CN209155872U - Organo-silicic oil catalyst rejuvenation processing unit - Google Patents

Abstract

The utility model discloses organo-silicic oil catalyst rejuvenation processing units, including pedestal, purge tank has been bolted in the top side of the pedestal, and top one end of purge tank is hinged with capping, the steam clean pipe of ring structure is bolted in the top inner wall of the capping, one middle side part of the purge tank offers opening, and the one end being open is welded with drying box, and baker has been bolted in the two sides inner wall of the drying box.The utility model steam clean pipe is sprayed at decaying catalyst surface by steam clean pipe, catalyst is thoroughly cleaned, the impurity carried secretly in decaying catalyst can be removed simultaneously, so that catalyst wash is completely without dead angle, catalyst after cleaning falls into the second vibrating sieve plate, and recovery is dried to the catalyst after cleaning in baker, while blower is heated by steam inlet tube, by hot wind by the catalyst surface after cleaning, so that catalyst drying efficiency is high.

Description

Organo-silicic oil catalyst rejuvenation processing unit

Technical field

The utility model relates to catalyst rejuvenation technical field more particularly to organo-silicic oil catalyst rejuvenation processing dresses It sets.

Background technique

Organo-silicic oil is by the thick inorganic thickening agent of oil based on refining synthetic oil, and added with structural stabilizing agent, anti- Corrosion additive refines, and has good waterproof seal, waterproof, solvent resistance and creep resistance energy, does not corrode metal, With rubber there is well adapting to property more, for bathing device, sealing ring, the waterproof sealing of electric industry and lubrication, has Need to use catalyst in machine silicon grease process of manufacture, catalyst will inactivate in use for some time, need from Recovery activation newly is carried out, still, existing organo-silicic oil catalyst rejuvenation treatment process is cumbersome, needs to use different places Device is managed, causes organo-silicic oil catalyst rejuvenation processing cost high, while treatment effeciency bottom.

Utility model content

Purpose of the utility model is to solve disadvantages existing in the prior art, and the organo-silicic oil proposed is urged Agent restoration disposal device.

To achieve the goals above, the utility model adopts the technical scheme that

The top side of organo-silicic oil catalyst rejuvenation processing unit, including pedestal, the pedestal is connected by bolt It is connected to purge tank, and top one end of purge tank is hinged with capping, annular has been bolted in the top inner wall of the capping The steam clean pipe of structure, a middle side part of the purge tank offers opening, and the one end being open is welded with drying box, described Baker has been bolted in the two sides inner wall of drying box, and the other side inner wall of the purge tank is hinged with mounting rack, and The other end of mounting rack extends to the inside of drying box, and the inside of the mounting rack is connected with the first vibrating sieve plate by tension spring, The bottom of the mounting rack is hinged with sealing plate close to one end of opening, and water has been bolted in the inner bottom of the purge tank The isolation web plate of setting is put down, filtering screen has been bolted at the interior bottom corners of the purge tank, and purge tank is another Side bottom has steam trap by flanged joint at filtering screen, and shell has been bolted at the top of the drying box Body, and blower has been bolted at the top of shell, the inner bottom of the drying box is connected with the second vibration by tension spring Sieve plate.

Preferably, the two sides of the capping are hinged with electric pushrod, and the bottom end of two electric pushrods is and purge tank Hingedly.

Preferably, gasket, and gasket and opening phase has been bolted close to the side of opening in the sealing plate Match.

Preferably, another side bottom both ends of the sealing plate are hinged with push-rod electric machine, and two push-rod electric machines is another It holds hinged with the two sides inner wall of purge tank respectively.

Preferably, the inner disk of the shell is equipped with steam inlet tube, and one end of steam inlet tube by metal hose and is steamed The connection of vapour cleaning pipe.

Preferably, ventilation hole is offered at the top of the drying box, and drying box is connected to shell by ventilation hole.

Preferably, the bottom of the drying box and purge tank junction is equipped with check valve by flange, and check valve Direction flows to purge tank by drying box.

The utility model has the following beneficial effects:

1. the utility model proposes organo-silicic oil catalyst rejuvenation processing unit, decaying catalyst is placed on first On vibrating sieve plate, steam clean pipe is sprayed at decaying catalyst surface by steam clean pipe, is thoroughly cleaned to catalyst, The first vibrating sieve plate drives decaying catalyst vibration simultaneously, the impurity carried secretly in decaying catalyst can be removed, so that catalyst Clean up no dead angle.

2. the utility model proposes organo-silicic oil catalyst rejuvenation processing unit, push-rod electric machine pull sealing plate fortune Dynamic, the catalyst after cleaning falls into the second vibrating sieve plate, and recovery, while blower is dried to the catalyst after cleaning in baker It is heated by steam inlet tube, by hot wind by the catalyst surface after cleaning, so that catalyst drying efficiency is high.

3. the utility model proposes organo-silicic oil catalyst rejuvenation processing unit, purge tank is mounted on drying box Together, the catalyst after cleaning can fall directly into drying box and be dried, and simplify catalyst rejuvenation processing unit, and reduction has Machine silicon grease catalyst rejuvenation processing cost, while accelerating catalyst rejuvenation treatment effeciency.

Detailed description of the invention

Fig. 1 be the utility model proposes organo-silicic oil catalyst rejuvenation processing unit schematic cross-sectional view；

Fig. 2 be the utility model proposes organo-silicic oil catalyst rejuvenation processing unit partial structural diagram；

Fig. 3 be the utility model proposes organo-silicic oil catalyst rejuvenation processing unit left view structural representation.

In figure: 1 pedestal, 2 steam traps, 3 filtering screens, 4 purge tanks, 5 sealing plates, 6 push-rod electric machines, 7 sealing plates, 8 first Vibrating sieve plate, 9 mounting racks, 10 cappings, 11 steam clean pipes, 12 blowers, 13 shells, 14 steam inlet tubes, 15 drying boxes, 16 drying Device, 17 second vibrating sieve plates, 18 check valves.

Specific embodiment

The following will be combined with the drawings in the embodiments of the present invention, carries out the technical scheme in the embodiment of the utility model Clearly and completely describe, it is clear that the described embodiments are only a part of the embodiments of the utility model, rather than whole Embodiment.

Referring to Fig.1-3, the top side of organo-silicic oil catalyst rejuvenation processing unit, including pedestal 1, pedestal 1 is logical It crosses and has been bolted purge tank 4, and top one end of purge tank 4 is hinged with capping 10, the top inner wall for covering 10 passes through bolt Be connected with the steam clean pipe 11 of ring structure, a middle side part of purge tank 4 offers opening, and the one end being open be welded with it is dry Baker 16 has been bolted in dry box 15, the two sides inner wall of drying box 15, and the other side inner wall of purge tank 4 is hinged with peace 9 are shelved, and the other end of mounting rack 9 extends to the inside of drying box 15, the inside of mounting rack 9 is connected with the first shake by tension spring The bottom of dynamic sieve plate 8, mounting rack 9 is hinged with sealing plate 7 close to one end of opening, and the inner bottom of purge tank 4 is bolted There is horizontally disposed isolation web plate 5, has been bolted filtering screen 3 at the interior bottom corners of purge tank 4, and purge tank 4 Another side bottom has steam trap 2 by flanged joint at filtering screen 3, and the top of drying box 15 is bolted There is shell 13, and blower 12 has been bolted in the top of shell 13, the inner bottom of drying box 15 is connected with by tension spring Second vibrating sieve plate 17.

In the utility model, the two sides for covering 10 are hinged with electric pushrod, and the bottom end of two electric pushrods is and clearly Cleaning of evaporator 4 is hinged, and gasket has been bolted close to the side of opening in sealing plate 7, and gasket matches with opening, sealing plate 7 Another side bottom both ends be hinged with push-rod electric machine 6, and the other end of two push-rod electric machines 6 two sides with purge tank 4 respectively Inner wall is hinged, and the inner disk of shell 13 is equipped with steam inlet tube 14, and one end of steam inlet tube 14 is clear by metal hose and steam The connection of pipe 11 is washed, the top of drying box 15 offers ventilation hole, and drying box 15 is connected to shell 13 by ventilation hole, drying box 15 are equipped with check valve 18 by flange with the bottom of 4 junction of purge tank, and the direction of check valve 18 is flowed to by drying box 15 Purge tank 4.

Working principle: decaying catalyst is placed on the first vibrating sieve plate 8, and steam clean pipe 11 passes through steam clean pipe 11 It is sprayed at decaying catalyst surface, catalyst is thoroughly cleaned, while the first vibrating sieve plate 8 drives decaying catalyst vibration It is dynamic, the impurity carried secretly in decaying catalyst can be removed, push-rod electric machine 6 pulls sealing plate 7 to move, and the catalyst after cleaning falls into the Two vibrating sieve plates 17, recovery is dried in the catalyst after 16 pairs of baker cleanings, while blower 12 is added by steam inlet tube 14 Heat, by hot wind by the catalyst surface after cleaning, so that catalyst drying efficiency is high, purge tank 4 is mounted on drying box 15 Together, the catalyst after cleaning can fall directly into drying box 15 and be dried, and simplify catalyst rejuvenation processing unit, reduce Organo-silicic oil catalyst rejuvenation processing cost.

The preferable specific embodiment of the above, only the utility model, but the protection scope of the utility model is not It is confined to this, anyone skilled in the art is within the technical scope disclosed by the utility model, practical according to this Novel technical solution and its utility model design are subject to equivalent substitution or change, should all cover the protection model in the utility model Within enclosing.

Claims (7)

1. organo-silicic oil catalyst rejuvenation processing unit, including pedestal (1), which is characterized in that the top of the pedestal (1) Side has been bolted purge tank (4), and top one end of purge tank (4) is hinged with capping (10), the capping (10) Top inner wall the steam clean pipe (11) of ring structure is bolted, a middle side part of the purge tank (4) opens up There is opening, and the one end being open is welded with drying box (15), the two sides inner wall of the drying box (15) has been bolted The other side inner wall of baker (16), the purge tank (4) is hinged with mounting rack (9), and the other end of mounting rack (9) extends to The inside of the inside of drying box (15), the mounting rack (9) is connected with the first vibrating sieve plate (8), the mounting rack by tension spring (9) bottom is hinged with sealing plate (7) close to one end of opening, and water has been bolted in the inner bottom of the purge tank (4) The isolation web plate (5) of setting is put down, has been bolted filtering screen (3) at the interior bottom corners of the purge tank (4), and is cleaned Another side bottom of tank (4) has steam trap (2) at filtering screen (3) by flanged joint, the drying box (15) Top be bolted shell (13), and blower (12), the drying have been bolted at the top of shell (13) The inner bottom of box (15) is connected with the second vibrating sieve plate (17) by tension spring.

2. organo-silicic oil catalyst rejuvenation processing unit according to claim 1, which is characterized in that the capping (10) two sides are hinged with electric pushrod, and the bottom end of two electric pushrods is hinged with purge tank (4).

3. organo-silicic oil catalyst rejuvenation processing unit according to claim 1, which is characterized in that the sealing plate (7) gasket has been bolted in the side close to opening, and gasket matches with opening.

4. organo-silicic oil catalyst rejuvenation processing unit according to claim 1, which is characterized in that the sealing plate (7) another side bottom both ends are hinged with push-rod electric machine (6), and the other end of two push-rod electric machines (6) respectively with purge tank (4) two sides inner wall is hinged.

5. organo-silicic oil catalyst rejuvenation processing unit according to claim 1, which is characterized in that the shell (13) inner disk is equipped with steam inlet tube (14), and one end of steam inlet tube (14) passes through metal hose and steam clean pipe (11) Connection.

6. organo-silicic oil catalyst rejuvenation processing unit according to claim 1, which is characterized in that the drying box (15) ventilation hole is offered at the top of, and drying box (15) is connected to shell (13) by ventilation hole.

7. organo-silicic oil catalyst rejuvenation processing unit according to claim 1, which is characterized in that the drying box (15) it is equipped with check valve (18) with the bottom of purge tank (4) junction by flange, and the direction of check valve (18) is by drying Box (15) flows to purge tank (4).