CN205443187U - Feeding and sealed integrated high leakproofness mud carbomorphism device - Google Patents
Feeding and sealed integrated high leakproofness mud carbomorphism device Download PDFInfo
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- CN205443187U CN205443187U CN201521134768.4U CN201521134768U CN205443187U CN 205443187 U CN205443187 U CN 205443187U CN 201521134768 U CN201521134768 U CN 201521134768U CN 205443187 U CN205443187 U CN 205443187U
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02P—CLIMATE CHANGE MITIGATION TECHNOLOGIES IN THE PRODUCTION OR PROCESSING OF GOODS
- Y02P20/00—Technologies relating to chemical industry
- Y02P20/10—Process efficiency
- Y02P20/129—Energy recovery, e.g. by cogeneration, H2recovery or pressure recovery turbines
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Abstract
The utility model discloses a feeding and sealed integrated high leakproofness mud carbomorphism device. The device includes feeding and sealed integration part, rotary furnace part, discharge end hermetic unit, charcoal ejection of compact part. The utility model discloses the feeding can realize at the in -process that carries out the carbomorphism to mud that continuity ground operates with sealed integration oxygen deficiency carbomorphism rotary furnace to guaranteed respectively to connect the sealing performance between position and the transmission position in mud carbonization process, thereby guaranteed the inside negative micro -pressure in carbonization process of rotary furnace. Through the utility model provides a feeding and sealed integration oxygen deficiency carbomorphism rotary furnace have obtained polymorphic fuel such as biological charcoal and carbomorphism gas after carrying out the carbonizing treatment to mud, solved the cyclic utilization of the spontaneous energy among the mud carbonization process effectively, have realized energy -conserving purpose effectively.
Description
Technical field
This utility model belongs to sludge carbonization technical field, relates to a kind of charging and seals integrated high leakproofness sludge carbonization device.
Background technology
From the eighties in 20th century, China starts to build Modern sewage treatment plant on a large scale, but ignores the technology in terms of specific resistance to filtration always.Development along with Chinese national economy, industrial wastewater, the discharge capacity of sanitary sewage increase day by day, the sludge quantity produced in sewage disposal process is also increasing, these moisture percentage in sewage sludge are high, content of organics is high, easily rots smelly, if can not get effectively disposing, local environment quality will be had a strong impact on, cause secondary pollution.So the exploitation accelerating to process municipal sewage sludge the research with disposal technology and equipment has become the task of top priority.
At present both at home and abroad the technique of sludge treatment specifically includes that mummification, compost, farmland utilization and Land_use change, burns, fills and other comprehensive utilization (brickmaking, potting grain etc.).Near developed country is progressively carried out along with Environmental capacity, and improving constantly of environmental requirement has formulated higher sludge treatment standard the most about ten years, progressively limits the traditional handicraft such as soil directly application of mud.
Carbonization is one of prevailing technology of specific resistance to filtration instantly, has multiple advantages such as secondary pollution is little, minimizing is obvious.Rotary furnace is the main flow processing equipment of sludge carbonization, and owing to carbonization needs to create anaerobic/anaerobic environment, the sealing property of rotary furnace is the key point realizing technique.
Existing rotary furnace feed arrangement generally separates with sealing device, and structure is complicated, relatively costly.Sealing device mainly has two kinds, and one is to use flap sealing, graphite block sealing etc. friction sealed, is all to be compressed by sound rubbing surface, or sets graphite block or packing betwixt to form sealing.These sealing means structures are complicated, relatively costly, and easily because being heated, shaking, body of heater degree of disturbing or deformation and leak gas, be also easily damaged simultaneously, need frequent maintenance and change encapsulant.Another kind is to use noble gas (such as nitrogen) to seal, and i.e. sets twice graphite packing on sealed friction surface, and is passed through nitrogen, good sealing effect in the airtight chamber of intermediate formation.This kind of seal structure complex, involves great expense, and needs to regularly replace packing simultaneously, is in operation and also needs uninterrupted nitrogen injection, and operation expense is higher.
Summary of the invention
The purpose of this utility model is for the deficiencies in the prior art, provide a kind of high leakproofness rotary furnace carbonizing apparatus integrated with sealing for the charging of Treatment of Sludge, by using integration burner feeding seal and stove tail to flexibly connect hard sealing, realize the high leakproofness of rotary furnace, guarantee sludge carbonization process safety, thoroughly, it is achieved sewage sludge harmlessness, resource, minimizing and stabilizing treatment purpose.
To achieve these goals, this utility model charging with seal integrated oxygen-poor carbonization rotary furnace include charging with seal integral part, rotary furnace body portion, discharge end hermetic unit, charcoal discharging portion grade four major parts.
Described charging and sealing integral part, be located at turn around the feed end of body of heater, including charging piston push rod, feed hopper, charging urceolus, charging rotating cylinder；The charging port of revolution body of heater is provided with the charging rotating cylinder integrated with turning round body of heater, and revolution body of heater is stretched out in one end of this charging rotating cylinder, and the other end stretches in rotary furnace body；One end of charging urceolus is provided with charging piston push rod, and what the other end stretched into charging rotating cylinder stretches out body of heater end, and this charging urceolus is provided with the feed hopper for charging；Charging rotating cylinder can rotate along with revolution body of heater；During conveying, mud piles up the sealing forming mud self, isolation revolution furnace interior environment and outside atmosphere in charging rotating cylinder by operating extruding mud, it is achieved feed and seal integration, and simple in construction is cheap, remarkably productive, easy to maintenance.
Further, Flange joint is used between revolution body of heater feed end and charging rotating cylinder；
Described rotary furnace body portion includes turning round body of heater, flue gas cavity, exhanst gas outlet, smoke inlet；Described revolution body of heater is cylindric, and the periphery of the interlude of revolution body of heater is provided with flue gas cavity；Described flue gas cavity is provided with exhanst gas outlet, and one end of this exhanst gas outlet connects with flue gas cavity, and the other end directly connects with the waste heat boiler of subsequent technique；Described flue gas cavity is additionally provided with smoke inlet, and this smoke inlet connects with flue gas cavity, and revolution body of heater is heated by high-temperature flue gas equably that imported, it is achieved heat absorption reaches the purpose of carbonization revolution furnace interior material.By such structure, under normal operation, enter the high-temperature flue gas of flue gas inside cavity through discharging after waste heat boiler utilizes again after revolution body of heater heat exchange, it is possible to effectively utilize produced heat in sludge handling process, be saved greatly the energy.
Described rotary furnace body portion also includes that flue gas cavity temperature control, flue gas cavity temperature control are arranged in flue gas cavity, is used for measuring flue-gas temperature so that preferably realizing temperature control；
Described rotary furnace body portion also includes actuating device so that it is makes to turn round body of heater as power source and rotates relative to charging urceolus and charcoal feed box；
Described rotary furnace body portion also includes limited support bracket, Support bracket, this limited support bracket is located at turn around the outlet end of body of heater, this Support bracket is located at turn around the feed end of body of heater, by two Support brackets and be pivotably supported revolution body of heater, thus rotary furnace body can be under the effect of actuating device, rotate around the axis on the length direction of this revolution body of heater relative to charging urceolus and charcoal feed box, so that the mud of revolution furnace interior can be cooled uniformly；
Described discharge end hermetic unit, is located at turn around the discharge end of body of heater, including extension spring hanger bracket and revolution body of heater welded flange, rotates flange, mounting flange, stainless steel expansion joint, scalable extension spring；Described extension spring hanger bracket is fixed at the discharge end periphery of revolution body of heater, and this extension spring hanger bracket is connected with mounting flange by scalable extension spring；The side of described mounting flange fits tightly with rotating flange, and opposite side is fixed on charcoal feed box by stainless steel expansion joint, and feed box three is the most with bolts for mounting flange, stainless steel expansion joint, charcoal；Described rotation flange is connected with revolution body of heater welded flange by bolt, and welds with revolution body of heater with revolution body of heater welded flange comprehensively, to ensure to seal；The radial deformation, axial expansion deformation (expansion length 5-10mm) that produce when turning round body of heater operating, produce the deformation such as amount of deflection because of rotary furnace material containing in the case of a high temperature and all absorbed by stainless steel expansion joint and scalable extension spring, contact sealing surface by rotation flange with mounting flange again fit tightly and rub mutually so that in revolution body of heater operation process, sealing is become better and better.
The described material employing carbon steel rotating flange and mounting flange；
Further, described mounting flange and the hole rotated between flange are marked with high temperature resistant luboil, are used for strengthening sealing effectiveness and playing lubrication.
Described charcoal output section, is located at turn around the discharge end of body of heater, including carbonized gas outlet, charcoal feed box temperature control, charcoal feed box, charcoal discharging opening, discharge screw；Described charcoal feed box is connected with the discharge end of revolution body of heater, and this charcoal feed box includes the charcoal discharging opening for discharging that is formed at its lower end, and end formed thereon exports for the carbonized gas discharging carbonized gas；Wherein it is connected by above-mentioned discharge end hermetic unit between charcoal feed box with revolution body of heater；Described charcoal feed box farther includes discharge screw, and this discharge screw is between feed box and charcoal discharging opening, and forms the sealing of charcoal self by this discharge screw extruding charcoal densification that operates and realized the sealing of charcoal feed box by regulation charcoal discharging cover plate counterweight.
Described charcoal output section also includes feed box temperature control, and this feed box temperature control is arranged at the position that charcoal feed box exports near carbonized gas, is used for monitoring carbonized gas temperature.
The beneficial effects of the utility model are:
The charging provided according to this utility model operates during mud is carried out carbonization with sealing integrated oxygen-poor carbonization rotary furnace with being capable of seriality, and ensure that the sealing property between each connecting portion and transmission portion during sludge carbonization, thus ensure that revolution furnace interior tiny structure (-20Pa) in carbonization process.Further, by charging provided by the utility model and sealing integrated oxygen-poor carbonization rotary furnace, the polymorphic fuel such as charcoal and carbonized gas has been obtained after mud is carried out carbonization process, efficiently solve recycling of autogenous energy resources during sludge carbonization, have effectively achieved energy-conservation purpose.
1) feed and seal integral part:
A, sealing effectiveness the most substantially but also are stablized, other easily produces gap gas leakage such as filler labyrinth seal because producing amount of deflection under rotary furnace material containing and high-temperature condition, affects sealing effectiveness, and sealing effectiveness of the present utility model is produced by mud self, as long as feed sludge is continuous, then sealing effectiveness is guaranteed；
B, simple in construction are firm, easy to maintenance, are hardly damaged；
C, operation expense are cheap, it is not necessary to change accessory, it is not necessary to consume any material.And filler labyrinth seal needs to regularly replace the accessory such as packing or rubbing surface, inert gas seal also needs uninterruptedly to consume noble gas.
2) discharge end hermetic unit:
A, sealing effectiveness the most substantially but also is stablized, other easily produces gap gas leakage such as filler labyrinth seal because producing amount of deflection under rotary furnace material containing and high-temperature condition, affect sealing effectiveness, and of the present utility model seal revolution a body of heater radial deformation, axial expansion deformation (expansion length 5-10mm), the deformation produced because producing amount of deflection etc. under rotary furnace material containing and high-temperature condition is all examined filter and is added flexible structure (stainless steel expansion joint) to by hard sealing (rotate and fit tightly between flange and mounting flange and rub mutually), make to turn round sealing in body of heater operation process to become better and better, then sealing effectiveness is guaranteed；
B, simple in construction are firm, easy to maintenance, are hardly damaged；
C, operation expense are cheap, it is not necessary to change accessory.And filler labyrinth seal needs to regularly replace the accessory such as packing or rubbing surface, inert gas seal also needs uninterruptedly to consume noble gas.
Accompanying drawing explanation
Fig. 1 is the structural representation of this utility model device；
Fig. 2 is a kind of structure partial enlarged drawing of A in Fig. 1；
Wherein charging piston push rod 1, feed hopper 2, charging urceolus 3, charging rotating cylinder 4, revolution body of heater 5, flue gas cavity 6, exhanst gas outlet 7, flue gas cavity temperature control 8, extension spring hanger bracket 9, with revolution body of heater welded flange 10, rotate flange 11, mounting flange 12, stainless steel expansion joint 13, carbonized gas outlet 14, charcoal feed box temperature control 15, charcoal feed box 16, charcoal discharging opening 17, discharge screw 18, scalable extension spring 19, actuating device 20, limited support bracket 21, smoke inlet 22, Support bracket 23.
Detailed description of the invention
Below in conjunction with the accompanying drawings this utility model is further analyzed.
As it is shown in figure 1, this utility model charging with seal integrated oxygen-poor carbonization rotary furnace include charging with seal integral part, rotary furnace body portion, discharge end hermetic unit, charcoal discharging portion grade four major parts.
Described charging and sealing integral part, be located at turn around the feed end of body of heater 5, including charging piston push rod 1, feed hopper 2, charging urceolus 3, charging rotating cylinder 4；The charging port of revolution body of heater 5 is provided with the charging rotating cylinder 4 integrated with turning round body of heater 5, and revolution body of heater 5 is stretched out in one end of this charging rotating cylinder 4, and the other end stretches in revolution body of heater 5；One end of charging urceolus 3 is provided with charging piston push rod 1, and what the other end stretched into charging rotating cylinder 4 stretches out body of heater end, and this charging urceolus 3 is provided with the feed hopper 2 for charging；Charging rotating cylinder 4 can rotate along with revolution body of heater 5；During conveying, mud piles up the sealing forming mud self in charging rotating cylinder 4 by operating extruding mud, and body of heater 6 internal medium and outside atmosphere are turned round in isolation, it is achieved feed and seal integration, and simple in construction is cheap, remarkably productive, easy to maintenance.
Further, Flange joint is used between revolution body of heater 5 feed end and charging rotating cylinder 4；
Described rotary furnace body portion includes turning round body of heater 5, flue gas cavity 6, exhanst gas outlet 7, smoke inlet 22；Described revolution body of heater 5 is cylindric, and the periphery of the interlude of revolution body of heater 5 is provided with flue gas cavity 6；Described flue gas cavity 6 is provided with exhanst gas outlet 7, and one end of this exhanst gas outlet 7 connects with flue gas cavity 6, and the other end directly connects with the waste heat boiler of subsequent technique；Described flue gas cavity 6 is additionally provided with smoke inlet 22, and this smoke inlet 22 connects with flue gas cavity 6, and the interlude of revolution body of heater 5 is heated by high-temperature flue gas equably that imported, it is achieved heat absorption reaches the purpose of carbonization revolution body of heater 5 materials inside.By such structure, under normal operation, enter the high-temperature flue gas within flue gas cavity 6 through discharging after waste heat boiler utilizes again after revolution body of heater 5 heat exchange, it is possible to effectively utilize produced heat in sludge handling process, be saved greatly the energy.
Described rotary furnace body portion also includes that flue gas cavity temperature control 8, flue gas cavity temperature control 8 are arranged in flue gas cavity 6, is used for measuring flue-gas temperature so that preferably realizing temperature control；
Described rotary furnace body portion also includes actuating device 20 so that it is makes to turn round body of heater 5 as power source and rotates relative to charging urceolus 3 and charcoal feed box 16；
Described rotary furnace body portion also includes limited support bracket 21, Support bracket 23, this limited support bracket 23 is located at turn around the outlet end of body of heater 5, this Support bracket 23 is located at turn around the feed end of body of heater 5, by two Support brackets and be pivotably supported revolution body of heater 5, thus turn round body of heater 5 can be under the effect of actuating device 20, rotate around the axis on the length direction of this revolution body of heater 5 relative to charging urceolus 3 and charcoal feed box 16, so that the mud that revolution is within body of heater 5 can be cooled uniformly；
Described discharge end hermetic unit, is located at turn around the discharge end of body of heater 5, including extension spring hanger bracket 9 and revolution body of heater welded flange 10, rotates flange 11, mounting flange 12, stainless steel expansion joint 13, scalable extension spring 19；Described extension spring hanger bracket 9 is located at the discharge end periphery of revolution body of heater 5, and this extension spring hanger bracket 9 is connected with mounting flange 12 by scalable extension spring 19；Described mounting flange 12 fits tightly with rotating flange 11, and to be fixed on charcoal feed box 16 with bolts for mounting flange 12 and stainless steel expansion joint 13 simultaneously；Described rotation flange 11 is connected with revolution body of heater welded flange 10 by bolt, and welds with revolution body of heater 5 with revolution body of heater welded flange 10 comprehensively, to ensure to seal；The radial deformation, axial expansion deformation (expansion length 5-10mm) that produce when turning round body of heater 5 and operating, produce the deformation such as amount of deflection because of rotary furnace material containing in the case of a high temperature and all absorbed by stainless steel expansion joint 13 and scalable extension spring 19, fit tightly by rotation flange 11 with mounting flange 12 sealing surface and rub mutually again so that in revolution body of heater 5 operation process, sealing is become better and better.
The described material employing carbon steel rotating flange 11 and mounting flange 12；
Further, as in figure 2 it is shown, described mounting flange 12 and the hole rotated between flange 11 are marked with high temperature resistant luboil, it is used for strengthening sealing effectiveness and playing lubrication.
Described charcoal output section, is located at turn around the discharge end of body of heater 5, including carbonized gas outlet 14, charcoal feed box temperature control 15, charcoal feed box 16, charcoal discharging opening 17, discharge screw 18；Described charcoal feed box 16 is connected with the discharge end of revolution body of heater 5, and this charcoal feed box 16 includes the charcoal discharging opening 17 for discharging that is formed at its lower end, and end formed thereon exports 14 for the carbonized gas discharging carbonized gas；Wherein it is connected by above-mentioned discharge end hermetic unit between charcoal feed box 16 with revolution body of heater 5；Described charcoal feed box 16 farther includes discharge screw 18, this discharge screw 18 is between feed box 18 and charcoal discharging opening 17, and extrudes the sealing of charcoal densification formation charcoal self by this discharge screw 18 that operates and realized the sealing of charcoal feed box 16 by regulation charcoal discharging opening 17 cover plate counterweight.
Described charcoal output section also includes feed box temperature control 15, and this feed box temperature control 15 is arranged at the charcoal feed box 16 position near carbonized gas outlet 14, is used for monitoring carbonized gas temperature.
Utilizing said apparatus to carry out sludge carbonization technique, this technique comprises the following steps:
Step (1), when mud from feed hopper 2 by charging piston push rod 1 send into this charging with seal integrated oxygen-poor carbonization rotary furnace time, first mud be transported to turn round the feed end of body of heater 5 by charging piston push rod 1, and is carried by the discharge end being rotated towards turning round body of heater 5 of revolution body of heater 5.
When the mud from feed hopper 2 is carried to revolution body of heater 5 by charging piston push rod 1, and mud piles up the sealing forming mud self in charging rotating cylinder by operating extruding mud during conveying, isolation revolution furnace interior environment and outside atmosphere, realize charging and seal integration, simple in construction, cheap, remarkably productive, easy to maintenance.
Step (2), while step (1) is carried out, high-temperature flue gas is positioned at the mid portion within flue gas cavity 6 to revolution body of heater 5 and is heated to 600 DEG C, thus when mud is through the mid portion of revolution body of heater 5, mud is heated under the conditions of tiny structure (-20Pa) at this mid portion and carries out carbonization process, and then produces charcoal and carbonized gas.
Step (3), above-mentioned produced charcoal are transported to turn round the discharge end of body of heater 5 by the rotation turning round body of heater 5, and discharge from charcoal discharging opening 17 through the discharge screw 18 of charcoal feed box 16, and produced carbonized gas is then discharged by the carbonized gas outlet 14 of charcoal feed box 16.
Above-described embodiment is not for restriction of the present utility model, and this utility model is not limited only to above-described embodiment, as long as meeting this utility model requirement, belongs to protection domain of the present utility model.
Claims (10)
1. the high leakproofness sludge carbonization device that a charging is integrated with sealing, it is characterised in that include charging and seal integral part, rotary furnace body portion, discharge end hermetic unit, charcoal output section；
Described charging and sealing integral part, be located at turn around the feed end of body of heater, including charging piston push rod, feed hopper, charging urceolus, charging rotating cylinder；The charging port of revolution body of heater is provided with the charging rotating cylinder integrated with turning round body of heater, and revolution body of heater is stretched out in one end of this charging rotating cylinder, and the other end stretches in rotary furnace body；One end of charging urceolus is provided with charging piston push rod, and what the other end stretched into charging rotating cylinder stretches out body of heater end, and this charging urceolus is provided with the feed hopper for charging；During conveying, mud piles up the sealing forming mud self, isolation revolution furnace interior environment and outside atmosphere, it is achieved feed and seal integration in charging rotating cylinder by operating extruding mud；
Described rotary furnace body portion includes turning round body of heater, flue gas cavity, exhanst gas outlet；It is provided with in described rotary furnace external week and turns round the flue gas cavity that body of heater directly contacts；Described flue gas cavity is provided with exhanst gas outlet, and one end of this exhanst gas outlet connects with flue gas cavity, and the other end directly connects with the waste heat boiler of subsequent technique；
Described discharge end hermetic unit, is located at turn around the discharge end of body of heater, including extension spring hanger bracket and revolution body of heater welded flange, rotates flange, mounting flange, stainless steel expansion joint, scalable extension spring；Described extension spring hanger bracket is located at the discharge end periphery of revolution body of heater, and this extension spring hanger bracket is connected with mounting flange by scalable extension spring；The side of described mounting flange fits tightly with rotating flange, and opposite side is fixed on charcoal feed box by stainless steel expansion joint；Described rotation flange is connected with revolution body of heater welded flange by bolt, and welds with revolution body of heater with revolution body of heater welded flange comprehensively, to ensure to seal；
Described charcoal output section, is located at turn around the discharge end of body of heater, including carbonized gas outlet, charcoal feed box temperature control, charcoal feed box, charcoal discharging opening, discharge screw；Described charcoal feed box is connected with the discharge end of revolution body of heater, and this charcoal feed box includes the charcoal discharging opening for discharging that is formed at its lower end, and end formed thereon exports for the carbonized gas discharging carbonized gas；Wherein it is connected by above-mentioned discharge end hermetic unit between charcoal feed box with revolution body of heater.
The high leakproofness sludge carbonization device that a kind of charging the most as claimed in claim 1 is integrated with sealing, it is characterised in that use Flange joint between described revolution body of heater feed end and charging rotating cylinder.
The high leakproofness sludge carbonization device that a kind of charging the most as claimed in claim 1 is integrated with sealing, it is characterized in that described rotary furnace body portion also includes flue gas cavity temperature control, flue gas cavity temperature control is arranged in flue gas cavity, is used for measuring flue-gas temperature so that preferably realizing temperature control.
The high leakproofness sludge carbonization device that a kind of charging the most as claimed in claim 1 is integrated with sealing, it is characterized in that described rotary furnace body portion also includes actuating device so that it is make to turn round body of heater as power source and rotate relative to charging urceolus and charcoal feed box.
The high leakproofness sludge carbonization device that a kind of charging the most as claimed in claim 1 is integrated with sealing, it is characterized in that described rotary furnace body portion also includes limited support bracket, Support bracket, this limited support bracket is located at turn around the outlet end of body of heater, this Support bracket is located at turn around the feed end of body of heater, by two Support brackets and be pivotably supported revolution body of heater, thus rotary furnace body can be under the effect of actuating device, rotate around the axis on the length direction of this revolution body of heater relative to charging urceolus and charcoal feed box, so that the mud of revolution furnace interior can be cooled uniformly.
The high leakproofness sludge carbonization device that a kind of charging the most as claimed in claim 1 is integrated with sealing, it is characterised in that the described material employing carbon steel rotating flange and mounting flange.
The high leakproofness sludge carbonization device that a kind of charging the most as claimed in claim 1 is integrated with sealing, it is characterised in that described mounting flange and the hole rotated between flange are marked with high temperature resistant luboil, is used for strengthening sealing effectiveness and playing lubrication.
The high leakproofness sludge carbonization device that a kind of charging the most as claimed in claim 1 is integrated with sealing, it is characterized in that described charcoal output section also includes feed box temperature control, this feed box temperature control is arranged at the position that charcoal feed box exports near carbonized gas, is used for monitoring carbonized gas temperature.
The high leakproofness sludge carbonization device that a kind of charging the most as claimed in claim 1 is integrated with sealing, it is characterized in that described charcoal feed box also includes discharge screw, this discharge screw is between feed box and charcoal discharging opening, and forms the sealing of charcoal self by this discharge screw extruding charcoal densification that operates and realized the sealing of charcoal feed box by regulation charcoal discharging cover plate counterweight.
The high leakproofness sludge carbonization device that a kind of charging the most as claimed in claim 1 is integrated with sealing, it is characterized in that described flue gas cavity is additionally provided with smoke inlet, this smoke inlet connects with flue gas cavity, equably revolution body of heater is heated, it is achieved heat absorption reaches the purpose of carbonization revolution furnace interior material.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201521134768.4U CN205443187U (en) | 2015-12-31 | 2015-12-31 | Feeding and sealed integrated high leakproofness mud carbomorphism device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201521134768.4U CN205443187U (en) | 2015-12-31 | 2015-12-31 | Feeding and sealed integrated high leakproofness mud carbomorphism device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205443187U true CN205443187U (en) | 2016-08-10 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201521134768.4U Expired - Fee Related CN205443187U (en) | 2015-12-31 | 2015-12-31 | Feeding and sealed integrated high leakproofness mud carbomorphism device |
Country Status (1)
| Country | Link |
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| CN (1) | CN205443187U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109439343A (en) * | 2018-11-02 | 2019-03-08 | 派石环境技术(北京)有限公司 | A kind of entrance lock for gas retort |
-
2015
- 2015-12-31 CN CN201521134768.4U patent/CN205443187U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109439343A (en) * | 2018-11-02 | 2019-03-08 | 派石环境技术(北京)有限公司 | A kind of entrance lock for gas retort |
| CN109439343B (en) * | 2018-11-02 | 2020-06-09 | 派石环境技术(北京)有限公司 | Feeding sealing device for retort furnace |
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| 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: 20160810 Termination date: 20201231 |
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| CF01 | Termination of patent right due to non-payment of annual fee |