CN204727839U - Hot construction of coke oven furnace roof slurry transportation system - Google Patents
Hot construction of coke oven furnace roof slurry transportation system Download PDFInfo
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- CN204727839U CN204727839U CN201520198958.6U CN201520198958U CN204727839U CN 204727839 U CN204727839 U CN 204727839U CN 201520198958 U CN201520198958 U CN 201520198958U CN 204727839 U CN204727839 U CN 204727839U
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- mud storage
- furnace roof
- coke oven
- slurry
- house steward
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Abstract
The utility model discloses a kind of Hot construction of coke oven furnace roof slurry transportation system, solve the problems such as existing Hot construction of coke oven furnace roof cementing operations operating efficiency is low, length consuming time.This Hot construction of coke oven furnace roof slurry transportation system comprises the stirring station (1) being arranged at ground, the slush pump (2) be connected with described stirring station (1), be arranged on a platform top and the mud storage be connected with described slush pump (2) by slurry transportation pipeline (3), be connected with described mud storage and be arranged in the described defeated of furnace roof and starch house steward (8), be separately positioned on described defeated slurry house steward (8) both sides and by branch pipe connection and valve (9) and the described defeated arm (10) starched house steward (8) and be connected.The utility model takes ground to stir modulation mud, and a platform top stores the mode of mud, avoids platform top process between chamotte handling extremely, substantially reduce the number material handling amount, shorten the preparation of construction time, saves handling expense and duration.
Description
Technical field
The utility model relates to a kind of slurry transportation system, specifically, relates to a kind of Hot construction of coke oven furnace roof slurry transportation system.
Background technology
Hot furnace roof construction is last program of coke oven construction, is also the key procedure affecting coke oven quality, mainly comprises protecting sheet grouting, furnace roof grouting, little burner and brace ditch cover brick masonry.During heatingup of coke oven battery, due to the expansion that refractory brick expands, oven top of coke oven masonry by drawing crack, can produce a large amount of crack, and these cracks need fill with real with refractory mortar, to make the airtight of coking furnace shaft, ensures normally to produce.The little burner of coke oven and brace ditch cover brick masonry, carry out after completing protecting sheet grouting, furnace roof grouting.For 6m coking chamber coke oven, the hot grouting of coke oven and build by laying bricks or stones and use refractory mortar about amount 120t, wherein 80% is cementing operations use.Current constructional method is, construction equipment and refractory mortar crane are winched to platform between coke oven, a platform sets up stirring station, the stirring of refractory mortar is modulated on a platform to be carried out, manually with keg or plain trolley, mud is transported to job location during construction, consumes a large amount of manpower, during peak, reach people more than 50, operating efficiency is low, length consuming time.
Utility model content
The purpose of this utility model is to overcome above-mentioned defect, provide a kind of structure simple, realize slurry transportation system easily.
To achieve these goals, the technical solution adopted in the utility model is as follows:
Hot construction of coke oven furnace roof slurry transportation system, comprise the stirring station being arranged at ground, the slush pump be connected with described stirring station, be arranged on a platform top and the mud storage be connected with described slush pump by slurry transportation pipeline, be connected with described mud storage and be arranged in the described defeated of furnace roof and starch house steward, be separately positioned on described defeated slurry house steward both sides and by branch pipe connection and valve and the described defeated arm starched house steward and be connected.
Further, the end branch tube being positioned at described defeated slurry house steward end and valve is also comprised.
Specifically, what described mud storage comprised that described slush pump connects builds by laying bricks or stones by mud storage tank and grouting mud storage, described in build by laying bricks or stones and be connected with described slush pump respectively by described slurry transportation pipeline with grouting mud storage with mud storage tank; The described grouting grout outlet of mud storage is defeatedly starched house steward with described and is connected, and is connected bottom it by coupling unit with described building by laying bricks or stones with mud storage tank.
Further, described grouting mud storage is vertical silo, is provided with whipping appts in it, and described grout outlet position is higher than 150 to 200mm bottom silo.
Further, described defeated slurry house steward installs a described arm every 5 or 6 coking chamber distances.
Further, described defeated slurry house steward adopts the pvc pipe of DN65.
Further, described arm is flexible pipe.
Further, build by laying bricks or stones described in and all use steel plate and section steel manufacture by mud storage tank and grouting mud storage.
The implementation method of Hot construction of coke oven furnace roof slurry transportation system, comprises the following steps:
In cementing operations
(1) ground stirring station by slush pump to the step of the grouting on a platform top by mud storage slurry conveyed;
(2) grouting mud storage carries the step of slurries to defeated slurry house steward by grout outlet;
(3) defeated slurry house steward is to the step of arm conveying slurries;
(4) arm exports the step of slurries;
Cementing operations interval
(5) ground stirring station uses the step of mud storage tank conveying slurries to building by laying bricks or stones on a platform top by slush pump; And the dense thick mud that can not be used for cementing operations of grouting mud storage bottom settlings imports the step of building by laying bricks or stones with mud storage tank by coupling unit.
After cementing operations terminates, drain residual slip by defeated slurry house steward end branch tube, rinse the step of grouting mud storage and defeated slurry house steward and discharge waste water.
Compared with prior art, the utility model has following beneficial effect:
(1) the utility model takes ground to stir modulation mud, and a platform top stores the mode of mud, avoids platform top process between chamotte handling extremely, substantially reduce the number material handling amount, shorten the preparation of construction time, saves handling expense and duration.
(2) grouting mud storage in the utility model, utilizes the effect of mud self gravitation to be transported to job location, saves supercharging device, reduce complex structure type, reduce input cost and energy consumption.
(3) in the utility model, the whipping appts of grouting mud storage inside can Keep agitation mud, less mud sediment layering, ensures the quality of mud.
(4) when adopting the utility model grouting; often group only needs 2 operating personnels; one man operation valve; one people controls flexible pipe; an arm can complete protecting sheet grouting and the furnace roof glued crack of 10 to 12 hole carbonization chamber furnace top gross areas; can single arm operation, also can the operation simultaneously of multiple arm, operating efficiency is high.
Accompanying drawing explanation
Fig. 1 is structure principle chart of the present utility model.
Fig. 2 is grouting mud storage structural representation in the utility model.
The title that Reference numeral is corresponding is as follows: 1-stirrer, 2-slush pump, 3-slurry transportation pipeline, 4-build by laying bricks or stones with mud storage tank, 5-coupling unit, 6-grouting mud storage, 7-grout outlet, 8-defeated slurry house steward, 9-branch pipe connection and valve, 10-flexible pipe, 11-end branch tube and valve, 12-whipping appts, 13-bearing, 14-pulp inlet, platform between 15-, 16-furnace roof.
Embodiment
Below in conjunction with drawings and Examples, the utility model is described in further detail, and embodiment of the present utility model includes but not limited to the following example.
Embodiment
As shown in Figure 1, 2, present embodiments provide a kind of Hot construction of coke oven furnace roof slurry transportation system, it mainly includes stirring station 1, slush pump 2, mud storage, defeated slurry house steward 8 and arm 10.Wherein, stirring station is arranged on ground, mud storage is arranged on a platform top, modulation mud is stirred to take ground, between platform top store the mode of mud, avoid chamotte handling between platform top process, substantially reduce the number material handling amount, shorten the preparation of construction time, save handling expense and duration.
Mud storage comprises building by laying bricks or stones of slush pump 2 connection and uses mud storage tank 4 and grouting mud storage 6, build by laying bricks or stones and be connected with slush pump 2 respectively by slurry transportation pipeline 3 with grouting mud storage 6 with mud storage tank 4, grouting mud storage and build by laying bricks or stones with mud storage tank sheet and section steel manufacture, with crane entirety platform placed on top between handling extremely respectively, memory device structure is firmly light, convenient lifting and transport, can reuse, can reduce input cost.Preferably, slurry transportation pipeline is flexible pressure-resistant pipe.Specifically, when grouting construction, grouting mud storage is connected with slush pump by slurry transportation pipeline, in construction interval, build by laying bricks or stones and be connected with slush pump by slurry transportation pipeline with mud storage tank, building by laying bricks or stones with mud in mud storage tank for building operation by laying bricks or stones, having saved refractory mortar; The grouting grout outlet 7 of mud storage 6 is starched house steward 8 be connected with defeated, is connected with building by laying bricks or stones bottom it by coupling unit 5 with mud storage tank 4.By above-mentioned setting, the dense thick mud that can not be used for cementing operations of silo bottom settlings can be imported to build by laying bricks or stones and use mud storage tank, for building operation by laying bricks or stones.
In the present embodiment, grouting mud storage utilizes the effect of mud self gravitation to be transported to job location, saves supercharging device, reduces complex structure type, reduce input cost and energy consumption.Further, grouting mud storage 6 is vertical silo, is installed on the high bearing of 60mm 13, is provided with whipping appts 12 in it, and the whipping appts of silo inside can Keep agitation mud, and less mud sediment layering, ensures the quality of mud.The pulp inlet 14 of grouting mud storage is arranged on top, and the precipitated mud blocking of grout outlet, higher than 150 to 200mm bottom silo, can be avoided by this design in grout outlet 7 position.
Defeated slurry house steward 8 is connected by mud storage with the grouting in mud storage, and it adopts the pvc pipe of DN65 as slurry transportation main pipeline, and because pvc pipe is light-duty pipe, have bad luck conveniently, pvc pipe joint connects, convenient installation and dismounting.The recruitment of assembling and disassembling process is few, speed is fast.During grouting, open grouting mud storage grout outlet, mud flows into defeated slurry house steward by self gravitation effect.
Arm 10 is preferably flexible pipe, is separately positioned on defeated slurry house steward 8 both sides and is starched house steward 8 by branch pipe connection and valve 9 be connected with defeated.Preferably, defeated slurry house steward 8 installs an arm 10 every 5 or 6 coking chamber distances; During grouting, by the Valve controlling on arm, be delivered to the place that need be in the milk by flexible pipe, general, an arm can complete protecting sheet grouting and the furnace roof glued crack of 10 to 12 hole carbonization chamber furnace top gross areas.Can single arm operation, also can the operation simultaneously of multiple arm, a large amount of slurry transportation personnel decreased needed for traditional work, also improve operating efficiency.
In order to better realize the present embodiment, defeated slurry house steward 8 end is provided with end branch tube and valve 11.After having constructed, drain residual slip by end branch tube, rinse silo and defeated slurry house steward with clear water, waste water is also discharged from end branch tube.When building operation by laying bricks or stones, modulation mud is stirred at ground stirring station, flexible pressure-resistant pipe and grouting mud are built by laying bricks or stones and uses mud storage tank, use slush pump the input of grouting mud to be built by laying bricks or stones to store with mud storage tank, because with slurry consumption and volume, comparatively grouting mud is far little many, available keg or plain trolley are manually transported to and build place by laying bricks or stones; I.e. dismountable defeated slurry house steward and grouting mud storage while carrying out building operation by laying bricks or stones, decrease wind up cleaning work amount and time.
According to above-described embodiment, just the utility model can be realized well.What deserves to be explained is; under prerequisite based on above-mentioned principle of design; for solving same technical problem; even if some making on architecture basics disclosed in the utility model are without substantial change or polishing; the essence of the technical scheme adopted is still the same with the utility model, therefore it also should in protection domain of the present utility model.
Claims (8)
1. Hot construction of coke oven furnace roof slurry transportation system, it is characterized in that, comprise the stirring station (1) being arranged at ground, the slush pump (2) be connected with described stirring station (1), be arranged on a platform top and the mud storage be connected with described slush pump (2) by slurry transportation pipeline (3), be connected with described mud storage and be arranged in the defeated of furnace roof and starch house steward (8), be separately positioned on described defeated slurry house steward (8) both sides and by branch pipe connection and valve (9) and the described defeated arm (10) starched house steward (8) and be connected.
2. Hot construction of coke oven furnace roof slurry transportation system according to claim 1, is characterized in that, also comprises the end branch tube and valve (11) that are positioned at described defeated slurry house steward (8) end.
3. Hot construction of coke oven furnace roof slurry transportation system according to claim 2, it is characterized in that, what described mud storage comprised that described slush pump (2) connects builds by laying bricks or stones by mud storage tank (4) and grouting mud storage (6), described in build by laying bricks or stones and be connected with described slush pump (2) respectively by described slurry transportation pipeline (3) by mud storage (6) with being in the milk with mud storage tank (4); The described grouting grout outlet (7) of mud storage (6) is defeatedly starched house steward (8) with described and is connected, and passes through coupling unit (5) and be connected with mud storage tank (4) with described building by laying bricks or stones bottom it.
4. Hot construction of coke oven furnace roof slurry transportation system according to claim 3, it is characterized in that, described grouting mud storage (6) is vertical silo, is provided with whipping appts (12) in it, and described grout outlet (7) position is higher than 150 to 200mm bottom silo.
5. Hot construction of coke oven furnace roof slurry transportation system according to claim 4, is characterized in that, described defeated slurry house steward (8) installs a described arm (10) every 5 or 6 coking chamber distances.
6. Hot construction of coke oven furnace roof slurry transportation system according to claim 5, is characterized in that, described defeated slurry house steward (8) adopts the pvc pipe of DN65.
7. Hot construction of coke oven furnace roof slurry transportation system according to claim 6, it is characterized in that, described arm (10) is flexible pipe.
8. Hot construction of coke oven furnace roof slurry transportation system according to claim 7, is characterized in that, described in build by laying bricks or stones and all use steel plate and section steel manufacture by mud storage tank (4) and grouting mud storage (6).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520198958.6U CN204727839U (en) | 2015-04-03 | 2015-04-03 | Hot construction of coke oven furnace roof slurry transportation system |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520198958.6U CN204727839U (en) | 2015-04-03 | 2015-04-03 | Hot construction of coke oven furnace roof slurry transportation system |
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| CN204727839U true CN204727839U (en) | 2015-10-28 |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104789233A (en) * | 2015-04-03 | 2015-07-22 | 中国五冶集团有限公司 | Furnace top mud conveying system for coke oven hot construction and implementation method of furnace top mud conveying system |
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2015
- 2015-04-03 CN CN201520198958.6U patent/CN204727839U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104789233A (en) * | 2015-04-03 | 2015-07-22 | 中国五冶集团有限公司 | Furnace top mud conveying system for coke oven hot construction and implementation method of furnace top mud conveying system |
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