CN106765189B - A kind of environment-friendly type quickly handles garbage apparatus - Google Patents

A kind of environment-friendly type quickly handles garbage apparatus Download PDF

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Publication number
CN106765189B
CN106765189B CN201710023137.2A CN201710023137A CN106765189B CN 106765189 B CN106765189 B CN 106765189B CN 201710023137 A CN201710023137 A CN 201710023137A CN 106765189 B CN106765189 B CN 106765189B
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China
Prior art keywords
supplying tube
oxygen supplying
chamber
storage cavity
oxygen
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CN201710023137.2A
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CN106765189A (en
Inventor
曹文波
张文锐
魏凌敏
舒志强
唐武才
李启仁
李文龙
郎志中
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Xiamen Weiming Environmental Protection Technology Co ltd
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Anhui Weiming Dinghe Environmental Protection Co Ltd
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Priority to CN201710023137.2A priority Critical patent/CN106765189B/en
Publication of CN106765189A publication Critical patent/CN106765189A/en
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    • FMECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F23COMBUSTION APPARATUS; COMBUSTION PROCESSES
    • F23GCREMATION FURNACES; CONSUMING WASTE PRODUCTS BY COMBUSTION
    • F23G5/00Incineration of waste; Incinerator constructions; Details, accessories or control therefor
    • F23G5/08Incineration of waste; Incinerator constructions; Details, accessories or control therefor having supplementary heating
    • F23G5/14Incineration of waste; Incinerator constructions; Details, accessories or control therefor having supplementary heating including secondary combustion
    • F23G5/18Incineration of waste; Incinerator constructions; Details, accessories or control therefor having supplementary heating including secondary combustion in a stack
    • FMECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F23COMBUSTION APPARATUS; COMBUSTION PROCESSES
    • F23GCREMATION FURNACES; CONSUMING WASTE PRODUCTS BY COMBUSTION
    • F23G5/00Incineration of waste; Incinerator constructions; Details, accessories or control therefor
    • F23G5/44Details; Accessories
    • F23G5/46Recuperation of heat

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  • Engineering & Computer Science (AREA)
  • Mechanical Engineering (AREA)
  • General Engineering & Computer Science (AREA)
  • Processing Of Solid Wastes (AREA)
  • Incineration Of Waste (AREA)

Abstract

The invention proposes a kind of environment-friendly types quickly to handle garbage apparatus, including furnace body, conveying device, the first apparatus of oxygen supply, controller, furnace body has storage cavity, auxiliary heating chamber, combustion chamber and tail gas cushion chamber, it is reserved with gap between ring baffle and storing cavity wall and forms annular incubation cavity, auxiliary heating chamber is located at below storage cavity and auxiliary heating chamber is connected to annular incubation cavity;Conveying device is burnt for the material in storage cavity to be delivered in combustion chamber;Second oxygen supplying tube inlet end is connected to the first oxygen supplying tube outlet side, third oxygen supplying tube inlet end is connected to the second oxygen supplying tube outlet side, the 4th oxygen supplying tube of both ends sealing is arranged with outside third oxygen supplying tube, arranged for interval has multiple escape pipes along the vertical direction outside 4th oxygen supplying tube, is equipped on valve and each escape pipe on each escape pipe and is mounted on temperature sensor;Controller is connect with multiple valves, multiple temperature sensors.Present invention burning cavity temperature is relatively concentrated, rubbish energy full combustion, high combustion efficiency in combustion chamber.

Description

A kind of environment-friendly type quickly handles garbage apparatus
Technical field
The present invention relates to technical field of waste treatment more particularly to a kind of environment-friendly type quickly to handle garbage apparatus.
Background technique
The processing problem of rubbish is always government and the insoluble great environmental problem of the people, traditional rubbish in society Processing mode has landfill and burns two kinds of forms, and landfill will cause a large amount of wastes of State owned land, also causes around landfill place Environmental pollution, therefore, landfill disposal mode is gradually cancelled, in garbage incineration technology, directly by rubbish in outdoor field Ground burning, cause the serious pollution of environment, thus those skilled in the art to the above problem in such a way that furnace body formula is burnt away the refuse, from And solve the problems, such as that environment is seriously polluted, still, when furnace body burns, incineration firing is insufficient, not can guarantee and is discharged to sky The quality of gas in gas.
Summary of the invention
Based on technical problem present in background technique, the invention proposes a kind of environment-friendly types quickly to handle garbage apparatus.
A kind of environment-friendly type proposed by the present invention quickly handles garbage apparatus, including furnace body, conveying device, the first oxygen supply dress It sets, controller, in which:
Furnace body has a storage cavity, auxiliary heating chamber, combustion chamber and tail gas cushion chamber, and furnace body is equipped with to be connected to storage cavity First charging aperture, storage cavity is interior to be equipped with ring baffle, and gap is reserved between ring baffle and storing cavity wall and forms annular guarantor Warm chamber, furnace body are equipped with the exhaust outlet being connected to annular incubation cavity, and exhaust ports are equipped with the first blower;Heating chamber is assisted to be located at storage Below material chamber and auxiliary heating chamber is connected to annular incubation cavity;Grate, the second apparatus of oxygen supply and slag-draining device are equipped in combustion chamber; Tail gas cushion chamber is connected to combustion chamber, is equipped with back smoke pipe in tail gas cushion chamber, is gone back to smoke pipe outlet side and is connected to auxiliary heating chamber;
Conveying device is arranged in storage cavity bottom, burns for the material in storage cavity to be delivered in combustion chamber;
First apparatus of oxygen supply includes the second blower, the first oxygen supplying tube, the second oxygen supplying tube and third oxygen supplying tube, the first oxygen supplying tube It is arranged vertically in annular incubation cavity and its inlet end is reached and connect outside furnace body with the second blower, the second oxygen supplying tube is horizontally disposed In storage cavity and its inlet end extend into annular incubation cavity and is connected to the first oxygen supplying tube outlet side, the vertical cloth of third oxygen supplying tube It sets in storage cavity and its inlet end is connected to the second oxygen supplying tube outlet side, the 4th of both ends sealing is arranged with outside third oxygen supplying tube Oxygen supplying tube, arranged for interval has multiple escape pipes to the 4th oxygen supplying tube along the vertical direction outside, and valve is equipped on each escape pipe and is respectively gone out Temperature sensor is mounted on tracheae;
Controller is connect with multiple valves, multiple temperature sensors, and controller is preset with the first preset temperature value and second Preset temperature value, the first preset temperature value are greater than the second preset temperature value, and controller is according to the temperature sensor on each escape pipe Obtain the temperature value of the escape pipe position and by the temperature value of the escape pipe position and the first preset temperature value, second Preset temperature value compares, and when the temperature value of the escape pipe position is greater than the first preset temperature value, controller control should go out Valve on tracheae is opened;When the temperature value of the escape pipe position is less than the second preset temperature value, controller control should Valve on escape pipe is closed.
Preferably, conveying device includes multiple delivery chutes and multiple helical feed components, and multiple delivery chutes are arranged side by side in Storage cavity bottom, the feed end of each delivery chute reaches outside furnace body and the feed end of each delivery chute is equipped with second charging aperture, and And the discharge end of each delivery chute extend into combustion chamber and is located above grate.
Preferably, helical feed component includes driving mechanism, conveys shaft and conveying blade, driving mechanism and conveying shaft Conveying shaft rotation is connected and drives, conveying blade screw arrangement is in conveying shaft periphery.
Preferably, horizontally spaced in tail gas cushion chamber to be disposed with n vertical clapboard, n vertical clapboard buffers tail gas Chamber be separated into the first cushion chamber being sequentially communicated, the second cushion chamber ..., the (n+1)th cushion chamber, the first cushion chamber and combustion chamber connect Logical, the inlet end for returning smoke pipe is arranged in the (n+1)th cushion chamber.
Preferably, storage cavity is externally provided with annular cooling chamber, furnace body be equipped with the cooling medium that is connected to annular cooling chamber into Mouth and cooling medium outlet.
Preferably, the second apparatus of oxygen supply includes third blower, the 5th oxygen supplying tube, and the setting of the 5th oxygen supplying tube is in auxiliary heating chamber Interior and its inlet end, which reaches, to be connect outside furnace body with third blower, and the outlet side of the 5th oxygen supplying tube is extend into combustion chamber.
Preferably, the 5th oxygen supplying tube be located at auxiliary heating chamber in one section in the shape of a spiral.
In the present invention, furnace body has storage cavity, auxiliary heating chamber, combustion chamber and tail gas cushion chamber, ring baffle and storing It is reserved with gap between cavity wall and forms annular incubation cavity, auxiliary heating chamber is located at below storage cavity and assists heating chamber and annular Incubation cavity connection;Conveying device is burnt for the material in storage cavity to be delivered in combustion chamber;Second oxygen supplying tube inlet end with The connection of first oxygen supplying tube outlet side, third oxygen supplying tube inlet end are connected to the second oxygen supplying tube outlet side, are arranged outside third oxygen supplying tube The 4th oxygen supplying tube for having both ends to seal, arranged for interval has multiple escape pipes along the vertical direction outside the 4th oxygen supplying tube, on each escape pipe It is equipped on valve and each escape pipe and is mounted on temperature sensor;Controller is connect with multiple valves, multiple temperature sensors. When work, a certain amount of rubbish is added into storage cavity from first charging aperture and closes first charging aperture, conveying device is by storing Intracavitary rubbish is delivered in combustion chamber, is lighted a fire in combustion chamber, and the second apparatus of oxygen supply blasts air into combustion chamber and helped Combustion, burning cavity temperature relatively concentrate, can reach when rubbish enters combustion chamber burning point and being capable of full combustion;It is supplied by first Oxygen device blasts air into storage cavity and carries out pre-burning, in the process, controller to the rubbish for reaching burning point in storage cavity The temperature value of the escape pipe position is obtained according to the temperature sensor on each escape pipe and by the escape pipe position Temperature value is compared with the first preset temperature value, the second preset temperature value, when the temperature value of the escape pipe position is greater than first When preset temperature value, controller controls the opening of the valve on the escape pipe, when the temperature value of the escape pipe position is less than the When two preset temperature values, controller controls the closing of the valve on the escape pipe;The rubbish oxygen that full combustion generates in combustion chamber Change tail gas and enter tail gas cushion chamber under the first blower power, is fallen in tail gas cushion chamber after ash and import annular protect by returning smoke pipe Temperature is intracavitary, is finally discharged from exhaust ports, is heated using the amount of heat that oxidized tail gas carries to the rubbish in storage cavity, Reach burning point when rubbish being enabled to enter combustion chamber, and the first oxygen supply inner air tube is preheated.
In conclusion the present invention is lighted a fire, so that combustion chamber by the way that combustion chamber is separately provided in furnace body in combustion chamber Interior temperature relatively concentrate, can reach when rubbish enters combustion chamber burning point and can in combustion chamber full combustion, greatly improve Incineration firing efficiency;The present invention is by setting tail gas cushion chamber, and the oxidized tail gas that incineration firing generates is in tail gas cushion chamber It carries out falling ash, greatly reduces dust content in tail gas, reduce subsequent to vent gas treatment work;The present invention passes through setting control Device controls the first apparatus of oxygen supply and blasts air into storage cavity, carries out pre-burning to the rubbish for reaching burning point in storage cavity, guarantees Rubbish being capable of full combustion when entering combustion chamber;By the way that smoke pipe and annular incubation cavity, the big calorimetric carried using tail gas is arranged back Amount heats the rubbish in storage cavity, burning point is reached when rubbish being enabled to enter combustion chamber, while supplying oxygen to first Air in pipe is preheated, and the temperature of air is improved, to improve the pre-heat effect to rubbish in storage cavity.
Detailed description of the invention
Fig. 1 is that a kind of environment-friendly type proposed by the present invention quickly handles garbage apparatus structural schematic diagram.
Specific embodiment
Referring to Fig.1, the present invention proposes that a kind of environment-friendly type quickly handles garbage apparatus, including furnace body 1, conveying device, first Apparatus of oxygen supply, controller, in which:
Furnace body 1 has storage cavity 2, auxiliary heating chamber 3, combustion chamber 4 and tail gas cushion chamber 5, and furnace body 1 is equipped with and storage cavity The first charging aperture 6 of 2 connections, storage cavity 2 is interior to be equipped with ring baffle 7, between being reserved between 2 inner wall of ring baffle 7 and storage cavity Gap forms annular incubation cavity 8, and furnace body 1 is equipped with the exhaust outlet being connected to annular incubation cavity 8, and exhaust ports are equipped with the first blower 9. Storage cavity 2 is externally provided with annular cooling chamber 24, and furnace body 1 is equipped with the cooling medium inlet 25 being connected to annular cooling chamber 24 and cooling Media outlet 26.Auxiliary heating chamber 3 is located at 2 lower section of storage cavity and auxiliary heating chamber 3 is connected to annular incubation cavity 8.In combustion chamber 4 Equipped with grate 10, the second apparatus of oxygen supply and slag-draining device, the second apparatus of oxygen supply includes third blower 27, the 5th oxygen supplying tube 28, and The setting of five oxygen supplying tubes 28 is in auxiliary heating chamber 3 and its inlet end is reached and connect outside furnace body 1 with third blower 27, the 5th oxygen supply The outlet side of pipe 28 is extend into combustion chamber 4, the 5th oxygen supplying tube 28 be located at auxiliary heating chamber 3 in one section in the shape of a spiral.Tail gas is slow Rush in chamber 5 and be equipped with back smoke pipe 11, time 11 outlet side of smoke pipe is connected to heating chamber 3 is assisted, in tail gas cushion chamber 5 in the horizontal direction between Every being disposed with n vertical clapboard 23, tail gas cushion chamber 5 is separated into the first cushion chamber being sequentially communicated, second delayed by n vertical clapboard 23 Rush chamber ..., the (n+1)th cushion chamber, the first cushion chamber is connected to combustion chamber 4, and the inlet end for returning smoke pipe 11 is arranged in the (n+1)th cushion chamber It is interior.
By the way that combustion chamber 4 is separately provided in furnace body 1, light a fire in combustion chamber 4, so that temperature relatively collects in combustion chamber 4 In, can reach when rubbish enters combustion chamber 4 burning point and can in combustion chamber 4 full combustion, substantially increase rubbish fire Burn efficiency;By setting tail gas cushion chamber 5, the oxidized tail gas that incineration firing generates is fallen the present invention in tail gas cushion chamber 5 Ash greatly reduces dust content in tail gas, reduces subsequent to vent gas treatment work.By the way that smoke pipe 11 is arranged back, annular is protected Warm chamber 8 and auxiliary heating chamber 3, carry out auxiliary heating to the rubbish in storage cavity 2 using the amount of heat that tail gas carries, it is ensured that rubbish Rubbish can reach burning point when entering combustion chamber 4, while preheat to the air in the first oxygen supplying tube 13, improve the temperature of air Degree, to improve the pre-heat effect to rubbish in storage cavity 2.By importing cooling medium into annular cooling chamber 24, to furnace body 1 Cool down, extend 1 service life of furnace body, the hot water of generation can be otherwise utilized, improves the utilization rate to heat source.
Conveying device is arranged in 2 bottom of storage cavity, burns for the material in storage cavity 2 to be delivered in combustion chamber 4.It is defeated Sending device includes multiple delivery chutes 18 and multiple helical feed components, and multiple delivery chutes 18 are arranged side by side in 2 bottom of storage cavity, respectively The feed end of delivery chute 18 reaches outside furnace body 1 and the feed end of each delivery chute 18 is equipped with second charging aperture 19, and each defeated It send the discharge end of slot 18 to extend into combustion chamber 4 and is located at 10 top of grate.Helical feed component includes driving mechanism 20, conveying Shaft 21 and conveying blade 22, driving mechanism 20 connect with conveying shaft 21 and conveying shaft 21 are driven to rotate, conveying blade 22 Screw arrangement is in conveying 21 periphery of shaft.
First apparatus of oxygen supply includes the second blower 12, the first oxygen supplying tube 13, the second oxygen supplying tube 14 and third oxygen supplying tube 15, the One oxygen supplying tube 13 is arranged vertically in annular incubation cavity 8 and its inlet end is reached and connect outside furnace body 1 with the second blower 12, and second Oxygen supplying tube 14 is arranged horizontally in storage cavity 2 and its inlet end is extend into annular incubation cavity 8 and 13 outlet side of the first oxygen supplying tube Connection, third oxygen supplying tube 15 is arranged vertically in storage cavity 2 and its inlet end is connected to 14 outlet side of the second oxygen supplying tube, and third supplies Be arranged with the 4th oxygen supplying tube 16 of both ends sealing outside oxygen pipe 15, outside the 4th oxygen supplying tube 16 along the vertical direction arranged for interval have it is multiple go out Tracheae 17 is equipped on valve and each escape pipe 17 on each escape pipe 17 and is mounted on temperature sensor.By the way that controller is arranged It controls the first apparatus of oxygen supply and blasts air into storage cavity 2, pre-burning is carried out to the rubbish for reaching burning point in storage cavity 2, is guaranteed Rubbish being capable of full combustion when entering combustion chamber 4.
Controller is connect with multiple valves, multiple temperature sensors, and controller is preset with the first preset temperature value and second Preset temperature value, the first preset temperature value are greater than the second preset temperature value.
When work, a certain amount of rubbish is added into storage cavity 2 from first charging aperture 6 and closes first charging aperture 6, conveys Rubbish in storage cavity 2 is delivered in combustion chamber 4 by device, is lighted a fire in combustion chamber 4, and the second apparatus of oxygen supply is into combustion chamber 4 It is combustion-supporting to blast air progress, temperature relatively concentration in combustion chamber 4 can reach burning point and can fill when rubbish enters combustion chamber 4 Divided combustion;Air is blasted into storage cavity 2 by the first apparatus of oxygen supply to carry out in advance the rubbish for reaching burning point in storage cavity 2 Combustion, in the process, controller obtains the temperature value of 17 position of escape pipe according to the temperature sensor on each escape pipe And by the temperature value of 17 position of escape pipe compared with the first preset temperature value, the second preset temperature value, when the escape pipe When the temperature value of 17 positions is greater than the first preset temperature value, controller controls the opening of the valve on the escape pipe 17, when this When the temperature value of 17 position of escape pipe is less than the second preset temperature value, controller controls the pass of the valve on the escape pipe 17 It closes;The rubbish oxidized tail gas that full combustion generates in combustion chamber 4 enters tail gas cushion chamber 5 under 9 power of the first blower, in tail It is fallen in gas cushion chamber 5 after ash by finally being arranged from exhaust ports in time importing auxiliary of smoke pipe 11 heating chamber 3, annular incubation cavity 8 Out, the rubbish in storage cavity 2 is heated using the amount of heat that oxidized tail gas carries, when so that rubbish entering combustion chamber 4 Burning point can be reached, and air in the first oxygen supplying tube 13 is preheated;The clinker that incineration firing generates is arranged by slag-draining device Out outside furnace body 1.
The foregoing is only a preferred embodiment of the present invention, but scope of protection of the present invention is not limited thereto, Anyone skilled in the art in the technical scope disclosed by the present invention, according to the technique and scheme of the present invention and its Inventive concept is subject to equivalent substitution or change, should be covered by the protection scope of the present invention.

Claims (7)

1. a kind of environment-friendly type quickly handles garbage apparatus, including furnace body (1), conveying device, the first apparatus of oxygen supply, controller, In:
There is furnace body (1) storage cavity (2), auxiliary heating chamber (3), combustion chamber (4) and tail gas cushion chamber (5), furnace body (1) to be equipped with The first charging aperture (6) being connected to storage cavity (2), storage cavity (2) is interior to be equipped with ring baffle (7), ring baffle (7) and storage cavity (2) it is reserved with gap between inner wall to be formed annular incubation cavity (8), furnace body (1) is equipped with the exhaust being connected to annular incubation cavity (8) Mouthful, exhaust ports are equipped with the first blower (9);Auxiliary heating chamber (3) is located at below storage cavity (2) and assists heating chamber (3) and ring Shape incubation cavity (8) connection;Grate (10), the second apparatus of oxygen supply and slag-draining device are equipped in combustion chamber (4);Tail gas cushion chamber (5) It is connected to combustion chamber (4), is equipped with go back to smoke pipe (11) in tail gas cushion chamber (5), go back to smoke pipe (11) outlet side and auxiliary heating chamber (3) Connection;
Conveying device setting is in storage cavity (2) bottom, for the material in storage cavity (2) to be delivered to burning in combustion chamber (4); It is characterized by:
First apparatus of oxygen supply includes the second blower (12), the first oxygen supplying tube (13), the second oxygen supplying tube (14) and third oxygen supplying tube (15), the first oxygen supplying tube (13) be arranged vertically in annular incubation cavity (8) and its inlet end reach furnace body (1) outside with the second wind Machine (12) connection, the second oxygen supplying tube (14) is arranged horizontally in storage cavity (2) and its inlet end is extend into annular incubation cavity (8) It is connected to the first oxygen supplying tube (13) outlet side, third oxygen supplying tube (15) is arranged vertically in storage cavity (2) and its inlet end and the The connection of two oxygen supplying tubes (14) outlet side, third oxygen supplying tube (15) are arranged with the 4th oxygen supplying tube (16) of both ends sealing outside, and the 4th supplies Arranged for interval has multiple escape pipes (17) oxygen pipe (16) along the vertical direction outside, is equipped with valve and each outlet on each escape pipe (17) Temperature sensor is mounted on pipe (17);
Controller is connect with multiple valves, multiple temperature sensors, and controller is preset with the first preset temperature value and second and presets Temperature value, the first preset temperature value are greater than the second preset temperature value, and controller is according to the temperature sensor on each escape pipe (17) It obtains the temperature value of escape pipe (17) position and the temperature value of escape pipe (17) position and first is preset into temperature Angle value, the second preset temperature value compare, when the temperature value of escape pipe (17) position is greater than the first preset temperature value, control Device processed controls the opening of the valve on the escape pipe (17);When the temperature value of escape pipe (17) position is less than the second default temperature When angle value, controller controls the closing of the valve on the escape pipe (17).
2. environment-friendly type according to claim 1 quickly handles garbage apparatus, which is characterized in that conveying device includes multiple defeated Slot (18) and multiple helical feed components are sent, multiple delivery chutes (18) are arranged side by side in storage cavity (2) bottom, each delivery chute (18) Feed end reach furnace body (1) outside and the feed end of each delivery chute (18) is equipped with second charging aperture (19), and respectively convey The discharge end of slot (18) extend into combustion chamber (4) and is located above grate (10).
3. environment-friendly type according to claim 2 quickly handles garbage apparatus, which is characterized in that helical feed component includes driving Motivation structure (20), conveying shaft (21) and conveying blade (22), driving mechanism (20) connect and drive defeated with conveying shaft (21) Shaft (21) are sent to rotate, conveying blade (22) screw arrangement is in conveying shaft (21) periphery.
4. environment-friendly type according to any one of claim 1-3 quickly handles garbage apparatus, which is characterized in that tail gas buffering It is horizontally spaced in chamber (5) to be disposed with n vertical clapboard (23), n vertical clapboard (23) by tail gas cushion chamber (5) be separated into according to First cushion chamber of secondary connection, the second cushion chamber ..., the (n+1)th cushion chamber, the first cushion chamber is connected to combustion chamber (4), returns smoke pipe (11) inlet end is arranged in the (n+1)th cushion chamber.
5. environment-friendly type according to any one of claim 1-3 quickly handles garbage apparatus, which is characterized in that storage cavity (2) be externally provided with annular cooling chamber (24), furnace body (1) be equipped with the cooling medium inlet (25) that is connected to annular cooling chamber (24) and Cooling medium exports (26).
6. environment-friendly type according to any one of claim 1-3 quickly handles garbage apparatus, which is characterized in that the second oxygen supply Device includes third blower (27), the 5th oxygen supplying tube (28), the setting of the 5th oxygen supplying tube (28) in auxiliary heating chamber (3) and its into Gas end reaches furnace body (1) and connect outside with third blower (27), and the outlet side of the 5th oxygen supplying tube (28) extend into combustion chamber (4) It is interior.
7. environment-friendly type according to claim 6 quickly handles garbage apparatus, which is characterized in that the 5th oxygen supplying tube (28) is located at Assist heating chamber (3) in one section in the shape of a spiral.
CN201710023137.2A 2017-01-13 2017-01-13 A kind of environment-friendly type quickly handles garbage apparatus Active CN106765189B (en)

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Families Citing this family (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN110068014A (en) * 2018-11-10 2019-07-30 自贡市现代秋收机械有限公司 A kind of purification method of house refuse burning processing

Citations (6)

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Publication number Priority date Publication date Assignee Title
CN2426571Y (en) * 2000-06-20 2001-04-11 广西绿洲热能设备有限公司 Organic waste liquid heat-pipe evaporating concentrating burning boiler
CN2883396Y (en) * 2006-02-21 2007-03-28 王鸿儒 Novel environment protective roasting furnace for sulfuric acid resolving rare-earth ore
CN201362654Y (en) * 2009-03-03 2009-12-16 余经炎 Device for cement cleaner production of garbagepower boiler
CN202733916U (en) * 2012-08-15 2013-02-13 常德市林宏锅炉有限公司 Burning dregs fluidized bed boiler
CN105542858A (en) * 2015-12-21 2016-05-04 上海理工大学 Low tar biomass gasification power generation system
CN205619315U (en) * 2016-03-21 2016-10-05 安徽未名生物环保有限公司 Energy -saving refuse handling installation

Patent Citations (6)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN2426571Y (en) * 2000-06-20 2001-04-11 广西绿洲热能设备有限公司 Organic waste liquid heat-pipe evaporating concentrating burning boiler
CN2883396Y (en) * 2006-02-21 2007-03-28 王鸿儒 Novel environment protective roasting furnace for sulfuric acid resolving rare-earth ore
CN201362654Y (en) * 2009-03-03 2009-12-16 余经炎 Device for cement cleaner production of garbagepower boiler
CN202733916U (en) * 2012-08-15 2013-02-13 常德市林宏锅炉有限公司 Burning dregs fluidized bed boiler
CN105542858A (en) * 2015-12-21 2016-05-04 上海理工大学 Low tar biomass gasification power generation system
CN205619315U (en) * 2016-03-21 2016-10-05 安徽未名生物环保有限公司 Energy -saving refuse handling installation

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