CN205556103U - Improve active carbon production water line of product yield - Google Patents
Improve active carbon production water line of product yield Download PDFInfo
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- CN205556103U CN205556103U CN201620111002.2U CN201620111002U CN205556103U CN 205556103 U CN205556103 U CN 205556103U CN 201620111002 U CN201620111002 U CN 201620111002U CN 205556103 U CN205556103 U CN 205556103U
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- charcoal
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Abstract
The utility model provides an improve active carbon production water line of product yield can be favorable to make full use of carbomorphism material, resources are saved, and the energy can be saved, increasing benefit, its characterized in that includes charcoal activation converter, charcoal activation converter's converter front end lug connection slice carbomorphism material feed arrangement, charcoal activation converter's converter rear end is provided with converter active carbon discharge gate, slice active carbon breaker is connected to converter active carbon discharge gate.
Description
Technical field
The present invention relates to Activated Carbon Production technology, a kind of Activated Carbon Production streamline improving product yield, be conducive to making full use of carbonized material, economize on resources, save the energy, increase benefit.
Background technology
In Activated Carbon Production streamline, carbon activation furnace is the nucleus equipment producing activated carbon.The type of furnace of domestic production activated carbon has the type of furnaces such as smoldering furnace, tube furnace, converter, fluidized bed furnace, flattening oven, multi-stage oven, Stepple furnace.In these type of furnaces, owing to Stepple furnace has yield greatly, the advantages such as quality control is stable, processing ease, and be commonly used.But the service life of Stepple furnace is shorter, often want blowing out overhaul, and the time of blowing out and furnace lifting is the longest, operation inconvenience.Converter is to develop a kind of type of furnace faster in recent years, and the most many Stepple furnaces start to be replaced by converter.Carbon activation furnace is for generally having certain requirement as the carbonized material of raw material, including the requirement to shapes and sizes.In production practices, it is generally recognized that putting into the carbonized material of carbon activation furnace, its shapes and sizes are directly related with the shapes and sizes of final active carbon finished products.It addition, usually contain impurity from the carbonized material that market is bought, such as, contain the impurity such as sandstone, ferrum.In existing production line, pulverizer is set in carbon activation furnace front end and except stone, deironing apparatus.The present inventors have noted that, pulverizer is preposition causes loss to carbonized material, particularly bigger to the loss of lamellar carbonized material.Based on this, pulverizer is become rearmounted design from preposition design on Activated Carbon Production streamline by the present inventor, completes the present invention.
Utility model content
The present invention is directed to defect or deficiency present in prior art, it is provided that a kind of Activated Carbon Production streamline improving product yield and method, it is possible to be conducive to making full use of carbonized material, economize on resources, save the energy, increase benefit.
Technical scheme is as follows:
A kind of Activated Carbon Production streamline improving product yield, it is characterized in that, converter is activated including charcoal, the converter front end of described charcoal activation converter is directly connected to lamellar carbonized material feed arrangement, the converter rear end of described charcoal activation converter is provided with converter activated carbon discharging opening, and described converter activated carbon discharging opening connects sheet shaped activated carbon disintegrating machine.
Described lamellar carbonized material feed arrangement includes feeding screw, lamellar carbonized material feed bin and material guide device, one end of described feeding screw connects described material guide device, described material guide device is positioned in the inner chamber of described charcoal activation converter, stretch to the front end, region of activation of charcoal region of activation, rear end, region of activation is positioned at converter activated carbon discharging opening, the other end of described feeding screw connects driving means, described feeding screw be connected above lamellar carbonized material feed bin, described lamellar carbonized material feed bin connects knot screen.
Described converter activated carbon discharging opening connects described shaped activated carbon disintegrating machine by sheet shaped activated carbon chiller.
Described shaped activated carbon disintegrating machine connects vibrosieve, and described vibrosieve connects finished product activated carbon elevator.
The inner chamber of described charcoal activation converter is provided with heat radiation and adds heat pipe, described heat radiation adds the corresponding described converter front end, front end of heat pipe, described heat radiation adds the rear end of heat pipe and passes from described converter rear end and connect smoke and waste steam boiler by soft connection device, smoke and waste steam boiler steam (vapor) outlet connects carbon activation furnace steam entry, described carbon activation furnace steam entry connects the steam outlet district in inner chamber, described inner chamber is provided with air hose, one end of described air hose connects the air intake outside stove, the other end of described air hose connects described heat radiation and adds the air outlet slit district in heat pipe, described heat radiation adds the front end of heat pipe and sucks the combustible gas and the volatile matter of release produced in carbonized material activation process, with air mixed combustion within heat radiation adds heat pipe.
The activation converter of described charcoal connects Double layer rotating joint, the internal layer water flowing steam of described Double layer rotating joint, the outer layer blowing air of described Double layer rotating joint.
Being provided with dividing plate in described inner chamber, the endless belt that described heat radiation is added between heat pipe and charcoal activation converter inwall by described dividing plate is divided into several activation unit grid.
A kind of method for prodn. of activated carbon improving product yield, it is characterized in that, lamellar carbonized material is i.e. sent into without crusher in crushing charcoal activation converter and carries out activation formation sheet shaped activated carbon, then sheet shaped activated carbon is sent into crusher in crushing, after crushing, obtain finished activated charcoal through vibrosieve.
Described lamellar carbonized material accepts heat radiation heating in the inner chamber of carbon activation furnace, and the heating of described heat radiation is added heat pipe by the heat radiation being arranged in inner chamber to be provided.
Described lamellar carbonized material is fruit shell carbon material, and described shell is coconut husk, walnut shell, Fructus Pruni shell or Fructus Jujubae shell etc..
The technique effect of the present invention is as follows: a kind of Activated Carbon Production streamline improving product yield of the present invention and method, by disintegrating machine is rearmounted so that more carbonized material can enter activation in stove, it is thus achieved that more activated carbon, thus improves activated carbon recovery rate.Heat additionally by heat radiation in stove, it is possible to avoid carbonized material scaling loss to become ash or slagging scorification during carbonized material activates Viability charcoal.Therefore, the present invention can be conducive to making full use of carbonized material, economizes on resources, and saves the energy, increases benefit.Through test, using this technology, activated carbon recovery rate at least improves 10% than prior art.
Accompanying drawing explanation
Fig. 1 is to implement a kind of Activated Carbon Production pipeline organization schematic diagram improving product yield of the present invention.
Reference lists as follows: 1-lamellar carbonized material；2-knot screen；3-lamellar carbonized material feed bin；4-feeding screw；5-converter front end；6-material guide device；Front end, 7-region of activation (carbonized material)；8-steam outlet district；9-heat radiation adds heat pipe；Rear end, 10-region of activation/converter activated carbon discharging opening/sheet shaped activated carbon；The activation converter of 11-charcoal；12-converter rear end；13-soft connection device；14-smoke and waste steam boiler；15-sheet shaped activated carbon chiller；16-sheet shaped activated carbon disintegrating machine；17-vibrosieve；18-smoke and waste steam boiler steam (vapor) outlet；19-inner chamber；20-carbon activation furnace steam entry；21-air hose；22-air intake；23-charcoal region of activation；24-air outlet slit district.
Detailed description of the invention
This utility model is illustrated by (Fig. 1) below in conjunction with the accompanying drawings.
Fig. 1 is to implement a kind of Activated Carbon Production pipeline organization schematic diagram improving product yield of the present invention.As shown in Figure 1, a kind of Activated Carbon Production streamline improving product yield, it is characterized in that, converter 11 is activated including charcoal, the converter front end 5 of described charcoal activation converter 11 is directly connected to lamellar carbonized material feed arrangement, the converter rear end 12 of described charcoal activation converter 11 is provided with converter activated carbon discharging opening 10, and described converter activated carbon discharging opening 10 connects sheet shaped activated carbon disintegrating machine 16.Described lamellar carbonized material feed arrangement includes feeding screw 4, lamellar carbonized material feed bin 3 and material guide device 6, one end of described feeding screw 3 connects described material guide device 6, described material guide device 6 is positioned in the inner chamber 19 of described charcoal activation converter 11, stretch to the front end, region of activation 7 of charcoal region of activation 23, rear end, region of activation is positioned at converter activated carbon discharging opening 10, the other end of described feeding screw 4 connects driving means (not shown in figure 1), described feeding screw 4 be connected above lamellar carbonized material feed bin 3, described lamellar carbonized material feed bin 3 connects knot screen 2.Described knot screen 2 is for removing the impurity such as sandstone in carbonized material, ferrum.Described converter activated carbon discharging opening 10 connects described shaped activated carbon disintegrating machine 16 by sheet shaped activated carbon chiller 15.Described shaped activated carbon disintegrating machine 16 connects vibrosieve 17, and described vibrosieve 17 connects finished product activated carbon elevator (not shown in figure 1).nullThe inner chamber 19 of described charcoal activation converter 11 is provided with heat radiation and adds heat pipe 9，Described heat radiation adds the corresponding described converter front end 5, front end of heat pipe 9，Described heat radiation adds the rear end of heat pipe 9 and passes from described converter rear end 12 and connect smoke and waste steam boiler 14 by soft connection device 13，Smoke and waste steam boiler steam (vapor) outlet 18 connects carbon activation furnace steam entry 20，Described carbon activation furnace steam entry 20 connects the steam outlet district 8 in inner chamber 19，Described inner chamber 19 is provided with air hose 21，One end of described air hose 21 connects the air intake 22 outside stove，The other end of described air hose 21 connects described heat radiation and adds the air outlet slit district 24 in heat pipe 9，Described heat radiation adds the front end of heat pipe 9 and sucks the combustible gas and the volatile matter of release produced in carbonized material activation process，With air mixed combustion within heat radiation adds heat pipe.The activation converter 11 of described charcoal connects Double layer rotating joint, the internal layer water flowing steam of described Double layer rotating joint, the outer layer blowing air of described Double layer rotating joint.Being provided with dividing plate in described inner chamber, the endless belt that described heat radiation is added between heat pipe 9 and charcoal activation converter 11 inwall by described dividing plate is divided into several activation unit grid.
A kind of method for prodn. of activated carbon improving product yield, it is characterized in that, lamellar carbonized material 1 is i.e. sent into without crusher in crushing charcoal activation converter 11 and carries out activation formation sheet shaped activated carbon 10, then sheet shaped activated carbon 10 is sent into crusher in crushing, after crushing, obtain finished activated charcoal through vibrosieve 17.Described lamellar carbonized material accepts heat radiation heating in the inner chamber 19 of carbon activation furnace, and the heating of described heat radiation is added heat pipe 9 by the heat radiation being arranged in inner chamber to be provided.Described lamellar carbonized material 1 is fruit shell carbon material, and described shell is coconut husk, peach shell, walnut shell or Fructus Jujubae shell.Described heat radiation adds the front end of heat pipe 9 and sucks the combustible gas and the volatile matter of release produced in carbonized material activation process, with air mixed combustion within heat radiation adds heat pipe 9.Described air is from external air hose.The steam needed in described carbonized material activation process is from external smoke and waste steam boiler.Described flue gas adds heat pipe from heat radiation.Heat radiation is added the inhalation power of heat pipe front end and is regulated and controled by air-introduced machine.Through test, using this technology, activated carbon recovery rate at least improves 10% than prior art.
It is hereby stated that, described above contribute to skilled artisan understands that the invention, but and the protection domain of unrestricted the invention.Any without departing from the invention flesh and blood to equivalent described above, modify and improve and/or delete numerous conforming to the principle of simplicity and the enforcement that carries out, each fall within the protection domain of the invention.
Claims (6)
1. the Activated Carbon Production streamline improving product yield, it is characterized in that, converter is activated including charcoal, the converter front end of described charcoal activation converter is directly connected to lamellar carbonized material feed arrangement, the converter rear end of described charcoal activation converter is provided with converter activated carbon discharging opening, and described converter activated carbon discharging opening connects sheet shaped activated carbon disintegrating machine；Described lamellar carbonized material feed arrangement includes feeding screw, lamellar carbonized material feed bin and material guide device, one end of described feeding screw connects described material guide device, described material guide device is positioned in the inner chamber of described charcoal activation converter, stretch to the front end, region of activation of charcoal region of activation, rear end, region of activation is positioned at converter activated carbon discharging opening, the other end of described feeding screw connects driving means, described feeding screw be connected above lamellar carbonized material feed bin, described lamellar carbonized material feed bin connects knot screen.
A kind of Activated Carbon Production streamline improving product yield the most according to claim 1, it is characterised in that described converter activated carbon discharging opening connects described shaped activated carbon disintegrating machine by sheet shaped activated carbon chiller.
A kind of Activated Carbon Production streamline improving product yield the most according to claim 1, it is characterised in that described shaped activated carbon disintegrating machine connects vibrosieve, and described vibrosieve connects finished product activated carbon elevator.
nullA kind of Activated Carbon Production streamline improving product yield the most according to claim 1，It is characterized in that，The inner chamber of described charcoal activation converter is provided with heat radiation and adds heat pipe，Described heat radiation adds the corresponding described converter front end, front end of heat pipe，Described heat radiation adds the rear end of heat pipe and passes from described converter rear end and connect smoke and waste steam boiler by soft connection device，Smoke and waste steam boiler steam (vapor) outlet connects carbon activation furnace steam entry，Described carbon activation furnace steam entry connects the steam outlet district in inner chamber，Described inner chamber is provided with air hose，One end of described air hose connects the air intake outside stove，The other end of described air hose connects described heat radiation and adds the air outlet slit district in heat pipe，Described heat radiation adds the front end of heat pipe and sucks the combustible gas and the volatile matter of release produced in carbonized material activation process，With air mixed combustion within heat radiation adds heat pipe.
A kind of Activated Carbon Production streamline improving product yield the most according to claim 1, it is characterised in that the activation converter of described charcoal connects Double layer rotating joint, the internal layer water flowing steam of described Double layer rotating joint, the outer layer blowing air of described Double layer rotating joint.
A kind of Activated Carbon Production streamline improving product yield the most according to claim 4, it is characterized in that, being provided with dividing plate in described inner chamber, the endless belt that described heat radiation is added between heat pipe and charcoal activation converter inwall by described dividing plate is divided into several activation unit grid.
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620111002.2U CN205556103U (en) | 2016-02-02 | 2016-02-02 | Improve active carbon production water line of product yield |
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| CN201620111002.2U CN205556103U (en) | 2016-02-02 | 2016-02-02 | Improve active carbon production water line of product yield |
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| CN205556103U true CN205556103U (en) | 2016-09-07 |
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| CN201620111002.2U Expired - Fee Related CN205556103U (en) | 2016-02-02 | 2016-02-02 | Improve active carbon production water line of product yield |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105565314A (en) * | 2016-02-02 | 2016-05-11 | 江苏优华达环保材料科技有限公司 | Activated carbon production line and method for increasing product yield |
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2016
- 2016-02-02 CN CN201620111002.2U patent/CN205556103U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105565314A (en) * | 2016-02-02 | 2016-05-11 | 江苏优华达环保材料科技有限公司 | Activated carbon production line and method for increasing product yield |
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Granted publication date: 20160907 Termination date: 20190202 |
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| CF01 | Termination of patent right due to non-payment of annual fee |