CN205517783U - Reaction kettle jacket condensate water discharging equipment - Google Patents

Abstract

The utility model provides a reaction kettle jacket condensate water discharging equipment, the control unit comprises a reaction vessel, the reation kettle periphery is provided with presss from both sides the cover, it has hydrophobic pipeline to press from both sides cover bottom intercommunication, first valve has set gradually on the hydrophobic pipeline, trap and second valve, hydrophobic pipeline still communicates has bypass pipe and access tube, be equipped with the third valve on the bypass pipe, the bypass pipe both ends all communicate with hydrophobic pipeline, bypass pipe one end is located between the input and first valve of hydrophobic pipeline, the other end is located between the output and second valve of hydrophobic pipeline, be equipped with four valves on the access tube, the one end of the hydrophobic pipeline of access tube intercommunication is located between trap and the second valve. The beneficial effect of the utility model: guarantee stable, safe, continuous discharge condensate water and the air of production process. Prevent to press from both sides cover internal accumulation condensate water effectively, keep temperature steady, improve the productivity. Simultaneously, avoid steam to leak and cause the waste.

Description

Reacting kettle jacketing condenses water tapping equipment

Technical field

This utility model relates to a kind of technical field of chemical, is specifically related to a kind of tapping equipment.

Background technology

In Chemical Manufacture, most techniques need steam to heat.General way is to arrange outside reactor One layer of chuck, and in chuck, be passed through steam achieve the goal.In the process that steam heats to reactor In, can constantly produce and condense water, in operating process, needs are stable, safety, continuous print are discharged and condensed water, Not so condensing water can make temperature unreliable in chuck inner accumulated, and the output energy of still reduces, and causes water Hit.And in actual use, in chuck, often having air trapping, these air can be to temperature Produce negative effect, product can be caused to burn, reduce productivity.In order to enable the condensation water and air in chuck Discharge, typically can use drain valve in drainage pipeline, because drain valve can be effectively by vapour system Condensation water, air and carbon dioxide discharge, be automatically prevented from the leakage of steam to greatest extent simultaneously, Avoid waste.Current drainage pipeline is to close, and when drain valve quits work, is difficult to be sent out by workman Existing.Once it is found that, the valve of drainage pipeline can only be closed, open the valve of bypass pipe, the most usual The discharge condensing water has stopped a period of time, condenses water in chuck inner accumulated.And bypass pipe Typically not setting drain valve, steam can also be flowed out by bypass pipe, causes waste.

Utility model content

The reacting kettle jacketing that the purpose of this utility model is to provide condenses water tapping equipment, solves above-mentioned existing In technology one or multiple.

This utility model provides reacting kettle jacketing and condenses water tapping equipment, including reactor, outside reactor Be provided with chuck week, bottom chuck, be communicated with drain water piping, drain water piping is disposed with the first valve, Drain valve and the second valve, drain water piping is also communicated with bypass pipe and checks pipe, and bypass pipe is provided with the 3rd Valve, bypass pipe two ends all connect with drain water piping, bypass pipe one end be located at drain water piping input and Between first valve, the other end is located between the outfan of drain water piping and the second valve.Check Guan Shangshe There is the 4th valve, check that one end of pipe connection drain water piping is located between drain valve and the second valve.

The reacting kettle jacketing that this utility model provides condenses water tapping equipment, first can lead to before every task Cross inspection pipe and check drain valve whether fault, it is ensured that stable production process, safety, continuous print are discharged and condensed Water and air.It is effectively prevented chuck inner accumulated and condenses water, keep temperature stabilization, improve productivity.Meanwhile, Avoid steam to leak and cause waste.

In some embodiments, chuck top is communicated with steam steam inlet pipe, and steam steam inlet pipe is provided with Five valves, steam steam inlet pipe and drain water piping are located at chuck both sides.

In some embodiments, the outfan of drain water piping connects blowdown main.

Accompanying drawing explanation

The reacting kettle jacketing of a kind of embodiment that Fig. 1 provides for this utility model condenses water tapping equipment Structural representation.

Detailed description of the invention

Below in conjunction with Figure of description, this utility model is described in more detail:

As it is shown in figure 1, the utility model discloses reacting kettle jacketing to condense water tapping equipment, including reaction Still 1, reactor 1 periphery is provided with chuck 2, and chuck 2 top is communicated with steam steam inlet pipe 11, chuck 2 Bottom is communicated with drain water piping 3, steam steam inlet pipe 11 and drain water piping 3 and is located at chuck 2 both sides.Steam Steam inlet pipe 11 is provided with the 5th valve 12.From the input of drain water piping 3 to outfan, drain water piping 3 On be disposed with the first valve 4, drain valve 5 and the second valve 6.Drain water piping 3 is also communicated with bypass Pipe 7 and inspection pipe 8, bypass pipe 7 is located at above drain water piping 3, checks that drain water piping 3 is located at by pipe 8 Bottom, the outfan of drain water piping 3 connects blowdown main 13.Bypass pipe 7 is provided with the 3rd valve 9, Bypass pipe 7 two ends all connect with drain water piping 3, and the input of drain water piping 3 is located in bypass pipe 7 one end With first between valve 4, the other end is located between the outfan of drain water piping 3 and the second valve 6.Inspection Checking 8 and be provided with the 4th valve 10, inspection pipe 8 connects one end of drain water piping 3 and is located at drain valve 5 He Between second valve 6.

Work process: when beginning through steam steam inlet pipe 11 and leading to steam to chuck 2, the second valve 6 Being closed with the 3rd valve 9, the first valve 4 and the 4th valve 10 are opened, if there being condensation water By checking that pipe 8 flows out, illustrate that drain valve 5 is normal work.So can close the 4th valve 10, 3rd valve 9 is still in closed mode, opens the second valve 6, and condensing water and air can normally enter Enter drain valve 5, by the resistance vapour scavenging action of drain valve 5, condense water and enter in blowdown main 13.

When beginning through steam steam inlet pipe 11 and leading to steam to chuck 2, the second valve 6 and the 3rd valve 9 Being closed, the first valve 4 and the 4th valve 10 are opened, and are managed by inspection without condensing water 8 flow out, and drain valve 5 fault is described, can on-call maintenance drain valve 5.On carrying out again after drain valve 5 is normal The subsequent operation stated.Ensure that stable production process, safety, continuous print are discharged and condense water and air.

Above-described is only embodiments more of the present utility model.Ordinary skill people for this area For Yuan, on the premise of creating design without departing from this utility model, it is also possible to make some deformation and change Entering, these broadly fall into protection domain of the present utility model.

Claims (3)

1. reacting kettle jacketing condenses water tapping equipment, it is characterised in that include reactor (1), described instead Answering still (1) periphery to be provided with chuck (2), described chuck (2) bottom is communicated with drain water piping (3), The first valve (4), drain valve (5) and the second valve (6) it is disposed with on described drain water piping (3), Described drain water piping (3) is also communicated with bypass pipe (7) and checks pipe (8),

Described bypass pipe (7) is provided with the 3rd valve (9), and described bypass pipe (7) two ends are all with described Drain water piping (3) connects, and the input of described drain water piping (3) is located in described bypass pipe (7) one end With between described first valve (4), the other end is located at the outfan of described drain water piping (3) and described Between second valve (6)；

Described inspection pipe (8) is provided with the 4th valve (10), and described inspection pipe (8) connects described hydrophobic One end of pipeline (3) is located between described drain valve (5) and described second valve (6).

Reacting kettle jacketing the most according to claim 1 condenses water tapping equipment, it is characterised in that institute Stating chuck (2) top and be communicated with steam steam inlet pipe (11), described steam steam inlet pipe (11) is provided with Five valves (12), described steam steam inlet pipe (11) and described drain water piping (3) are located at described chuck (2) Both sides.

Reacting kettle jacketing the most according to claim 1 condenses water tapping equipment, it is characterised in that institute The outfan stating drain water piping (3) connects blowdown main (13).