CN209639554U - Drying chamber heat exchange steam condensate recovering device - Google Patents
Drying chamber heat exchange steam condensate recovering device Download PDFInfo
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- CN209639554U CN209639554U CN201920277797.8U CN201920277797U CN209639554U CN 209639554 U CN209639554 U CN 209639554U CN 201920277797 U CN201920277797 U CN 201920277797U CN 209639554 U CN209639554 U CN 209639554U
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Abstract
A kind of drying chamber heat exchange steam condensate recovering device belongs to the reclamation of condensate water facility technology field in production of chemical fibres.Including steam recovery pipe and radiator, one end of steam recovery pipe and the jacket steam outlet of drying chamber connect, the other end sets steam trap, pressure gauge and relief valve, the top of radiator has radiator steam inlet pipe, lower part to have radiator condensed water fairlead, and radiator steam inlet pipe is connecting with steam recovery pipe corresponding to the position between steam trap and relief valve and communicating with steam recovery pipe；Filter mechanism is set on terrace and connect with the radiator condensed water fairlead；One clean condensed water pumps out mechanism and a clean condensation water storage tank, and clean condensed water pumps out mechanism and is connected between the filter mechanism and clean condensation water storage tank, and a clean condensation water storage tank is arranged in finish by bracket and prepares on the terrace in place.Water resource is saved, ensures the cleaning effect of condensed water.
Description
Technical field
The utility model belongs to the reclamation of condensate water facility technology field in production of chemical fibres, and in particular to a kind of
Drying chamber heat exchange steam condensate recovering device.
Background technique
In chemical fiber enterprise, the raw material (occurring usually in the form of particle) to such as PTA, DMT, PET etc is needed
It is dried, specifically: aforementioned raw material is introduced in rotary drying chamber, introduces high-temperature steam into the collet of drying chamber, by
High-temperature steam is dried raw material across collet, and the moisture content of raw material is made to reach spinning technique requirement.Since afore-said hot steams
Vapour is to repeatedly kick into and connect (continuously into continuous go out) incessantly, thus steam consumption is relatively large, generates after being cooled down by high-temperature steam
Condensed water amount it is also relatively large.Since aforementioned condensed water is usually by direct emission, thus on the one hand it is unfavorable for saving valuable
Water resource, on the other hand cause experimental branch line cost improve.However it is needed in production of chemical fibres using clean water tune
With finish etc., so if aforementioned condensed water can be carried out to be back to the allotment of finish after rationally handling or be used for fiber production
In other links, then can yet be regarded as is that a kind of not only can avoid waste water resource but also to embody the section that the current whole society actively advocates
The about beneficial act of type energy-saving circulating economy spirit.
The technology of the steam condensate (SC) generated in recycling synthetic fiber spinning technique can be seen in disclosed Chinese patent literature
Information, if CN202054946U recommendation has " steam condensate mixing system for synthetic fiber spinning ", the explanation according to the patent
The explanation that the 0013rd section of book is successively to introduce recovered steam through drain valve, drain pipe, tank, pipeline pump and communicating pipe
Finish preparing tank, for preparing finish；For another example CN203099301U is provided with " at the steam condensate (SC) collection of chemical fibre industry
Manage device ", it is to be used for steam successively through collecting pipe, valve, water pipe, collecting tank, pressure pump, filter and condensate water pot
Prepare finish (for details, reference can be made to the 0014th section of the patent specification)；For another example CN203824036U introduction has a kind of " chemical fibre work
The recycling and reusing device of skill air conditioner watch cooling condensed water " is to produce surface air cooler according to the 0015th section of the patent specification
Raw condensed water is successively introduced into drain pan, downpipe, drainpipe and spray water tank and mixes with the water in spray water tank, then by spraying
Water drenching is pumped to spray chamber and is dusted humidification process to air, and extra water flows back into spray water tank by water fender interception, such as
This is repeatedly.
The common feature for being not limited to patent exemplified above is: saving water resource, reduces fiber production cost and energy
Protect environment.But the enlightenment how to recycle to aforementioned drying chamber heat exchange reclamation of condensate water is not provided, because with
Usually it is mingled with the sundries dirt etc. peeled off from the jackets inner wall of drying chamber, thus the cleaning journey of condensed water in the steam of drying chamber
Spend it is relatively low, it is of poor quality due to finish if deploying finish above-mentioned with clean condensed water is lost, thus to silk
Quality can generate certain influence, technical solution described below generates in this background.
Summary of the invention
The task of the utility model is that providing one kind had both facilitated that drying chamber heat exchange steam condensate (SC) is collected and obtained
Be conducive to the cleaning effect of guarantee condensed water again with the valuable water resource of saving and be satisfied and prepare the dry of finish water requirement
Dry tank heat exchange steam condensate recovering device.
What the task of the utility model was performed by, a kind of drying chamber heat exchange steam condensate recovering device, packet
A steam recovery pipe and a radiator are included, one end of steam recovery pipe and the jacket steam outlet of drying chamber connect, the other end
It is disposed with a steam trap, a pressure gauge and a relief valve from left to right, the top of radiator has a radiator steam inlet pipe,
And lower part has a radiator condensed water fairlead, radiator steam inlet pipe is corresponding to described dredge by radiator steam inlet pipe interface
Position between hydrophone and relief valve connect with the steam recovery pipe and communicates with steam recovery pipe；One filter mechanism, should
Filter mechanism is set on terrace in a state of use and connect with the radiator condensed water fairlead；One clean condensed water
Mechanism and a clean condensation water storage tank are pumped out, clean condensed water pumps out mechanism and is connected to the filter mechanism and clean condensed water storage
Between tank, and a clean condensation water storage tank is arranged in finish by bracket and prepares on the terrace in place.
In a specific embodiment of the utility model, the filter mechanism includes filtering ponds, spray equipment, mistake
Filter medium layer, upper filter cloth, lower filter cloth and filtering medium layer backing device, filtering ponds are set to terrace in a state of use
On, filtering medium layer backing device be arranged in filtering ponds filtering ponds it is intracavitary and be located at filtering cell cavity lower part, lower filter cloth
Be laid in surface of the filtering medium layer backing device towards upper side, and filtering medium layer is laid on lower filter cloth, upper filtering
Cloth is laid on the top of filtering medium layer, and the filtering cell cavity includes the condensed water to be filtered positioned at the top of the upper filter cloth
Chamber and clean condensation water cavity positioned at the lower section of the filtering medium layer backing device, spray equipment are located at the condensation to be filtered
It is connect in water cavity and with the radiator condensed water fairlead of the lower part of the radiator；The clean condensed water pumps out mechanism
It connect with the following side of the filtering ponds and is communicated with the clean condensation water cavity, in the upper of the clean condensation water storage tank
It is drawn with water with being connected to a condensation water storage tank effluent trough, in the bottom of the condensation water storage tank effluent trough with being connected to a finish preparation in portion
Pipe, is provided with valve on the pipeline of water fairlead in the finish preparation.
In another specific embodiment of the utility model, the radiator is gilled radiator.
In another specific embodiment of the utility model, the filtering ponds upper lateral part and correspond to institute
The position for stating condensation water cavity to be filtered is provided with liquid level sensor on an overflow pipe and one, and liquid level sensor is located at overflow pipe on this
Lower section, filtering ponds following side and the position for corresponding to the clean condensation water cavity is being provided with level sensing
Device.
In another specific embodiment of the utility model, the spray equipment includes general pipeline and one group of a spray
Spray branch pipe, spray general pipeline be located at it is described it is to be filtered condensation water cavity top and spray general pipeline by one sprinkling interface tube with
Radiator condensed water fairlead connection, one group of spray branch pipe be distributed with space state and respectively by spray branch pipe interface with
Side mating of the general pipeline under is sprayed, the length direction that spray branch pipe is respectively follow on group spray branch pipe is opened with space state
Equipped with spray apertures.
In the utility model there are one in specific embodiment, on the inner wall of the filtering ponds and corresponding to
The position of the lower section of the filtering medium layer backing device, which is constituted, holding frame fulcrum bearing, the filtering medium layer backing device packet
A holding frame and a web plate are included, holding frame is supported in holding frame fulcrum bearing, and web plate is laid on holding frame towards upper side, institute
The lower filter cloth stated is laid on web plate；The material of the upper filter cloth is identical with lower filter cloth.
In the utility model more and in a specific embodiment, the filtering medium layer is sea sand；Described is upper
Filter cloth and lower filter cloth are on-woven filter cloth.
In a specific embodiment in turn of the utility model, the grammes per square metre of the on-woven filter cloth is 50-
100g/m2And mesh number is 20-30 mesh.
It again more and in a specific embodiment, is opened on the side wall of the clean condensation water storage tank in the utility model
Equipped with a tangential inlet opening, it includes that pump motor, water pump, pump water inlet and water pump out that the clean condensed water, which pumps out mechanism,
Water pipe, pump motor and water pump drive cooperate and are supported on the terrace of field of employment by water pump together with pump motor, water pump
One end of water inlet pipe is communicated with the mating of the following side of the filtering ponds and with the clean condensation water cavity, and pump water inlet
The connection of the pump intake of the other end and water pump, one end of pumping line and the pump outlet of water pump connect, and the other end
It is connect with the tangential inlet opening.
In the utility model again and then in a specific embodiment, it is coupled in the lower part of the clean condensation water storage tank
There is a storage tank blowdown interface, blowdown opening and closing valve is equipped on the storage tank blowdown interface.
Technical solution provided by the utility model has the technical effect that due to by the jacket steam outlet with drying chamber
The steam recovery pipe of connection pumps out mechanism by Steam Recovery and successively through steam trap, radiator, filter mechanism and clean condensed water
Clean condensation water storage tank is introduced, is used for preparing finish, thus can not only save valuable water resource, but also can ensure condensed water
Cleaning effect and be satisfied and prepare the clean of finish water and require.
Detailed description of the invention
Fig. 1 is the embodiments of the present invention structure chart.
Specific embodiment
In order to which the technical essence of the utility model and beneficial effect is more clearly understood, applicant is below with reality
The mode for applying example elaborates, but is not limitation to the utility model, any foundation to the description of embodiment
The made only formal but not substantive equivalent transformation of the utility model design is regarded as the utility model
Technical solution scope.
The concept of all directionality for being related to upper, lower, left, right, front and rear or directionality is in the following description
For Fig. 1 at present location state, thus it cannot be understood as to technical solution provided by the utility model
It is particularly limited to.
Referring to Figure 1, a steam recovery pipe 1 and a radiator 2 are shown, one end of steam recovery pipe 1 and drying chamber
The connection of jacket steam outlet (not shown), the other end are disposed with a steam trap 11, a pressure gauge 12 from left to right
With a relief valve 13, the top of radiator 2 has a radiator steam inlet pipe 21, and lower part has a radiator condensed water fairlead
22, radiator steam inlet pipe 21 is being corresponded between aforementioned steam trap 11 and relief valve 13 by radiator steam inlet pipe interface 211
Position connect with dedicated steam recovery tube 1 and communicates with steam recovery pipe 1；A filter mechanism 3 is shown, the filter mechanism 3
It is set on terrace and is connect with aforementioned heat sink condensed water fairlead 22 in a state of use；Show a clean condensed water
Mechanism 4 and a clean condensation water storage tank 5 are pumped out, clean condensed water pumps out mechanism 4 and is connected to aforementioned filtering mechanisms 3 and clean condensation
Between water storage tank 5, and a clean condensation water storage tank 5 is arranged in finish by bracket and prepares on the indoor terrace in place.
Continue to see that Fig. 1, filter mechanism 3 above-mentioned include filtering ponds 31, spray equipment 32, filtering medium layer 33, upper filtering
Cloth 34, lower filter cloth 35 and filtering medium layer backing device 36, filtering ponds 31 are set on terrace in a state of use, and filtering is situated between
Matter layer backing device 36 is arranged in the filtering cell cavity 311 of filtering ponds 31 and is located at the lower part of filtering cell cavity 311, lower filter cloth
35 are laid in surface of the filtering medium layer backing device 36 towards upper side, and filtering medium layer 33 is laid on lower filter cloth 35
On, upper filter cloth 34 is laid on the top of filtering medium layer 33, and foregoing filtration cell cavity 311 includes being located at aforementioned upper filter cloth 34
The condensation water cavity 3111 to be filtered of top and clean condensation water cavity positioned at the lower section of foregoing filtration dielectric layer backing device 36
3112, spray equipment 32 is located in aforementioned condensation water cavity 3111 to be filtered and cold with the radiator of the lower part of aforementioned heat sink 2
Condensate fairlead 22 connects；It is above-mentioned cleaning condensed water pump out mechanism 4 connect with the following side in foregoing filtration pond 31 and with it is preceding
The clean condensation water cavity 3112 stated communicates, and matches on the top of aforementioned clean condensation water storage tank 5 and is connected to a condensation water storage tank effluent trough
51, in the bottom of the condensation water storage tank effluent trough 51 with a finish preparation water fairlead 511 is connected to, in the finish preparation water
Valve is provided on the pipeline of fairlead 511.
In the present embodiment, radiator 2 above-mentioned is gilled radiator, and gilled radiator is preferably using similar to transformer
Structural system gilled radiator, such as CN20184519Y(transformer gilled radiator), CN201229827Y(cooling fin rank
Ladder type radiator), CN202394651U(transformer gilled radiator) and CN201331277Y(fin type heat radiator for transformer),
Etc..
Foregoing filtration pond 31 upper lateral part and correspond to it is aforementioned it is to be filtered condensation water cavity 3111 position be provided with
Liquid level sensor 37b on one overflow pipe 37a and one, liquid level sensor 37b is located at the lower section of overflow pipe 37a on this, in filtering ponds
31 following side and the position for corresponding to aforementioned clean condensation water cavity 3112 is being provided with liquid level sensor 37c.
When upper liquid level sensor 37b finds out the water level in condensation water cavity 3111 to be filtered, signal is fed back to by it
Electric controller is issued signal by electric controller and so that aforementioned clean condensed water is pumped out mechanism 4 and work；Instantly liquid level sensor
When 37c finds out the water level in clean condensation water cavity 3112 lower than the degree that its (lower liquid level sensor 37c) is found out, by lower liquid level
Signal is fed back to electric controller by sensor 37c, is given clean condensed water to pump out mechanism 4 signal by electric controller, is made clean
Net condensed water pumps out mechanism 4 and stops working.
Continue to see that Fig. 1, spray equipment 32 above-mentioned include a spray general pipeline 321 and one group of spray branch pipe 322, sprays general pipeline
321 positioned at the aforementioned top to be filtered for condensing water cavity 3111 and spray general pipeline 321 passes through a sprinkling interface tube 3211 with before
The connection of radiator condensed water fairlead 22 is stated, one group of spray branch pipe 322 is with space state distribution and respectively connects by spraying branch pipe
Side of the mouth 3221 and spray general pipeline 321 under is coupled, and the length for spraying branch pipe 322 is respectively follow on group spray branch pipe 322
It spends side of the direction under and spray apertures (not shown) is offered with space state.
On the inner wall in foregoing filtration pond 31 and in the position for the lower section for corresponding to foregoing filtration dielectric layer backing device 36
Setting composition has holding frame fulcrum bearing 38, and foregoing filtration dielectric layer backing device 36 includes a holding frame 361 and a web plate 362, support
It holds frame 361 to be supported in holding frame fulcrum bearing 38, web plate 362 is laid on holding frame 361 towards upper side, lower filtering above-mentioned
Cloth 35 is laid on web plate 362.
In the present embodiment, the material of aforementioned upper filter cloth 34 is identical with lower filter cloth 35.
In the present embodiment, filtering medium layer 33 above-mentioned is the sea sand of 15 to 25 mesh；Upper filter cloth 34 above-mentioned is under
Filter cloth 35 is on-woven filter cloth, and the grammes per square metre of the on-woven filter cloth is preferably 50-100g/m2, it is preferably 60-90g/m2,
It is preferably 75-85g/m2, preferably 80g/m2, the present embodiment 80g/m2；The mesh number of on-woven filter cloth is preferably 20-30
Mesh is preferably 22-28 mesh, is preferably 24-26 mesh, preferably 25 mesh, and the present embodiment selects 25 mesh.
A tangential inlet opening 52, cleaning condensate pump above-mentioned are offered on the side wall of aforementioned clean condensation water storage tank 5
Mechanism 4 includes pump motor 41, water pump 42, pump water inlet 43 and pumping line 44 out, and pump motor 41 and water pump 42 pass
Dynamic to cooperate and be supported on the terrace of field of employment by water pump 42 together with pump motor 41, one end of pump water inlet 43 is with before
State the following side mating of filtering ponds 31 and communicated with aforementioned clean condensation water cavity 3112, and the other end of pump water inlet 43 with
The pump intake of water pump 42 connects, and one end of pumping line 44 is connect with the pump outlet of water pump 42, and the other end and
Tangential inlet opening 52 above-mentioned connects.
As shown in Figure 1, in the lower part of aforementioned clean condensation water storage tank 5 with a storage tank blowdown interface 53 is connected to, in the storage tank
Blowdown opening and closing valve 531 is equipped on blowdown interface 53.
By drying chamber jacket steam outlet draw steam enter steam recovery pipe 1, first after steam trap 11 again according to
It is secondary through radiator steam inlet pipe interface 211, radiator steam inlet pipe 21, water of radiation 2, radiator condensed water fairlead 22, spray general pipeline
Interface 3211, spray general pipeline 321, spray branch pipe interface 3221 and one group of spray branch pipe 322 enter the to be filtered cold of filtering ponds 31
Condensate chamber 3111, then successively through upper filter cloth 34, as filling filtrate filtering medium layer 33(, that is, sea sand layer), lower filter cloth
35 and web plate 362 enter clean condensation water cavity 3112, the pump of mechanism 4 to cleaning is pumped out by clean condensed water and condenses water storage tank 5.Specifically
Be: pump motor 41 works, and drives water pump 42, the clean condensed water by filtering in cleaning condensation water cavity 3112 is successively through water
Pump water inlet pipe 43, pump intake, pump outlet, pumping line 44 and tangential inlet opening 52 enter clean condensation water storage tank
5.When to use clean condensed water to prepare finish, as long as then open aforementioned finish preparation with the valve on water fairlead 511 i.e.
Can, the redundancy water in cleaning condensation water storage tank 5 is to be not enough to can be used for fiber production by the extra water that finish prepares consumption
Other process procedures, it might even be possible to as domestic water such as workshop cleaning water, sewage treatment water, etc..
When periodically discharging the contamination in clean condensation water storage tank 5, blowdown opening and closing valve 531 can be opened.
In conclusion technical solution provided by the utility model compensates for the shortcoming in prior art, favorably accomplish
Invention task has faithfully fulfilled the technical effect that applicant refers in technical effect column above.
Claims (10)
1. a kind of drying chamber heat exchange steam condensate recovering device, it is characterised in that dissipated including a steam recovery pipe (1) and one
Hot device (2), one end of steam recovery pipe (1) and the jacket steam outlet of drying chamber connect, and the other end is successively set from left to right
It is equipped with a steam trap (11), a pressure gauge (12) and a relief valve (13), the top of radiator (2) has a radiator steam inlet pipe
(21), and lower part have a radiator condensed water fairlead (22), radiator steam inlet pipe (21) pass through radiator steam inlet pipe interface
(211) correspond to position between the steam trap (11) and relief valve (13) connect with the steam recovery pipe (1) and
It is communicated with steam recovery pipe (1)；One filter mechanism (3), the filter mechanism (3) be set on terrace in a state of use and with
Radiator condensed water fairlead (22) connection；One clean condensed water pumps out mechanism (4) and clean condensation water storage tank (5),
Clean condensed water pumps out mechanism (4) and is connected between the filter mechanism (3) and clean condensation water storage tank (5), and a cleaning
Condensation water storage tank (5) is arranged in finish by bracket and prepares on the terrace in place.
2. drying chamber heat exchange steam condensate recovering device according to claim 1, it is characterised in that the filtering
Mechanism (3) include filtering ponds (31), spray equipment (32), filtering medium layer (33), upper filter cloth (34), lower filter cloth (35) and
Filtering medium layer backing device (36), filtering ponds (31) are set on terrace in a state of use, filtering medium layer backing device
(36) it is arranged in the filtering cell cavity (311) of filtering ponds (31) and is located at the lower part of filtering cell cavity (311), lower filter cloth (35)
Be laid in surface of the filtering medium layer backing device (36) towards upper side, and filtering medium layer (33) is laid on lower filter cloth
(35) on, upper filter cloth (34) is laid on the top of filtering medium layer (33), and the filtering cell cavity (311) includes being located on described
The condensation water cavity (3111) to be filtered of the top of filter cloth (34) and the lower section for being located at the filtering medium layer backing device (36)
Clean condensation water cavity (3112), spray equipment (32) be located at the condensation water cavity (3111) to be filtered it is interior and with the heat dissipation
The radiator condensed water fairlead (22) of the lower part of device (2) connects；The clean condensed water pumps out mechanism (4) and the filtering
The following side in pond (31) connects and communicates with clean condensation water cavity (3112), in clean condensation water storage tank (5)
Top with being connected to a condensation water storage tank effluent trough (51), in the bottom of the condensation water storage tank effluent trough (51) with being connected to a finish
It prepares and uses water fairlead (511), be provided with valve on the pipeline of water fairlead (511) in the finish preparation.
3. drying chamber heat exchange steam condensate recovering device according to claim 1 or 2, it is characterised in that described dissipates
Hot device (2) is gilled radiator.
4. drying chamber heat exchange steam condensate recovering device according to claim 2, it is characterised in that in the filtering
The upper lateral part in pond (31) and correspond to it is described it is to be filtered condensation water cavity (3111) position be provided with an overflow pipe (37a) and
Liquid level sensor (37b) on one, liquid level sensor (37b) is located at the lower section of overflow pipe (37a) on this, under filtering ponds (31)
Side and the position for corresponding to clean condensation water cavity (3112) is being provided with liquid level sensor (37c).
5. drying chamber heat exchange steam condensate recovering device according to claim 2, it is characterised in that the spray
Device (32) includes spray general pipeline (321) and one group of spray branch pipe (322), and spray general pipeline (321) is located at described to be filtered cold
The top of condensate chamber (3111) and spray general pipeline (321) passes through sprinkling interface tube (3211) and the radiator condensed water
Fairlead (22) connection, one group of spray branch pipe (322) with space state be distributed and respectively by spray branch pipe interface (3221) with
The side mating of general pipeline (321) under is sprayed, the length of spray branch pipe (322) is respectively follow on group spray branch pipe (322)
Direction offers spray apertures with space state.
6. drying chamber heat exchange steam condensate recovering device according to claim 2, it is characterised in that in the filtering
Constituting on the inner wall in pond (31) and in the position for corresponding to the lower section of the filtering medium layer backing device (36) has holding frame
Fulcrum bearing (38), the filtering medium layer backing device (36) include a holding frame (361) and a web plate (362), holding frame
(361) it is supported in holding frame fulcrum bearing (38), web plate (362) is laid on holding frame (361) towards upper side, under described
Filter cloth (35) is laid on web plate (362)；The material of the upper filter cloth (34) is identical with lower filter cloth (35).
7. the drying chamber heat exchange steam condensate recovering device according to claim 2 or 6, it is characterised in that the mistake
Filter medium layer (33) is sea sand；The upper filter cloth (34) and lower filter cloth (35) is on-woven filter cloth.
8. drying chamber heat exchange steam condensate recovering device according to claim 7, it is characterised in that the nonwoven
The grammes per square metre for knitting filter cloth is 50-100g/m2And mesh number is 20-30 mesh.
9. drying chamber heat exchange steam condensate recovering device according to claim 2, it is characterised in that in the cleaning
It condenses and offers a tangential inlet opening (52) on the side wall of water storage tank (5), it includes water that the clean condensed water, which pumps out mechanism (4),
Pump motor (41), water pump (42), pump water inlet (43) and pumping line (44), pump motor (41) and water pump (42) are driven
Cooperate and is supported on the terrace of field of employment by water pump (42) together with pump motor (41), one end of pump water inlet (43)
It is communicated with the mating of the following side of the filtering ponds (31) and with clean condensation water cavity (3112), and pump water inlet (43)
The other end connect with the pump intake of water pump (42), the pump outlet of one end of pumping line (44) and water pump (42)
Connection, and the other end is connect with the tangential inlet opening (52).
10. drying chamber heat exchange steam condensate recovering device according to claim 9, it is characterised in that in the cleaning
The lower part of condensation water storage tank (5) is equipped with a row on the storage tank blowdown interface (53) with a storage tank blowdown interface (53) is connected to
Dirt opening and closing valve (531).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201920277797.8U CN209639554U (en) | 2019-03-05 | 2019-03-05 | Drying chamber heat exchange steam condensate recovering device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201920277797.8U CN209639554U (en) | 2019-03-05 | 2019-03-05 | Drying chamber heat exchange steam condensate recovering device |
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| Publication Number | Publication Date |
|---|---|
| CN209639554U true CN209639554U (en) | 2019-11-15 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201920277797.8U Active CN209639554U (en) | 2019-03-05 | 2019-03-05 | Drying chamber heat exchange steam condensate recovering device |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109751889A (en) * | 2019-03-05 | 2019-05-14 | 苏州软石智能装备有限公司 | Drying chamber heat exchange steam condensate recovering device |
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2019
- 2019-03-05 CN CN201920277797.8U patent/CN209639554U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109751889A (en) * | 2019-03-05 | 2019-05-14 | 苏州软石智能装备有限公司 | Drying chamber heat exchange steam condensate recovering device |
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