1-18), the sidewall of the main stove in the front end (1) of lower hearth (1-12) is provided with lower waste gas circulation mouth (1-16), the rear end sidewall of main external box of furnace (1-1) is provided with cooling air air inlet (1-17), expansion chamber (1-4) is arranged in the below of smoke pipeline (5) and is arranged on upper furnace (1-11), rear end main stove (1) sidewall of upper furnace (1-11) is provided with waste gas air inlet (1-6), rear end main stove (1) sidewall of lower hearth (1-12) is provided with lower waste gas air inlet (1-7), front end main stove (1) sidewall of lower hearth (1-12) is provided with two fire doors (1-8), the outlet air end (1-13) of arch heating tube (1-5) is communicated with hot blast mixing chamber (9), the air intake of arch heating tube (1-5) is communicated with inlet box (1-9), several flow distribution plate (1-15) is arranged in upper furnace (1-11) and lower hearth (1-12), the sidewall of hot blast mixing chamber (9) is provided with hot-blast outlet (9-1), hot blast mixing chamber (9) is arranged on main stove (1) wall, one end of cigarette bridge heat exchanger tube (6) is communicated with cigarette bridge heat exchanger (2), the other end of cigarette bridge heat exchanger tube (6) is communicated with hot blast mixing chamber (9), cigarette bridge heat exchanger (2) comprises flue gas heat-exchange unit outside plate (2-1), plate (2-2) in flue gas heat-exchange unit, flue gas heat-exchange unit inner panel (2-3), flue gas heat exchange tube (2-4), flue gas heat-exchange unit top board (2-5) and flue gas heat-exchange unit base plate (2-6), flue gas heat-exchange unit top board (2-5) is setting up and down with flue gas heat-exchange unit base plate (2-6), flue gas heat-exchange unit outside plate (2-1) is arranged along the surrounding of flue gas heat-exchange unit top board (2-5) and flue gas heat-exchange unit base plate (2-6), in flue gas heat-exchange unit, plate (2-2) is laid along the inwall of flue gas heat-exchange unit outside plate (2-1), outside spacing L1 is left between plate (2-2) and flue gas heat-exchange unit outside plate (2-1) in flue gas heat-exchange unit, flue gas heat-exchange unit inner panel (2-3) is laid along the inwall of plate in flue gas heat-exchange unit (2-2), inner side spacing L2 is left between plate (2-2) in flue gas heat-exchange unit inner panel (2-3) and flue gas heat-exchange unit, flue gas heat exchange tube (2-4) is arranged on plate in flue gas heat-exchange unit (2-2) and flue gas heat-exchange unit inner panel (2-3), the sidewall of flue gas heat-exchange unit outside plate (2-1) is provided with cigarette bridge heat exchanger cooling air import (2-7), air heat exchanger (3) comprises air heat exchanger casing (3-1), air heat-exchange pipe (3-2) and two gripper shoes (3-3), two gripper shoes (3-3) are setting up and down in air heat exchanger casing (3-1), air heat-exchange pipe (3-2) is arranged on two gripper shoes (3-3), the lower end of air heat exchanger casing (3-1) sidewall is provided with useless cigarette outlet (3-4), fire grate (10) is arranged on the bottom of main stove (1), feeding hopper (8) is arranged on the top of fire grate (10) input, upper coal frame (7) is arranged on the front end of main stove (1), heat-insulation layer (11) is along main external box of furnace (1-1), flue gas heat-exchange unit outside plate (2-1), flue gas heat-exchange unit top board (2-5), the skin of flue gas heat-exchange unit base plate (2-6) and air heat exchanger casing (3-1) is laid, refractory cement layer is laid along the inwall of case (1-2) in main stove.
2. waste gas recovery all steel air cooling and power saving hot-blast stove according to claim 1, is characterized in that: described inlet box (1-9) is vertical with arch heating tube (1-5) to be arranged.
3. waste gas recovery all steel air cooling and power saving hot-blast stove according to claim 1 or 2, it is characterized in that: described main stove (1) also comprises slag remover (1-14), slag remover (1-14) is arranged on fire grate (10) output and is positioned at below main stove (1).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201310097131.1A CN103134182B (en) | 2013-03-25 | 2013-03-25 | Waste gas recovering all-steel air-cooled type energy-saving hot blast furnace |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201310097131.1A CN103134182B (en) | 2013-03-25 | 2013-03-25 | Waste gas recovering all-steel air-cooled type energy-saving hot blast furnace |
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| CN103134182A CN103134182A (en) | 2013-06-05 |
| CN103134182B true CN103134182B (en) | 2015-07-15 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201310097131.1A Active CN103134182B (en) | 2013-03-25 | 2013-03-25 | Waste gas recovering all-steel air-cooled type energy-saving hot blast furnace |
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Families Citing this family (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108455820A (en) * | 2018-05-25 | 2018-08-28 | 福建清道夫环保科技有限公司 | A kind of inside and outside dual formula sludge drier |
| CN109899977A (en) * | 2019-04-16 | 2019-06-18 | 吉林市松花湖实业有限公司 | A kind of hot-blast stove and drying system |
| CN113494844A (en) * | 2020-03-19 | 2021-10-12 | 潘久君 | Waste gas waste heat recovery fuel energy-saving hot blast stove |
Citations (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN2453328Y (en) * | 2000-11-29 | 2001-10-10 | 杨明 | Horizontal tubular type coal hot-blast furnace |
| CN102589274A (en) * | 2012-03-12 | 2012-07-18 | 铁岭市清河区金锋干燥设备有限公司 | Air heating furnace specially used for drying cotton |
| CN203100156U (en) * | 2013-03-25 | 2013-07-31 | 长春市霸航农机制造有限公司 | All-steel air cooling type energy-saving hot-blast stove for waste gas recycle |
Family Cites Families (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPH0375445A (en) * | 1989-08-17 | 1991-03-29 | Nepon Kk | Hot air furnace |
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2013
- 2013-03-25 CN CN201310097131.1A patent/CN103134182B/en active Active
Patent Citations (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN2453328Y (en) * | 2000-11-29 | 2001-10-10 | 杨明 | Horizontal tubular type coal hot-blast furnace |
| CN102589274A (en) * | 2012-03-12 | 2012-07-18 | 铁岭市清河区金锋干燥设备有限公司 | Air heating furnace specially used for drying cotton |
| CN203100156U (en) * | 2013-03-25 | 2013-07-31 | 长春市霸航农机制造有限公司 | All-steel air cooling type energy-saving hot-blast stove for waste gas recycle |
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| CN103134182A (en) | 2013-06-05 |
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