CN205906767U - Sintering gas cleaning active carbon storage device of unloading - Google Patents
Sintering gas cleaning active carbon storage device of unloading Download PDFInfo
- Publication number
- CN205906767U CN205906767U CN201620779946.7U CN201620779946U CN205906767U CN 205906767 U CN205906767 U CN 205906767U CN 201620779946 U CN201620779946 U CN 201620779946U CN 205906767 U CN205906767 U CN 205906767U
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- activated carbon
- storage device
- storehouse
- discharging
- sintering gas
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Abstract
The utility model discloses a sintering gas cleaning active carbon storage device of unloading, the storehouse is stored to the active carbon that is equipped with the infundibulate feed opening including the bottom, the upper portion that the storehouse was stored to the active carbon is equipped with the feed inlet, a bale breaking storehouse of unloading that is used for admitting the outside active carbon raw materials that ships package is connected through interface channel to the feed inlet, the bale breaking window has been seted up to interface channel's conduit wall, it is equipped with the apron to unload the top in bale breaking storehouse. Can be applied to the storage of loading of multiple material, reduce the raise dust that the material loaded the in -process, improve the reinforced staff's of active carbon site work environment, avoid visual pollution simultaneously.
Description
Technical field
The utility model is related to a kind of corollary apparatus of sintering machine, relates in particular in a kind of sintering smoke purifying system
Activated carbon discharging storage device.
Background technology
No. three 600m of Baogang Stocks Trading Co.3Sintering machine group auxiliary construction flue gas of sintering machine head purification facility, this facility is using activity
Charcoal mobile layer flue gas purifying technique, in the flue gas after purification, each Pollutant emission concentration can reach " steel sintering, pelletizing industry
Atmosphere pollutants emission standardses " (gb28662-2012) and local environment protection emission requirement, reduce the pollution to environment for the sintering process.
And activated carbon flue gas purifying technique be by sintering flue gas introduce in the adsorption tower of this system and how micro- according to activated carbon
Hole, big (the about 500-1500m of specific surface area2/ g) characteristic, multiple harmful substances (so is carried out by physics and chemical reaction2、
nox, two English, heavy metal, dust etc.) absorption, adsorbed the activated carbon of sulfide, delivered to Analytic Tower through conveyer,
Here activated carbon runs from top to bottom, first passes around bringing-up section, is heated above more than 400 DEG C, activated carbon is adsorbed
Material parses.The material parsing is referred to as " rich sulfur dioxide gas srg ", and drains into system by nitrogen as delivery gas
Acid system, prepares sulfuric acid.Activated carbon after parsing again through bolting, by the tiny activated carbon granule less than 1.2mm and
Dust removes, and can improve the adsorption capacity of activated carbon.Activated carbon on sieve is delivered to adsorption tower by conveyer and recycles.
Wherein, in activated carbon flue gas purification system operation process, can there is certain loss in activated carbon.The activated carbon of loss
Will be supplemented by activated carbon discharging stocking system.This system is by equipment groups such as activated carbon warehouse, round roller batcher, belt weighing machines
Become.Outsourcing come activated carbon be transported to production scene in the way of ton bag (often 1 ton of bag activated carbon), by manually add to
Activated carbon warehouse.Activated carbon can produce substantial amounts of airborne dust during adding, that is, pollute environment, again the body of impact charging employee
Body health.
As shown in figure 1, the general flow chart of the domestic first set sintering activity charcoal flue gas purification system introduced for Taiyuan Iron and Steel Co., its activity
Charcoal discharging stocking system unloads storehouse (i.e. the activated carbon discharging room of in figure), bucket chain conveyor (the i.e. activated carbon of in figure by activated carbon
Discharging transporter), activated carbon storage warehouse, supplement the equipment such as transporter composition.The activated carbon that outsourcing comes first is transported to work by fork truck
Property charcoal unloading storehouse, artificial unpacking discharging, then by bucket chain conveyor by activated carbon unload storehouse in activated carbon through silo roof charging aperture transport
Transport to activated carbon storage warehouse.
The said system of Taiyuan Iron and Steel Co. occur in use activated carbon in artificial unpacking discharging to activated carbon discharge bin
During can produce a large amount of airborne dusts, although and be provided with dust collecting system, discharging room, soft curtain etc., effect is not notable, still suffers from
Certain dust is elegant.Meanwhile, employee dismantle activated carbon ton bag when it is necessary to enter discharging room in, operating environment is not
Good.During execute-in-place, fork truck will also pass through in the soft curtain entrance discharging room of cut-off.
As shown in Fig. 2 being one phase of Baosteel Zhanjiang activated carbon warehouse schematic diagram, Baosteel Zhanjiang sintering smoke purifying system, with
Sample adopts activated carbon mobile layer technology.The domestic independent research of whole system designs, and its activated carbon discharging stocking system is by electronic calabash
The equipment compositions such as reed, activated carbon storage warehouse, supplementary transporter.The activated carbon that outsourcing comes first delivers to activated carbon unloading factory building, by electricity
Dynamic cucurbit is hung to activated carbon storage warehouse top, then by artificial unpacking discharging.Activated carbon storage warehouse top is open type grid filter grid
Design, side is provided with suction port.But during charging, employee still can be affected by activated carbon airborne dust.
Utility model content
Technical problem to be solved in the utility model is to provide one kind can be effectively improved charging/discharging work on the spot ring
Border, reduce to operating personnel's pollutant emission for sintering smoke purifying system activated carbon discharging storage device, it is wanted
The technical problem solving can be implemented by the following technical programs.
A kind of sintering gas purifying activated carbon discharging storage device, is provided with the activated carbon storage of infundibulate feed opening including bottom
Storage, the top of described activated carbon storage warehouse is provided with charging aperture, and described charging aperture connects one through interface channel and is used for receiving outside
The discharging of shipped activated carbon raw material bag is unpacked storehouse, and the conduit wall of described interface channel offers window of unpacking, and described discharging is unpacked
The top in storehouse is provided with cover plate.
As the improvement further of the technical program, the unpack side wall in storehouse of described discharging is provided with dust suction near the position at top
Mouthful.
Also serve as the improvement further of the technical program, be provided with and described interface channel in the inside of described activated carbon warehouse
Connected deflector chute.
As preferred embodiment of the present utility model, the lower end of described deflector chute guides the funnel of described infundibulate feed opening into
Wall.
As the further improvement of the technical program, the guide passage of described deflector chute at least includes a bending mouth.
Further, described activated carbon warehouse includes connected epimere feed bin and hypomere feed bin, and described epimere feed bin is cylinder
Shape, hypomere feed bin is infundibulate, and described charging aperture is opened in the roof central authorities of described cylindrical shape epimere feed bin；Described deflector chute is certainly
Described charging aperture connects described interface channel.
Also serve as one of preferred embodiment of the present utility model, described deflector chute include interconnective first paragraph, second
Section and the 3rd section, described first paragraph connects described interface channel；With respect to horizontal position, the gradient of described first paragraph is less than described the
Two sections；Described second segment is connected with the side wall of described cylindrical shape feed bin with the 3rd section of corner position connecting.
Using the sintering gas purifying activated carbon discharging storage device of technique scheme, it is effectively reduced discharging scene
Pollution, the working environment of lifting operation personnel.
Brief description
Fig. 1 is Taiyuan Iron and Steel Co. existing activated carbon discharging stocking system general flow chart；
Fig. 2 is Zhanjiang one phase existing activated carbon warehouse schematic diagram；
The sintering activity charcoal warehouse apparatus that Fig. 3 provides for the utility model；
In figure: 1 electric block, 2 active charcoal bag, 3 cover plate, 4 discharging unpacking storehouse 5 guide
Skewed slot 6 activated carbon warehouse 7 activated carbon supplements transporter 8 unpacking window (unpacking point)
Specific embodiment
Below in conjunction with the accompanying drawings specific embodiment of the present utility model is described in further detail.
As shown in figure 3, the activated carbon discharging storage device based on sintering smoke purifying system providing for the utility model,
It is improved on the basis of one phase of Zhanjiang activated carbon warehouse, increases a discharging unpacking storehouse 4 newly at the top of activated carbon warehouse 6, live
Near setting up suction port in the position at top, the top in discharging unpacking storehouse 4 installs cover plate 3 additional to the side wall of property charcoal warehouse 6.Will be from outside
Activated carbon ton bag (i.e. the active charcoal bag 2 of in figure) hung in newly-increased discharging unpacking storehouse 4 with electric block 1, cover cover plate 3,
Open set suction port.Meanwhile, the joining place (such as both interface channel walls) of this discharging unpacking storehouse and activated carbon warehouse
Design unpacking window 8, operating personnel only need to open unpacking window 8, can unpacking discharging from discharging unpacking storehouse 4.So, discharging
During the airborne dust discharging unpacking storehouse 4 of hardly blowing out newly-increased, substantially improve work on the spot environment.Meanwhile, in activated carbon
Warehouse 6 indoor design guide skewed slot 5, to slow down the blanking velocity of activated carbon during charging, reduces the generation of airborne dust.Wherein,
It is in upper and lower two parts in activated carbon warehouse 6 profile, top is divided into cylindrical structural, and bottom is divided into funnel-shaped structure, and infundibulate is tied
The bell mouth of structure is feed opening, and its underpart is provided with activated carbon and supplements transporter.
Wherein, the dust producing in discharge process rises to during the height of suction port by dust suction inside activated carbon warehouse 6
Mouthful dust collection equipment connecting siphons away, and then avoids dust and continuously rise to reach unpacking window 8 along interface channel, even up to
Blow out in external systems behind the position of cover plate 3, and then reduce dust pollution.
Guide skewed slot 5 is structure during segmentation, existing three sections altogether, and from top to bottom three sections of skewed slot gradients are gradually steep, second segment and the
The turning point of three sections of joints is connected with the inwall of activated carbon warehouse 6 upper cylindrical storehouse cylinder, the 3rd section of lower end and activated carbon
The inwall of warehouse 6 lower hopper shape bulkhead connects.
This activated carbon discharging storage device, can be applicable to the filling storage of various materials, during reducing material filling
Airborne dust, improves the work on the spot environment of activated carbon charging employee, avoids visualization pollution simultaneously.
Claims (7)
1. a kind of sintering gas purifying activated carbon discharging storage device, is provided with the activated carbon storage of infundibulate feed opening including bottom
Storehouse, the top of described activated carbon storage warehouse is provided with charging aperture it is characterised in that described charging aperture is used for through interface channel connection one
The discharging receiving outside shipped activated carbon raw material bag is unpacked storehouse, and the conduit wall of described interface channel offers window of unpacking, described
The unpack top in storehouse of discharging is provided with cover plate.
2. sintering gas purifying activated carbon discharging storage device according to claim 1 is it is characterised in that described discharging is torn open
The side wall in bag storehouse is provided with suction port near the position at top.
3. sintering gas purifying activated carbon discharging storage device according to claim 1 and 2 is it is characterised in that described
The inside of activated carbon warehouse is provided with the deflector chute being connected with described interface channel.
4. sintering gas purifying activated carbon discharging storage device according to claim 3 is it is characterised in that described deflector chute
Lower end guide the hopper walls of described infundibulate feed opening into.
5. sintering gas purifying activated carbon discharging storage device according to claim 3 is it is characterised in that described deflector chute
Guide passage at least include a bending mouth.
6. the sintering gas purifying activated carbon discharging storage device according to claim 4 or 5 is it is characterised in that described work
Property charcoal warehouse include connected epimere feed bin and hypomere feed bin, described epimere feed bin be cylindrical shape, hypomere feed bin be infundibulate, institute
State the roof central authorities that charging aperture is opened in described cylindrical shape epimere feed bin；Described deflector chute connects described connection from described charging aperture
Passage.
7. sintering gas purifying activated carbon discharging storage device according to claim 6 is it is characterised in that described deflector chute
Including interconnective first paragraph, second segment and the 3rd section, described first paragraph connects described interface channel；With respect to horizontal position,
The gradient of described first paragraph is less than described second segment；Described second segment and the 3rd section of corner position connecting and described cylindrical shape feed bin
Side wall be connected.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620779946.7U CN205906767U (en) | 2016-07-22 | 2016-07-22 | Sintering gas cleaning active carbon storage device of unloading |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620779946.7U CN205906767U (en) | 2016-07-22 | 2016-07-22 | Sintering gas cleaning active carbon storage device of unloading |
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| CN205906767U true CN205906767U (en) | 2017-01-25 |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110658116A (en) * | 2019-09-12 | 2020-01-07 | 广东韶钢松山股份有限公司 | Massive ferroalloy sampling and particle size synchronous detection system and use method thereof |
-
2016
- 2016-07-22 CN CN201620779946.7U patent/CN205906767U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110658116A (en) * | 2019-09-12 | 2020-01-07 | 广东韶钢松山股份有限公司 | Massive ferroalloy sampling and particle size synchronous detection system and use method thereof |
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