CN205037304U - Device is burned to multi -functional high speed of totally enclosed - Google Patents
Device is burned to multi -functional high speed of totally enclosed Download PDFInfo
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- CN205037304U CN205037304U CN201520794186.2U CN201520794186U CN205037304U CN 205037304 U CN205037304 U CN 205037304U CN 201520794186 U CN201520794186 U CN 201520794186U CN 205037304 U CN205037304 U CN 205037304U
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Abstract
The utility model belongs to the technical field of refuse treatment, a oxygen output tube respectively with oxygenating pipe, secondary oxygenating pipe and that device is burned to multi -functional high speed of totally enclosed, burn burning furnace through the pipe in proper order with purify condenser, air exhauster, totally closed cooling bath, totally closed ecological purifying area, burn the burning furnace intercommunication, the oxygenerator is related to air -supply line intercommunication, the furnace body inner chamber is provided with the oxygenating pipe one time by forming have a surplus ash cooling but district, primary combustion zone, secondary high temperature burning schizolysis district and cooling decoking district on going in proper order on the lateral wall of primary combustion zone, be provided with secondary oxygenating pipe and feed mechanism on the lateral wall in secondary high temperature burning schizolysis district, the equipartition has intercommunication cooling decoking to distinguish on the lateral wall in cooling decoking district or the bell cold wind air -supply line, the advantage is: msw incineration, schizolysis, decoking, purification, condensation, cooling, biodegradable, waste gas loopback cracked totally closed processing mode, the production process do not have reveal, the zero release, accord with the environmental protection requirement.
Description
Technical field
The utility model belongs to technical field of waste treatment, refers in particular to a kind of Compoetely-closed multifunctional high speed incinerator.
Background technology
At present, after garbage disposal generally adopts and first burns away the refuse with incinerator, the waste gas produced burning away the refuse again is introduced in pyrolysis furnace and is carried out cracking process, such as Chinese patent CN102072491B discloses " a kind of garbage incinerator device with ceramic new energy production system ", it is by tampered ceramic roasting kiln, incinerator, pyrolysis furnace and spray tower and dedusting thereof, smoke evacuation system combination is connected, its weak point is: one is introduced cracking in pyrolysis furnace used longer pipeline and two cover bodies of heater by the burn away the refuse waste gas that produces of incinerator, the cost of manufacturing equipment is high, two is that the heat exhaustion of waste gas course of conveying is large, and in pyrolysis furnace, form the energy that cracking temperature consumes large, production cost is high, three be burn away the refuse produce waste gas cracking after, because cracking temperature is high, Jiao containing a large amount of thawing in flue gas and high temperature flying dust, these high temperature materials meet other tube walls or parts all can be bonding on it, become coking, these cokings not only affect the proper flow of flue gas, also can corrode tube wall or parts, and are difficult to cleaning, four be burn away the refuse produce waste gas cracking after still have part toxic and harmful to discharge, cause secondary pollution environment.
Summary of the invention
The purpose of this utility model is to provide the Compoetely-closed multifunctional high speed incinerator of the waste gas of a kind of circular treatment rubbish and combustion refuse generation.
The purpose of this utility model is achieved in that
Compoetely-closed multifunctional high speed incinerator, comprise incinerator, feeding mechanism on incinerator sidewall, ash discharging pipe road bottom incinerator and blast pipe, body of heater inner chamber is formed with ash cooling zone from down to up successively, primary combustion zone, secondary high-temperature burning cracking zone and cooling decoking district, the sidewall of primary combustion zone is arranged an oxygenating pipe of promising primary combustion zone oxygenating, the sidewall of secondary high-temperature burning cracking zone is arranged the secondary oxygenating pipe of promising secondary high-temperature burning cracking zone oxygenating and described feeding mechanism, the sidewall in cooling decoking district is or/and bell is evenly equipped with the cold wind blast pipe being communicated with cooling decoking district, the oxygen output tube of oxygenerator respectively with an oxygenating pipe, secondary oxygenating pipe is communicated with described blast pipe, on bell, the exhaust outlet arranged placed in the middle is communicated with purification and condensation device successively by conduit, air exhauster, totally-enclosed cooling bath, be communicated with blast pipe behind totally-enclosed ecological purification district formed close waste gas purification recycle loop.
The lower ending opening of the cylindrical shell of above-mentioned incinerator is provided with rotary disk basement, rotary disk basement is provided with the rotating disk of taper, rotating disk is driven by the motor be arranged on the downside of rotary disk basement, the upper end of cylindrical shell is provided with between two parties with the bell of exhaust opening, be provided through the lower grey passage of rotary disk basement between the turntable periphery of the taper of body of heater inner chamber and furnace wall, what the downside of rotary disk basement was arranged run through rotary disk basement and be communicated with described blast pipe by the intake stack that aperture of giving vent to anger uniform on rotating disk is communicated with body of heater inner chamber.
The lower grey passage that above-mentioned rotary disk basement is arranged down is communicated with the spiral ash discharger of horizontally set, described spiral ash discharger is: the lower lower ending opening of grey passage is communicated with one end sidewall of the transverse tube of horizontally set, be provided with the rotating shaft of bearings in transverse tube end walls in transverse tube, rotating shaft is provided with helical blade, rotating shaft drives it to rotate by motor, and the lower wall of the transverse tube other end is provided with ash hole.
Above-mentioned purification and condensation device is: the middle part of the barrel-type casing inner chamber closed is provided with cooling condensing zone, bottom is provided with Water warfare district and barrel-type casing inner chamber is divided into Water warfare district from down to up successively, purifying exhaust air pooling zone, cooling condensing zone and cooling waste gas pooling zone, the upper wall of barrel-type casing is provided with waste gas outlet, lower wall is provided with Sewage outlet, waste gas enters pipeline and stretches in Water warfare district through the sidewall of purifying exhaust air pooling zone, described cooling condensing zone is circulating water cooling water jacket, spaced thin-wall stainless steel passes the inner space of circulating water cooling water jacket and purifying exhaust air pooling zone and the waste gas pooling zone that lowers the temperature, waste gas outlet and Sewage outlet are all by the inner space of pipeline and described totally-enclosed cooling bath.
The concrete structure of above-mentioned feeding mechanism is: the outlet of closed garbage disintegrating machine and the inlet communication of totally-enclosed belt feeder, and the outlet of totally-enclosed belt feeder and secondary high-temperature burn the inner space of cracking zone; Or the concrete structure of described feeding mechanism is: the sidewall surface thereof of secondary high-temperature burning cracking zone is provided with feed pipe, the upper side wall of feed pipe is provided with loading hopper, the outer end of feed pipe is fixed with cylinder, the piston rod of cylinder to stretch in feed pipe and is connected with pushing piston in piston rod end, forms piston feeding mechanism.
Above-mentioned totally-enclosed ecological purification district is that cultivation has plant water plant, ground planted and is implanted with Absorbable rod pernicious gas on the water surface of closed area.
The utility model gives prominence to compared to existing technology and useful technique effect is:
1, the high temperature that the utility model utilizes the mode of supplementing pure oxygen can realize being formed through primary combustion, second-time burning in an incinerator carries out cracking to waste gas, because this cracking temperature is the temperature heightened on the basis of the temperature of primary combustion generation, compare the energy forming cracking temperature consumption in independent pyrolysis furnace little, economize energy, lytic effect is good; Waste gas after cracking by bell or/and the clean cold air of the tubule input 5kg pressure that the upside sidewall of body of heater is covered with, dilution cooling curing is carried out to the flue gas flying dust up to about thousand degree, make the waste gas after combustion refuse or first combustion refuse carry out waste gas and the flying dust noncoking of Pintsch process formation more again to combustion refuse, thus reach the object of decoking or prevention coking; Incinerator of the present utility model integrates combustion refuse, cracking waste gas, decoking, and structure is simple, and economize energy, production cost is low.
2, the utility model adopts pure oxygen burning, with low cost, and combustion process quantity of heat production is large, and the heat of generation can form high-temperature-hot-water clean in a large number by the recirculated water heated after the circulating water cooling water jacket heat exchange of purification and condensation device and can separately use it for anything else
3, the waste gas that the utility model is sent here incinerator in a purification and condensation device carries out Water warfare and water jacket condensation, compact conformation, and purification and condensation is effective, and production cost is low.
4, the utility model passes through the incineration firing of incinerator, waste gas cracking and decoking, the clearing machine condensation of purification and condensation device, the waste gas sent here from purification and condensation device and sewage collect in totally-enclosed cooling bath and send into totally-enclosed ecological purification district and again carry out biodegradation and purified treatment to waste water and gas after cooling again, waste gas containing surplus poisonous and harmful substance is again introduced incinerator by blast pipe and is carried out Pintsch process, define totally enclosed garbage disposal pattern, simple and compact for structure, technological design is reasonable, production process is without leakage, substantially zero-emission is achieved, meet national requirements for environmental protection completely.
Accompanying drawing explanation
Fig. 1 is structural principle schematic diagram of the present utility model.
Fig. 2 is the structural representation of spiral ash discharger of the present utility model.
Fig. 3 is the structural representation of piston feeding mechanism of the present utility model.
Detailed description of the invention
The utility model is further described with specific embodiment below in conjunction with accompanying drawing, see Fig. 1-Fig. 3:
Compoetely-closed multifunctional high speed incinerator, comprise incinerator 25, feeding mechanism 15 on incinerator 25 sidewall, ash discharging pipe road 20 bottom incinerator 25 and blast pipe 51, body of heater inner chamber is formed with ash cooling zone 23 from down to up successively, primary combustion zone 24, secondary high-temperature burning cracking zone 26 and cooling decoking district 27, the sidewall of primary combustion zone 24 is arranged an oxygenating pipe 12 of promising primary combustion zone 24 oxygenating, the sidewall of secondary high-temperature burning cracking zone 26 is arranged the secondary oxygenating pipe 13 of promising secondary high-temperature burning cracking zone 26 oxygenating and described feeding mechanism 15, the sidewall in cooling decoking district 27 is or/and bell 29 is evenly equipped with the cold wind blast pipe 28 being communicated with cooling decoking district 27, the oxygen output tube 11 of oxygenerator 10 respectively with an oxygenating pipe 12, secondary oxygenating pipe 13 is communicated with described blast pipe 51, on bell 29, the exhaust outlet 52 arranged placed in the middle is communicated with purification and condensation device 53 successively by conduit 50, air exhauster 38, totally-enclosed cooling bath 40, be communicated with blast pipe 51 behind totally-enclosed ecological purification district 39 and form closed waste gas purification and recycle loop.
The lower ending opening of the cylindrical shell of above-mentioned incinerator 25 is provided with rotary disk basement 21, rotary disk basement 21 is provided with the rotating disk 22 of taper, rotating disk 22 is driven by the motor be arranged on the downside of rotary disk basement 21, the upper end of cylindrical shell is provided with between two parties with the bell 29 of exhaust opening 52, be provided through the lower grey passage 20 of rotary disk basement 21 between the peripheral and furnace wall of the rotating disk 22 of the taper of body of heater inner chamber, what the downside of rotary disk basement 21 was arranged run through rotary disk basement 21 and be communicated with described blast pipe 51 by the intake stack that aperture of giving vent to anger uniform on rotating disk 22 is communicated with body of heater inner chamber.
The lower grey passage 20 that above-mentioned rotary disk basement 21 is arranged down is communicated with the spiral ash discharger 60 of horizontally set, described spiral ash discharger 60 is: the lower lower ending opening of grey passage 20 is communicated with one end sidewall of the transverse tube 61 of horizontally set, be provided with the rotating shaft 62 of bearings in transverse tube end walls in transverse tube 61, rotating shaft 62 is provided with helical blade 63, rotating shaft 62 drives it to rotate by motor 64, and the lower wall of transverse tube 61 other end is provided with ash hole 65.
Above-mentioned purification and condensation device 53 is: the middle part of the barrel-type casing inner chamber closed is provided with cooling condensing zone 35, bottom is provided with Water warfare district 32 and barrel-type casing inner chamber is divided into Water warfare district 32 from down to up successively, purifying exhaust air pooling zone 37, cooling condensing zone 35 and cooling waste gas pooling zone 33, the upper wall of barrel-type casing is provided with waste gas outlet, lower wall is provided with Sewage outlet 31, waste gas enters pipeline 36 and stretches in Water warfare district 32 through the sidewall of purifying exhaust air pooling zone 37, described cooling condensing zone 35 is circulating water cooling water jacket, spaced thin-wall stainless steel 34 passes the inner space of circulating water cooling water jacket and purifying exhaust air pooling zone 37 and the waste gas pooling zone 33 that lowers the temperature, waste gas outlet and Sewage outlet 31 are all by the inner space of pipeline and described totally-enclosed cooling bath 40.
The concrete structure of above-mentioned feeding mechanism 15 is: the outlet of closed garbage disintegrating machine 16 and the inlet communication of totally-enclosed belt feeder 14, and the outlet of totally-enclosed belt feeder 14 and secondary high-temperature burn the inner space of cracking zone 26; Or the concrete structure of described feeding mechanism 15 is: the inclination angle A of sidewall surface thereof 25-35 degree of secondary high-temperature burning cracking zone 26 is provided with feed pipe 74, the upper side wall of feed pipe 74 is provided with loading hopper 71, the outer end of feed pipe 74 is fixed with cylinder 75, the piston rod 73 of cylinder 75 to stretch in feed pipe 74 and is connected with pushing piston 72 in piston rod 73 end, forms piston feeding mechanism.
Above-mentioned totally-enclosed ecological purification district 39 is that cultivation has plant water plant, ground planted and is implanted with Absorbable rod pernicious gas on the water surface of closed area; Water plant has restoration of the ecosystem effect to sewage: one is that the vitality of water plant self is very strong, and be in the middle of severe water ecological setting and can grow vigorously in the same old way, this just illustrates stain resistance that water plant is natural; Two is purification functions of water plant, its well developed root system, and fast growth, can absorb harmful substance in water, filtering microorganism, releasing oxygen and mineral matter, thus well improves water body and air; Three is cost advantages of water plant, cheap, consuming time short, becomes scape fast, the features such as human-saving; Four is economic benefits of water plant, and can reach the object of viewing and admiring, byproduct has certain economic value; Part pernicious gas in the plant available waste gas that ground is planted.
The production technology of Compoetely-closed multifunctional high speed incinerator is as follows: ignited in the primary combustion zone 24 that incinerator 25 sent into by rubbish after feeding mechanism 15 is slightly broken, the oxygen utilizing oxygenerator 10 to make is primary combustion zone 24, the high temperature of the combustion-supporting formation of secondary high-temperature burning cracking zone 26 oxygenating carries out cracking to the waste gas that combustion refuse is produced, high-temp waste gas after cracking sends into purification and condensation device 53 after the cold wind decoking process that the cold wind blast pipe 28 of furnace roof is introduced, the waste gas of being down to less than 100 DEG C after purification in purification and condensation device 53 and cooling processing sends into totally-enclosed cooling bath 40 by air exhauster 38 by top, waste gas after cooling bath water-cooled purifying enters totally-enclosed ecological purification district 39, the plant absorption in totally-enclosed ecological purification district 39 consumes the poisonous and harmful substance that in (biodegradation) waste gas, part is residual, waste gas containing surplus poisonous and harmful substance is again introduced incinerator 25 by blast pipe 51 and is carried out Pintsch process, sewage after the bottom purge of purification and condensation device 53 is introduced totally-enclosed cooling bath 40 pairs of purification and condensation devices 53 and is cooled the waste gas sent here and purify from bottom, cooling water in totally-enclosed cooling bath 40 is spilled over to the nutrient source that totally-enclosed ecological purification district 39 becomes plant, want in time from the external world to the Water warfare district moisturizing of purification and condensation device 53 after the bottom sewage discharge of purification and condensation device 53, the lime that incinerator 25 combustion refuse produces is discharged from ash discharging pipe road 20.
Described cold wind decoking is: or/and the upside sidewall of body of heater is covered with tubule on bell, the clean cold air of input 5kg pressure, dilution cooling curing is carried out to the flue gas flying dust up to about thousand degree, make combustion refuse and carry out waste gas and the flying dust noncoking of Pintsch process formation, thus reaching decoking or stop the object of coking.
Above-mentioned cracking temperature is 1000-1400 DEG C.
It is that the lime that incinerator 25 combustion refuse produces falls into spiral ash discharger 60 from ash discharging pipe road 20 that above-mentioned lime is discharged from ash discharging pipe road 20, is rotated discharged by the ash hole 65 of lime from spiral ash discharger 60 by motor-driven helical blade 63.
Above-described embodiment is only preferred embodiment of the present utility model, not limits protection domain of the present utility model according to this, therefore: all equivalence changes done according to structure of the present utility model, shape, principle, all should be covered by within protection domain of the present utility model.
Claims (6)
1. Compoetely-closed multifunctional high speed incinerator, comprise incinerator, feeding mechanism on incinerator sidewall, ash discharging pipe road bottom incinerator and blast pipe, it is characterized in that: body of heater inner chamber is formed with ash cooling zone from down to up successively, primary combustion zone, secondary high-temperature burning cracking zone and cooling decoking district, the sidewall of primary combustion zone is arranged an oxygenating pipe of promising primary combustion zone oxygenating, the sidewall of secondary high-temperature burning cracking zone is arranged the secondary oxygenating pipe of promising secondary high-temperature burning cracking zone oxygenating and described feeding mechanism, the sidewall in cooling decoking district is or/and bell is evenly equipped with the cold wind blast pipe being communicated with cooling decoking district, the oxygen output tube of oxygenerator respectively with an oxygenating pipe, secondary oxygenating pipe is communicated with described blast pipe, on bell, the exhaust outlet arranged placed in the middle is communicated with purification and condensation device successively by conduit, air exhauster, totally-enclosed cooling bath, be communicated with blast pipe behind totally-enclosed ecological purification district formed close waste gas purification recycle loop.
2. Compoetely-closed multifunctional high speed incinerator according to claim 1, it is characterized in that: the lower ending opening of the cylindrical shell of described incinerator is provided with rotary disk basement, rotary disk basement is provided with the rotating disk of taper, rotating disk is driven by the motor be arranged on the downside of rotary disk basement, the upper end of cylindrical shell is provided with between two parties with the bell of exhaust opening, the lower grey passage of rotary disk basement is provided through between the turntable periphery of the taper of body of heater inner chamber and furnace wall, what the downside of rotary disk basement was arranged run through rotary disk basement and be communicated with described blast pipe by the intake stack that aperture of giving vent to anger uniform on rotating disk is communicated with body of heater inner chamber.
3. Compoetely-closed multifunctional high speed incinerator according to claim 2, it is characterized in that: the lower grey passage that described rotary disk basement is arranged down is communicated with the spiral ash discharger of horizontally set, described spiral ash discharger is: the lower lower ending opening of grey passage is communicated with one end sidewall of the transverse tube of horizontally set, be provided with the rotating shaft of bearings in transverse tube end walls in transverse tube, rotating shaft is provided with helical blade, rotating shaft drives it to rotate by motor, and the lower wall of the transverse tube other end is provided with ash hole.
4. Compoetely-closed multifunctional high speed incinerator according to claim 1, it is characterized in that: described purification and condensation device is: the middle part of the barrel-type casing inner chamber closed is provided with cooling condensing zone, bottom is provided with Water warfare district and barrel-type casing inner chamber is divided into Water warfare district from down to up successively, purifying exhaust air pooling zone, cooling condensing zone and cooling waste gas pooling zone, the upper wall of barrel-type casing is provided with waste gas outlet, lower wall is provided with Sewage outlet, waste gas enters pipeline and stretches in Water warfare district through the sidewall of purifying exhaust air pooling zone, described cooling condensing zone is circulating water cooling water jacket, spaced thin-wall stainless steel passes the inner space of circulating water cooling water jacket and purifying exhaust air pooling zone and the waste gas pooling zone that lowers the temperature, waste gas outlet and Sewage outlet are all by the inner space of pipeline and described totally-enclosed cooling bath.
5. Compoetely-closed multifunctional high speed incinerator according to claim 1, it is characterized in that: the concrete structure of described feeding mechanism is: the outlet of closed garbage disintegrating machine and the inlet communication of totally-enclosed belt feeder, the outlet of totally-enclosed belt feeder and secondary high-temperature burn the inner space of cracking zone; Or the concrete structure of described feeding mechanism is: the sidewall surface thereof of secondary high-temperature burning cracking zone is provided with feed pipe, the upper side wall of feed pipe is provided with loading hopper, the outer end of feed pipe is fixed with cylinder, the piston rod of cylinder to stretch in feed pipe and is connected with pushing piston in piston rod end, forms piston feeding mechanism.
6. Compoetely-closed multifunctional high speed incinerator according to claim 1, is characterized in that: described totally-enclosed ecological purification district is that cultivation has plant water plant, ground planted and is implanted with Absorbable rod pernicious gas on the water surface of closed area.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520794186.2U CN205037304U (en) | 2015-09-30 | 2015-09-30 | Device is burned to multi -functional high speed of totally enclosed |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520794186.2U CN205037304U (en) | 2015-09-30 | 2015-09-30 | Device is burned to multi -functional high speed of totally enclosed |
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| Publication Number | Publication Date |
|---|---|
| CN205037304U true CN205037304U (en) | 2016-02-17 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520794186.2U Withdrawn - After Issue CN205037304U (en) | 2015-09-30 | 2015-09-30 | Device is burned to multi -functional high speed of totally enclosed |
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| CN (1) | CN205037304U (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105157034A (en) * | 2015-09-30 | 2015-12-16 | 洪知瑜 | Totally-enclosed type multifunctional high-speed incinerating device and production process thereof |
| CN115735829A (en) * | 2022-11-09 | 2023-03-07 | 大连理工大学 | Aquatic organism culture apparatus based on material circulation |
| CN115735829B (en) * | 2022-11-09 | 2024-06-07 | 大连理工大学 | Aquatic organism culture apparatus based on material circulation |
-
2015
- 2015-09-30 CN CN201520794186.2U patent/CN205037304U/en not_active Withdrawn - After Issue
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105157034A (en) * | 2015-09-30 | 2015-12-16 | 洪知瑜 | Totally-enclosed type multifunctional high-speed incinerating device and production process thereof |
| CN115735829A (en) * | 2022-11-09 | 2023-03-07 | 大连理工大学 | Aquatic organism culture apparatus based on material circulation |
| CN115735829B (en) * | 2022-11-09 | 2024-06-07 | 大连理工大学 | Aquatic organism culture apparatus based on material circulation |
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Legal Events
| Date | Code | Title | Description |
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20160217 Effective date of abandoning: 20170929 |