CN209271088U - A kind of glass furnace flue gas emission reduction depth processing unit - Google Patents

Abstract

The utility model discloses a kind of glass furnace flue gas emission reduction depth processing units, including casing, dust stratification chamber, precipitating chamber and filter chamber, the dust stratification chamber, precipitating chamber and filter chamber are opened in casing, the precipitating chamber is between dust stratification chamber and filter chamber, one side surface of casing is offered into cigarette interface, described to be interconnected into cigarette interface and the intracavitary portion of dust stratification, the intracavitary portion's buckle of dust stratification is equipped with dust stratification plate.The utility model with dust stratification plate by contacting, dusts a large amount of inside flue gas can be adsorbed in dust stratification plate surface, to carry out primary filtration to flue gas, it is intracavitary that flue gas after primary filtration by defeated smoke pipe is discharged into precipitating by smoke exhaust pipe, flue gas is filtered by the water source for precipitating intracavitary, it may filter that a large amount of subtitle substance and harmful substance inside flue gas by water source, it is discharged into filter chamber by filtered flue gas by ventilating smoke tube, flue gas can further be filtered by sandstone filter screen in filter chamber and activated charcoal strainer.

Description

A kind of glass furnace flue gas emission reduction depth processing unit

Technical field

The utility model relates to a kind of filtrating equipment of flue gas, in particular to a kind of glass furnace flue gas emission reduction depth processing unit.

Background technique

A kind of melting appartus that glass furnace must possess for glass manufacturing industry, and glass furnace is meeting in production glass A large amount of harmful vapors are generated, these smog are needed by can just be emitted into open air after filtration treatment.

And traditional glass furnace filtrating equipment of flue gas to smoke filtration not enough thoroughly, and be difficult to clear up entire filtering dress Inside is set, is had a single function so as to cause glass furnace filtrating equipment of flue gas difficult in maintenance while traditional.For this purpose, it is proposed that one Kind glass furnace flue gas emission reduction depth processing unit.

Utility model content

The main purpose of the utility model is to provide a kind of glass furnace flue gas emission reduction depth processing units, can effectively solve The problems in background technique.

To achieve the above object, the technical solution that the utility model is taken are as follows:

A kind of glass furnace flue gas emission reduction depth processing unit, including casing, dust stratification chamber, precipitating chamber and filter chamber, the dust stratification Chamber, precipitating chamber and filter chamber are opened in casing, and the precipitating chamber is between dust stratification chamber and filter chamber, the casing side Surface is offered into cigarette interface, and described to be interconnected into cigarette interface and the intracavitary portion of dust stratification, the intracavitary portion's buckle of dust stratification is equipped with Dust stratification plate, buckle is communicated with defeated smoke pipe between the dust stratification chamber and precipitating chamber, and the precipitating bottom of chamber end buckle is equipped with smoke exhaust pipe, It is interconnected between the smoke exhaust pipe and defeated smoke pipe, has snapped connection ventilating smoke tube, the mistake between precipitating chamber and the filter chamber Buckle is equipped with sandstone filter screen and activated charcoal strainer inside filter chamber.

Further, the intracavitary portion of the dust stratification is inlaid with water tank, and one side surface of the water tank welding is communicated with water flowing Pipeline, and water pipe one end is located at one side surface of casing.

Further, the intracavitary portion's buckle of the precipitating is equipped with metal mesh.

Further, one side surface of the casing buckle is equipped with shoot door, and the shoot door is located at dust stratification chamber side table Face, the casing top end surface offer silting discharging port, and the silting discharging port is located at precipitating chamber top.

Compared with prior art, the utility model has the following beneficial effects:

1, this kind of glass furnace flue gas emission reduction depth processing unit is by passing through pipeline and casing one for glass furnace flue gas emission mouth What side surface opened up is connected with each other into cigarette interface, and the flue gas that glass furnace is discharged is by entering the dust stratification in casing into cigarette interface Dusts a large amount of inside flue gas can be adsorbed in dust stratification plate surface, to carry out preliminary mistake to flue gas by contacting with dust stratification plate by chamber Filter, flue gas after primary filtration are discharged into that precipitating is intracavitary by defeated smoke pipe by smoke exhaust pipe, by the intracavitary water source of precipitating to cigarette Gas is filtered, and may filter that a large amount of subtitle substance and harmful substance inside flue gas by water source, by filtered cigarette Gas is discharged into filter chamber by ventilating smoke tube, is carried out flue gas into one by sandstone filter screen in filter chamber and activated charcoal strainer The decontamination of step is discharged outside casing after going peculiar smell to filter, to complete the smoke filtration discharge of glass furnace.

, the water tank inlayed by the intracavitary portion of dust stratification of this kind of glass furnace flue gas emission reduction depth processing unit, water service pipe can be passed through Road injects at water source in water tank, is heated using the high-temperature flue gas that glass furnace is discharged to water tank, thus to water tank Internal water source is heated, and the day normal-temperature water for meeting user uses, thus the energy effectively saved, by precipitating intracavitary portion The metal mesh of installation is buckled, dust obstructions a large amount of inside flue gas can be diluted in inside water source, to enhance the mistake to flue gas Effect is filtered, by the shoot door of one side surface of casing buckle installation, the dust of convenient cleaning dust stratification chamber building up inside passes through machine The silting discharging port that shell top end surface opens up, easy cleaning precipitate intracavitary portion because filtering generates mud.

Detailed description of the invention

Fig. 1 is the overall structure diagram of the utility model glass furnace flue gas emission reduction depth processing unit.

Fig. 2 is the overall structure schematic internal view of the utility model glass furnace flue gas emission reduction depth processing unit.

In figure: 1, casing；2, dust stratification chamber；3, chamber is precipitated；4, filter chamber；5, into cigarette interface；6, water tank；7, dust stratification plate； 8, defeated smoke pipe；9, smoke exhaust pipe；10, metal mesh；11, ventilating smoke tube；12, sandstone filter screen；13, activated charcoal strainer；14, deashing Door；15, silting discharging port；16, water pipe.

Specific embodiment

To be easy to understand the technical means, creative features, achievement of purpose, and effectiveness of the utility model, below In conjunction with specific embodiment, the utility model is further described.

As shown in Figs. 1-2, a kind of glass furnace flue gas emission reduction depth processing unit, including casing 1, dust stratification chamber 2, precipitating 3 and of chamber Filter chamber 4, the dust stratification chamber 2, precipitating chamber 3 and filter chamber 4 be opened in casing 1, the precipitating chamber 3 be located at dust stratification chamber 2 and Between filter chamber 4,1 one side surface of casing is offered into cigarette interface 5, described mutually to interconnect into cigarette interface 5 and 2 inside of dust stratification chamber Logical, buckle is equipped with dust stratification plate 7 inside the dust stratification chamber 2, and buckle is communicated with defeated smoke pipe between the dust stratification chamber 2 and precipitating chamber 3 8,3 bottom end of the precipitating chamber buckle is equipped with smoke exhaust pipe 9, is interconnected between the smoke exhaust pipe 9 and defeated smoke pipe 8, the precipitating Ventilating smoke tube 11 is snapped connection between chamber 3 and filter chamber 4, buckle is equipped with sandstone filter screen 12 and lives inside the filter chamber 4 Property charcoal filter screen 13.

In the present embodiment, as shown in Figure 1, being injected at water source in water tank 6 by water pipe 16, arranged using glass furnace The high-temperature flue gas put heats water tank 6, to heat to 6 inside water source of water tank, meets the daily of user Warm water uses, thus the energy effectively saved.

Wherein, water tank 6 is inlaid with inside the dust stratification chamber 2,6 one side surface of the water tank welding is communicated with water service pipe Road 16, and 16 one end of water pipe is located at 1 one side surface of casing.

It, can will be big inside flue gas as shown in Figure 1, by buckling the metal mesh 10 of installation inside precipitating chamber 3 in the present embodiment Amount dust obstruction is diluted in inside water source, to enhance the filter effect to flue gas.

Wherein, buckle is equipped with metal mesh 10 inside the precipitating chamber 3.

In the present embodiment, as shown in Figure 1, by the shoot door 14 of 1 one side surface of casing buckle installation, convenient cleaning product The dust of grey 2 building up inside of chamber, the silting discharging port 15 opened up by 1 top end surface of casing, easy cleaning precipitate inside chamber 3 because of filtering Generate mud.

Wherein, 1 one side surface of the casing buckle is equipped with shoot door 14, and the shoot door 14 is located at 2 side of dust stratification chamber Surface, 1 top end surface of casing offer silting discharging port 15, and the silting discharging port 15 is located at precipitating 3 top of chamber.

It should be noted that the utility model is a kind of glass furnace flue gas emission reduction depth processing unit, including casing 1, dust stratification Chamber 2, precipitating chamber 3, filter chamber 4, into cigarette interface 5, water tank 6, dust stratification plate 7, defeated smoke pipe 8, smoke exhaust pipe 9, metal mesh 10, ventilating smoke tube 11, sandstone filter screen 12, activated charcoal strainer 13, shoot door 14, silting discharging port 15, water pipe 16, component are the universal standard Part or component as known to those skilled in the art, structure and principle be all this technology personnel can be learnt by technical manual or Known by routine experiment method, when work, the water source for being used to filter flue gas is poured into the precipitating chamber 3 in casing 1, by glass furnace Flue gas emission mouth is connected with each other by what pipeline and 1 one side surface of casing opened up into cigarette interface 5, and the flue gas that glass furnace is discharged is logical The dust stratification chamber 2 entered in casing 1 into cigarette interface 5 is crossed, by being contacted with dust stratification plate 7, dusts a large amount of inside flue gas can be adsorbed in 7 surface of dust stratification plate, to carry out primary filtration to flue gas, the flue gas after primary filtration is by defeated smoke pipe 8 by 9 row of smoke exhaust pipe Enter to precipitate in chamber 3, flue gas is filtered by the water source in precipitating chamber 3, may filter that by water source a large amount of inside flue gas Subtitle substance and harmful substance are discharged into filter chamber 4, by filter chamber 4 by ventilating smoke tube 11 by filtered flue gas Sandstone filter screen 12 and activated charcoal strainer 13 flue gas is further decontaminated, go peculiar smell filter after be discharged casing 1 outside, To complete the smoke filtration discharge of glass furnace, by the water tank 6 inlayed inside dust stratification chamber 2, can be incited somebody to action by water pipe 16 Water source injects in water tank 6, and the high-temperature flue gas discharged using glass furnace heats water tank 6, thus in water tank 6 Portion is heated at water source, and the day normal-temperature water for meeting user uses, thus the energy effectively saved, inside precipitating chamber 3 The metal mesh 10 of installation is buckled, dust obstructions a large amount of inside flue gas can be diluted in inside water source, to enhance to flue gas Filter effect, by the shoot door 14 of 1 one side surface of casing buckle installation, the dust of convenient cleaning 2 building up inside of dust stratification chamber, The silting discharging port 15 opened up by 1 top end surface of casing, easy cleaning precipitate inside chamber 3 because filtering generates mud.

The basic principles and main features of the present invention and the advantages of the present invention have been shown and described above.Current row The technical staff of industry is described in above embodiments and description it should be appreciated that the present utility model is not limited to the above embodiments Only illustrate the principles of the present invention, on the premise of not departing from the spirit and scope of the utility model, the utility model is also It will have various changes and improvements, these various changes and improvements fall within the scope of the claimed invention.The utility model Claimed range is defined by the appending claims and its equivalent thereof.

Claims (4)

1. a kind of glass furnace flue gas emission reduction depth processing unit, including casing (1), dust stratification chamber (2), precipitating chamber (3) and filter chamber (4), the dust stratification chamber (2), precipitating chamber (3) and filter chamber (4) are opened in casing (1), and the precipitating chamber (3) is located at dust stratification Between chamber (2) and filter chamber (4), it is characterised in that: (1) one side surface of casing is offered into cigarette interface (5), described into cigarette It is interconnected inside interface (5) and dust stratification chamber (2), buckle is equipped with dust stratification plate (7), the dust stratification inside the dust stratification chamber (2) It buckling and is communicated with defeated smoke pipe (8) between chamber (2) and precipitating chamber (3), the precipitating chamber (3) bottom end buckle is equipped with smoke exhaust pipe (9), It is interconnected, has been snapped connection between the precipitating chamber (3) and filter chamber (4) logical between the smoke exhaust pipe (9) and defeated smoke pipe (8) Smoke pipe (11), the internal buckle of the filter chamber (4) are equipped with sandstone filter screen (12) and activated charcoal strainer (13).

2. a kind of glass furnace flue gas emission reduction depth processing unit according to claim 1, it is characterised in that: the dust stratification chamber (2) internal to be inlaid with water tank (6), (6) one side surface of the water tank welding is communicated with water pipe (16), and water pipe (16) one end is located at (1) one side surface of casing.

3. a kind of glass furnace flue gas emission reduction depth processing unit according to claim 1, it is characterised in that: the precipitating chamber (3) internal buckle is equipped with metal mesh (10).

4. a kind of glass furnace flue gas emission reduction depth processing unit according to claim 1, it is characterised in that: the casing (1) One side surface buckle is equipped with shoot door (14), and the shoot door (14) is located at (2) one side surface of dust stratification chamber, the casing (1) Top end surface offers silting discharging port (15), and the silting discharging port (15) is located at precipitating chamber (3) top.