CN208779460U - Hazardous waste incineration bottom ash spiral cooling conveying system - Google Patents
Hazardous waste incineration bottom ash spiral cooling conveying system Download PDFInfo
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- CN208779460U CN208779460U CN201821294771.6U CN201821294771U CN208779460U CN 208779460 U CN208779460 U CN 208779460U CN 201821294771 U CN201821294771 U CN 201821294771U CN 208779460 U CN208779460 U CN 208779460U
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Abstract
The utility model discloses a kind of Hazardous waste incineration bottom ash spiral cooling conveying system, including motor, support of motor, speed reducer, speed reducer support, bearing for screw conveyer, screw conveyor housing, helical feed machine support, screw conveyor tail bearing support；The connection of the head of the speed reducer and bearing for screw conveyer, the tail portion of bearing for screw conveyer is fixed on screw conveyor tail bearing support；Screw conveyor housing is bolted on helical feed machine support, and screw conveyor housing includes inner walls and housing exterior walls, there is circulating cooling aquaporin between inner walls and housing exterior walls.The utility model proposes Hazardous waste incineration bottom ash spiral cooling conveying system, can quickly reduce slag temperature, reduce clinker water content, avoid the evaporating, emitting, dripping or leaking of liquid or gas phenomenon in transportational process, optimize production environment, save enterprise operation land used.
Description
Technical field
The utility model belongs to dangerous waste incineration Treatment process field, is related to a kind of dregs of incinerator transportation system, especially
It is related to a kind of Hazardous waste incineration bottom ash spiral cooling conveying system.
Background technique
It is administered in industry in dangerous waste incineration, the amount of Hazardous waste incineration bottom ash and flying dust accounts for the ratio of incineration disposal amount
Generally in 15-30% or so.Currently, domestic dangerous waste burning process is generally used the mode that wet type is slagged tap in design, that is, scrape
Plate slag remover is arranged in cooling of furnace slag pond, and the clinker of burning is fallen on the scraper slag removing machine in cooling of furnace slag pond, leads to
Cross slag remover discharge.In this way come out clinker can have certain moisture, into slag case after during transportation can
There is the phenomenon that evaporating, emitting, dripping or leaking of liquid or gas, moisture also will increase clinker weight in clinker, and then increase landfill stabilization expense.Meanwhile it is logical
It is very high to cross the slag temperature that this mode comes out, sometime up to 100 DEG C, and the requirement that landfill yard generally receives clinker landfill is low
In 60 DEG C.Therefore, a large amount of clinker is needed to be placed in workshop or warehouse and be kept in, and for reducing temperature and is filtered dry clinker, and one
As temporary storage time be up to 2-3 days, in this way can greatly increase burning enterprise and manage land used.
In view of this, being badly in need of developing a kind of new slag treatment mode in industry, to overcome existing processing mode to deposit
Drawbacks described above.
Utility model content
The technical problem to be solved by the utility model is to provide a kind of cooling delivery systems of Hazardous waste incineration bottom ash spiral
System can quickly reduce slag temperature, reduce clinker water content, avoid the evaporating, emitting, dripping or leaking of liquid or gas phenomenon in transportational process, optimization production ring
Enterprise operation land used is saved in border.
In order to solve the above technical problems, the utility model adopts the following technical solution:
A kind of Hazardous waste incineration bottom ash spiral cooling conveying system, the transportation system include: motor, motor branch
Seat, speed reducer, speed reducer support, bearing for screw conveyer, screw conveyor housing, helical feed machine support, screw conveyor
Tail bearing support and the clinker import being attached on screw conveyor housing, slag outlet, cooling wind inlet, cooling wind go out
Mouth, circulating cooling water inlet, circulating cooling water out；
The motor is connect with speed reducer, and motor is bolted on support of motor, and speed reducer passes through spiral shell
Bolt is fixed on speed reducer support；
The connection of the head of the speed reducer and bearing for screw conveyer, the tail portion of bearing for screw conveyer is fixed on spiral transferring
It send on drive end unit bearing spider；
The screw conveyor housing is bolted on helical feed machine support, and screw conveyor housing is by shell
Inner wall and housing exterior walls are formed by steel plate sealing welding, there is circulating cooling aquaporin between inner walls and housing exterior walls；
6 flange-interfaces, respectively clinker import, slag outlet, cooling wind are welded on the screw conveyor housing
Import, cooling air outlet, circulating cooling water inlet, circulating cooling water out；
The circulating cooling water inlet, circulating cooling water out respectively as the circulating cooling aquaporin water inlet and
Water outlet；The cooling wind inlet is used to connect air supply pipeline；
The clinker import is located at screw conveyor housing tail portion upper end, is with screw conveyor tail bearing support distance
40-80cm passes through steel flange and shell inside and outside wall sealing welding；
The slag outlet is located at screw conveyor housing head lower end, with screw conveyor speed reducer support distance 80-
100cm, by steel flange and shell inside and outside wall sealing welding, clinker conveying direction is helical feed drive end unit to head；
The cooling wind inlet is located at screw conveyor housing tail portion lower end, with screw conveyor tail bearing support distance
For 20-40cm, pass through steel flange and shell inside and outside wall sealing welding；
The cooling air outlet is located at screw conveyor housing head upper end, with screw conveyor speed reducer support distance
30-60cm, by steel flange and shell inside and outside wall sealing welding, cooling wind flow direction is consistent with clinker conveying direction；
The circulating cooling water inlet is located at screw conveyor housing tail portion lower end, with screw conveyor tail bearing support
Distance is 30-60cm, passes through steel flange and housing exterior walls sealing welding；
The circulating cooling water out is located at screw conveyor housing head upper end, with screw conveyor speed reducer branch seat spacing
From 40-80cm, by steel flange and housing exterior walls sealing welding, recirculated cooling water flow direction and clinker conveying direction one
It causes；
The clinker import is equipped with filter screen, and filter screen includes several filter hole, and each filter hole is square or round, mistake
The elongated or diameter of filter opening is less than 5cm, and clinker of the partial size less than 5cm is only allowed to enter clinker import.
A kind of Hazardous waste incineration bottom ash spiral cooling conveying system, the transportation system include: motor, motor branch
Seat, speed reducer, speed reducer support, bearing for screw conveyer, screw conveyor housing, helical feed machine support, screw conveyor
Tail bearing support；
The motor is connect with speed reducer, and motor is bolted on support of motor, and speed reducer passes through the
One fixed mechanism is fixed on speed reducer support；
The connection of the head of the speed reducer and bearing for screw conveyer, the tail portion of bearing for screw conveyer is fixed on spiral transferring
It send on drive end unit bearing spider；
The screw conveyor housing is bolted on helical feed machine support, and screw conveyor housing includes shell
Internal wall and housing exterior walls, there is circulating cooling aquaporin between inner walls and housing exterior walls；
Be respectively equipped on the screw conveyor housing clinker import, slag outlet, cooling wind inlet, cooling air outlet,
Circulating cooling water inlet, circulating cooling water out；
The circulating cooling water inlet, circulating cooling water out respectively as the circulating cooling aquaporin water inlet and
Water outlet；The cooling wind inlet is used to connect air supply pipeline.
As a kind of preferred embodiment of the utility model, the clinker import is located at screw conveyor housing tail portion upper end,
It is 40-80cm with screw conveyor tail bearing support distance, passes through steel flange and shell inside and outside wall sealing welding.
As a kind of preferred embodiment of the utility model, the slag outlet is located at screw conveyor housing head lower end,
With screw conveyor speed reducer support distance 80-100cm, by steel flange and shell inside and outside wall sealing welding, clinker is defeated
Send direction for helical feed drive end unit to head.
As a kind of preferred embodiment of the utility model, the cooling wind inlet is located under screw conveyor housing tail portion
End is 20-40cm with screw conveyor tail bearing support distance, passes through steel flange and shell inside and outside wall sealing welding；
The cooling air outlet is located at screw conveyor housing head upper end, with screw conveyor speed reducer support distance
30-60cm, by steel flange and shell inside and outside wall sealing welding, cooling wind flow direction is consistent with clinker conveying direction.
As a kind of preferred embodiment of the utility model, the circulating cooling water inlet is located at screw conveyor housing tail portion
Lower end is 30-60cm with screw conveyor tail bearing support distance, passes through steel flange and housing exterior walls sealing welding.
As a kind of preferred embodiment of the utility model, the circulating cooling water out is located at screw conveyor housing head
Upper end passes through steel flange and housing exterior walls sealing welding, circulation with screw conveyor speed reducer support distance 40-80cm
Flow of cooling water direction is consistent with clinker conveying direction.
As a kind of preferred embodiment of the utility model, the clinker import is equipped with filter screen, and filter screen includes several mistakes
Filter opening, each filter hole is square or circle, and the elongated or diameter of filter hole is less than 5cm, the clinker for only partial size being allowed to be less than 5cm
Into clinker import.
The utility model has the beneficial effects that: the utility model proposes the cooling conveying of Hazardous waste incineration bottom ash spiral
System (the integrated sealing conveying of clinker, dry, cooling device after wet process is slagged tap), can quickly reduce slag temperature, reduce furnace
Slag water content avoids the evaporating, emitting, dripping or leaking of liquid or gas phenomenon in transportational process, optimizes production environment, saves enterprise operation land used.This is practical new
Type simultaneously cools down to high temperature furnace slag by the way of air-cooled and water cooling dual-cooled, the height generated for dangerous waste incineration
Warm clinker has accomplished integration in the links such as sealing conveying, cooling, dry, and has good effect.The utility model
Using the disadvantages of avoidable dangerous waste incineration high temperature furnace slag is cooling and drying time is long, take up a large area, evaporating, emitting, dripping or leaking of liquid or gas.
Detailed description of the invention
Fig. 1 is the structural schematic diagram of the utility model Hazardous waste incineration bottom ash spiral cooling conveying system.
Fig. 2 is the connection schematic diagram of control cabinet and the sensor pump housing in the utility model spiral cooling conveying system.
Specific embodiment
The preferred embodiment that according to the present invention will be described in detail below with reference to the accompanying drawings.
Embodiment one
Referring to Fig. 1, the utility model discloses a kind of Hazardous waste incineration bottom ash spiral cooling conveying system, it is described defeated
Send system include: motor 1-1, support of motor 1-2, speed reducer 2-1, speed reducer support 2-2, bearing for screw conveyer 3-1,
Screw conveyor housing, helical feed machine support 5-1, screw conveyor tail bearing support 4-1 and it is attached to helical feed
Clinker import 601, slag outlet 602, cooling wind inlet 701, cooling air outlet 702, circulating cooling water inlet on casing body
801, circulating cooling water out 802.
The motor 1-1 is connect with speed reducer 2-1, and motor 1-1 is bolted on support of motor 1-2,
Speed reducer 2-1 is bolted on speed reducer support 2-2.The head of the speed reducer 2-1 and bearing for screw conveyer 3-1
Connection, the tail portion of bearing for screw conveyer 3-1 is fixed on screw conveyor tail bearing support 4-1.
The screw conveyor housing is bolted on helical feed machine support 5-1, screw conveyor housing by
Inner walls 3-2 and housing exterior walls 3-3 are formed by steel plate sealing welding, are followed between inner walls 3-2 and housing exterior walls 3-3
Ring cooling-water duct.
Be welded with 6 flange-interfaces on the screw conveyor housing, respectively clinker import 601, slag outlet 602,
Cooling wind inlet 701, cooling air outlet 702, circulating cooling water inlet 801, circulating cooling water out 802.The circulating cooling
Water inlet 801, circulating cooling water out 802 respectively as the circulating cooling aquaporin water inlet and water outlet；It is described cold
But wind inlet 701 is used to connect air supply pipeline.
The clinker import 601 is located at screw conveyor housing tail portion upper end, with screw conveyor tail bearing support 4-1
Distance is 40-80CM, passes through steel flange and shell inside and outside wall sealing welding.
The slag outlet 602 is located at screw conveyor housing head lower end, with screw conveyor speed reducer support 2-2 away from
From 80-100CM, by steel flange and shell inside and outside wall sealing welding, clinker conveying direction be helical feed drive end unit extremely
Head.
The cooling wind inlet 701 is located at screw conveyor housing tail portion lower end, with screw conveyor tail bearing support
4-1 distance is 20-40CM, passes through steel flange and shell inside and outside wall sealing welding.
The cooling air outlet 702 is located at screw conveyor housing head upper end, with screw conveyor speed reducer support 2-2
Distance 30-60CM, by steel flange and shell inside and outside wall sealing welding, cooling wind flow direction and clinker conveying direction one
It causes.
The circulating cooling water inlet 801 is located at screw conveyor housing tail portion lower end, with screw conveyor tail bearing
Support 4-1 distance is 30-60CM, passes through steel flange and housing exterior walls sealing welding.
The circulating cooling water out 802 is located at screw conveyor housing head upper end, with screw conveyor speed reducer branch
Seat 2-2 distance 40-80CM, by steel flange and housing exterior walls sealing welding, recirculated cooling water flow direction and clinker are defeated
Send direction consistent.
The clinker import 601 is equipped with filter screen, and filter screen includes several filter hole, and each filter hole is square or justifies
The elongated or diameter of shape, filter hole is less than 5cm, and the clinker partial size that the clinker import 601 allows access into should be less than 5cm, and not
Hard metal block substance can be entrained with.
Embodiment two
Referring to Fig. 1, the utility model discloses a kind of Hazardous waste incineration bottom ash spiral cooling conveying system, the conveying
System includes: motor 1-1, support of motor 1-2, speed reducer 2-1, speed reducer support 2-2, bearing for screw conveyer 3-1, spiral shell
Revolve conveyer housing, helical feed machine support 5-1, screw conveyor tail bearing support 4-1.
The motor 1-1 is connect with speed reducer 2-1, and motor 1-1 is bolted on support of motor 1-2,
Speed reducer 2-1 is fixed on speed reducer support 2-2 by the first fixed mechanism.
The speed reducer 2-1 is connect with the head of bearing for screw conveyer 3-1, and the tail portion of bearing for screw conveyer 3-1 is solid
It is scheduled on screw conveyor tail bearing support 4-1.
The screw conveyor housing is bolted on helical feed machine support 5-1, screw conveyor housing packet
Inner walls 3-2 and housing exterior walls 3-3 are included, there is circulating cooling aquaporin between inner walls 3-2 and housing exterior walls 3-3.
It is respectively equipped with clinker import 601 on the screw conveyor housing, slag outlet 602, cools down wind inlet 701, is cold
But wind exports 702, circulating cooling water inlet 801, circulating cooling water out 802.
The circulating cooling water inlet 801, circulating cooling water out 802 respectively as the circulating cooling aquaporin into
The mouth of a river and water outlet；The cooling wind inlet 701 is used to connect air supply pipeline.
Embodiment three
The difference between this embodiment and the first embodiment lies in the present embodiment, clinker import 601, slag outlet 602, cooling
Wind inlet 701, cooling air outlet 702, circulating cooling water inlet 801, circulating cooling water out 802 are respectively equipped with temperature sensor
11；Cooling wind inlet 701, cooling air outlet 702, circulating cooling water inlet 801, circulating cooling water out 802 are respectively equipped with stream
Measure electromagnetic valve for adjusting 12.Cooling wind inlet 701 connects cooling wind transfer pipeline, and cooling wind transfer pipeline is equipped with cooling wind delivery pump
13, circulating cooling water inlet 801 connects cooling water transfer pipeline, and cooling water transfer pipeline is equipped with cooling water delivery pump 14.
Referring to Fig. 2, Hazardous waste incineration bottom ash spiral cooling conveying system further includes power control cabinet 10, the power control cabinet 10
It is separately connected each temperature sensor 11, each electromagnetic valve of flow control 12, cooling wind delivery pump 13, cooling water delivery pump 14；It is automatically controlled
Cabinet 10 controls each electromagnetic valve of flow control 12, cooling wind delivery pump according to the value and setting control parameter of each temperature sensor 11
13, the work of cooling water delivery pump 14.
Such as, it when the temperature of cooling air outlet 702 is higher than 50 °, then improves the power of cooling wind delivery pump, improves wind speed, and
Expand the size of cooling wind inlet 701, cooling air outlet 702 (corresponding electromagnetic valve of flow control is adjusted to maximum).Work as circulating cooling
The temperature of water out 802 is higher than 50 °, then improves water flow conveying speed (such as can be down to maximum), expands circulating cooling water inlet
801, the size of circulating cooling water out 802 (corresponding electromagnetic valve of flow control is adjusted to maximum).When circulating cooling water out 802
Temperature is lower than 40 °, then reduces water flow conveying speed (such as can be down to minimum), can according to need free setting.
In conclusion the utility model proposes Hazardous waste incineration bottom ash spiral cooling conveying system (after wet process is slagged tap
The integrated sealing conveying of clinker, dry, cooling device), slag temperature can be quickly reduced, clinker water content is reduced, avoids transporting
Evaporating, emitting, dripping or leaking of liquid or gas phenomenon during defeated optimizes production environment, saves enterprise operation land used.The utility model simultaneously using air-cooled and
The mode of water cooling dual-cooled cools down to high temperature furnace slag, and the high temperature furnace slag generated for dangerous waste incineration is defeated in sealing
It send, cool down, drying etc. and having accomplished integration in links, and there is good effect.The application of the utility model can avoid danger
The disadvantages of incineration of waste high temperature furnace slag is cooling and drying time is long, take up a large area, evaporating, emitting, dripping or leaking of liquid or gas.
Here the description and application of the utility model are illustrative, are not wishing to for the scope of the utility model being limited in
It states in embodiment.The deformation and change of embodiments disclosed herein be it is possible, for the ordinary skill people of those this fields
The replacement of embodiment and equivalent various parts are well known for member.It should be appreciated by the person skilled in the art that not taking off
In the case where spirit or essential characteristics from the utility model, the utility model can in other forms, structure, arrangement, ratio,
And it is realized with other components, material and component.It, can be to this in the case where not departing from the scope of the utility model and spirit
In disclosed embodiment carry out other deformations and change.
Claims (10)
1. a kind of Hazardous waste incineration bottom ash spiral cooling conveying system, which is characterized in that the transportation system includes: motor
(1-1), support of motor (1-2), speed reducer (2-1), speed reducer support (2-2), bearing for screw conveyer (3-1), spiral transferring
It send casing body, helical feed machine support (5-1), screw conveyor tail bearing support (4-1) and is attached to screw conveyor
Clinker import (601), slag outlet (602), cooling wind inlet (701), cooling air outlet (702), circulating cooling on shell
Water inlet (801), circulating cooling water out (802)；
The motor (1-1) connect with speed reducer (2-1), and motor (1-1) is bolted on support of motor (1-2)
On, speed reducer (2-1) is bolted on speed reducer support (2-2)；
The speed reducer (2-1) connect with the head of bearing for screw conveyer (3-1), the tail portion of bearing for screw conveyer (3-1)
It is fixed on screw conveyor tail bearing support (4-1)；
The screw conveyor housing is bolted on helical feed machine support (5-1), and screw conveyor housing is by shell
Internal wall (3-2) and housing exterior walls (3-3) are formed by steel plate sealing welding, inner walls (3-2) and housing exterior walls (3-3) it
Between have circulating cooling aquaporin；
Be welded with 6 flange-interfaces on the screw conveyor housing, respectively clinker import (601), slag outlet (602),
Cooling wind inlet (701), cooling air outlet (702), circulating cooling water inlet (801), circulating cooling water out (802)；
The circulating cooling water inlet (801), circulating cooling water out (802) respectively as the circulating cooling aquaporin into
The mouth of a river and water outlet；The cooling wind inlet (701) is used to connect air supply pipeline；
The clinker import (601) is located at screw conveyor housing tail portion upper end, with screw conveyor tail bearing support (4-1)
Distance is 40-80cm, passes through steel flange and shell inside and outside wall sealing welding；
The slag outlet (602) is located at screw conveyor housing head lower end, with screw conveyor speed reducer support (2-2) away from
From 80-100cm, by steel flange and shell inside and outside wall sealing welding, clinker conveying direction be helical feed drive end unit extremely
Head；
The cooling wind inlet (701) is located at screw conveyor housing tail portion lower end, with screw conveyor tail bearing support (4-
1) distance is 20-40cm, passes through steel flange and shell inside and outside wall sealing welding；
The cooling air outlet (702) is located at screw conveyor housing head upper end, with screw conveyor speed reducer support (2-2)
Distance 30-60cm, by steel flange and shell inside and outside wall sealing welding, cooling wind flow direction and clinker conveying direction one
It causes；
The circulating cooling water inlet (801) is located at screw conveyor housing tail portion lower end, with screw conveyor tail bearing branch
Seat (4-1) distance is 30-60cm, passes through steel flange and housing exterior walls sealing welding；
The circulating cooling water out (802) is located at screw conveyor housing head upper end, with screw conveyor speed reducer support
(2-2) distance 40-80cm, by steel flange and housing exterior walls sealing welding, recirculated cooling water flow direction and clinker are defeated
Send direction consistent；
The clinker import (601) is equipped with filter screen, and filter screen includes several filter hole, and each filter hole is square or circle,
The elongated or diameter of filter hole is less than 5cm, and clinker of the partial size less than 5cm is only allowed to enter clinker import (601).
2. a kind of Hazardous waste incineration bottom ash spiral cooling conveying system, which is characterized in that the transportation system includes: motor
(1-1), support of motor (1-2), speed reducer (2-1), speed reducer support (2-2), bearing for screw conveyer (3-1), spiral transferring
Send casing body, helical feed machine support (5-1), screw conveyor tail bearing support (4-1)；
The motor (1-1) connect with speed reducer (2-1), and motor (1-1) is bolted on support of motor (1-2)
On, speed reducer (2-1) is fixed on speed reducer support (2-2) by the first fixed mechanism；
The speed reducer (2-1) connect with the head of bearing for screw conveyer (3-1), the tail portion of bearing for screw conveyer (3-1)
It is fixed on screw conveyor tail bearing support (4-1)；
The screw conveyor housing is bolted on helical feed machine support (5-1), and screw conveyor housing includes
Inner walls (3-2) and housing exterior walls (3-3) have recirculated cooling water logical between inner walls (3-2) and housing exterior walls (3-3)
Road；
Be respectively equipped on the screw conveyor housing clinker import (601), slag outlet (602), cooling wind inlet (701),
Cooling air outlet (702), circulating cooling water inlet (801), circulating cooling water out (802)；
The circulating cooling water inlet (801), circulating cooling water out (802) respectively as the circulating cooling aquaporin into
The mouth of a river and water outlet；The cooling wind inlet (701) is used to connect air supply pipeline.
3. Hazardous waste incineration bottom ash spiral cooling conveying system according to claim 2, it is characterised in that:
The clinker import (601) is located at screw conveyor housing tail portion upper end, with screw conveyor tail bearing support (4-1)
Distance is 40-80CM, passes through steel flange and shell inside and outside wall sealing welding.
4. Hazardous waste incineration bottom ash spiral cooling conveying system according to claim 2, it is characterised in that:
The slag outlet (602) is located at screw conveyor housing head lower end, with screw conveyor speed reducer support (2-2) away from
From 80-100cm, by steel flange and shell inside and outside wall sealing welding, clinker conveying direction be helical feed drive end unit extremely
Head.
5. Hazardous waste incineration bottom ash spiral cooling conveying system according to claim 2, it is characterised in that:
The cooling wind inlet (701) is located at screw conveyor housing tail portion lower end, with screw conveyor tail bearing support (4-
1) distance is 20-40cm, passes through steel flange and shell inside and outside wall sealing welding；
The cooling air outlet (702) is located at screw conveyor housing head upper end, with screw conveyor speed reducer support (2-2)
Distance 30-60cm, by steel flange and shell inside and outside wall sealing welding, cooling wind flow direction and clinker conveying direction one
It causes.
6. Hazardous waste incineration bottom ash spiral cooling conveying system according to claim 2, it is characterised in that:
The circulating cooling water inlet (801) is located at screw conveyor housing tail portion lower end, with screw conveyor tail bearing branch
Seat (4-1) distance is 30-60cm, passes through steel flange and housing exterior walls sealing welding.
7. Hazardous waste incineration bottom ash spiral cooling conveying system according to claim 2, it is characterised in that:
The circulating cooling water out (802) is located at screw conveyor housing head upper end, with screw conveyor speed reducer support
(2-2) distance 40-80cm, by steel flange and housing exterior walls sealing welding, recirculated cooling water flow direction and clinker are defeated
Send direction consistent.
8. Hazardous waste incineration bottom ash spiral cooling conveying system according to claim 2, it is characterised in that:
The clinker import (601) is equipped with filter screen, and filter screen includes several filter hole, and each filter hole is square or circle,
The elongated or diameter of filter hole is less than 5cm, and clinker of the partial size less than 5cm is only allowed to enter clinker import (601).
9. Hazardous waste incineration bottom ash spiral cooling conveying system according to claim 2, it is characterised in that:
The screw conveyor housing is formed by inner walls (3-2) and housing exterior walls (3-3) by steel plate sealing welding.
10. Hazardous waste incineration bottom ash spiral cooling conveying system according to claim 2, it is characterised in that:
The screw conveyor housing is equipped with 6 flange-interfaces, respectively clinker import (601), slag outlet (602), cold
But wind inlet (701), cooling air outlet (702), circulating cooling water inlet (801), circulating cooling water out (802).
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821294771.6U CN208779460U (en) | 2018-08-10 | 2018-08-10 | Hazardous waste incineration bottom ash spiral cooling conveying system |
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|---|---|---|---|
| CN201821294771.6U CN208779460U (en) | 2018-08-10 | 2018-08-10 | Hazardous waste incineration bottom ash spiral cooling conveying system |
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| CN208779460U true CN208779460U (en) | 2019-04-23 |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN113701168A (en) * | 2021-08-28 | 2021-11-26 | 江苏仙盛环保科技有限公司 | Automatic smoke dust purification incinerator and operation method thereof |
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2018
- 2018-08-10 CN CN201821294771.6U patent/CN208779460U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN113701168A (en) * | 2021-08-28 | 2021-11-26 | 江苏仙盛环保科技有限公司 | Automatic smoke dust purification incinerator and operation method thereof |
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