CN205392457U - Modular pipeline reaction system of whole accuse temperature - Google Patents
Modular pipeline reaction system of whole accuse temperature Download PDFInfo
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- CN205392457U CN205392457U CN201620239641.7U CN201620239641U CN205392457U CN 205392457 U CN205392457 U CN 205392457U CN 201620239641 U CN201620239641 U CN 201620239641U CN 205392457 U CN205392457 U CN 205392457U
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- pipe reaction
- modular pipe
- transferring medium
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Abstract
The utility model discloses a modular pipeline reaction system of whole accuse temperature, including fixed track and the modular pipeline reaction unit that can make up on the track, this modular pipeline reaction unit includes the casing of cuboid, installs pipeline reactor in this casing, is heat exchange medium cavity between this pipeline reactor and the casing, the casing has been seted up with communicating material export of pipeline reactor and matter entrance on the face of length direction's both ends and has been entered the mouth with communicating heat exchange medium outlet of heat exchange medium cavity and heat transferring medium, arrange matter entrance and heat exchange medium outlet on one of them terminal surface, arranged material export and heat transferring medium entry on another terminal surface, the edge of both ends face all around arranging the bellied anticollision edge who is used for protecting the access & exit, multiple modules formula pipeline reaction unit's heat exchange medium cavity communicate each other. The utility model discloses the suitability design has, nimble design, the integral control design, reaction effect is good.
Description
Technical field
This utility model relates to field of chemical equipment, particularly relates to the modular pipe reaction system of a kind of overall temperature control.
Background technology
Pipeline reactor be a kind of in a tubular form, continuous manipulation reactor that draw ratio is very big.This reactor can be very long, if the reactor pipe range of propylene dimerization is in kilometer.The structure of reactor can be single tube, it is also possible to be multitube parallel；Can be blank pipe, such as tube cracking furnace, it is also possible to be the filling pipe of filler particles shape catalyst in pipe, to carry out heterogeneous catalytic reaction, such as calandria type fixed bed reactor.Generally, when reaction logistics is in turbulence state, the draw ratio of blank pipe is more than 50；Filling segment length's ratio with particle diameter more than 100 (gases) or 200 (liquid), the flowing of material can be considered as laminar flow approx.
Tubular reactor back-mixing is little, thus volumetric efficiency (unit volume production capacity) is high, to requiring that conversion ratio is higher or having the occasion of series connection side reaction especially suitable.Additionally, tubular reactor can realize two-stage temperature control.
The Chinese patent literature that publication number is CN102553512A discloses a kind of pipeline reactor with static mixing device.It includes Y-shaped fluid feed mouth, static mixing device, pipe reaction device；Y-shaped fluid feed mouth is provided with fluid A import, fluid B import；Static mixing device includes chuck and SK type static mixer, and chuck is provided with chuck import, JO；Pipe reaction device includes reaction unit housing and pipeline reactor, and reaction unit housing is provided with heat carrier import, heating medium outlet；SK type static mixer one end is connected with Y-shaped fluid feed mouth, and the other end is connected with pipeline reactor.
The Chinese patent literature that publication number is CN202962479U discloses pipe reaction system, it includes feed pipe, the mixing arrangement being connected is exported with feed pipe, the pipe reaction device being connected with mixing arrangement and two feeding devices controlling feed tube amount, the entrance of described feed pipe is provided with two fluid inlets, two fluid inlets form Y-shaped structure with feed pipe, each feeding device includes gear wheel metering pump, drive motor, feed reservoir, the outfan of drive motor drives and connects gear wheel metering pump, metering gear pump intake passes through pipeline communication feed reservoir, two fluid inlets connect respectively through the outlet of pipeline and the gear wheel metering pump of two feeding devices.
Technique scheme all exists reaction rate very low time the long problem of required pipeline, industrial not easily realize.When needing the variations in temperature of longer reacting pipe or complexity, assembling and the design of equipment are all sufficiently complex.
Utility model content
For the deficiency that prior art exists, this utility model provides one and is easy to produce and safeguard, applied widely, the modular pipe reaction system of the overall temperature control that production effect is good.
The technical solution of the utility model is:
A kind of modular pipe reaction system of overall temperature control, including the track fixed and the modular pipe reaction device that can combine in orbit, this modular pipe reaction device includes the housing of cuboid, in this housing, pipeline reactor is installed, is heat transferring medium chamber between this pipeline reactor and housing；Housing both ends of the surface longitudinally offer the material outlet and material inlet that communicate with pipeline reactor and the heat transferring medium outlet communicated with heat transferring medium chamber and heat transferring medium entrance；One of them end face is provided with material inlet and heat transferring medium outlet, another end face is provided with material outlet and heat transferring medium entrance；Described both ends of the surface edge all around the protruding anti-collision side being provided with for protecting gateway；The heat transferring medium chamber of described multiple modular pipe reaction devices is interconnected.
The modular pipe reaction system of overall temperature control is formed by connecting by multiple modular pipe reaction devices, and pipeline reactor is wrapped up by modular pipe reaction device by housing, controls pipe reaction actuator temperature by heat transferring medium chamber.The sidewall of housing is provided with the gateway of heat transferring medium and the gateway of material.Being characterized in that of modular pipe reaction device can be spliced easily mutually.When the modular pipe reaction device of two homotypes is placed side by side, it is possible to connection heat transferring medium pipeline and material pipeline easily, thus the layout of the pipeline reactor realized under different production requirement.The housing of cuboid is advantageous in that and facilitates stacking, it is possible to greatly reduce floor space when ensureing pipeline reactor length, improves integral production efficiency.The layout of anti-collision side is in that the gateway of gateway and the material being prevented from the mutual collsion damage heat transferring medium of modular pipe reaction device, when two modular pipe reaction devices are drawn close mutually simultaneously, respective anti-collision side can mutually form the chamber of a relative closure, thus holding connecting line, make modular pipe reaction device external structure more succinct.Modular pipe reaction device can pass through track and moves easily and combine, and by wherein equipment stacking, meets different production requirements.
As preferably, the outlet of described material outlet, material inlet, heat transferring medium and heat transferring medium entrance being equipped with Quick Release interface.
It is connected with each other and produce adjustment in order to facilitate between modular pipe reaction device, each gateway be provided with Quick Release interface.Because modular pipe reaction device is as single reaction member, actual production needs more condition of production adjustment series connection number, reaction temperature etc. manufacturing parameter, therefore the interface of fast disassembly type can be effectively improved modular pipe reaction device and arrange the convenient degree adjusted.
As preferably, described Quick Release interface being connected to the connection flexible pipe for being connected with the Quick Release interface of homotype modular pipe reaction device.
After modular pipe reaction device is drawn close mutually, the guard space forming relative closure can be surrounded in protection limit, and the operation needs therefore connected carry out when modular pipe reaction device is separated from each other.After attended operation completes, succinct for ensureing pipeline safety and entirety, it is necessary to mutually to draw close to facilitate to move integrally by modular pipe reaction device, the pipeline needs therefore connected have the advantages that to deform, and connecting flexible pipe is a good selection.
As preferably, described housing is provided with and is arranged over heat insulation limiting cushion block.
Modular pipe reaction device can pass through stacking and improve the utilization rate of floor area, but modular pipe reaction device is relatively heavy, and direct stacking easily causes security incident.Therefore it is provided above limiting cushion block at the housing of modular pipe reaction device, it is possible to the modular pipe reaction device of homotype is fixed on relative position.The Design on thermal insulation of limiting cushion block is advantageous in that the temperature of modular pipe reaction device can independently control.Under the different conditions of production, modular pipe reaction device arranges difference.When the modular pipe reaction device connected is to increase the length of pipeline reactor, modular pipe reaction device can select identical temperature；When the modular pipe reaction device connected is to provide for the reaction interval of different temperatures, modular pipe reaction device can select different temperatures, now the Design on thermal insulation of limiting cushion block can effectively reduce energy consumption, and facilitates temperature control, improves the quality of production.
As preferably, sinking in the middle part of described limiting cushion block, in the recess sinking, hanger is installed.
The process of stacking need crane gear help operation, therefore modular pipe reaction device is provided with hanger, hanger is arranged on sagging being advantageous in that in middle part of limiting cushion block can save material, simplifying modular pipe reaction device external structure, making external shape more regular thus conveniently combining.
As preferably, described housing bottom is provided with and the limited impression of limiting cushion block shape complementarity, and the degree of depth of this limited impression is less than the height of limiting cushion block.
Regular in order to ensure the modular pipe reaction device external structure after combination, therefore the bottom of modular pipe reaction device is provided with the limited impression coordinating limiting cushion block, hold limiting cushion block by limited impression and realize the purpose of spacing fixing support, this design is advantageous in that the deadweight of modular pipe reaction device is bigger, the fixed form of limited impression is headed into, it is possible to guarantee spacing effective by conducting oneself with dignity by limiting cushion block.The degree of depth of limited impression is advantageous in that raising heat-proof quality less than the design of the height of limiting cushion block.If the degree of depth of limited impression is equal to or more than the height of limiting cushion block, then the modular pipe reaction device on top can be made to be contacted with the end face of the modular pipe reaction device of bottom by bottom surface under gravity, significantly increase surface area；If two modular pipe reaction device independently temperature controls, it is possible to temperature control was lost efficacy.The degree of depth of limited impression makes to define gap between upper and lower two block formula pipe reaction devices less than the height of limiting cushion block simultaneously, it is possible to by adding insulation material, improve heat-insulating property further.
As preferably, being provided with the mounting hole site for installing roller in described limited impression.
Modular pipe reaction device needs mutually to assemble to improve production efficiency in actual production, it is therefore desirable to mobile layout, and commonly used crane gear is very loaded down with trivial details, and selecting roller is a good selection.By the mounting hole site in limited impression, roller is installed and is advantageous in that adaptability is wider.Because modular pipe reaction device just needs roller when being only positioned at bottom, when modular pipe reaction device is for stacking, it is necessary to dismounting roller, coordinate limited impression stuck-module formula pipe reaction device by limiting cushion block.
As preferably, described modular pipe reaction device being provided with the fixed anchor point being connected with each other.
The stability that modular pipe reaction system in order to improve overall temperature control connects, meets and is completed later movement requirement, each modular pipe reaction device is designed with fixed anchor point and is conveniently connected with each other.
This utility model has the advantage that
(1) suitability design, realizes the layout of equipment by Quick Release interface and connection flexible pipe, easy to assembly, wide accommodation；
(2) flexible design design, for the different conditions of production, it is possible to arrange duct length and temperature flexibly, adaptability is good；
(3) overall control design case, it is possible to the overall reaction temperature that controls, minimizing ectocine, reaction effect is good.
Accompanying drawing explanation
Fig. 1 is the modular pipe reaction system schematic of the present embodiment entirety temperature control；
Fig. 2 is the modular pipe reaction device schematic diagram in Fig. 1.
Detailed description of the invention
Below in conjunction with accompanying drawing, this utility model detailed description of the invention is described.
As depicted in figs. 1 and 2, a kind of modular pipe reaction system of overall temperature control, including the track 117 fixed and the modular pipe reaction device that can combine in orbit, it is interconnected by connection flexible pipe 118 between modular pipe reaction device, interfixed by fixed anchor point 120 and prevent displacement, in order to better form overall temperature control, the interlayer 119 between modular pipe reaction device on-demand can fill insulation or Heat Conduction Material.The connection flexible pipe 118 of modular pipe reaction device in-between can be placed by gap 109 simultaneously, it is prevented that oppressed when closing up.
Modular pipe reaction device includes the housing 101 of cuboid, is provided with pipeline reactor 105 in housing 101, is heat transferring medium chamber 104 between this pipeline reactor 105 and housing 101；Housing 101 offers the material outlet 107 and material inlet come round with pipeline reactor 105 and the heat transferring medium outlet 106 communicated with heat transferring medium chamber 104 and heat transferring medium entrance；Housing 101 surrounds, at the outer wall being provided with material outlet 107, material inlet, heat transferring medium outlet 106 and heat transferring medium entrance, the anti-collision side 108 for protecting gateway being provided with projection, and the four direction of anti-collision side 108 all offers the convenient gap 109 connecting flexible pipe traverse.
Wherein the gateway of material is distributed in the both sides of modular pipe reaction device, the gateway of heat transferring medium is also distributed about the both sides of modular pipe reaction device, it is material outlet 107 shown in Fig. 1, and heat transferring medium outlet 106, it is also possible to gateway it is set to flexibly according to the condition of production.Gateway is connected with the next equipment by connecting flexible pipe.
Housing 101 is provided with and is arranged over heat insulation limiting cushion block 102.Sinking in the middle part of limiting cushion block 102, the recess dual-side sinking is fixed with cross bar and forms hanger 103.Being provided with and the limited impression of limiting cushion block 102 shape complementarity bottom housing 101, the degree of depth of this limited impression is less than the height of limiting cushion block 102 simultaneously.The mounting hole site for installing roller 116 it is provided with in limited impression.
Use procedure is as follows:
The on-demand modular pipe reaction device choosing needs, gets up modular pipe reaction device stacking by track 117 or by crane gear；Pipeline reactor 105 and the heat transferring medium chamber 104 of multiple modular pipe reaction devices are interconnected connecting flexible pipe 118 by Quick Release interface；After having connected, modular pipe reaction device is drawn close mutually and by fixed anchor point 120, pump into material and heat transferring medium can produce.
The foregoing is only preferred embodiment of the present utility model, be not limited to this utility model, for a person skilled in the art, this utility model can have various modifications and variations.All within spirit of the present utility model and principle, any amendment of making, equivalent replacement, improvement etc., should be included within protection domain of the present utility model.
Claims (8)
1. the modular pipe reaction system of an overall temperature control, it is characterized in that, including the track fixed and the modular pipe reaction device that can combine in orbit, this modular pipe reaction device includes the housing of cuboid, in this housing, pipeline reactor is installed, is heat transferring medium chamber between this pipeline reactor and housing；Housing both ends of the surface longitudinally offer the material outlet and material inlet that communicate with pipeline reactor and the heat transferring medium outlet communicated with heat transferring medium chamber and heat transferring medium entrance；One of them end face is provided with material inlet and heat transferring medium outlet, another end face is provided with material outlet and heat transferring medium entrance；Described both ends of the surface edge all around the protruding anti-collision side being provided with for protecting gateway；The heat transferring medium chamber of described multiple modular pipe reaction devices is interconnected.
2. the modular pipe reaction system of overall temperature control as claimed in claim 1, it is characterised in that be equipped with Quick Release interface in the outlet of described material outlet, material inlet, heat transferring medium and heat transferring medium entrance.
3. the modular pipe reaction system of overall temperature control as claimed in claim 2, it is characterised in that be connected to the connection flexible pipe for being connected with the Quick Release interface of homotype modular pipe reaction device on described Quick Release interface.
4. the modular pipe reaction system of overall temperature control as claimed in claim 1, it is characterised in that described housing is provided with and is arranged over heat insulation limiting cushion block.
5. the modular pipe reaction system of overall temperature control as claimed in claim 4, it is characterised in that sink in the middle part of described limiting cushion block, be provided with hanger in the recess sinking.
6. the modular pipe reaction system of overall temperature control as claimed in claim 4, it is characterised in that described housing bottom is provided with and the limited impression of limiting cushion block shape complementarity, and the degree of depth of this limited impression is less than the height of limiting cushion block.
7. the modular pipe reaction system of overall temperature control as claimed in claim 6, it is characterised in that be provided with the mounting hole site for installing roller in described limited impression.
8. the modular pipe reaction system of overall temperature control as claimed in claim 7, it is characterised in that be provided with, on described modular pipe reaction device, the fixed anchor point being connected with each other.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620239641.7U CN205392457U (en) | 2016-03-25 | 2016-03-25 | Modular pipeline reaction system of whole accuse temperature |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620239641.7U CN205392457U (en) | 2016-03-25 | 2016-03-25 | Modular pipeline reaction system of whole accuse temperature |
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| CN205392457U true CN205392457U (en) | 2016-07-27 |
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| CN201620239641.7U Active CN205392457U (en) | 2016-03-25 | 2016-03-25 | Modular pipeline reaction system of whole accuse temperature |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112156733A (en) * | 2020-10-09 | 2021-01-01 | 衢州学院 | Multi-layer multi-stage microreactor easy to disassemble and assemble |
-
2016
- 2016-03-25 CN CN201620239641.7U patent/CN205392457U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112156733A (en) * | 2020-10-09 | 2021-01-01 | 衢州学院 | Multi-layer multi-stage microreactor easy to disassemble and assemble |
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