Trioxymethylene reactor pressure detection device

Abstract

The utility model relates to the technical field of trioxymethylene reactor pressure detection, and discloses a trioxymethylene reactor pressure detection device, which comprises a reactor main body, a pressure detector and a display panel, a pressure controller is arranged on the reactor main body, and a reactor gas phase pipeline is arranged on the reactor main body. According to the trioxymethylene reactor pressure detection device, the pressure detector is arranged on the reactor gas phase pipeline of the reactor main body, the pressure controller is installed on the reactor main body, the pressure detector is arranged on the reactor gas phase pipeline, and the pressure controller is arranged on the reactor gas phase pipeline of the reactor main body. The internal pressure of the reactor gas phase pipeline can be detected through the pressure detector, the internal pressure of the reactor main body can be detected through the pressure controller, and the pressure difference between the two sides of the reactor silk screen layer can be obtained through the pressure controller and displayed on the display panel, so that the working condition of the reactor main body can be conveniently and quickly checked; and the blockage problem can be timely found and processed.

Description

TECHNICAL FIELD

[0001] The utility model relates to trioxane reactor pressure detection technical field, specifically is a kind of trioxane reactor pressure detection device. BACKGROUND

[0002] In the synthesis process of trioxane, a phenomenon that cannot be ignored is that with the continuous chemical reaction, various impurities will gradually accumulate inside the reactor. These impurities not only come from the trace impurities that may exist in the reaction raw materials, but also include by-products and intermediate products generated during the reaction process. They gradually gather in the reaction liquid, causing significant changes in the physical properties of the reaction liquid. The most direct manifestation is that the viscosity of the reaction liquid increases significantly, and the color appears white, which can easily cause the reactor silk screen layer to be blocked. Once the reactor silk screen layer is blocked by impurities, it will directly affect the pressure balance inside the reactor, causing the reactor internal pressure to increase, which can easily break through the reactor silk screen layer, causing equipment damage, and even causing the entire production line to suddenly stop. This not only brings huge economic losses, but also may cause safety accidents and threaten the safety of personnel. In addition, the reactor silk screen blockage can limit the diffusion and transmission of reactants and products inside the reactor. As the degree of blockage increases, the mass transfer resistance increases, which is not conducive to the mixing and dispersion of reactants, thereby reducing the reaction rate and reactor conversion rate. Field inspection cannot timely detect reactor silk screen blockage and reaction liquid whitening.

[0003] Therefore, we propose a trioxane reactor pressure detection device to solve the problems mentioned above. INVENTION CONTENTS

[0004] The utility model aims at solving the problem that when the reactor silk screen layer is blocked during the synthesis of trioxane, the blockage problem cannot be detected and handled in time, which can easily reduce the reaction rate, decrease the reactor conversion rate, and cause the reactor silk screen layer to rupture and the equipment to be damaged.

[0005] To achieve the above-mentioned purpose, the utility model adopts the following technical solutions: a trioxane reactor pressure detection device, comprising: a reactor body, a pressure controller is installed on the reactor body, and a reactor gas phase pipeline is arranged on the reactor body;

[0006] A pressure detector is arranged on the reactor gas phase pipeline.

[0007] A display panel is arranged on the pressure controller.

[0008] Further, it further comprises an operation table, the pressure detector is electrically connected between the signal input end of the pressure controller, and the signal output end of the pressure controller is electrically connected with the operation table.

[0009] Further, the reactor body is internally provided with a reactor wire mesh layer.

[0010] Further, a manual cut-off valve is installed on the reactor gas phase pipeline, and the pressure detector is connected with the reactor gas phase pipeline through the manual cut-off valve.

[0011] Further, a reboiler is further included, the material inlet and outlet of the reboiler are connected with the reactor body, and a steam pipeline is connected with the reboiler, and a steam regulating valve group is installed on the steam pipeline.

[0012] The beneficial effects of the utility model are as follows: the pressure detector is arranged on the reactor gas phase pipeline of the reactor body, the pressure controller is installed on the reactor body, the pressure inside the reactor gas phase pipeline can be detected through the pressure detector, the pressure inside the reactor body can be detected through the pressure controller, the pressure difference between the two sides of the reactor wire mesh layer, the pressure inside the reactor gas phase pipeline and the pressure inside the reactor body are displayed on the display panel through the pressure controller, the working condition of the reactor body can be checked by the staff, and the reactor wire mesh clogging condition can be found and treated in time. BRIEF DESCRIPTION OF DRAWINGS

[0013] Figure 1 is the structural schematic diagram of the trioxane reactor pressure detection device of the utility model.

[0014] Corresponding names of various marks in the figure are as follows:

[0015] 1, reactor body; 2, pressure controller; 3, reactor gas phase pipeline; 4, pressure detector; 5, reactor wire mesh layer; 6, reboiler; 7, steam pipeline; 8, steam regulating valve group; 9, operation table; 10, display panel. DETAILED DESCRIPTION

[0016] The technical solutions in the embodiments of the utility model will be clearly and completely described below with reference to the drawings in the embodiments of the utility model. Obviously, the described embodiments are only part of the embodiments of the utility model, not all the embodiments. Based on the embodiments in the utility model, all other embodiments obtained by those skilled in the art belong to the protection scope of the utility model.

[0017] Embodiments of the utility model:

[0018] Embodiment one

[0019] As Figure 1As shown, the utility model provides a trioxymethylene reactor pressure detection device, including reactor main body 1, pressure detector 4, display panel 10, reactor main body 1 is installed with pressure controller 2, and reactor main body 1 is provided with reactor gas phase pipeline 3, and trioxymethylene gas in reactor main body 1 can be discharged through reactor gas phase pipeline 3, reactor main body 1 is provided with reactor wire mesh layer 5, and reactor wire mesh layer 5 adopts wire mesh demister, and the liquid foam suspended in the airflow is filtered through reactor wire mesh layer 5, plays the role of gas-liquid separation, pressure detector 4 is set up on reactor gas phase pipeline 3, can detect the pressure in the inside of reactor gas phase pipeline 3 through pressure detector 4, and the pressure in the inside of reactor main body 1 is detected through pressure controller 2, and the pressure difference of both sides of reactor wire mesh layer 5 is obtained through pressure controller 2;

[0020] As Figure 1 Shown, display panel 10 is set up on pressure controller 2, can show the pressure parameter in the inside of reactor gas phase pipeline 3, the pressure parameter in the inside of reactor main body 1 and the pressure difference alarm information of both sides of reactor wire mesh layer 5, is convenient for staff to check and record;

[0021] As Figure 1 Shown, still include operation platform 9, and pressure detector 4 and the signal input end of pressure controller 2 are electrically connected, and the signal output end of pressure controller 2 and operation platform 9 are electrically connected, and operation platform 9 is connected with external pressure parameter execution device;

[0022] As Figure 1 Shown, reactor gas phase pipeline 3 is installed with manual cutout valve, and pressure detector 4 is connected with reactor gas phase pipeline 3 through manual cutout valve, through such setting, can according to actual needs, cut off the flow of fluid medium to pressure detector 4 through manual cutout valve, then take down pressure detector 4 from manual cutout valve and clean up, guarantee the detection accuracy of pressure detector 4, wherein need to note, the flow of fluid medium to pressure detector 4 is cut off by manual cutout valve, and does not affect the normal discharge work of reactor gas phase pipeline 3;

[0023] As Figure 1As shown, the reactor further comprises a reboiler 6, the material inlet and outlet of the reboiler 6 are connected with the reactor body 1, and the reboiler 6 is connected with a steam pipeline 7, and a steam regulating valve group 8 is installed on the steam pipeline 7. The reaction liquid is warmed and vaporized through the reboiler 6, and then the vaporized trioxane gas rises, is filtered through the reactor wire mesh layer 5, and is then guided out through the reactor gas phase pipeline 3. The reaction liquid in the reactor body 1 continues to fall into the reboiler 6 to be warmed and vaporized, forming a circulating flow. The heating function of the reboiler 6 depends on the supply of external steam. In order to achieve this purpose, the external steam enters the reboiler 6 through the steam pipeline 7, and the steam pipeline 7 serves as a heat transfer pipeline to transport high-temperature steam to the inside of the reboiler 6, thereby providing the required heat energy for the reaction liquid. The steam regulating valve group 8 is electrically connected with the pressure controller 2. When the reactor wire mesh is blocked, the steam regulating valve group 8 cooperates with the pressure controller 2 to reduce the flow of steam in the steam pipeline 7 when the pressure in the reactor body 1 increases, and to increase the flow of steam in the steam pipeline 7 when the pressure in the reactor body 1 decreases, thereby maintaining the stable operation of the reactor body 1.

[0024] Specifically, the reaction liquid is warmed and vaporized through the cooperation of the reboiler 6 and the reactor body 1, and then the vaporized trioxane gas rises, is filtered through the reactor wire mesh layer 5, and is then guided out through the reactor gas phase pipeline 3. The reaction liquid in the reactor body 1 continues to fall into the reboiler 6 to be warmed and vaporized, forming a circulating flow. When the reactor wire mesh layer 5 is blocked, the pressure in the reactor gas phase pipeline 3 can be detected by the pressure detector 4, the pressure in the reactor body 1 can be detected by the pressure controller 2, and the pressure difference on both sides of the reactor wire mesh layer 5 can be obtained by the pressure controller 2. Then, the pressure parameters in the reactor gas phase pipeline 3, the pressure parameters in the reactor body 1, and the pressure difference information on both sides of the reactor wire mesh layer 5 are displayed through the display panel 10. When the pressure in the reactor body 1 changes, the steam regulating valve group 8 is controlled by the pressure controller 2 to adjust the flow of steam in the steam pipeline 7, so that the pressure in the reactor gas phase pipeline 3 and the pressure in the reactor body 1 tend to be balanced, the pressure difference is eliminated, and the stable operation of the reactor body 1 is maintained.

Claims

1. A trioxane reactor pressure detection apparatus, characterized by, The utility model relates to a pressure control device for reactor, including: The reactor body (1) is installed with pressure controller (2) on the reactor body (1), and the reactor body (1) is provided with reactor gas phase pipeline (3); Pressure detector (4) is arranged on reactor gas phase pipeline (3); Display panel (10) is arranged on pressure controller (2).

2. A trioxane reactor pressure detection device according to claim 1, characterized in that: Still include operating platform (9), the electric connection between pressure detector (4) and the signal input end of pressure controller (2), the electric connection between the signal output end of pressure controller (2) and operating platform (9).

3. A trioxane reactor pressure detection device according to claim 1, characterized in that: The reactor body (1) is provided with reactor silk screen layer (5) inside.

4. A trioxane reactor pressure detection device according to claim 1, characterized by: Manual cut-off valve is installed on the reactor gas phase pipeline (3), and the pressure detector (4) is connected with the reactor gas phase pipeline (3) through the manual cut-off valve.

5. A trioxane reactor pressure detection device according to claim 1, characterized by: Still include reboiler (6), the material inlet and outlet of reboiler (6) are connected with the reactor body (1), and the reboiler (6) is connected with steam pipeline (7), and steam regulating valve group (8) is installed on steam pipeline (7).

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