CN209049322U - A kind of carbon production system using waste heat tail gas heating - Google Patents
A kind of carbon production system using waste heat tail gas heating Download PDFInfo
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- CN209049322U CN209049322U CN201820880682.3U CN201820880682U CN209049322U CN 209049322 U CN209049322 U CN 209049322U CN 201820880682 U CN201820880682 U CN 201820880682U CN 209049322 U CN209049322 U CN 209049322U
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Abstract
The utility model relates to carbon product fields, more particularly to a kind of carbon production system using waste heat tail gas heating, it includes the asphalt tank of horizontal layout, crusher, screening machine, multiple feed bins, kneading pot, cooling and stirring tank, vibration material device and device for discharging, asphalt tank, feed bin, kneading pot, the vibration batch can of cooling and stirring tank and vibration material device is respectively equipped with waste heat inlet exhaust gas and waste heat offgas outlet, and it passes sequentially through waste heat exhaust pipe and is connected, asphalt tank, feed bin, kneading pot, the vibration batch can of cooling and stirring tank and vibration material device is respectively equipped with material inlet and material outlet, the material outlet of asphalt tank and feed bin is connected with the material inlet of kneading pot by material transmission pipeline respectively, track transfer bogie is equipped between kneading pot material outlet and cooling and stirring tank material inlet, cooling and stirring tank material outlet and vibration batch can material into Mouth is connected by material transmission pipeline.Device provided by the utility model saves space, at low cost, high-efficient and safe and reliable.
Description
Technical field
The utility model relates to carbon production field more particularly to a kind of carbon production systems using waste heat tail gas heating
System.
Background technique
Pitch is added as major ingredient in nonmetal solid material of the carbon product usually by charcoal and graphite etc. based on carbon
Material is made as bonding agent through techniques such as calcining, ingredient, kneading, die moulds, wherein asphalt tank, kneading pot and vibration batch can
It is usually all utilized in tank body inner disc during heating and sets heat-conducting oil pipes, conduction oil is imported into after being heated by heat-conducting oil furnace
Heating and thermal insulation is carried out to the material in the equipment such as asphalt tank or kneading pot in hot oil pipe.This mode, first heat-conducting oil pipes are dripping
Relatively occupied space, and waste of energy in green tank, production cost is relatively high, and the leakproofness of pressure vessel is easy to appear and asks
Topic, safety is poor, needs frequent shutdown maintenance, and production efficiency is low.
Utility model content
The technical problem to be solved by the utility model is to provide save space, at low cost, high-efficient and safe and reliable
A kind of carbon production system using waste heat tail gas heating.
The utility model is to be achieved by the following technical programs:
A kind of carbon production system using waste heat tail gas heating comprising the asphalt tank of horizontal layout, crusher, screening
Machine, multiple feed bins, kneading pot, cooling and stirring tank, vibration material device, device for discharging and cooling bay, the crusher set that there are two go out
Material mouth is connected by belt conveyor with screening machine and corresponding feed bin feed inlet respectively, the screening machine set there are two go out
Material mouth is connected by belt conveyor with crusher and corresponding feed bin feed inlet respectively, asphalt tank, feed bin, kneading pot, cold
But the vibration batch can of agitator tank and vibration material device is respectively equipped with waste heat inlet exhaust gas and waste heat offgas outlet, and passes sequentially through waste heat tail
Feed channel is connected, and asphalt tank, feed bin, kneading pot, cooling and stirring tank and vibration expect that the vibration batch can of device is respectively equipped with material inlet
And material outlet, the material outlet of asphalt tank and feed bin are connected with the material inlet of kneading pot by material transmission pipeline respectively
It is logical, track transfer bogie, cooling and stirring tank material outlet are equipped between kneading pot material outlet and cooling and stirring tank material inlet
It is connected with vibration batch can material inlet by material transmission pipeline, the material transmission pipeline is equipped with interlayer, has been passed through in interlayer
Waste heat tail gas.
Further, the asphalt tank includes upper surge bunker, lower surge bunker and between upper surge bunker and lower surge bunker
Pitch heating cabinet, the pitch heating cabinet are equipped with bitumen feed mouth and pitch discharge port, and the lower surge bunker bottom is equipped with pitch
Tank waste heat inlet exhaust gas, the pitch heating cabinet is interior to be uniformly equipped with multiple waste heat tail gas tubulations, the waste heat tail gas along inner wall
Tubulation is connected with upper surge bunker and lower surge bunker respectively, and the upper surge bunker is equipped with asphalt tank waste heat offgas outlet.
Further, the feed bin includes the storage bin on top and the heating cabinet of lower part, and the storage bin top is equipped with storing
Storehouse material inlet, bottom are equipped with storage bin material outlet, and the heating cabinet is equipped with more than heating cabinet waste heat inlet exhaust gas and heating cabinet
Hot exhaust gas exports, and is equipped with electromagnetic valve and time controller at the storage bin material outlet.
Further, the kneading pot includes pot body and kneading agitating device, and the pot body includes surge bunker under kneading pot, mixes
Surge bunker on storehouse and kneading pot is pinched, the kneading storehouse is equipped with interlayer, kneading storehouse material inlet and kneading storehouse material outlet, described mixed
Pinch under pot that surge bunker is connected with interlayer respectively on surge bunker and kneading pot, surge bunker bottom is equipped with kneading pot under the kneading pot
Waste heat inlet exhaust gas, surge bunker is equipped with kneading pot waste heat offgas outlet on the kneading pot, and the kneading of kneading agitating device stirs
Leaf is extend into kneading storehouse, and multiple kneading pot fins are fixedly installed in the interlayer in kneading storehouse.
Further, cooling and stirring tank includes cooling and stirring tank, sealing cover and cooling and stirring device, the cooling and stirring
Tank is with double-layer structure with dissection, and the interlayer bottom is equipped with the cooling and stirring tank waste heat tail gas communicated with waste heat tail gas
Import, top are equipped with cooling and stirring tank waste heat offgas outlet, and the sealing cover is equipped with cooling and stirring tank material inlet, and cooling is stirred
Tank side wall is mixed equipped with cooling and stirring tank material outlet, the cooling and stirring device includes shaft and is fixedly installed in shaft
On cooling and stirring leaf, the shaft from the bottom of cooling and stirring tank pass through extend into cooling and stirring tank.
Further, the vibration material device includes vibration batch can, material vibrating mechanism and tamping mechanism, and the material vibrating mechanism includes vibration material
Platform and the vibration material machine being fixedly installed on vibration material platform, the vibration batch can rear portion are articulated on vibration material platform, vibration material platform
Lower section is equipped with rotating hydraulic cylinder, and the middle part of the connecting rod and vibration material die mould tank of rotating hydraulic cylinder is hinged, and the tamping mechanism includes pressure
Type frame, die mould hydraulic cylinder and the die mould block hinged with die mould hydraulic cylinder connecting rod.
Further, die mould block lower surface is equipped with arch protrusion.
Further, the vibration batch can includes vibration batch can tank body, set on the intracorporal slide lid of vibration batch can tank and is fixedly installed in
Hold-down bars on slide lid, the tank body include liner and outer wall, and the outer wall is equipped with waste heat inlet exhaust gas and gas vent.
Further, the middle part of the slide lid is the domes to raise upward.
Further, device for discharging includes the discharging platform being set in front of vibration material platform, unloading rack and is set to vibration batch can rear
Discharging hydraulic cylinder, the unloading rack includes arc stripper and the lifting lug for being fixedly installed in arc stripper two sides, the arc
Plate is fixedly installed in the middle part of one end of shape stripper.
The beneficial effects of the utility model
A kind of carbon production system using waste heat tail gas heating directly utilizes carbon product workshop calcined petroleum coke
Tail gas, after processing, first be used to prepare production caustic soda, then entered in carbon production equipment by air blower again, remaining
The temperature of hot exhaust gas can achieve 250-300 °, and can recycle, and instead of original heating oil pipe, improve equipment
Effective use space, be an important breakthrough in carbon production field, reduce a large amount of equipment investment and operation maintenance at
This, and efficiency also significantly improves, and present several hours can will be shorten to the roastingization time in previous week, achieved
Very high economic benefit, it is also relatively more safe and reliable in use process, and using with heat preservation with dissection during material transmission
Pipeline, interlayer is interior to be passed through hot exhaust gas of having a surplus simultaneously, can keep the temperature to the material in transmission process, be further ensured that product matter
Amount improves production efficiency.
Conduction oil coil pipe is changed to the waste heat tail gas tubulation being arranged along pitch top tank structure, both adds the inner space of asphalt tank
Greatly, and equipment cost and operating cost have been saved, do not needed using heating furnace both pressure vessel to heat-conducting oil heating, it is only necessary to one
Platform air blower blasts waste heat tail gas, and later maintenance cost is also relatively low, does not need frequent shutdown maintenance, production efficiency
It is relatively high, it is safe and reliable to operation, and reduce exhaust emissions, and it being good for the environment, upper surge bunker and lower surge bunker is arranged in tank body,
Buffer waste heat tail gas when passing in and out asphalt tank, heating effect is more significant.
A heating cabinet is set in bin bottom, waste heat tail gas is passed through in heating cabinet, pre-add is first carried out to the material in feed bin
Heat, then be discharged from the discharge port of bin bottom, the opening and closing of electromagnetic valve is controlled by time controller, carries out more partial size proportions
Enter kneading pot heating stirring kneading afterwards, it is relatively simple for structure, it is at low cost, it can be realized the opening and closing of autocontrol valve, it is time saving
It is laborsaving, and be conducive to improve stirring kneading effect and shorten the stirring kneading time, efficiency is relatively high.
Kneading pot kneading storehouse is set as sandwich, and conduction oil coil pipe is cancelled, and waste heat tail gas is straight after lower surge bunker
It connects in the space for entering sandwich, increases the contact area of waste heat tail gas Yu kneading storehouse, be more advantageous to the heating of material,
And heat insulation effect is increased, without coating insulating layer on kneading outer wall of wall, the inner space in kneading storehouse is also further increased,
And will not influence mixing effect, and saved equipment cost and operating cost, it does not need using heating furnace and pressure vessel to leading
Hot oil heating, it is only necessary to which an air blower blasts waste heat tail gas, and later maintenance cost is also relatively low, does not need often
Shutdown maintenance, production efficiency is relatively high, safe and reliable to operation, and reduces exhaust emissions, is good for the environment.
Upper surge bunker and lower surge bunker is arranged in kneading pot pot body, buffers waste heat tail gas when passing in and out kneading pot, adds
Thermal effect is more significant, and multiple fins are fixedly installed in the interlayer in kneading storehouse, further enhances the heating effect of kneading pot.
Cooling and stirring tank is set as sandwich, efficiently uses the tail gas of calcined petroleum coke, will be from kneading pot waste heat
The waste heat tail gas that offgas outlet comes out continues to be passed into the space of sandwich, so that the material after kneading is entered cooling and stirs
After mixing tank, the stirring cooling of the side Bian Baowen is conducive to the more uniform of stirring, guarantees product quality, and do not need additional throwing
Enter.It is extend into cooling and stirring tank in addition, the shaft of its agitating device is passed through from the bottom of cooling and stirring tank, in this way
Not only facilitate cooling and stirring tank to feed at sealing cover, but also be conducive to increase the skyborne floating velocity of material, and prevent its lower backwardness
Be deposited on tank base and paddle stirring less than obtaining material stirring more uniform, be further ensured that product quality.
It includes vibration batch can, material vibrating mechanism and tamping mechanism to vibration material device, and when needing die mould to vibrate, it is flat to be installed on vibration material
In after upright state, material is fallen into from the upper opening of vibration tank for rotating hydraulic cylinder driving vibration die mould tank rotation below platform
After vibrating in tank, material is squeezed by die mould Driven by Hydraulic Cylinder die mould block, after the completion of extruding, rotating hydraulic cylinder drives again
Vibration tank is rotated to being placed horizontally on vibration material platform, and vibration material machine is opened, and vibration material platform generates vibration, to make to vibrate in tank
Material density and intensity improve, and are further ensured that product quality, structure is simple, and easy to operate.
And a slide lid is arranged in the batch can that shakes, and when the batch can that shakes is upright, slide lid will slide into vibration batch can bottom, so
Charging is travelled forward, thus by carbon after molding after die mould is expected in vibration by Driven by Hydraulic Cylinder slide lid in backward vibration batch can
Plain product releases vibration batch can, relatively simple for structure, operates also more convenient；One hold-down bars, Ke Yiqi are installed on slide lid
To the effect for further consolidating material, the product after making vibration die mould is more closely knit and is not easily susceptible to cracking.
Tank body includes liner and outer wall, and centre forms interlayer, and outer wall is equipped with waste heat inlet exhaust gas and gas vent, in interlayer
It is inside passed through waste heat tail gas to keep the temperature material, vibration die mould effect can be made more preferable, the compactness and intensity of product are further
It improves.
Die mould block lower surface is equipped with arch protrusion, and the middle part of slide lid is the domes to raise upward, in this way, producing
Arc concave shape will be formed in both ends end after product die mould, convenient for the carrying and installation of later product.
After the material that shakes, discharging Driven by Hydraulic Cylinder slide lid travels forward, so that carbon product after molding be released
Vibration is expected die mould tank and is entered on the unloading rack arc stripper being placed on discharging platform, then is hoisted to cooling by hanging device
Pond carries out cooling, relatively simple for structure, operates also very convenient；
It is fixedly installed with plate in the middle part of one end of arc stripper, when discharging, plate is inserted into the bottom of vibration material die mould tank
Portion prevents product when initially entering arc stripper, and the other end of unloading rack is flipped.
Detailed description of the invention
Fig. 1 is the utility model schematic view of the front view；
Fig. 2 is asphalt tank schematic view of the front view；
Fig. 3 is feed bin schematic view of the front view；
Fig. 4 is kneading pot schematic view of the front view；
Fig. 5 is cooling and stirring tank schematic view of the front view；
Fig. 6 is vibration material device schematic view of the front view；
Fig. 7 is device for discharging schematic view of the front view；
1. lower surge bunker in figure, 2. pitch discharge ports, 3. bitumen feed mouths, surge bunker on 4., 5. pitch heating cabinets, more than 6.
Hot exhaust gas tubulation, 7. asphalt tank waste heat inlet exhaust gas, 8. asphalt tank waste heat offgas outlets, 9. storage bins, 10. storage bin materials into
Mouthful, 11. heating cabinets, 12. electromagnetic valves, 13. storage bin material outlets, 14. heating cabinet waste heat inlet exhaust gas, more than 15. heating cabinets
Hot exhaust gas exports, 16. time controllers, 17. kneading pot waste heat inlet exhaust gas, surge bunker under 18. kneading pots, 19. kneading pot objects
Expect import, 21. kneading pot material outlets, surge bunker on 22. kneading pots, 23. kneading pot waste heat offgas outlets, 24. kneading pots stir
Mix leaf, 25. kneading pot fins, 26. kneading storehouse interlayers, 27. kneading storehouses, 28. cooling and stirring tank material outlets, 29. cooling and stirrings
Tank material inlet, 30. sealing covers, 31. cooling and stirring tank waste heat offgas outlets, 33. cooling and stirring tank waste heat inlet exhaust gas, 35.
Cooling and stirring leaf, 36. cooling and stirring tanks, 37. shafts, 38. vibration material platforms, 39. vibration material machines, 40. die mould framves, 41. die moulds
Block, 42. die mould hydraulic cylinders, 43. arches protrusion, 44. vibration material die mould tanks, 45. vibration batch can waste heat inlet exhaust gas, 46. gas vents,
47. hold-down bars, 48. rotating hydraulic cylinders, 49. slide lids, 50. discharging hydraulic cylinders, 51. lifting lugs, 52. arc strippers, 53. dischargings
Platform, 54. plates.
Specific embodiment
A kind of carbon production system using waste heat tail gas heating comprising the asphalt tank of horizontal layout, crusher, screening
Machine, multiple feed bins, kneading pot, cooling and stirring tank, vibration material device device for discharging and cooling bay, the crusher set that there are two dischargings
Mouthful, be connected respectively by belt conveyor with screening machine and corresponding feed bin feed inlet, the screening machine set there are two discharge
Mouthful, it is connected respectively by belt conveyor with crusher and corresponding feed bin feed inlet, asphalt tank, feed bin, kneading pot, cooling
The vibration batch can of agitator tank and vibration material device is respectively equipped with waste heat inlet exhaust gas and waste heat offgas outlet, and passes sequentially through waste heat tail gas
Pipeline is connected, asphalt tank, feed bin, kneading pot, cooling and stirring tank and vibration material device vibration batch can be respectively equipped with material inlet and
The material outlet of material outlet, asphalt tank and feed bin is connected with the material inlet of kneading pot by material transmission pipeline respectively,
Track transfer bogie, cooling and stirring tank material outlet and vibration are equipped between kneading pot material outlet and cooling and stirring tank material inlet
Batch can material inlet is connected by material transmission pipeline, and the material transmission pipeline is equipped with interlayer, is passed through and is had surplus heat in interlayer
Tail gas.
Further, asphalt tank includes upper surge bunker 4, lower surge bunker 1 and the drip between upper surge bunker and lower surge bunker
Green heating cabinet 5, the pitch heating cabinet are equipped with bitumen feed mouth 3 and pitch discharge port 2, and the lower surge bunker bottom is equipped with drip
Green tank waste heat inlet exhaust gas 7, the pitch heating cabinet is interior to be uniformly equipped with multiple waste heat tail gas tubulations, the waste heat tail along inner wall
Gas tubulation is connected with upper surge bunker and lower surge bunker respectively, and the upper surge bunker is equipped with asphalt tank waste heat offgas outlet 8.
Further, feed bin includes the storage bin 9 on top and the heating cabinet 11 of lower part, and the storage bin top is equipped with storage bin
Material inlet 10, bottom are equipped with storage bin material outlet 13, and the heating cabinet is equipped with heating cabinet waste heat inlet exhaust gas 14 and heating
Storehouse waste heat offgas outlet 15 is equipped with electromagnetic valve 12 and time controller 16 at the storage bin material outlet.
Further, the kneading pot includes pot body and kneading agitating device, the pot body include surge bunker 18 under kneading pot,
Surge bunker 22 on kneading storehouse 27 and kneading pot, the kneading storehouse are equipped with kneading storehouse interlayer 26, kneading storehouse material inlet 19 and kneading
Storehouse material outlet 21, surge bunker is connected with kneading storehouse interlayer respectively on surge bunker and kneading pot under the kneading pot, described mixed
It pinches surge bunker bottom under pot and is equipped with kneading pot waste heat inlet exhaust gas 17, surge bunker is equipped with kneading pot waste heat tail gas on the kneading pot
Outlet 23, the kneading paddle 24 of kneading agitating device is extend into kneading storehouse, is fixedly installed in the interlayer in kneading storehouse multiple
Kneading pot fin 25.
Further, cooling and stirring tank includes cooling and stirring tank 36, sealing cover 30 and cooling and stirring device, the cooling
Stirring tank is with double-layer structure with dissection, and interlayer bottom is equipped with the cooling and stirring tank waste heat tail gas communicated with waste heat tail gas
Import 33, top are equipped with cooling and stirring tank waste heat offgas outlet 31, and the sealing cover is equipped with cooling and stirring tank material inlet
29, cooling and stirring tank side wall be equipped with cooling and stirring tank material outlet 28, the cooling and stirring device include shaft 37 and
The cooling and stirring leaf 35 being fixedly installed in shaft, the shaft is passed through from the bottom of cooling and stirring tank extend into cooling stir
It mixes in tank.
Further, the vibration material device includes vibration batch can, material vibrating mechanism and tamping mechanism, and the material vibrating mechanism includes vibration material
Platform 38 and the vibration material machine 39 being fixedly installed on vibration material platform, the vibration batch can rear portion are articulated on vibration material platform, and vibration material is flat
The lower section of platform is equipped with rotating hydraulic cylinder 48, and the middle part of the connecting rod and vibration material die mould tank of rotating hydraulic cylinder is hinged, the tamping mechanism
Including die mould frame 40, die mould hydraulic cylinder 42 and the die mould block 41 hinged with die mould hydraulic cylinder connecting rod.
Further, die mould block lower surface is equipped with arch protrusion 43.
Further, the vibration batch can includes vibration batch can tank body 44, is set to the intracorporal slide lid 49 of vibration batch can tank and fixed peace
Loaded on the hold-down bars 47 on slide lid, the tank body includes liner and outer wall, the outer wall be equipped with vibration batch can waste heat tail gas into
Mouth 45 and gas vent 46.
Further, the middle part of the slide lid is the domes to raise upward.
Further, after device for discharging includes the discharging platform 53 being set in front of vibration material platform, unloading rack and is set to vibration batch can
The discharging hydraulic cylinder 50 of side, the unloading rack includes arc stripper 52 and the lifting lug for being fixedly installed in arc stripper two sides
51, one end middle part of the arc stripper is fixedly installed with plate 54.
The crusher and screening machine are existing commercial product.
Due to a kind of carbon production system using waste heat tail gas heating, stone directly is calcined using carbon product workshop
The tail gas of oil coke is first used to prepare production caustic soda, then be entered in carbon production equipment by air blower again after processing,
The temperature of remaining hot exhaust gas can achieve 250-300 °, and can recycle, and instead of original heating oil pipe, improve
The effective use space of equipment is an important breakthrough in carbon production field, reduces a large amount of equipment investment and operation dimension
Cost is protected, and efficiency also significantly improves, and present several hours can will be shorten to the roastingization time in previous week, taken
Very high economic benefit was obtained, was also compared securely and reliably in use process, and using with dissection during material transmission
Utilidor, interlayer is interior to be passed through hot exhaust gas of having a surplus simultaneously, can keep the temperature to the material in transmission process, be further ensured that production
Quality improves production efficiency.
Conduction oil coil pipe is changed to the waste heat tail gas tubulation being arranged along pitch top tank structure, both adds the inner space of asphalt tank
Greatly, and equipment cost and operating cost have been saved, do not needed using heating furnace both pressure vessel to heat-conducting oil heating, it is only necessary to one
Platform air blower blasts waste heat tail gas, and later maintenance cost is also relatively low, does not need frequent shutdown maintenance, production efficiency
It is relatively high, it is safe and reliable to operation, and reduce exhaust emissions, and it being good for the environment, upper surge bunker and lower surge bunker is arranged in tank body,
Buffer waste heat tail gas when passing in and out asphalt tank, heating effect is more significant.
A heating cabinet is set in bin bottom, waste heat tail gas is passed through in heating cabinet, pre-add is first carried out to the material in feed bin
Heat, then be discharged from the discharge port of bin bottom, the opening and closing of electromagnetic valve is controlled by time controller, carries out more partial size proportions
Enter kneading pot heating stirring kneading afterwards, it is relatively simple for structure, it is at low cost, it can be realized the opening and closing of autocontrol valve, it is time saving
It is laborsaving, and be conducive to improve stirring kneading effect and shorten the stirring kneading time, efficiency is relatively high.
The kneading storehouse of kneading pot is set as sandwich, and conduction oil coil pipe is cancelled, and waste heat tail gas is after lower surge bunker
It enters directly into the space of sandwich, increases the contact area of waste heat tail gas Yu kneading storehouse, be more advantageous to adding for material
Heat, and heat insulation effect is increased, without coating insulating layer on kneading outer wall of wall, the inner space in kneading storehouse also further adds
Greatly, it and will not influence mixing effect, and saved equipment cost and operating cost, do not need using heating furnace and pressure vessel pair
Heat-conducting oil heating, it is only necessary to an air blower blasts waste heat tail gas, and later maintenance cost is also relatively low, do not need through
Normal shutdown maintenance, production efficiency is relatively high, safe and reliable to operation, and reduces exhaust emissions, is good for the environment.
Upper surge bunker and lower surge bunker is arranged in kneading pot pot body, buffers waste heat tail gas when passing in and out kneading pot, adds
Thermal effect is more significant, and multiple fins are fixedly installed in the interlayer in kneading storehouse, further enhances the heating effect of kneading pot.
Cooling and stirring tank is set as sandwich, efficiently uses the tail gas of calcined petroleum coke, will be from kneading pot waste heat
The waste heat tail gas that offgas outlet comes out continues to be passed into the space of sandwich, so that the material after kneading is entered cooling and stirs
After mixing tank, the stirring cooling of the side Bian Baowen is conducive to the more uniform of stirring, guarantees product quality, and do not need additional throwing
Enter.It is extend into cooling and stirring tank in addition, the shaft of its agitating device is passed through from the bottom of cooling and stirring tank, in this way
Not only facilitate cooling and stirring tank to feed at sealing cover, but also be conducive to increase the skyborne floating velocity of material, and prevent its lower backwardness
Be deposited on tank base and paddle stirring less than obtaining material stirring more uniform, be further ensured that product quality.
It includes vibration batch can, material vibrating mechanism and tamping mechanism to vibration material device, and when needing die mould to vibrate, it is flat to be installed on vibration material
In after upright state, material is fallen into from the upper opening of vibration tank for rotating hydraulic cylinder driving vibration die mould tank rotation below platform
After vibrating in tank, material is squeezed by die mould Driven by Hydraulic Cylinder die mould block, after the completion of extruding, rotating hydraulic cylinder drives again
Vibration tank is rotated to being placed horizontally on vibration material platform, and vibration material machine is opened, and vibration material platform generates vibration, to make to vibrate in tank
Material density and intensity improve, and are further ensured that product quality, structure is simple, and easy to operate.
And a slide lid is arranged in the batch can that shakes, and when the batch can that shakes is upright, slide lid will slide into vibration batch can bottom, so
Charging is travelled forward, thus by carbon after molding after die mould is expected in vibration by Driven by Hydraulic Cylinder slide lid in backward vibration batch can
Plain product releases vibration batch can, relatively simple for structure, operates also more convenient；One hold-down bars, Ke Yiqi are installed on slide lid
To the effect for further consolidating material, the product after making vibration die mould is more closely knit and is not easily susceptible to cracking.
Tank body includes liner and outer wall, and centre forms interlayer, and outer wall is equipped with waste heat inlet exhaust gas and gas vent, in interlayer
It is inside passed through waste heat tail gas to keep the temperature material, vibration die mould effect can be made more preferable, the compactness and intensity of product are further
It improves.
Die mould block lower surface is equipped with arch protrusion, and the middle part of slide lid is the domes to raise upward, in this way, producing
Arc concave shape will be formed in both ends end after product die mould, convenient for the carrying and installation of later product.
After the material that shakes, discharging Driven by Hydraulic Cylinder slide lid travels forward, so that carbon product after molding be released
Vibration is expected die mould tank and is entered on the unloading rack arc stripper being placed on discharging platform, then is hoisted to cooling by hanging device
Pond carries out cooling, relatively simple for structure, operates also very convenient；
It is fixedly installed with plate in the middle part of one end of arc stripper, when discharging, plate is inserted into the bottom of vibration material die mould tank
Portion prevents product when initially entering arc stripper, and the other end of unloading rack is flipped.
The above descriptions are merely preferred embodiments of the present invention, is not intended to limit the utility model, for this
For the technical staff in field, various modifications and changes may be made to the present invention.It is all in the spirit and principles of the utility model
Within, any modification, equivalent replacement, improvement and so on should be included within the scope of protection of this utility model.
Claims (10)
1. a kind of carbon production system using waste heat tail gas heating, which is characterized in that asphalt tank including horizontal layout, broken
Machine, screening machine, multiple feed bins, kneading pot, cooling and stirring tank, vibration material device, device for discharging and cooling bay, the crusher are equipped with
Two discharge ports are connected by belt conveyor with screening machine and corresponding feed bin feed inlet respectively, and the screening machine is equipped with
Two discharge ports are connected by belt conveyor with crusher and corresponding feed bin feed inlet respectively, and asphalt tank, mixes feed bin
The vibration batch can for pinching pot, cooling and stirring tank and vibration material device is respectively equipped with waste heat inlet exhaust gas and waste heat offgas outlet, and successively leads to
Excess enthalpy hot exhaust gas pipeline is connected, and asphalt tank, feed bin, kneading pot, cooling and stirring tank and vibration expect that the vibration batch can of device is respectively equipped with
The material outlet of material inlet and material outlet, asphalt tank and feed bin passes through material transmission pipe with the material inlet of kneading pot respectively
Road is connected, and track transfer bogie, cooling and stirring tank object are equipped between kneading pot material outlet and cooling and stirring tank material inlet
Material outlet is connected with vibration batch can material inlet by material transmission pipeline, and the material transmission pipeline is equipped with interlayer, in interlayer
It is passed through hot exhaust gas of having a surplus.
2. a kind of carbon production system using waste heat tail gas heating according to claim 1, which is characterized in that the drip
Green tank includes that upper surge bunker, lower surge bunker and the pitch heating cabinet between upper surge bunker and lower surge bunker, the pitch add
Hot storehouse is equipped with bitumen feed mouth and pitch discharge port, and the lower surge bunker bottom is equipped with asphalt tank waste heat inlet exhaust gas, the drip
Uniformly be equipped with multiple waste heat tail gas tubulations in green heating cabinet along inner wall, the waste heat tail gas tubulation respectively with upper surge bunker and under
Surge bunker is connected, and the upper surge bunker is equipped with asphalt tank waste heat offgas outlet.
3. a kind of carbon production system using waste heat tail gas heating according to claim 1, which is characterized in that the material
Storehouse includes the storage bin on top and the heating cabinet of lower part, and the storage bin top is equipped with storage bin material inlet, and bottom is equipped with storage
Feed bin material outlet, the heating cabinet are equipped with heating cabinet waste heat inlet exhaust gas and heating cabinet waste heat offgas outlet, the storage bin
Electromagnetic valve and time controller are installed at material outlet.
4. a kind of carbon production system using waste heat tail gas heating according to claim 1, which is characterized in that described mixed
Pinching pot includes pot body and kneading agitating device, and the pot body includes surge bunker under kneading pot, surge bunker on kneading storehouse and kneading pot,
The kneading storehouse is equipped with interlayer, kneading storehouse material inlet and kneading storehouse material outlet, surge bunker and kneading pot under the kneading pot
Upper surge bunker is connected with interlayer respectively, and surge bunker bottom is equipped with kneading pot waste heat inlet exhaust gas under the kneading pot, described mixed
It pinches surge bunker on pot and is equipped with kneading pot waste heat offgas outlet, the kneading paddle of kneading agitating device is extend into kneading storehouse, is mixed
It pinches and is fixedly installed with multiple kneading pot fins in the interlayer in storehouse.
5. a kind of carbon production system using waste heat tail gas heating according to claim 1, which is characterized in that cooling is stirred
Mixing tank includes cooling and stirring tank, sealing cover and cooling and stirring device, and the cooling and stirring tank is with dissection double
Layer structure, the interlayer bottom are equipped with the cooling and stirring tank waste heat inlet exhaust gas communicated with waste heat tail gas, and top is equipped with cooling and stirs
Tank waste heat offgas outlet is mixed, the sealing cover is equipped with cooling and stirring tank material inlet, and cooling and stirring tank side wall is equipped with
Cooling and stirring tank material outlet, the cooling and stirring device include shaft and the cooling and stirring leaf being fixedly installed in shaft, institute
State shaft from the bottom of cooling and stirring tank pass through extend into cooling and stirring tank.
6. a kind of carbon production system using waste heat tail gas heating according to claim 1, which is characterized in that the vibration
Expect that device includes vibration batch can, material vibrating mechanism and tamping mechanism, the material vibrating mechanism is including vibration material platform and is fixedly installed in vibration material
Vibration material machine on platform, the vibration batch can rear portion are articulated on vibration material platform, and the lower section of vibration material platform is equipped with rotating hydraulic cylinder, rotation
Turn hydraulic cylinder connecting rod and vibration material die mould tank middle part it is hinged, the tamping mechanism include die mould frame, die mould hydraulic cylinder and with pressure
The hinged die mould block of type hydraulic cylinder connecting rod.
7. a kind of carbon production system using waste heat tail gas heating according to claim 6, which is characterized in that the pressure
Type block lower surface is equipped with arch protrusion.
8. a kind of carbon production system using waste heat tail gas heating according to claim 6 or 7, which is characterized in that institute
State vibration batch can include shake batch can tank body, set on the intracorporal slide lid of vibration batch can tank and the hold-down bars being fixedly installed on slide lid,
The tank body includes liner and outer wall, and the outer wall is equipped with waste heat inlet exhaust gas and gas vent.
9. a kind of carbon production system using waste heat tail gas heating according to claim 8, which is characterized in that the cunning
The middle part of dynamic lid is the domes to raise upward.
10. a kind of carbon production system using waste heat tail gas heating according to claim 6, which is characterized in that discharging
Device includes discharging platform, unloading rack and the discharging hydraulic cylinder set on vibration batch can rear in front of vibration material platform, described to unload
Material frame includes arc stripper and the lifting lug for being fixedly installed in arc stripper two sides, and one end middle part of the arc stripper is solid
Dingan County is equipped with plate.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820880682.3U CN209049322U (en) | 2018-06-08 | 2018-06-08 | A kind of carbon production system using waste heat tail gas heating |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820880682.3U CN209049322U (en) | 2018-06-08 | 2018-06-08 | A kind of carbon production system using waste heat tail gas heating |
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| CN209049322U true CN209049322U (en) | 2019-07-02 |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108579598A (en) * | 2018-06-08 | 2018-09-28 | 陈连云 | A kind of carbon production system using waste heat tail gas heating |
| CN114804879A (en) * | 2022-03-28 | 2022-07-29 | 重庆东星炭素材料有限公司 | High graphite vertical forming production method |
-
2018
- 2018-06-08 CN CN201820880682.3U patent/CN209049322U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108579598A (en) * | 2018-06-08 | 2018-09-28 | 陈连云 | A kind of carbon production system using waste heat tail gas heating |
| CN114804879A (en) * | 2022-03-28 | 2022-07-29 | 重庆东星炭素材料有限公司 | High graphite vertical forming production method |
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Granted publication date: 20190702 Termination date: 20200608 |