CN206176380U - Energy -conserving environmental treatment system of spontaneous combustion formula rubbish - Google Patents
Energy -conserving environmental treatment system of spontaneous combustion formula rubbish Download PDFInfo
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- CN206176380U CN206176380U CN201620480838.XU CN201620480838U CN206176380U CN 206176380 U CN206176380 U CN 206176380U CN 201620480838 U CN201620480838 U CN 201620480838U CN 206176380 U CN206176380 U CN 206176380U
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Abstract
The utility model relates to an energy -conserving environmental treatment system of spontaneous combustion formula rubbish, characterized in that: integration box is handled to self energy type waste incinerator and portable flue gas including setting up in movable type box, and integration box is handled including setting up heat exchange formula flue gas treater, dust processor, decomposition ware, adsorption tower, pipeline, blower system and the electrical system in movable type box to portable flue gas, self energy type waste incinerator includes and furnace body, chimney, garbage feeding device, grate, ashes collection device and cutting remove system is equipped with some firearms, a plurality of self energy formula combustion -supporting and energy amplifier on the circumference of furnace body lower part. The advantage is: realize the self energy formula sustained combustion of rubbish, energy waste and flue gas are to the environmental pollution problem among the solution garbage burning process, remove the convenient nimble waste incineration equipment that can make and realize integrating, be particularly suitable for establishhing on a small scale distributed, garbage treatment amount is less, the environmental protection is had relatively high expectations and be difficult for establishhing the place that domestic waste handled.
Description
Technical field
The utility model belongs to technical field of garbage disposal equipment, at more particularly to a kind of self-burning type rubbish energy-conserving and environment-protective
Reason system.
Background technology
At present, the main method of domestic rubbish disposal is landfill method, composting process and burning method.Landfill method and composting process have
Place takes big, addressing difficulty, and process conditions are difficult to control to, the shortcoming that construction investment and later maintenance cost are of a relatively high, special
It is not that handling process causes the problem of secondary pollution to be limited to its popularization and application to environment.
Garbage incineration technology by minimizing, resource and it is innoxious the characteristics of, obtain widely in world many countries
Using.But, house refuse will be inevitably generated during burning disposal dust granules thing, sour gas (as HCl,
SO2、NOx), heavy metal and organic toxicant (such as bioxin, furans) secondary pollution material.Therefore, at using incineration technology
Gas cleaning process is must take into during reason house refuse, incineration flue gas have to pass through process and reach and could discharge after discharge standard,
To avoid secondary pollution.At present, it is exactly to prevent and treat secondary pollution to restrict one of principal element of garbage incineration technology success or failure.Due to existing
The structure for having garbage incineration equipment is limited, it is impossible to realize integrated operation, and it is loaded down with trivial details to be not easy to mobile, actual installation practice,
And the scope of application is restricted.
Garbage incineration technology is widely promoted always in city, and the problem being primarily present is as follows：1st, city rubbish
Rubbish complicated, and with seasonal variations than larger, refuse thermal value is again relatively low, when processing rubbish using traditional incineration technology, must
Auxiliary fuel must be added, cause investment and operating cost to remain high.2nd, traditional burning disposal addressing need to typically avoid resident
Inhabitation accumulation regions, so increase garbage disposal freight.When the 3rd, processing rubbish using traditional incineration technology, due to burning not
Enough abundant, the dust and pernicious gas content in flue gas is more, and the discharge for causing fume emission especially bioxin is unable to reach
Discharging standards, for the garbage disposal of small lot, if using traditional garbage incineration process, needing to put into substantial contribution
In the tail gas clean-up processing equipment of incinerator and costliness.Therefore, for the severe shape encountered in consumer waste incineration process
Gesture, accelerates the flue gas of refuse burning processing equipment of research practical application area, for propulsion Consideration of MSW Incineration Technology is stably transported
Row and sustainable development are significant.
Utility model content
The utility model provides a kind of self-burning type rubbish energy-conserving and environment-protective to solve technical problem present in known technology
Processing system.
The utility model is realized using the furnace binding of self extinguishing type combustion-supporting, energy amplifier induced draught system and uniqueness
The self extinguishing type sustained combustion of rubbish, thoroughly solves energy waste and flue gas environmental pollution in conventional Refuse Incineration Process and asks
Topic, economic benefit, environmental benefit are clearly.Overcome the deficiency of conventional garbage incineration process and fume treatment technology, energy
It is enough effectively to process house refuse, while the tail gas and noxious pollutant that produce in processing procedure are controlled, prevent to environment
Secondary pollution.Conveniently moving is flexibly and to realize can garbage incineration equipment integrated, is particularly suitable for setting up small-scale
Distributing, garbage treatment quantity are less, environmental requirement is higher and are difficult to set up the place of domestic waste disposal site.
The utility model is adopted the technical scheme that to solve technical problem present in known technology：
Self-burning type rubbish energy-conserving and environment-protective processing system, it is characterised in that：Including the self energy type being arranged in portable casing
Incinerator and mobile smoke process integral box, and the mobile smoke processes integral box to be included being arranged on portable casing
Interior exchange type flue-gas treater, dust processor, decomposer, adsorption tower, pipeline, blower system and electric-control system, are moving
Equipped with the inlet flange connector connected with exchange type flue-gas treater and by pipeline and air blast system on dynamic formula casing side
The outlet flange connector of system connection；The self energy type incinerator includes body of heater, the chimney being arranged at the top of body of heater, cooling
Water circulation system and the feeding garbage device of body of heater side connection, the fire grate installed in lower portion of furnace body, ashes collection device and row
Slag system, igniter, multiple self extinguishing type combustion-supportings is provided with the circumference of lower portion of furnace body outer wall and is connected with self extinguishing type combustion-supporting
Energy amplifier, the chimney is provided with gas adpting flange and outlet connection method after the process stretched out outside portable casing
Orchid, on the inwall of body of heater flame retardant coating is provided with；The mobile smoke processes the inlet flange connector and self energy type of integral box
The outlet adpting flange connection of incinerator, the mobile smoke processes the outlet flange connector and self energy type of integral box
Gas adpting flange connection after the process of incinerator.
The utility model can also be adopted the following technical scheme that：
The mobile smoke processes the exchange type flue-gas treater of integral box and connects dust processor, institute by pipeline
State dust processor and decomposer is connected by pipeline, the decomposer passes through absorption of the pipeline connect setting in portable casing
Tower, the adsorption tower is provided with electric-control system quick connector, the automatically controlled system by pipeline connection blower system on electric-control system
System is electrically connected by wire with exchange type flue-gas treater, decomposer and blower system.
The self extinguishing type combustion-supporting of the self energy type incinerator is closed by steel pipe, the insulating barrier of combustion-supporting first, combustion-supporting
Jin Huan, rare earth layer of silica gel, axial magnetic stripe, the insulating barrier of combustion-supporting second, annular magnet ring and stainless steel sleeve are constituted, in steel pipe and stainless
The insulating barrier of combustion-supporting first, combustion-supporting alloy hoop, rare earth layer of silica gel, axial magnetic stripe, combustion-supporting second are sequentially arranged between steel bushing
Insulating barrier and annular magnet ring, in one end of steel pipe the screw thread for connecting energy amplifier is formed with, and the other end of steel pipe is formed with use
In the screw thread being connected with lower portion of furnace body.
The energy amplifier of the self energy type incinerator includes locknut, the insulating barrier of amplifier first, amplifier first
Alloy hoop, the insulating barrier of amplifier second, the alloy hoop of amplifier second, the insulating barrier of amplifier the 3rd and reducing energy-gathering ring, in reducing
It is sequentially arranged with the insulating barrier of amplifier first, the alloy hoop of amplifier first, amplifier on the isometrical portion axial direction of energy-gathering ring from left to right
Second insulating barrier, the alloy hoop of amplifier second, the insulating barrier of amplifier the 3rd, the insulating barrier of the amplifier first outside passes through locknut
With the locking of reducing energy-gathering ring.
The combustion-supporting alloy hoop adopts copper alloy ring.
The alloy hoop of the amplifier first and the alloy hoop of amplifier second adopt copper alloy ring.
The utility model has the advantages and positive effects that：Because the utility model adopts above-mentioned technical proposal, this is
Self energy type incinerator in system can be made a large amount of by the self extinguishing type combustion-supporting and the energy amplifier that are arranged on lower portion of furnace body
The reactivity oxygen of high speed is constantly poured in stove, and any oil, burning gases and combustion-supporting material need not be added after igniting, completely can be with
Automatic continuous burning, and 1100 DEG C or so of high temperature is produced in body of heater central part, with various house refuses, the useless rubbish of hospital, meal
The rubbish such as kitchen rubbish and spoil fully burns, and discharges amount of heat, is constantly supplied to subsequent processes.Additionally,
This self energy type incinerator can be loaded on body of heater in portable casing when garbage disposal is carried out, installation is quick, movement is flexible,
Safeguard simple, and energy-efficient, floor space is little, processing cost is low, process range is wide, reduction is obvious, thoroughly solves
Determine energy waste and flue gas environmental pollution in conventional Refuse Incineration Process.The flue gas processing device of the system can basis
Applying working condition is arranged on exchange type flue-gas treater, dust processor, decomposer, adsorption tower and blower system any combination
In portable integrated cabinet, can flexiblely move to small-scale distributed domestic waste disposal site institute and be difficult to set up
The region of domestic waste disposal site, the particle reduced in flue gas is discharged.
Description of the drawings
Fig. 1 is overall structure diagram of the present utility model；
Fig. 2 is the utility model self energy type incinerator structural representation；
Fig. 3 is the utility model self extinguishing type combustion-supporting and energy amplifier assembling structure schematic diagram；
Fig. 4 is the structural representation of the utility model energy amplifier；
Fig. 5 is the structural representation of the utility model self extinguishing type combustion-supporting；
Fig. 6 is the A-A sectional views of Fig. 5；
Fig. 7 is that the utility model mobile smoke processes second combining structure schematic diagram of integral box；
Fig. 8 is the third combining structure schematic diagram of the utility model mobile smoke process integral box；
Fig. 9 is that the utility model mobile smoke processes the 4th kind of combining structure schematic diagram of integral box.
In figure：1st, chimney；2nd, valve；3rd, cooling circulating water system；4th, body of heater；5th, feeding garbage device；6th, self extinguishing type is helped
Burner；6-1, steel pipe；6-2, the insulating barrier of combustion-supporting first；6-3, combustion-supporting alloy hoop；6-4, rare earth layer of silica gel；6-5, axial magnetic
Bar；6-6, the insulating barrier of combustion-supporting second；6-7, annular magnet ring；6-8, stainless steel sleeve；7th, energy amplifier；7-1, locknut；7-2、
The insulating barrier of amplifier first；7-3, the alloy hoop of amplifier first；7-4, the insulating barrier of amplifier second；7-5, the alloy of amplifier second
Ring；7-6, the insulating barrier of amplifier the 3rd；7-7, reducing energy-gathering ring；8th, igniter；9th, dreg removing system；10th, portable casing；11、
Gas adpting flange after process；12nd, outlet adpting flange；13rd, flame retardant coating；14th, combustion-supporting protective cover；15th, fire grate；16th, ashes
Collection device；17th, exchange type flue-gas treater；18A, the first dust processor；18B, the second dust processor；19A, first
Decomposer；19B, the second decomposer；20A, the first adsorption tower；20B, the second adsorption tower；21st, blower system；22nd, inlet flange connects
Interface；23rd, electric-control system；24th, integrated cabinet；25th, cooling water inlet；26th, hot water outlet；27th, outlet flange connector；
28th, pump；29th, detection and medicine-pouring port.
Specific embodiment
For utility model content of the present utility model, feature and effect can be further appreciated that, following examples are hereby enumerated, and
Accompanying drawing is coordinated to describe in detail as follows：
It should be noted that unless otherwise clearly defined and limited, term " first ", " second " etc. do not represent order peace
Dress, does not represent the importance of described part yet.
Embodiment 1, refers to Fig. 1-Fig. 6, self-burning type rubbish energy-conserving and environment-protective processing system, including being arranged on portable casing
Self energy type incinerator and mobile smoke in 10 processes integral box, and the mobile smoke processes integral box to be included arranging
Exchange type flue-gas treater 17, dust processor in integrated cabinet 24, decomposer, adsorption tower 20, pipeline, blower system
21 and electric-control system 23, equipped with the inlet flange connector 22 connected with exchange type flue-gas treater on integrated cabinet side
With the outlet flange connector 27 connected with blower system 21 by pipeline.The self energy type incinerator includes body of heater 4, sets
Put the feeding garbage device 5 of chimney 1 at the top of body of heater, cooling water recirculation system 3 and body of heater side connection, installed in body of heater
The fire grate 15 of bottom, ashes collection device 16 and dreg removing system 9, are provided with igniter 8, multiple on the circumference of lower portion of furnace body outer wall
Self extinguishing type combustion-supporting 6 and the energy amplifier 7 being connected with self extinguishing type combustion-supporting, lower portion of furnace body correspondence self extinguishing type combustion-supporting and
Energy amplifier position is provided with combustion-supporting protective cover 14.The chimney is provided with gas after the process stretched out outside portable casing
Adpting flange 11 and outlet adpting flange 12, are provided with flame retardant coating 13 on the inwall of body of heater.The mobile smoke processes integrated
The inlet flange connector 22 of case is connected with the outlet adpting flange 12 of self energy type incinerator, and the mobile smoke is processed
The outlet flange connector 27 of integral box is connected with gas adpting flange 11 after the process of self energy type incinerator.
In the present embodiment, the mobile smoke is processed the exchange type flue-gas treater 17 of integral box and is connected by pipeline
First dust processor 18A, the first dust processor 18A by pipeline connect the second dust processor 18B, described second
Dust processor connects the first decomposer 19A by pipeline, and the first decomposer connects the second decomposer 19B by pipeline, described
, by first adsorption tower 20A of the pipeline connect setting in portable casing, first adsorption tower is by pipe for second decomposer
Road connects blower system 21, and electric-control system quick connector is provided with electric-control system, and the electric-control system is by wire and heat friendship
Change the electrical connection of formula flue-gas treater, decomposer and blower system.By pipeline point on first decomposer and the second decomposer
It is not connected with pump 28 and detection and medicine-pouring port 29.Cooling is connected respectively by circulating water pipe in exchange type flue-gas treater bottom
Water inlet 25 and hot water outlet 26, on first decomposer and the second decomposer by pipeline be connected with pump 28 and detection and
Medicine-pouring port 29.
In the present embodiment, the self extinguishing type combustion-supporting 6 of the self energy type incinerator is by steel pipe 6-1, combustion-supporting first
Insulating barrier 6-2, combustion-supporting alloy hoop 6-3, rare earth layer of silica gel 6-4, axial magnetic stripe 6-5, combustion-supporting the second insulating barrier 6-6, annular
Magnet ring 6-7 and stainless steel sleeve 6-8 is constituted, and the insulating barrier of combustion-supporting first, combustion-supporting are sequentially arranged between steel pipe and stainless steel sleeve
Alloy hoop, rare earth layer of silica gel, axial magnetic stripe, the insulating barrier of combustion-supporting second and annular magnet ring, are formed with for even in one end of steel pipe
The screw thread of energy amplifier is connect, the other end of steel pipe is formed with the screw thread for being connected with lower portion of furnace body.
In the present embodiment, the energy amplifier 7 of the self energy type incinerator includes that lock 7-1, amplifier first insulate
Layer 7-2, amplifier the first alloy hoop 7-3, amplifier the second insulating barrier 7-4, amplifier the second alloy hoop 7-5, amplifier the 3rd
Insulating barrier 7-6 and reducing cumulative 7-7, is sequentially arranged with from left to right amplifier first exhausted on the isometrical portion axial direction of reducing energy-gathering ring
Edge layer, the alloy hoop of amplifier first, the insulating barrier of amplifier second, the alloy hoop of amplifier second, the insulating barrier of amplifier the 3rd, it is described
Locked with reducing energy-gathering ring by locknut in the insulating barrier of amplifier first outside.
In the present embodiment, the combustion-supporting alloy hoop 6-3 adopts copper alloy ring.
In the present embodiment, the amplifier the first alloy hoop 7-3 and the second alloy hoop of amplifier 7-5 adopts copper alloy
Ring.
Embodiment 2, refers to Fig. 7, and in the present embodiment, the self energy type rubbish of self-burning type rubbish energy-conserving and environment-protective processing system burns
Burn furnace structure identical with the structure of embodiment 1, the mobile smoke processes integral box to be included being arranged in portable casing 24
Exchange type flue-gas treater 17, the first dust processor 18A, the first decomposer 19A, the second decomposer 19B, the first adsorption tower
20A, the second adsorption tower 20B, blower system 21 and electric-control system 23.The exchange type flue-gas treater side is connected with stretches out
Inlet flange connector 22 outside casing, connects respectively cooling water and enters in exchange type flue-gas treater bottom by circulating water pipe
Mouth 25 and hot water outlet 26.The exchange type flue-gas treater connects the first dust processor 18A by pipeline, and described the
One dust processor 18A passes through the decomposer of pipeline connection second by pipeline connection the first decomposer 19A, first decomposer
19B, the second decomposer 19B connect the first adsorption tower 20A by pipeline, and the first adsorption tower 20A is adsorbed by pipeline connection second
Tower 20B, the second adsorption tower 20B are arranged on casing one by pipeline connection blower system, the blower system by pipeline connection
Outlet flange connector 27 on side.The electric-control system is provided with electric-control system quick connector, and the electric-control system is by leading
Line is electrically connected with exchange type flue-gas treater, decomposer and blower system.The mobile smoke processes the air inlet of integral box
Flange connector 22 is connected with the outlet adpting flange 12 of self energy type incinerator, and the mobile smoke processes integral box
Outlet flange connector 27 is connected with gas adpting flange 11 after the process of self energy type incinerator.First decomposer and
Pump 28 and detection and medicine-pouring port 29 are connected with by pipeline on second decomposer.
Embodiment 3, refers to Fig. 8, and in the present embodiment, the self energy type rubbish of self-burning type rubbish energy-conserving and environment-protective processing system burns
Burn furnace structure identical with the structure of embodiment 1, the mobile smoke processes integral box to be included being arranged in portable casing 24
Exchange type flue-gas treater 17, the first decomposer 19A, the second decomposer 19B, the first adsorption tower 20A, the second adsorption tower 20B,
Blower system 21 and electric-control system 23.The exchange type flue-gas treater side is connected with the inlet flange stretched out outside casing and connects
Interface 22, cooling water inlet 9 and hot water outlet are connected respectively in exchange type flue-gas treater bottom by circulating water pipe 12
10, exchange type flue-gas treater connects the first decomposer 19A and the second decomposer 19B, second decomposer by pipeline
The first adsorption tower 20A and the second adsorption tower 20B by pipeline connect setting in portable casing 8, second adsorption tower
By pipeline connection blower system.The blower system passes through outlet flange of the pipeline connect setting on portable casing side
Connector 27.The electric-control system is provided with electric-control system quick connector, and the electric-control system is by wire and exchange type cigarette
The electrical connection for the treatment of apparatus, decomposer and blower system.The mobile smoke process the inlet flange connector 22 of integral box with
The outlet adpting flange 12 of self energy type incinerator connects, and the mobile smoke processes the outlet flange connector of integral box
27 are connected with gas adpting flange 11 after the process of self energy type incinerator.
In the present embodiment, pump 28 and detection and injection are connected with by pipeline on first decomposer and the second decomposer
Mouth 29.
Embodiment 4, refers to Fig. 9, and in the present embodiment, the self energy type rubbish of self-burning type rubbish energy-conserving and environment-protective processing system burns
Burn furnace structure identical with the structure of embodiment 1, the mobile smoke processes integral box to be included being arranged in portable casing 24
Exchange type flue-gas treater 17, the first decomposer 19A, the first adsorption tower 20A, blower system 21 and electric-control system 23.It is described
Exchange type flue-gas treater side is connected with the inlet flange connector 22 stretched out outside casing, in exchange type flue-gas treater
Bottom connects respectively cooling water inlet 9 and hot water outlet 10 by circulating water pipe 12, and exchange type flue-gas treater is by pipe
Road connects the first decomposer 19A, and first decomposer passes through first adsorption tower of the pipeline connect setting in portable casing 8
20A, first adsorption tower passes through pipeline connection blower system.The blower system is by pipeline connect setting in portable case
Outlet flange connector 27 on body side.The electric-control system is provided with electric-control system quick connector, and the electric-control system leads to
Cross wire to electrically connect with exchange type flue-gas treater, decomposer and blower system.The mobile smoke processes integral box
Inlet flange connector 22 is connected with the outlet adpting flange 12 of self energy type incinerator, and the mobile smoke processes integrated
The outlet flange connector 27 of case is connected with gas adpting flange 11 after the process of self energy type incinerator.
In the present embodiment, pump 28 and detection and injection are connected with by pipeline on first decomposer and the second decomposer
Mouth 29.
Operation principle of the present utility model is：
Rubbish is entered in the furnace chamber of self energy type incinerator by feeding garbage device 6, rubbish is lighted by igniter 8
Rubbish, the rubbish of burning is separated by flame retardant coating 13 with self energy type garbage cremator inner wall.With the continuous input of rubbish in furnace chamber,
The rubbish burnt in furnace chamber is divided into multiple energy conversions and conversion zone, is upwards successively carbon by the energy conversion coating of the bottom
Change refuse burning layer, energy storage layer, carburizing reagent layer, preliminary carbonization treatment layer, thermal decomposition process layer, destructive distillation process layer, heat
Resolution process layer, gasification reaction and gas burning zone, heat exchange layers, smoke evacuation and water cooling layer.The heat energy of incineration firing storage exists
In the presence of self extinguishing type combustion-supporting and energy amplifier, make carbon molecule be sufficiently mixed sequence with comburant, strengthen comburant carbon
Molecular oxidation combustion reaction, in central part 1100 DEG C or so of high-temperature region is produced, and is the follow-up decomposition for adding rubbish, reaction in stove
Provide sufficient energy with burning, it is ensured that the system in the case of without combustion adjuvant and combustion-supporting material, continuously to rubbish
Rubbish carry out completely, thoroughly harmless treatment.
After the inlet flange connector 22 that mobile smoke processes integral box is docked with garbage incinerating system, rubbish combustion
Flue gas produced by burning enters exchange type flue-gas treater 17 by pipeline, and inside exchange type flue-gas treater disk is arranged
Tubular type or straight tubular heat exchanger, cooling water is entered from exchange type flue-gas treater lower end, with flue gas heat exchange.Flue gas is through warm
Switch type flue-gas treater reduces rapidly its high-temperature, the deleterious molecular such as bioxin synthesis in flue gas is effectively prevented, while raw
Remove into tobacco tar and periodically.After flue gas, hot water flows out cooling water from upper end, is available for producing, life heat etc. is used.
Then, the flue gas through exchange type flue-gas treater enters into the first dust processor 18A and the second dust processor 18B,
The upper end arranging multiplayer steel mesh of the first dust processor and the second dust processor is filtered, lower end base configuration umbrella flue gas shunting
Cover, inside sets multilayer barrier for shunting flue gas, and larger particles material in separating flue, the particle reduced in flue gas is discharged.This
When, enter the first decomposer 19A and the second decomposer 19B, first decomposer and second through the flue gas of dust processor
Decomposer is built-in with harmful smoke that can be to producing after incineration firing and carries out the treatment fluid of harmless treatment, and treatment fluid passes through pump
Under spraying from after the top atomization of the first decomposer and the second decomposer after 14 pressurizations, the deleterious molecular in flue gas can be decomposed
Reduction treatment, and there is chemical reaction with pernicious gas in flue gas.Netted mistake is set in the first decomposer and the second decomposer
Filter disc piece, netted filtering disc is provided with Pall ring, can be filtered the reactant after decomposition, in further separating flue
Fine particulate material, the particle reduced in flue gas is discharged.Flue gas Jing after resolution process enters the first adsorption tower 20A and second and inhales
Attached tower 20B, by the multilayer changeable type adsorption filter screen in the first adsorption tower and the second adsorption tower residual harmful gas is carried out
Absorption and filtration, the first adsorption tower and the second adsorption tower lower end stop layer configuration umbrella flue gas shunting cover, inside set multilayer obstruction
Screen pack, prevents flue gas molecule from discharging, and makes the flue gas after process meet discharging standards requirement.Afterwards, process qualified
Flue gas be discharged in air through blower system 5.
Rubbish thermal decomposition process technique, garbage carbonized handling process and rubbish can be burnt using this self energy type incinerator
Burn handling process organically to combine in a body of heater, to rubbish layered shaping, combustible inorganic matter in rubbish is directly fired
Burn；Oily and protein-based organic matter low temperature thermal decomposition, produces imflammable gas and material, and discharges heat energy；Plant type organic
Directly destructive distillation is processed, and discharges inflammable substance and gas；It is changed into the higher carbon of calorific value, incineration firing after solid organic matters carbonization
The heat energy of storage makes house refuse further fully burn under the collective effect of self extinguishing type combustion-supporting and energy amplifier, releases
The heat put provides energy constant for rubbish subsequent treatment, and the self extinguishing type for realizing house refuse continues burning disposal.
This mobile smoke processes each part of integral box and is desirably integrated in a packaged type casing, has
The characteristics of maneuverability, can optionally move to small-scale distributed domestic waste disposal site institute and be difficult to set up life rubbish
The region of rubbish Treatment stations.
Embodiment described in the utility model accompanying drawing is exemplary, is only used for explaining the utility model, and can not be managed
Solution is to restriction of the present utility model.
Claims (6)
1. a kind of self-burning type rubbish energy-conserving and environment-protective processing system, it is characterised in that：Including the self energy being arranged in portable casing
Type incinerator and mobile smoke process integral box, and the mobile smoke processes integral box to be included being arranged on portable case
Internal exchange type flue-gas treater, dust processor, decomposer, adsorption tower, pipeline, blower system and electric-control system,
Equipped with the inlet flange connector connected with exchange type flue-gas treater and by pipeline and air blast on portable casing side
The outlet flange connector of system connectivity；The self energy type incinerator includes body of heater, the chimney, cold being arranged at the top of body of heater
But water circulation system and body of heater side connection feeding garbage device, the fire grate installed in lower portion of furnace body, ashes collection device and
Dreg removing system, igniter, multiple self extinguishing type combustion-supportings is provided with the circumference of lower portion of furnace body outer wall and is connected with self extinguishing type combustion-supporting
The energy amplifier for connecing, the chimney is provided with gas adpting flange and outlet after the process stretched out outside portable casing and connects
Flange, on the inwall of body of heater flame retardant coating is provided with；The mobile smoke processes the inlet flange connector and self energy of integral box
The outlet adpting flange connection of type incinerator, the mobile smoke processes the outlet flange connector and self energy of integral box
Gas adpting flange connection after the process of type incinerator.
2. self-burning type rubbish energy-conserving and environment-protective processing system according to claim 1, it is characterised in that：The mobile smoke
The exchange type flue-gas treater for processing integral box connects dust processor by pipeline, and the dust processor is connected by pipeline
Decomposer is connect, the decomposer passes through pipeline by adsorption tower of the pipeline connect setting in portable casing, the adsorption tower
Connection blower system, is provided with electric-control system quick connector on electric-control system, and the electric-control system is by wire and exchange type
The electrical connection of flue-gas treater, decomposer and blower system.
3. self-burning type rubbish energy-conserving and environment-protective processing system according to claim 1, it is characterised in that：The self energy type rubbish
The self extinguishing type combustion-supporting of incinerator is by steel pipe, the insulating barrier of combustion-supporting first, combustion-supporting alloy hoop, rare earth layer of silica gel, axial magnetic
Bar, the insulating barrier of combustion-supporting second, annular magnet ring and stainless steel sleeve are constituted, and combustion-supporting is sequentially arranged between steel pipe and stainless steel sleeve
First insulating barrier, combustion-supporting alloy hoop, rare earth layer of silica gel, axial magnetic stripe, the insulating barrier of combustion-supporting second and annular magnet ring, in steel pipe
One end be formed with screw thread for connecting energy amplifier, the other end of steel pipe is formed with the screw thread for being connected with lower portion of furnace body.
4. self-burning type rubbish energy-conserving and environment-protective processing system according to claim 1, it is characterised in that：The self energy type rubbish
The energy amplifier of incinerator includes that locknut, the insulating barrier of amplifier first, the alloy hoop of amplifier first, amplifier second insulate
Layer, the alloy hoop of amplifier second, the insulating barrier of amplifier the 3rd and reducing energy-gathering ring, on the isometrical portion axial direction of reducing energy-gathering ring by
From left to right is sequentially arranged with the insulating barrier of amplifier first, the alloy hoop of amplifier first, the insulating barrier of amplifier second, amplifier second and closes
Locked with reducing energy-gathering ring by locknut in Jin Huan, the insulating barrier of amplifier the 3rd, the insulating barrier of the amplifier first outside.
5. self-burning type rubbish energy-conserving and environment-protective processing system according to claim 3, it is characterised in that：The combustion-supporting alloy
Ring adopts copper alloy ring.
6. self-burning type rubbish energy-conserving and environment-protective processing system according to claim 4, it is characterised in that：The amplifier first
Alloy hoop and the alloy hoop of amplifier second adopt copper alloy ring.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620480838.XU CN206176380U (en) | 2016-05-24 | 2016-05-24 | Energy -conserving environmental treatment system of spontaneous combustion formula rubbish |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620480838.XU CN206176380U (en) | 2016-05-24 | 2016-05-24 | Energy -conserving environmental treatment system of spontaneous combustion formula rubbish |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206176380U true CN206176380U (en) | 2017-05-17 |
Family
ID=58673134
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620480838.XU Withdrawn - After Issue CN206176380U (en) | 2016-05-24 | 2016-05-24 | Energy -conserving environmental treatment system of spontaneous combustion formula rubbish |
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| Country | Link |
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| CN (1) | CN206176380U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105864777A (en) * | 2016-05-24 | 2016-08-17 | 阳光大地（天津）环保工程有限公司 | Spontaneous combustion type energy conservation and environmental protection garbage processing system |
-
2016
- 2016-05-24 CN CN201620480838.XU patent/CN206176380U/en not_active Withdrawn - After Issue
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105864777A (en) * | 2016-05-24 | 2016-08-17 | 阳光大地（天津）环保工程有限公司 | Spontaneous combustion type energy conservation and environmental protection garbage processing system |
| CN105864777B (en) * | 2016-05-24 | 2017-11-24 | 阳光大地（天津）环保工程有限公司 | Self-burning type rubbish energy-conserving and environment-protective processing system |
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| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20170517 Effective date of abandoning: 20171124 |
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| AV01 | Patent right actively abandoned |