CN207478533U - A kind of heat transfer reactor - Google Patents
A kind of heat transfer reactor Download PDFInfo
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- CN207478533U CN207478533U CN201720843224.8U CN201720843224U CN207478533U CN 207478533 U CN207478533 U CN 207478533U CN 201720843224 U CN201720843224 U CN 201720843224U CN 207478533 U CN207478533 U CN 207478533U
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- ball
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- feed lines
- heat
- rope chain
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Abstract
The utility model proposes a kind of heat transfer reactor, which includes：Reaction vessel, the feed lines of closure, the feed lines are connected with reaction container bottom；The driving wheel of ball rope chain and the driving ball rope chain movement is equipped in the feed lines；The ball rope chain is the balls such as end to end closure away from chain；The driving wheel is arranged in driving chamber, and several spherical grooves are evenly equipped on the driving wheel, and the diameter of the spherical groove diameter and the feeding ball matches；There is the driving chamber import of ball rope chain and ball rope chain to export；Heat-carrying particle processor is arranged between the material outlet and reaction vessel of the feed lines；The heat-carrying particle processor is equipped with material collection mouth.The heat transfer reactor of the utility model is simple in structure, and manufacture is at low cost；It has the advantages that corrosion resistant is pressure-resistant and efficient energy saving.Safeguard during use it is simple, conveniently, it is at low cost.
Description
Technical field
The utility model is related to field of heat exchangers, especially a kind of heat transfer reactor.
Background technology
Heat exchanger is in the industrial productions such as oil, chemical industry, light industry, pharmacy, the energy, it is often necessary to cryogen heating or
Liquid is vaporized into high temperature fluid cooling steam or steam is condensed into liquid by person.These processes have with heat transfer
Close ties, thus can be completed by heat exchanger.Heat exchanger is to realize heat exchange and biography in chemical process
Pass indispensable equipment.The type of heat exchanger is than wide：Reaction kettle, pressure vessel, condenser, reaction pot, spiral plate type
Heat exchanger, corrugated tube heat exchanger, tubular heat exchanger, plate heat exchanger, spiral-plate heat exchanger, shell-and-tube heat exchanger, positive displacement are changed
Hot device, movable tube sheets heat exchanger, pipe heat exchanger, heat exchange of heat pipe, vapor-water heat exchanger, heat-exchange unit, graphite heat exchanger air change
Hot device, Ti-heat exchanger etc..
With the development of economy, various different types and the heat exchanger of type have developed rapidly, the heat exchange of new construction, new material
Device continues to bring out.In order to adapt to the needs of development, often having some corrosivity, oxidisability very strong in heat exchange and easily be attached to
Material on heat exchanger.Although the metals such as nonmetallic materials and stainless steel, titanium, tantalum, zirconium such as graphite, ceramics, glass can be used
Material manufacture has the heat exchanger of anti-strong corrosive energy.But the material for easily adhering to easily adheres to material with the progress of heat exchange
It can be gradually adhered on heat exchanger, continuously decrease heat exchange property, until it is made to lose heat exchange property.
The technique produced greatly with industry is increasingly sophisticated and automatization level is continuously improved, the environmental pollution to production process
It is it is required that also higher and higher.Country's powder conveying is mainly using pneumatic conveying and helical feed two ways at present, helical feed by
Influence to equipment itself has fed distance apparent limitation, although pneumatic conveying solves the limitation of fed distance, but
There are energy consumption is big, inner wall of the pipe is easy to wear, especially elbow needs to regularly replace, and with loud noise, and transfer efficiency is low
The problems such as.
Chinese utility model patent application CN201310712719.3 discloses a kind of rope type pipeline transporter, needs
Elbow installs transmission device additional, and to advance with center line of the movable plate chain in pipeline, transmission device has the active of drive, also has
The not passive type of drive, these devices so that plate chain type pipe conveying equipment is complicated, and maintenance cost is high.If plate chain type
Pipe conveying equipment does not install transmission device additional in elbow, and when plate chain passes through elbow, center line cannot be along the center of elbow
Line is walked, and delivery sheet can be drawn as turning on one's side or lodging, cause stuck.
Utility model content
Simple in structure the utility model proposes a kind of heat transfer reactor, manufacture is at low cost；It is with corrosion resistant pressure resistance and height
Effect it is energy saving the advantages of；Safeguard during use it is simple, conveniently, it is at low cost.
What the technical solution of the utility model was realized in：
A kind of heat transfer reactor, including：
Reaction vessel is the utensil of material reaction；
The feed lines of closure, the feed lines are connected with reaction container bottom；It is equipped in the feed lines
Ball rope chain and the driving wheel of the driving ball rope chain movement；The ball rope chain includes several feeding balls and connection adjacent two
The connector of a feeding ball；The ball rope chain is the balls such as end to end closure away from chain；The diameter of the feeding ball is small
0.05-5mm is smaller than between the internal diameter of the feed lines, the feeding ball and feed lines；The driving wheel is set
It puts in driving chamber, several spherical grooves, the diameter of the spherical groove diameter and the feeding ball is evenly equipped on the driving wheel
Match；There is the driving chamber import of ball rope chain and ball rope chain to export；
Heat-carrying particle processor is arranged between the material outlet and reaction vessel of the feed lines；The heat-carrying
Grain processor is equipped with material collection mouth；
In use, the driving wheel drives ball rope chain to be moved in feed lines, and by the material in the reaction vessel
It is transported in heat-carrying particle processor, after to the drying of material, separating treatment, material completes recycling, the heat-carrying isolated
Particle is reentered in the reaction vessel and is continuing with.
As preferred technical solution, the material outlet is arranged in the horizontal pipeline of the feed lines, the object
Expect the width of outlet at least more than the spacing between the center of circle of the two neighboring feeding ball；Or
The material outlet is arranged on the vertical pipeline of the feed lines, and the material outlet is the feed lines
On 360 degree of hollow out body, the height of the hollow out body is at least more than the spacing between the center of circle of the two neighboring feeding ball.
It is furthermore preferred that the width of the material outlet is more than 2 times of the spacing between the center of circle of the two neighboring feeding ball.
As preferred technical solution, the ball rope chain import is exported higher than the ball rope chain, in the ball rope chain import
Inclined panel is equipped between being exported ball rope chain, under gravity, the feeding ball is adhered to or is not completely exhausted out
Material slips into ball rope chain exit by inclined panel, reentered under the drive of the ball rope chain feed lines into
Row transmission.
As preferred technical solution, the heat-carrying particle processor includes sequentially connected drying section, material stripping section
And bringing-up section；The material stripping section is equipped with material collection mouth；The end of the bringing-up section passes through pipeline and the reaction vessel
Heat-carrying article inlet be connected.
As preferred technical solution, the reaction vessel is pipeline reactor or reaction kettle.
As preferred technical solution, the spacing between two neighboring feeding ball center line is the feeding radius of a ball
2.1~5 times.It is preferred that 3~4 times.
As preferred technical solution, the connector is hinge or rope；The both ends of the connector respectively with feeding
Connection ring on two end faces of ball is fixedly connected, several described connectors and feeding ball head and the tail be closed connection formed etc. balls away from
Closure ball rope chain；
As preferred technical solution, the ball centre line of the connector along the feeding ball passes through entire sphere, and
The feeding ball is fixed on connector by the lock for being arranged on the feeding ball both ends, the connector is closed for head and the tail
Rope, the feeding ball is distributed at equal intervals on the rope；
As preferred technical solution, the feeding ball is hollow sphere.
As preferred technical solution, the feeding ball be cut into hinge or rope bearing it is flat with central axis
Platform, the thickness cut are 0.1~0.5 times of the feeding radius of a ball.
As preferred technical solution, the surface of the feeding ball is equipped with wearing layer and/or erosion resistant coating.
A kind of heat exchange reaction method, is reacted using above-mentioned heat transfer reactor, is included the following steps：
Heat-carrying particle is added in the reaction vessel, the substance liter in causing reaction vessel under the action of heat-carrying particle
Temperature；
For the heat-carrying particle with the substance in the reaction vessel during contact, surface is attached to solid；
It removes surface and is attached to the heat-carrying particle after solid, material and heat-carrying are isolated by heat-carrying particle processor
Grain, heat-carrying particle recycle.
As preferred technical solution, the heat-carrying particle is by silicon carbide ceramics, Langaloy, cast iron, fluoroplastics, fluorine
Object made of the one or more of the materials such as rubber.Wherein heat-carrying particle is sphere, and diameter is more than feeding ball 121 and feed pipe
Spacing between road 11, preferred a diameter of 3-20mm.
Advantageous effect
(1) heat transfer reactor can effectively solve the problem that the problem of heat exchange property reduces.Heat-carrying particle can be while heat exchange
The material of attachment is taken out of and is dried, removes, collecting.
(2) heat transfer reactor is simple in structure, and manufacture is at low cost；It has the advantages that corrosion resistant is pressure-resistant and efficient energy saving.
Safeguard during use it is simple, conveniently, it is at low cost.
(3) heat transfer reactor is efficiently solved by the way of being closed feed lines, ball rope chain and driving chamber and being combined
It is while simple in structure bend during transported material is easily stuck or the problem of rollover material leakage.
(4) import of ball rope chain is exported higher than ball rope chain, and inclined face is equipped between the import of ball rope chain and the outlet of ball rope chain
Plate under gravity, is adhered to feeding ball or the material not being completely exhausted out and slips into the outlet of ball rope chain by inclined panel
Locate, reentering feed lines under the drive of ball rope chain is transmitted, to prevent material from being had an impact to driving wheel.
Description of the drawings
It, below will be to implementing in order to illustrate more clearly of the utility model embodiment or technical solution of the prior art
Scheme or attached drawing needed to be used in the description of the prior art are briefly described, it should be apparent that, the accompanying drawings in the following description
Only some embodiments of the utility model for those of ordinary skill in the art, are not making the creative labor
Under the premise of property, other attached drawings are can also be obtained according to these attached drawings.
Fig. 1 is the structure diagram of the heat transfer reactor of the utility model embodiment 1.
Fig. 2 is the structure diagram of the ball rope chain of embodiment 1.
Fig. 3 is the structure diagram of the driving wheel of embodiment 1.
Fig. 4 is the structure diagram of the heat transfer reactor of embodiment 2.
Fig. 5 is second of structure diagram of ball rope chain.
Specific embodiment
Below by the technical scheme in the utility model embodiment is clearly and completely described, it is clear that described
Embodiment is only the utility model part of the embodiment, instead of all the embodiments.Based on the implementation in the utility model
Example, those of ordinary skill in the art's all other embodiments obtained without making creative work, belongs to
The range of the utility model protection.
Embodiment 1
It is shown in Figure 1：A kind of heat transfer reactor 1, including：Reaction vessel 101,102 and of ball rope type pipeline transporter
Heat-carrying particle processor 103.Wherein reaction vessel 101 be material reaction utensil, can be pipeline reactor or reaction kettle,
Those skilled in the art can select as needed.Ball rope type pipeline transporter 102 includes the feed lines 11 being closed, ball rope
Chain 12, driving chamber 13 and driving wheel 131.The feed lines 11 are connected with the bottom of reaction vessel 101, the feed lines 11
Using anti-corrosion material, those skilled in the art can also be selected as needed using common material, in the inner wall of feed lines 11
Anticorrosive coating.The ball rope chain 12 for being used for transmission material is provided in feed lines 11.The ball rope chain 12 includes several feedings
The connector 122 of ball 121 and the two neighboring feeding ball 121 of connection, wherein connector 122 can select hinge, can also select
With rope etc..It is shown in Figure 2：The hinge is connected with feeding ball 121, the both ends of hinge two with feeding ball 121 respectively
Connection ring 1211 on end face is fixedly connected, several hinges and feeding ball 121 be closed from beginning to end connection formed etc. balls away from closure
Ball rope chain.The diameter of feeding ball 121 is less than the internal diameter of feed lines 11, the spacing between feeding ball 121 and feed lines 11
Less than 0.05-5mm.Centreline space between two neighboring feeding ball 121 is more excellent away from 2.1~5 times for 121 radius of feeding ball
Select 3~4 times.Feeding ball 121 is feeding ball half being cut into the platform with central axis, the thickness cut with hinge bearing
0.1~0.5 times of diameter.It is shown in Figure 3：Driving chamber 13 is arranged on feed lines 11, is internally provided with driving wheel 131, should
Driving wheel 131 drives rotation by driving motor 15, provides power.Several spherical grooves 1311 are evenly equipped on the driving wheel 131, it is spherical
1311 diameter of slot and the diameter of feeding ball 121 match.Driving chamber 13 has ball rope chain import 132 and ball rope chain outlet 133.It carries
Hot particle processor 103, is arranged between the material outlet 112 of feed lines 11 and reaction vessel 101.The material outlet
112 can be arranged in the horizontal pipeline of feed lines 11, and the width of material outlet 112 is at least more than two neighboring feeding ball
Spacing between 121 center of circle；Or material outlet 112 can be arranged on the vertical pipeline of feed lines 11, material outlet
112 be 360 degree of hollow out body on feed lines 11, and the height of hollow out body is at least more than the center of circle of two neighboring feeding ball 121
Between spacing；It is 360 degree of hollow out body in the present embodiment.The heat-carrying particle processor 103 includes drying section 1031, material is shelled
From section 1032 and bringing-up section 1033, wherein drying section 1031, material stripping section 1032 and bringing-up section 1033 is sequentially connected.Material is shelled
Material collection mouth 10321 is equipped with from section 1032.By ball rope type pipeline transporter 102 conveying come material, the material adhere to
On heat-carrying particle, dried by drying section 1031, material remove section 1032 by rubs mutually the material after drying from
It is removed on heat-carrying particle, has detached after the heat-carrying particle after material is again heated to technological temperature by bringing-up section 1033, entered
It is recycled in reaction vessel 101.
In use, driving wheel 131 drives ball rope chain 12 to be moved in feed lines 11, and by the object in reaction vessel 101
Material is transported in heat-carrying particle processor 103, and after to the drying of material, separating treatment, material completes recycling, isolates
Heat-carrying particle is reentered in reaction vessel 101 and is continuing with.
Feeding ball 121 in the embodiment is hollow sphere, makes simply, saves material, cost is relatively low, i.e., by 2
The structure that a hemisphere is combined.Using punching press, casting, injection, compression moulding etc..It the surface of feeding ball 121 can root
According to needing to set wearing layer and/or erosion resistant coating.
Heat exchange reaction is carried out using above-mentioned heat transfer reactor, is included the following steps：
Heat-carrying particle is added in reaction vessel 101, since the heat-carrying particle of addition is high temperature, so in heat-carrying particle
Under the action of so that material heating in reaction vessel 101, reaches the reaction temperature of requirement.By controlling the heat-carrying added in
The temperature of particle can controlling reaction temperature.The heat-carrying particle is by silicon carbide ceramics, Langaloy, cast iron, fluoroplastics, fluorine rubber
Object made of the one or more of the materials such as glue；Heat-carrying particle is sphere, diameter be more than feeding ball 121 and feed lines 11 it
Between spacing, preferred a diameter of 3-20mm.Material in the heat-carrying particle and reaction vessel 101 is during contact, table
Face is attached to the material, and the heat-carrying particle for being attached to material is transported to heat-carrying particle by ball rope type pipeline transporter 102
At heater 103, dried by drying section 1031, material remove section 1032 by rubs mutually the material after drying from load
It removes, has been detached after the heat-carrying particle after material is again heated to technological temperature by bringing-up section 1033 on hot particle, into anti-
It answers and is recycled in container 101.
For traditional heat exchangers for the material that easily adheres to the progress of heat exchange, heat exchanger can be gradually adhered to by easily adhering to material
On, heat exchange property is continuously decreased, until it is made to lose heat exchange property.For this problem, traditional heat exchangers can not also solve at present
Certainly.Using above-mentioned heat transfer reactor, the problem of heat exchange property reduces can effectively solve the problem that.Heat-carrying particle can incite somebody to action while heat exchange
The material of attachment, which is taken out of, to be dried, removes, collecting.The heat transfer reactor is simple in structure, and manufacture is at low cost；It is resistance to corrosion resistant
The advantages of pressing and be efficient energy saving.Safeguard during use it is simple, conveniently, it is at low cost.In addition the heat transfer reactor is using closure
The mode that feed lines, ball rope chain and driving chamber are combined, efficiently solve during material is conveyed bend it is easily stuck or
The problem of material leakage of turning on one's side, ensure that the reliability of material conveying.
Embodiment 2
It is shown in Figure 4：One bulb rope type pipeline transporter 2, the difference of the conveying device and embodiment 1 is as follows：
Its material outlet 112 is arranged in the horizontal pipeline of feed lines 11, and the width of material outlet 112 is at least more than phase
Spacing between the center of circle of adjacent two feeding balls 121.Better scheme is that the width of material outlet 112 is more than two neighboring feeding
2 times of spacing between the center of circle of ball 121.
It is shown in Figure 5：Connector 122 is rope in the embodiment.Rope is passed through along the ball centre line of feeding ball 121
Entire sphere, and feeding ball is fixed on rope by the lock 1212 by being arranged on 121 both ends of feeding ball, rope head and the tail close
It closes, feeding ball is distributed at equal intervals on the rope.
Ball rope chain import 132 exports 133 higher than ball rope chain, is set between ball rope chain import 132 and ball rope chain outlet 133
There is inclined panel 14, under gravity, be adhered to feeding ball 121 or the material not being completely exhausted out passes through inclined panel
14 slip into ball rope chain exit, and feed lines 11 are reentered under the drive of ball rope chain 12 and are transmitted, to prevent material pair
Driving wheel 131 has an impact.The lower end of driving wheel 131 has at regular intervals with panel 14.
Cross under is tilted furthermore it is also possible to be equipped with as needed in the lower end of ball rope chain import 132 and ball rope chain outlet 133
Road 16, effect is similar to panel 14, that is, prevents material from entering driving chamber 13, prevent it from being impacted to driving wheel 131, prevent
It skids.
The above is only the preferred embodiment of the utility model only, is not intended to limit the utility model, all at this
Within the spirit and principle of utility model, any modification, equivalent replacement, improvement and so on should be included in the utility model
Protection domain within.
Claims (9)
1. a kind of heat transfer reactor, which is characterized in that including：
Reaction vessel is the utensil of material reaction；
The feed lines of closure, the feed lines are connected with reaction container bottom；Ball rope is equipped in the feed lines
Chain and the driving wheel of the driving ball rope chain movement；The ball rope chain includes several feeding balls and the two neighboring institute of connection
State the connector of feeding ball；The ball rope chain is the balls such as end to end closure away from chain；The diameter of the feeding ball is less than institute
The internal diameter of feed lines is stated, 0.05-5mm is smaller than between the feeding ball and feed lines；The driving wheel is arranged on
In driving chamber, several spherical grooves, the diameter phase of the spherical groove diameter and the feeding ball are evenly equipped on the driving wheel
Match；There is the driving chamber import of ball rope chain and ball rope chain to export；
Heat-carrying particle processor is arranged between the material outlet and reaction vessel of the feed lines；At the heat-carrying particle
It manages device and is equipped with material collection mouth；
In use, the driving wheel drives ball rope chain to be moved in feed lines, and the material in the reaction vessel is conveyed
Into heat-carrying particle processor, after to the drying of material, separating treatment, material completes recycling, the heat-carrying particle isolated
It reenters in the reaction vessel and is continuing with.
2. a kind of heat transfer reactor described in claim 1, which is characterized in that the material outlet is arranged on the feed lines
Horizontal pipeline on, the width of the material outlet is at least more than the spacing between the center of circle of the two neighboring feeding ball；Or
Person
The material outlet is arranged on the vertical pipeline of the feed lines, and the material outlet is on the feed lines
360 degree of hollow out body, the height of the hollow out body is at least more than the spacing between the center of circle of the two neighboring feeding ball.
3. a kind of heat transfer reactor described in claim 1, which is characterized in that the ball rope chain import goes out higher than the ball rope chain
Mouthful, inclined panel is equipped between the ball rope chain import and the outlet of ball rope chain, under gravity, is adhered to described send
Pellet or the material not being completely exhausted out slip into ball rope chain exit by inclined panel, under the drive of the ball rope chain again
It is transmitted into the feed lines.
4. a kind of heat transfer reactor described in claim 1, which is characterized in that the heat-carrying particle processor includes being sequentially connected
Drying section, material stripping section and bringing-up section；The material stripping section is equipped with material collection mouth；The end of the bringing-up section passes through
Pipeline is connected with the heat-carrying article inlet of the reaction vessel.
5. a kind of heat transfer reactor described in claim 1, which is characterized in that the reaction vessel is pipeline reactor or reaction
Kettle.
6. a kind of heat transfer reactor described in claim 1, which is characterized in that between two neighboring feeding ball center line
Spacing is 2.1~5 times of the feeding radius of a ball.
7. a kind of heat transfer reactor according to claim 1, which is characterized in that the connector is hinge or rope；Institute
The both ends for stating connector are fixedly connected respectively with the connection ring on two end faces of feeding ball, several described connectors and feeding
Ball head and the tail be closed connection formed etc. balls away from closure ball rope chain；
Or,
The connector passes through entire sphere, and by being arranged on the feeding ball both ends along the ball centre line of the feeding ball
Lock the feeding ball is fixed on connector, the rope that the connector is closed for head and the tail, the feeding ball is equidistant
Be distributed on the rope；
The feeding ball is hollow sphere.
8. a kind of heat transfer reactor according to claim 1, which is characterized in that the feeding ball is consolidated with hinge or rope
Determine place and be cut into platform with central axis, the thickness cut is 0.1~0.5 times of the feeding radius of a ball.
9. a kind of heat transfer reactor according to claim 1, which is characterized in that the surface of the feeding ball is equipped with wearing layer
And/or erosion resistant coating.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720843224.8U CN207478533U (en) | 2017-07-12 | 2017-07-12 | A kind of heat transfer reactor |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720843224.8U CN207478533U (en) | 2017-07-12 | 2017-07-12 | A kind of heat transfer reactor |
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| Publication Number | Publication Date |
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| CN207478533U true CN207478533U (en) | 2018-06-12 |
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ID=62484331
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| CN201720843224.8U Active CN207478533U (en) | 2017-07-12 | 2017-07-12 | A kind of heat transfer reactor |
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| Country | Link |
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| CN (1) | CN207478533U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107213852A (en) * | 2017-07-12 | 2017-09-29 | 衢州市鼎盛化工科技有限公司 | A kind of heat transfer reactor and its application |
-
2017
- 2017-07-12 CN CN201720843224.8U patent/CN207478533U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107213852A (en) * | 2017-07-12 | 2017-09-29 | 衢州市鼎盛化工科技有限公司 | A kind of heat transfer reactor and its application |
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