CN205550287U - Mercury chloride catalyst reaction cauldron - Google Patents

Abstract

The utility model discloses a mercury chloride catalyst reaction cauldron, including round bottom reation kettle, on round bottom reation kettle located the support, round bottom reation kettle's top was equipped with agitator motor and feeder hopper, and wherein agitator motor's pivot is vertical advances round bottom reation kettle to the prolonged downward to be equipped with spiral stirring piece in the pivot, round bottom reation kettle's top still is connected with the inlet tube, and the bottom is equipped with big end down's toper discharge opening, and the bottom of toper discharge opening is equipped with the flange, and there is the apron below of flange through bolted connection, is equipped with the bellied filter screen that makes progress on the apron, and the filter screen is located the toper discharge opening, still be connected with the drain pipe on the toper discharge opening, the drain pipe is less than the position that the filter screen upper surface was located with the junction of toper discharge opening, is equipped with the valve on the drain pipe. The utility model discloses it is good to have adsorption effect, beneficial effect that solution was easily discharged, was spilled over.

Description

A kind of mercuric chloride catalyst reactor

Technical field

This utility model relates to a kind of device producing mercuric chloride catalyst, particularly a kind of mercuric chloride catalyst reactor.

Background technology

At present, in producing mercuric chloride catalyst, may often be such that a certain proportion of mercuric chloride and auxiliary agent are put in dissolving tank dissolve after, by pump, solution is squeezed into the fermentation vat equipped with activated carbon, by Valve controlling, keep solution to cover activated carbon, activated carbon is made fully to be soaked, solution after being soaked by valve again puts into dissolving tank, and the activated carbon in fermentation vat forms semi-finished product after absorbing mercuric chloride and auxiliary agent, is released by bottom dish valve and enters airing, baking stage.The deficiency using above-mentioned mercury catalyst immersion way to be primarily present in actual application is: owing to activated carbon is entrained with many dust, in immersion process, one is the hole that dust easily blocks activated carbon, the adsorbing chlorinated hydrargyrum of influence depth；Two is in solution discharge process, and activated carbon easily blocks valve, affects solution and discharges smoothly.And the top of conventional fermentation vat is without any overflow pipe, easily overflows when solution injects too much, causes the pollution of working environment.

Summary of the invention

The purpose of this utility model is, provides a kind of mercuric chloride catalyst reactor.This utility model has advantages of good adsorption effect, the feature that solution is easily discharged, do not spilt over.

The technical solution of the utility model: a kind of mercuric chloride catalyst reactor, include round bottom reactor, round bottom reactor is located on support, the top of round bottom reactor is provided with stirring motor and feed hopper, during wherein the rotating shaft of stirring motor puts in round bottom reactor straight down, and in rotating shaft, it is provided with auger sheet；The top of described round bottom reactor is also associated with water inlet pipe, bottom is provided with up-small and down-big taper discharge port, and the bottom of taper discharge port is provided with flange, and the lower section of flange connects through bolt cover plate, cover plate is provided with the filter screen raised up, and filter screen is positioned at taper discharge port；Being also associated with drain pipe on described taper discharge port, drain pipe is less than filter screen upper surface location with the junction of taper discharge port, and drain pipe is provided with valve.

Aforesaid mercuric chloride catalyst reactor, the top of described round bottom reactor is also associated with overflow pipe, and overflow pipe converges with described drain pipe, and has main sewer, on wherein said valve drain pipe between main sewer and taper discharge port in the connection of its meet.

The beneficial effects of the utility model: this utility model arranges stirring motor by the top at reactor, and auger sheet is set in the rotating shaft of stirring motor, auger sheet is driven to rotate by stirring motor, solution in reactor and activated carbon are stirred, make solution and activated carbon the most from bottom to top, the most top-down shuttling movement, it is to avoid activated carbon is chronically at dust blocking hole after resting state, improves the adsorption effect of activated carbon.Simultaneously, this utility model is by arranging taper discharge port in the bottom of reactor, and the filter screen raised up is set on the cover plate below taper discharge port, after the activated carbon adsorption in reactor completes, opening the valve on drain pipe, solution is discharged in drain pipe, and activated carbon is blocked in the top of filter screen simultaneously, drain pipe will not be resulted in blockage, make solution be easier to discharge.Additionally, this utility model arranges overflow pipe also by the top at reactor, when in reactor, the liquid level of solution is higher than the position of overflow pipe, solution flows out from overflow pipe, it is to avoid impact environment after the spilling over of reactor.In sum, this utility model has advantages of good adsorption effect, the beneficial effect that solution is easily discharged, do not spilt over.

Accompanying drawing explanation

Accompanying drawing 1 is structural representation of the present utility model；

Accompanying drawing 2 is the perspective view of cover plate.

Description of reference numerals: 1-round bottom reactor, 2-support, 3-stirring motor, 4-feed hopper, 5-rotating shaft, 6-auger sheet, 7-taper discharge port, 8-flange, 9-cover plate, 10-bolt, 11-filter screen, 12-drain pipe, 13-valve, 14-overflow pipe, 15-main sewer, 16-water inlet pipe.

Detailed description of the invention

With embodiment, this utility model is further described below in conjunction with the accompanying drawings, but is not intended as the foundation that this utility model is limited.

Embodiment of the present utility model: a kind of mercuric chloride catalyst reactor, as shown in accompanying drawing 1-2, include round bottom reactor 1, round bottom reactor 1 is located on support 2, the top of round bottom reactor 1 is provided with stirring motor 3 and feed hopper 4, wherein the rotating shaft 5 of stirring motor 3 puts in round bottom reactor 1 straight down, and is provided with auger sheet 6 in rotating shaft 5；The top of described round bottom reactor 1 is also associated with water inlet pipe 16, bottom is provided with up-small and down-big taper discharge port 7, and the bottom of taper discharge port 7 is provided with flange 8, and the lower section of flange 8 connects through bolt 10 cover plate 9, cover plate 9 is provided with the filter screen 11 raised up, and filter screen 11 is positioned at taper discharge port 7；Being also associated with drain pipe 12 on described taper discharge port 7, the other end of drain pipe 12 is connected with sewage-treatment plant, and drain pipe 12 is less than filter screen 11 upper surface location with the junction of taper discharge port 7, and drain pipe 12 is provided with valve 13.

During utility model works, first activated carbon is sent in round bottom reactor 1 from feed hopper 4, then in round bottom reactor 1, mercuric chloride solution is injected through water inlet pipe 16, until activated carbon is completely soaked by solution, then stirring motor 3 is started, stirring motor 3 drives auger sheet 6, solution bottom round bottom reactor 1 and activated carbon are moved up, solution and the activated carbon of top move down, shuttling movement, avoid dust blocking space after activated carbon long inactivity, improve adsorption effect, after immersion terminates, open valve 13, solution flows into sewage-treatment plant after drain pipe 12 is discharged, activated carbon is blocked in the top of water inlet of drain pipe 12 by filter screen 11 simultaneously, activated carbon is avoided after entering drain pipe 12, it to be resulted in blockage.

As preferably, the top of described round bottom reactor 1 is also associated with overflow pipe 14, overflow pipe 14 converges with described drain pipe 12, and have main sewer 15 in the connection of its meet, the sewage-treatment plant of main sewer 15 connects, on the wherein said valve 13 drain pipe 12 between main sewer 15 and taper discharge port 7, when in round bottom reactor 1, the liquid level of solution is higher than the position of overflow pipe 14, solution flows out from overflow pipe 14, and entering in sewage-treatment plant through main sewer 15, it is to avoid environment is impacted after the spilling over of round bottom reactor 1 by solution.

Claims (2)

1. a mercuric chloride catalyst reactor, it is characterized in that: include round bottom reactor (1), round bottom reactor (1) is located on support (2), the top of round bottom reactor (1) is provided with stirring motor (3) and feed hopper (4), wherein the rotating shaft (5) of stirring motor (3) puts in round bottom reactor (1) straight down, and is provided with auger sheet (6) in rotating shaft (5)；The top of described round bottom reactor (1) is also associated with water inlet pipe (16), bottom is provided with up-small and down-big taper discharge port (7), the bottom of taper discharge port (7) is provided with flange (8), the lower section of flange (8) connects through bolt (10) cover plate (9), cover plate (9) is provided with the filter screen (11) raised up, and filter screen (11) is positioned at taper discharge port (7)；Being also associated with drain pipe (12) on described taper discharge port (7), drain pipe (12) is less than filter screen (11) upper surface location with the junction of taper discharge port (7), and drain pipe (12) is provided with valve (13).

Mercuric chloride catalyst reactor the most according to claim 1, it is characterized in that: the top of described round bottom reactor (1) is also associated with overflow pipe (14), overflow pipe (14) converges with described drain pipe (12), and connect on the drain pipe (12) having main sewer (15), wherein said valve (13) to be positioned between main sewer (15) and taper discharge port (7) at its meet.