CN204874394U - Externally heated retort oven furnace charge cooling eduction gear - Google Patents
Externally heated retort oven furnace charge cooling eduction gear Download PDFInfo
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- CN204874394U CN204874394U CN201520572939.5U CN201520572939U CN204874394U CN 204874394 U CN204874394 U CN 204874394U CN 201520572939 U CN201520572939 U CN 201520572939U CN 204874394 U CN204874394 U CN 204874394U
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Abstract
The utility model relates to an externally heated retort oven furnace charge cooling eduction gear, including furnace charge cooling device, row's material control valve, furnace charge buffer memory device and the quantitative blow -off valve that from top to bottom connects gradually, furnace charge cooling device's side is equipped with quenching steam joint, coke quenching water interface, thermal electricity on a rare occasion, furnace charge buffer memory device side is equipped with secondary cooling water connection mouth or secondary cooling steam joint, high level gauge, low material level meter, thermocouple no. 2, moisture on -line measuring device and gas outgoing mouth. The utility model discloses but every carbomorphism room of independent control is arranged burnt speed and is arranged the material volume, and likepowder, cubic, the likepowder and cubic row who mixes the furnace charge of adaptation expects control, can make multi -door outer hot type stand upright the furnace charge quality of stove production and keep unanimously, adopting water and steam to carry out twice quenching to the furnace charge and handling, the quenching is effectual, simultaneously can automatic control furnace charge moisture, furnace charge water retention is invariable, and degree of automation is high, ensures that the gas retort operation is stable.
Description
Technical field
The utility model relates to a kind of externally heated retort oven, particularly relates to a kind of externally heated retort oven furnace charge cooling discharger.
Background technology
Existing external-heat upright furnace production technique is: the coal charge of the granularity >=13mm manually equipment such as cylinder valve, auxiliary coal bin is interrupted and loads in coking chamber, heat needed for coal charge destructive distillation be by coal gas in combustion chamber combustion by firebrick wall indirect supply, the semicoke (blue charcoal) after destructive distillation is by discharges such as quenching case, coke discharging star tooth and the put-focus valves of hydrolock.
Existing external-heat upright furnace production technique, require to enter stove by block coal charge, require that coal charge must have certain thermostability simultaneously, namely the semicoke after destructive distillation is also necessary for bulk, otherwise by the quenching of uncontrollable semicoke and discharge, even cause upright furnace furnace temperature confusion cannot normal production operation.
In addition, also there are the following problems for above-mentioned conventional upright furnace quenching and coke discharging technique:
1) coke quenching water pipeline welds with the coke discharging tank wall of one-sided perforate, semicoke that is middle and opposite side put out less than, water flows out quenching case along tank wall.
2) the coke discharging star tooth of multi-door coking chamber shares a set of drive unit, and every platform coke discharging star tooth is connected with the tie rod of drive unit by slide block, ratchet, completes coke discharging process by the to-and-fro movement of tie rod.Because the asynchronous of skid and ratchet such as to be beated at the reason, cause that the burnt speed of different coke discharging star tooth row is asynchronous, semicoke quality different.Because the coke discharging star tooth of multi-door coking chamber adopts a set of drive unit, so, independently can not regulate simple gate coking chamber coke discharging speed and semicoke quality.
3) because adopt water quenching and the water yield comparatively large, unnecessary coke quenching water all flows out quenching case, operating environment of pollution.
At present, domestic external-heat upright furnace all adopts above-mentioned semicoke quenching, discharging device for coke, the coke discharging that this device is only suitable for block semicoke is produced, be not suitable for the discharge of powdery semicoke, produce semicoke due to current low-rank coal destructive distillation and all adopt long-flame coal, coal and the oil shales such as old brown coal, the thermostability of these materials is relatively poor, so, after destructive distillation, semi-coke powderization is more serious, particularly along with the lifting of coal mining Technology, fine coal output is higher, therefore how continuous, the discharge of stability contorting powder semicoke and the adjustment of simple gate coking chamber coke discharging speed are that in external-heat upright furnace, a difficult problem urgently to be resolved hurrily is produced in low-temperature pyrolysis.
Summary of the invention
The utility model provides a kind of externally heated retort oven furnace charge cooling discharger, every coking chamber coke discharging speed and withdrawal rate can be regulated separately, the discharge adapting to powdery, bulk, powdery and block mixture charge controls, and the furnace charge quality that multi-door external-heat upright furnace can be made to produce is consistent; Adopt water and steam to carry out twice quenching process to furnace charge, quenching is effective; Can automatically control furnace charge moisture, furnace charge water tariff collection is constant, and level of automation is high, guarantees gas retort stable operation simultaneously.
In order to achieve the above object, the utility model realizes by the following technical solutions:
A kind of externally heated retort oven furnace charge cooling discharger, comprise the furnace charge refrigerating unit, discharge control valve, furnace charge buffer storage and the quantitative blow-off valve that connect successively from top to bottom, the side of described furnace charge refrigerating unit is provided with coke quenching steam interface, coke quenching water interface, thermoelectricity on a rare occasion; Furnace charge buffer storage side is provided with secondary cooling water interface or cooling twice vapor interface, high-order level gage, low level level gage, thermopair two, moisture on-line proofing unit and gas discharge outlet.
Described thermoelectricity is on a rare occasion multiple with thermopair two, and the circumference respectively along furnace charge refrigerating unit or furnace charge buffer storage is evenly arranged.
Steam conveying pipe before residue waste water transport pipe, coke quenching steam interface or cooling twice vapor interface before described coke quenching water interface, the water coolant transport pipe before secondary cooling water interface establishes motor-driven control valve respectively; Each motor-driven control valve, discharge control valve, thermoelectricity on a rare occasion, high-order level gage, low level level gage, thermopair two, moisture on-line proofing unit and quantitative blow-off valve connection control system respectively.
Compared with prior art, the beneficial effects of the utility model are:
1) can regulate separately every coking chamber coke discharging speed and withdrawal rate, the discharge adapting to powdery, bulk, powdery and block mixture charge controls, and makes furnace charge cool also continuous, stable, balanced discharge;
2) simple gate coking chamber can independently regulate coke discharging speed, thus ensures that the furnace charge quality that multi-door external-heat upright furnace is produced is consistent;
3) adopt water and steam to carry out twice quenching process to furnace charge, quenching is effective, and can reduce coke quenching water consumption;
4) can automatically control furnace charge moisture, make finished product furnace charge water tariff collection constant;
5) structure is simple, and level of automation is high, guarantees upright furnace stable operation.
Accompanying drawing explanation
Fig. 1 is front view of the present utility model.
Fig. 2 is the left view of Fig. 1.
In figure: 1. furnace charge refrigerating unit 2. discharge control valve 3. secondary cooling water or quantitative blow-off valve drive unit 7. moisture on-line proofing unit 8. low level level gage 9. high-order level gage 10. thermopair 2 11. gas discharge outlet 12. discharge control valve drive unit 13. coke quenching water interface 14. coke quenching steam interface 15. thermoelectricity of the quantitative blow-off valve 6. of cooling twice vapor interface 4. furnace charge buffer storage 5. are on a rare occasion
Embodiment
Below in conjunction with accompanying drawing, embodiment of the present utility model is described further:
See Fig. 1, it is structural representation of the present utility model, a kind of externally heated retort oven furnace charge cooling of the utility model discharger, comprise the furnace charge refrigerating unit 1, discharge control valve 2, furnace charge buffer storage 4 and the quantitative blow-off valve 5 that connect successively from top to bottom, the side of described furnace charge refrigerating unit 1 is provided with coke quenching steam interface 14, coke quenching water interface 13, thermoelectricity on a rare occasion 15; Furnace charge buffer storage 4 side is provided with secondary cooling water or cooling twice vapor interface 3, high-order level gage 9, low level level gage 8, thermopair 2 10, moisture on-line proofing unit 7 and gas discharge outlet 11.
Described thermoelectricity on a rare occasion 15 and thermopair 2 10 be multiple, the circumference respectively along furnace charge refrigerating unit 1 or furnace charge buffer storage 4 is evenly arranged.
Steam conveying pipe before residue waste water transport pipe, coke quenching steam interface 14 or cooling twice vapor interface 3 before described coke quenching water interface 13, the water coolant transport pipe before secondary cooling water interface 3 establishes motor-driven control valve respectively; Each motor-driven control valve, discharge control valve 2, thermoelectricity on a rare occasion 15, high-order level gage 9, low level level gage 8, thermopair 2 10, moisture on-line proofing unit 7 and quantitative blow-off valve 5 connection control system respectively.
The principle of work of a kind of externally heated retort oven of the utility model furnace charge cooling discharger is: in externally heated retort oven, carry out powdery, bulk or the powdery after destructive distillation process and block mixture charge, enter in the furnace charge refrigerating unit 1 of lower portion of furnace body at high operating temperatures, by residue waste water, steam, furnace charge is once cooled, charge-temperature is down to less than 350 DEG C; Then furnace charge is discharged body of heater continuously, equably through discharge control valve 2 and is entered in furnace charge buffer storage 4, adopts water or steam to carry out cooling twice, charge-temperature is down to less than 150 DEG C; Finished product furnace charge moisture is adjustable in scope below 8.0%, meets the requirements of finished product furnace charge and is discharged by quantitative blow-off valve 5; The gas produced in secondary cooling process causes after purifying processing device carries out purifying treatment and discharges, cooling water circulation utilization.
Furnace charge cooling in externally heated retort oven every coking chamber and discharging process all can independently control.
In the utility model, adopt furnace charge refrigerating unit 1 to instead of conventional coke quenching device, by remaining the mode that useless water and steam cools simultaneously, ensure furnace charge cooling evenly, quenching effect is better than traditional coke quenching device.In order to cool further to furnace charge, the utility model carries out second time cooling to furnace charge in furnace charge buffer storage 4, and cooling twice adopts water or steam to cool from the other end furnace charge, thus ensures the homogeneity of furnace charge cooling further.
In order to ensure that the cooled temperature of furnace charge reaches requirement, furnace charge refrigerating unit is provided with thermoelectricity on a rare occasion 15, thermoelectricity 15 is on a rare occasion multiple, be evenly arranged along furnace charge refrigerating unit 1 circumference, furnace charge buffer storage 4 is provided with thermopair 2 10, thermopair 2 10 is also multiple, is evenly arranged along furnace charge buffer storage 4 circumference.
Specific works process of the present utility model is: in externally heated retort oven, carry out powdery, bulk or the powdery after destructive distillation process and block mixture charge, enter in the furnace charge refrigerating unit 1 of lower portion of furnace body at high operating temperatures, by residue waste water, steam, furnace charge is once cooled; The flow of residue waste water or steam, according to thermoelectricity on a rare occasion 15 temperature datas recorded, is automatically regulated the variable valve on coke quenching water or coke quenching steam transport pipe by Controlling System, charge-temperature is down to less than 350 DEG C; After the temperature data of multiple thermoelectricity on a rare occasion measured by 15 all meets the requirements, Controlling System controls discharge control valve drive unit 12 and starts, drive discharge control valve 2 to open, furnace charge is discharged body of heater continuously, equably through discharge control valve 2 and is entered in furnace charge buffer storage 4.Withdrawal rate is controlled according to the material level in furnace charge buffer storage 4 automatically by Controlling System.
In furnace charge buffer storage 4, adopt water or steam to carry out cooling twice, adopt thermopair 2 10 to detect charge-temperature, adopt moisture on-line proofing unit 7 to detect furnace charge moisture, adopt high-order level gage 9 and low level level gage 8 to detect material level.Charge-temperature is down to less than 150 DEG C, finished product furnace charge moisture controlled is below 8.0%, and after reaching requirement, Controlling System controls quantitative blow-off valve drive unit 6 and starts, finished product furnace charge discharged by quantitative blow-off valve 5;
The gas produced in secondary cooling process is caused after purifying processing device carries out purifying treatment by the gas discharge outlet 11 on furnace charge buffer storage 4 and discharges, and cooling water circulation utilization, reduces the pollution of production process to environment.
Following examples are implemented under premised on technical solutions of the utility model, give detailed embodiment and concrete operating process, but protection domain of the present utility model are not limited to following embodiment.In following embodiment, method therefor is ordinary method if no special instructions.
[embodiment 1]
Furnace charge after the destructive distillation of external-heat powder destructive distillation device, temperature about 500 ~ 600 DEG C enters furnace charge cooling system, by the useless water and steam quenching cooling of residue in furnace charge refrigerating unit 1, cools the temperature within 300 DEG C; Once cooled furnace charge evenly drains into furnace charge buffer storage 4 by discharge control valve 2, cooling twice steam flusher is provided with in furnace charge buffer storage 4 inside, the furnace charge that discharge control valve 2 is discharged is lowered the temperature further by cooling twice steam, final furnace charge surface temperature control is at 70 ~ 100 DEG C, and finished product furnace charge moisture is 7.3%.The water vapor produced in furnace charge buffer storage 4 secondary cooling process is delivered to foam dust-removing device by pipeline and is carried out purifying treatment.
[embodiment 2]
Furnace charge after the destructive distillation of external-heat powder destructive distillation device, temperature about 500 ~ 600 DEG C enters furnace charge cooling system, by the useless water and steam quenching cooling of water residue in furnace charge refrigerating unit 1, cools the temperature within 250 DEG C; Once cooled furnace charge evenly drains into furnace charge buffer storage 4 by discharge control valve 2, cooling twice steam flusher is provided with in furnace charge buffer storage 4 inside, the furnace charge that discharge control valve 2 is discharged is lowered the temperature further by cooling twice steam, final furnace charge surface temperature control is at 60 ~ 90 DEG C, and finished product furnace charge moisture is 7.1%.The water vapor produced in furnace charge buffer storage 4 two quenching processes is delivered to foam dust-removing device by pipeline and is carried out purifying treatment.
[embodiment 3]
Furnace charge after the destructive distillation of external-heat powder destructive distillation device, temperature about 500 ~ 600 DEG C enters furnace charge cooling system, by the useless water and steam quenching cooling of water residue in furnace charge refrigerating unit 1, cools the temperature within 200 DEG C; Once cooled furnace charge evenly drains into furnace charge buffer storage 4 by discharge control valve 2, secondary cooling water flusher is provided with in furnace charge buffer storage 4 inside, the furnace charge that discharge control valve 2 is discharged is lowered the temperature further by cooling twice steam, final furnace charge surface temperature control is at 50 ~ 80 DEG C, and finished product furnace charge moisture is 7.8%.The water vapor produced in furnace charge buffer storage 4 two quenching processes is delivered to foam dust-removing device by pipeline and is carried out purifying treatment.
Claims (3)
1. an externally heated retort oven furnace charge cooling discharger, it is characterized in that, comprise the furnace charge refrigerating unit, discharge control valve, furnace charge buffer storage and the quantitative blow-off valve that connect successively from top to bottom, the side of described furnace charge refrigerating unit is provided with coke quenching steam interface, coke quenching water interface, thermoelectricity on a rare occasion; Furnace charge buffer storage side is provided with secondary cooling water interface or cooling twice vapor interface, high-order level gage, low level level gage, thermopair two, moisture on-line proofing unit and gas discharge outlet.
2. a kind of externally heated retort oven furnace charge cooling discharger according to claim 1, is characterized in that, described thermoelectricity is on a rare occasion multiple with thermopair two, and the circumference respectively along furnace charge refrigerating unit or furnace charge buffer storage is evenly arranged.
3. a kind of externally heated retort oven furnace charge cooling discharger according to claim 1, it is characterized in that, steam conveying pipe before residue waste water transport pipe, coke quenching steam interface or cooling twice vapor interface before described coke quenching water interface, the water coolant transport pipe before secondary cooling water interface establishes motor-driven control valve respectively; Each motor-driven control valve, discharge control valve, thermoelectricity on a rare occasion, high-order level gage, low level level gage, thermopair two, moisture on-line proofing unit and quantitative blow-off valve connection control system respectively.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520572939.5U CN204874394U (en) | 2015-08-03 | 2015-08-03 | Externally heated retort oven furnace charge cooling eduction gear |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520572939.5U CN204874394U (en) | 2015-08-03 | 2015-08-03 | Externally heated retort oven furnace charge cooling eduction gear |
Publications (1)
| Publication Number | Publication Date |
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| CN204874394U true CN204874394U (en) | 2015-12-16 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520572939.5U Active CN204874394U (en) | 2015-08-03 | 2015-08-03 | Externally heated retort oven furnace charge cooling eduction gear |
Country Status (1)
| Country | Link |
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| CN (1) | CN204874394U (en) |
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2015
- 2015-08-03 CN CN201520572939.5U patent/CN204874394U/en active Active
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| TR01 | Transfer of patent right |
Effective date of registration: 20180815 Address after: 116085 128 high energy street, Qixian Ling high tech Industrial Park, Dalian, Liaoning Patentee after: ACRE Coking And Refractory (Dalian) Engineering Consulting Corp., MCC Address before: 116085 128 high energy street, Qixian Ling high tech Industrial Park, Dalian, Liaoning Patentee before: ACRE Coking and Refractory Engineering Consulting Corporation, MCC |