CN205586998U - Adopt useless activated carbon regeneration equipment that changes valve intercommunication and preheat between furnace body - Google Patents
Adopt useless activated carbon regeneration equipment that changes valve intercommunication and preheat between furnace body Download PDFInfo
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- CN205586998U CN205586998U CN201620409883.6U CN201620409883U CN205586998U CN 205586998 U CN205586998 U CN 205586998U CN 201620409883 U CN201620409883 U CN 201620409883U CN 205586998 U CN205586998 U CN 205586998U
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- heater
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- rotary valve
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- regenerating furnace
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Abstract
The utility model provides an adopt useless activated carbon regeneration equipment that changes valve intercommunication and preheat between furnace body includes first regenerator, second regenerator, preheats intercommunication device, fume extractor, it includes the connecting seat and changes the valve to preheat the intercommunication device, changeing the valve and passing the connecting seat setting along vertical direction and between the furnace body of the furnace body of first regenerator and second regenerator, preheat the through -hole at the lower extreme that changes the valve along radially seting up, just right position set up the passageway through -hole at the furnace body of the furnace body of first regenerator and second regenerator mutually with preheating the through -hole, preheat the through -hole and have the same aperture with the passageway through -hole, the aperture of preheating the through -hole is not more than the cross -section radius of commentaries on classics valve, the utility model discloses set up turning handle in the position with the bell parallel and level, the operation of being convenient for comes the adjustment through turning handle and preheats opening and closing of circulation passageway to, changeing to adopt between valve and the furnace body and preheating through -hole and the cooperation of passageway through -hole, relatively in this kind of vulnerable part of flue gas valve, should design durable, the flexible operation is convenient.
Description
Technical field
This utility model relates to Regenevating Waste Activated Carbon processing technology field, particularly relates to use between a kind of body of heater the Regenevating Waste Activated Carbon equipment of rotary valve connection preheating.
Background technology
nullA kind of honeycomb fashion regenerating active carbon system disclosed in the patent of Application No. 2014108321227，Including heat generator、Negative pressure generating device、Three high-temperature heating regenerating units，The airflow opening of first high-temperature heating regenerating unit is connected with smoke valve by connecting pipe，The air-flow tap of first high-temperature heating regenerating unit is connected by the airflow opening of connecting pipe and second high-temperature heating regenerating unit，The air-flow tap of second high-temperature heating regenerating unit is connected by the airflow opening of connecting pipe and the 3rd high-temperature heating regenerating unit，The air-flow tap of the 3rd high-temperature heating regenerating unit is connected with negative pressure generating device by connecting pipe，To complete the activated carbon activating and regenerating in first high-temperature heating regenerating unit，And the preheating to the activated carbon in remaining two high-temperature heating regenerating units.
This patent uses connecting pipe and smoke valve, owing to this regenerative system is sufficiently bulky, take up room the biggest, its body of heater height is up to several meters, heat in body of heater is to flow from top to bottom, flow out from bottom again, so also can only draw from bottom of furnace body during pre-heat utilization, and smoke valve is set and needs frequent operation manually, personnel not only need to beat up and down, and waste time, and personnel activity is between two or more bodies of heater, there is a lot of potential safety hazard in high-temperature furnace body, so operator there is also corresponding potential safety hazard.
Summary of the invention
Be necessary to propose a kind of without under operator to the bottom operation between body of heater with body of heater, open and close flexibly, close and between good sealing effect, long-lived body of heater, use rotary valve connect the Regenevating Waste Activated Carbon equipment preheated.
The Regenevating Waste Activated Carbon equipment using rotary valve connection preheating between a kind of body of heater includes the first regenerating furnace, the second regenerating furnace, preheating communication apparatus, smoke extractor, described first regenerating furnace is connected by preheating communication apparatus and the second regenerating furnace, and described first regenerating furnace and the second regenerating furnace all connect with smoke extractor；
Described first regenerating furnace includes body of heater, bell, and built-in waste active carbon accommodation apparatus, described bell covers on body of heater, to form the confined space accommodating waste active carbon accommodation apparatus, bell is offered bocca and water smoke entrance, so that high-temperature gas and water fog particle can enter furnace interior, exhanst gas outlet is offered in the bottom of body of heater, so that the flue gas of furnace interior is discharged along exhanst gas outlet, at the bearer network that the inside of described body of heater is horizontally disposed, for fixing waste active carbon accommodation apparatus, described second regenerating furnace and the first regenerating furnace have identical structure；
Described preheating communication apparatus includes connecting seat and rotary valve, described connection seat is fixed between body of heater and the body of heater of the second regenerating furnace of described first regenerating furnace, described rotary valve is vertically arranged on the body of heater of the first regenerating furnace and the body of heater of the second regenerating furnace through connection seat, lower end edge at rotary valve radially offers pre-heat through-hole, passageway through hole is offered with the position that pre-heat through-hole faces at the body of heater of the first regenerating furnace and the body of heater of the second regenerating furnace, the inside connection of the inside of the body of heater of described passageway through hole and the first regenerating furnace and the body of heater of the second regenerating furnace, pre-heat through-hole and passageway through hole have identical aperture, the aperture of pre-heat through-hole is not more than the section radius of rotary valve；
Described smoke extractor includes smoke evacuation house steward and is in charge of, and the exhanst gas outlet that described smoke evacuation house steward passes through the exhanst gas outlet of two bodies of heater being in charge of with the first regenerating furnace and the body of heater of the second regenerating furnace connects, and is in charge of at described two and is respectively provided with exhaust smoke valve.
Preferably, the number of described pre-heat through-hole is at least one, and at least one pre-heat through-hole is from top to bottom disposed side by side on the lower end of rotary valve, and the aperture of pre-heat through-hole is less than the section radius of rotary valve.
Preferably, the bottom of described connection seat arranges axle sleeve, arranges the rotating shaft mated with axle sleeve, arrange turning handle at the top of rotary valve bottom rotary valve.
Preferably, rotary valve be connected sandwich establishment sealant between seat, it is achieved rotary valve and the sealing being connected between seat.
Preferably, described furnace interior also sets up the heat dispersion wall being parallel to sidewall of the furnace body, the inside division of body of heater is heat relief area and even heat district by described heat dispersion wall, described waste active carbon accommodation apparatus is arranged in even heat district, the bottom of described heat relief area does not connects with even heat district, the top of heat relief area connects with even heat district, described bocca is arranged on just on bell to heat relief area, so that the high-temperature gas in bocca is directly entered heat relief area, enter back into even heat district.
Preferably, described bearer network uses laying fireproof bricks to form, and is vertically arranged by refractory brick, is spaced fixed range, to form gas channel between adjacent refractory brick.
Preferably, one layer of refractory fibre is set between the lid and body of heater of bell, to realize the sealing between bell and body of heater.
This utility model does not change the position of pre-type of thermal communication, and turning handle is arranged on the position concordant with bell, it is simple to operation, is adjusted the opening and closing of preheating circulation passage by turning handle.Further, using pre-heat through-hole to coordinate with passageway through hole between rotary valve with body of heater, be compared to this consumable accessory of smoke valve, this design is durable in use, flexible and convenient operation.
Accompanying drawing explanation
Fig. 1 is the structural representation of the Regenevating Waste Activated Carbon equipment using rotary valve connection to preheat between the body of heater of a kind of better embodiment.
Fig. 2 is the top view of the Regenevating Waste Activated Carbon equipment using rotary valve connection preheating between described body of heater.
Fig. 3 is the Fig. 2 sectional view along B-B face.
Fig. 4 is the Fig. 2 sectional view along A-A face.
Fig. 5 is the structural representation of the rotary valve of a kind of better embodiment.
Fig. 6 is the front view of described rotary valve.
In figure: first regenerating furnace the 10, second regenerating furnace 20, preheating communication apparatus 30, smoke extractor 40, body of heater 1, bearer network 11, waste active carbon accommodation apparatus 12, exhanst gas outlet 121, heat dispersion wall 13, heat relief area 131, even heat district 132, bell 2, bocca 21, water smoke entrance 22, connect seat 3, rotary valve 4, pre-heat through-hole 41, rotating shaft 42, turning handle 43, smoke evacuation house steward 5, be in charge of 6, exhaust smoke valve 61.
Detailed description of the invention
In order to be illustrated more clearly that the technical scheme of this utility model embodiment, the accompanying drawing used required in embodiment will be briefly described below, apparently, accompanying drawing in describing below is some embodiments of the present invention, for those of ordinary skill in the art, on the premise of not paying creative work, it is also possible to obtain other accompanying drawing according to these accompanying drawings.
See Fig. 1 to Fig. 6, embodiments provide the Regenevating Waste Activated Carbon equipment using rotary valve connection preheating between a kind of body of heater, including first regenerating furnace the 10, second regenerating furnace 20, preheating communication apparatus 30, smoke extractor 40, first regenerating furnace 10 is connected with the second regenerating furnace 20 by preheating communication apparatus 30, and the first regenerating furnace 10 all connects with smoke extractor 40 with the second regenerating furnace 20.
First regenerating furnace 10 includes body of heater 1, bell 2, and built-in waste active carbon accommodation apparatus 12, bell 2 covers on body of heater 1, to form the confined space accommodating waste active carbon accommodation apparatus 12, bell 2 is offered bocca 21 and water smoke entrance 22, so that high-temperature gas and water fog particle can enter body of heater 1 inside, exhanst gas outlet 121 is offered in the bottom of body of heater 1, so that the flue gas within body of heater 1 is discharged along exhanst gas outlet 121, the bearer network 11 horizontally disposed in the inside of body of heater 1, for fixing waste active carbon accommodation apparatus 12, second regenerating furnace 20 and the first regenerating furnace 10 have identical structure.
Preheating communication apparatus 30 includes connecting seat 3 and rotary valve 4, connect between body of heater 1 and the body of heater of the second regenerating furnace 20 that seat 3 is fixed on the first regenerating furnace 10, rotary valve 4 is vertically arranged on through connection seat 3 body of heater 1 and the body of heater of the second regenerating furnace 20 of the first regenerating furnace 10, lower end edge at rotary valve 4 radially offers pre-heat through-hole 41, passageway through hole is offered with the position that pre-heat through-hole 41 faces at the body of heater 1 of the first regenerating furnace 10 and the body of heater of the second regenerating furnace 20, the inside connection of the inside of the body of heater 1 of passageway through hole and the first regenerating furnace 10 and the body of heater of the second regenerating furnace 20, pre-heat through-hole 41 has identical aperture with passageway through hole, the aperture of pre-heat through-hole 41 is not more than the section radius of rotary valve 4.
Smoke extractor 40 includes discharging fume house steward 5 and being in charge of 6, and smoke evacuation house steward 5 is in charge of 6 by two and connects with the exhanst gas outlet of the exhanst gas outlet 121 of the body of heater 1 of the first regenerating furnace 10 and the body of heater of the second regenerating furnace 20, is in charge of on 6 at two and is respectively provided with exhaust smoke valve 61.
The technical program realizes preheating by rotary valve 4 between the first regenerating furnace 10 and the second regenerating furnace 20, heat is made mutually to flow, such as, when needing cooling after the first regenerating furnace 10 has activated, rotate rotary valve 4, make pre-heat through-hole 41 the most right with passageway through hole, now the heat in the first regenerating furnace 10 can enter the second regenerating furnace 20 along pre-heat through-hole 41 and passageway through hole, otherwise in like manner, after preheating, rotate rotary valve 4, pre-heat through-hole 41 is staggered with passageway through hole, now it is spaced between the first regenerating furnace 10 and the second regenerating furnace 20, it is independent two regenerating furnaces, can operate respectively.
Further, the number of pre-heat through-hole 41 is at least one, and at least one pre-heat through-hole 41 is from top to bottom disposed side by side on the lower end of rotary valve 4, and the aperture of pre-heat through-hole 41 is less than the section radius of rotary valve 4.If the aperture of pre-heat through-hole 41 is more than the section radius of rotary valve 4, the diameter of passageway through hole is also greater than the section radius of rotary valve 4, and when rotary valve 4 turns to closed mode, pre-heat through-hole 41 still connects with passageway through hole, it is impossible to realize sealing.In order to sealing effectiveness is more preferable, the aperture of pre-heat through-hole 41 is done little, simultaneously in order to meet fully passing through of preheating quantity, is designed as multiple pre-heat through-hole 41 and is from top to bottom disposed side by side on the lower end of rotary valve 4, the number of passageway through hole is adaptive with it, so, when rotating rotary valve 4, pre-heat through-hole 41 is just to passageway through hole, form the passage that preheating quantity circulates between two bodies of heater 1, again rotating rotary valve 90 °, pre-heat through-hole 41 staggers passageway through hole, will preheat circulation passage and close between two bodies of heater 1.
Further, the bottom connecting seat 3 arranges axle sleeve, arranges the rotating shaft 42 mated with axle sleeve, arrange turning handle 43 at the top of rotary valve 4 bottom rotary valve 4.Axle sleeve is a kind of laborsaving fit structure with coordinating of rotating shaft 42, when turning handle 43, convenient laborsaving.Also rotary valve 4 be connected sandwich establishment sealant between seat 3, it is achieved rotary valve 4 and the sealing being connected between seat 3.
Further, rotary valve 4 be connected sandwich establishment sealant between seat 3, it is achieved rotary valve 4 and the sealing being connected between seat 3.
Further, body of heater 1 is internal also sets up the heat dispersion wall 13 being parallel to body of heater 1 sidewall, the inside division of body of heater 1 is heat relief area 131 and even heat district 132 by heat dispersion wall 13, waste active carbon accommodation apparatus 12 is arranged in even heat district 132, the bottom of heat relief area 131 does not connects with even heat district 132, the top of heat relief area 131 connects with even heat district 132, bocca 21 is arranged on just on the bell 2 of heat relief area 131, so that the high-temperature gas in bocca 21 is directly entered heat relief area 131, enter back into even heat district 132.
Further, bearer network 11 uses laying fireproof bricks to form, and is vertically arranged by refractory brick, is spaced fixed range, to form gas channel between adjacent refractory brick.Being compared to use the bearer network of reinforcement welding, when body of heater 1 internal high temperature, this refractory brick bearer network 11 is unlikely to deform, and load-bearing property is more preferable.
Further, one layer of refractory fibre is set between the lid and body of heater 1 of bell 2, to realize the sealing between bell 2 and body of heater 1.
Module or unit in embodiment of the present invention device can merge according to actual needs, divide and delete.
Above disclosed only present pre-ferred embodiments, certainly the interest field of the present invention can not be limited with this, one of ordinary skill in the art will appreciate that all or part of flow process realizing above-described embodiment, and according to the equivalent variations that the claims in the present invention are made, still fall within the scope that invention is contained.
Claims (7)
1. between a body of heater, use the Regenevating Waste Activated Carbon equipment of rotary valve connection preheating, it is characterized in that: include the first regenerating furnace, the second regenerating furnace, preheating communication apparatus, smoke extractor, described first regenerating furnace is connected by preheating communication apparatus and the second regenerating furnace, and described first regenerating furnace and the second regenerating furnace all connect with smoke extractor；
Described first regenerating furnace includes body of heater, bell, and built-in waste active carbon accommodation apparatus, described bell covers on body of heater, to form the confined space accommodating waste active carbon accommodation apparatus, bell is offered bocca and water smoke entrance, so that high-temperature gas and water fog particle can enter furnace interior, exhanst gas outlet is offered in the bottom of body of heater, so that the flue gas of furnace interior is discharged along exhanst gas outlet, at the bearer network that the inside of described body of heater is horizontally disposed, for fixing waste active carbon accommodation apparatus, described second regenerating furnace and the first regenerating furnace have identical structure；
Described preheating communication apparatus includes connecting seat and rotary valve, described connection seat is fixed between body of heater and the body of heater of the second regenerating furnace of described first regenerating furnace, described rotary valve is vertically arranged on the body of heater of the first regenerating furnace and the body of heater of the second regenerating furnace through connection seat, lower end edge at rotary valve radially offers pre-heat through-hole, passageway through hole is offered with the position that pre-heat through-hole faces at the body of heater of the first regenerating furnace and the body of heater of the second regenerating furnace, the inside connection of the inside of the body of heater of described passageway through hole and the first regenerating furnace and the body of heater of the second regenerating furnace, pre-heat through-hole and passageway through hole have identical aperture, the aperture of pre-heat through-hole is not more than the section radius of rotary valve；
Described smoke extractor includes smoke evacuation house steward and is in charge of, and the exhanst gas outlet that described smoke evacuation house steward passes through the exhanst gas outlet of two bodies of heater being in charge of with the first regenerating furnace and the body of heater of the second regenerating furnace connects, and is in charge of at described two and is respectively provided with exhaust smoke valve.
2. between body of heater as claimed in claim 1, use the Regenevating Waste Activated Carbon equipment of rotary valve connection preheating, it is characterized in that: the number of described pre-heat through-hole is at least one, at least one pre-heat through-hole is from top to bottom disposed side by side on the lower end of rotary valve, and the aperture of pre-heat through-hole is less than the section radius of rotary valve.
3. between body of heater as claimed in claim 2, use the Regenevating Waste Activated Carbon equipment of rotary valve connection preheating, it is characterised in that: the bottom of described connection seat arranges axle sleeve, arranges the rotating shaft mated with axle sleeve, arrange turning handle at the top of rotary valve bottom rotary valve.
4. between body of heater as claimed in claim 2, use the Regenevating Waste Activated Carbon equipment of rotary valve connection preheating, it is characterised in that: rotary valve be connected sandwich establishment sealant between seat, it is achieved rotary valve and the sealing being connected between seat.
5. between body of heater as claimed in claim 2, use the Regenevating Waste Activated Carbon equipment of rotary valve connection preheating, it is characterized in that: described furnace interior also sets up the heat dispersion wall being parallel to sidewall of the furnace body, the inside division of body of heater is heat relief area and even heat district by described heat dispersion wall, described waste active carbon accommodation apparatus is arranged in even heat district, the bottom of described heat relief area does not connects with even heat district, the top of heat relief area connects with even heat district, described bocca is arranged on just on bell to heat relief area, so that the high-temperature gas in bocca is directly entered heat relief area, enter back into even heat district.
6. between body of heater as claimed in claim 2, use the Regenevating Waste Activated Carbon equipment of rotary valve connection preheating, it is characterised in that: described bearer network uses laying fireproof bricks to form, and is vertically arranged by refractory brick, is spaced fixed range, to form gas channel between adjacent refractory brick.
7. between body of heater as claimed in claim 2, use the Regenevating Waste Activated Carbon equipment of rotary valve connection preheating, it is characterised in that: one layer of refractory fibre is set between the lid and body of heater of bell, to realize the sealing between bell and body of heater.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620409883.6U CN205586998U (en) | 2016-05-09 | 2016-05-09 | Adopt useless activated carbon regeneration equipment that changes valve intercommunication and preheat between furnace body |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620409883.6U CN205586998U (en) | 2016-05-09 | 2016-05-09 | Adopt useless activated carbon regeneration equipment that changes valve intercommunication and preheat between furnace body |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205586998U true CN205586998U (en) | 2016-09-21 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620409883.6U Expired - Fee Related CN205586998U (en) | 2016-05-09 | 2016-05-09 | Adopt useless activated carbon regeneration equipment that changes valve intercommunication and preheat between furnace body |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN205586998U (en) |
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2016
- 2016-05-09 CN CN201620409883.6U patent/CN205586998U/en not_active Expired - Fee Related
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20160921 Termination date: 20190509 |
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| CF01 | Termination of patent right due to non-payment of annual fee |