CN205867850U

CN205867850U - Ceramic kiln hot coal gas processing device

Info

Publication number: CN205867850U
Application number: CN201620837681.1U
Authority: CN
Inventors: 刘德振; 袁昌华
Original assignee: CHANGJIANG CERAMIC Co Ltd YICHANG
Current assignee: CHANGJIANG CERAMIC Co Ltd YICHANG
Priority date: 2016-08-04
Filing date: 2016-08-04
Publication date: 2017-01-11
Anticipated expiration: 2026-08-04

Abstract

The utility model provides a ceramic kiln hot coal gas processing device, includes scrubber tank and drainer, the scrubber tank upper end is through intake pipe and drainer intercommunication, it has one and the communicating washing pipe of hot gas piping to settle in the scrubber tank, and the intercommunication has first inlet tube on the scrubber tank, has first drain pipe at scrubber tank lower extreme intercommunication, be equipped with two cross slabs in the drainer, the epicoele is separated into with the drainer to two cross slabs, lumen and cavity of resorption, be equipped with a perpendicular baffle at last intracavity, erect the baffle and separate to become upward left chamber and last right chamber with the epicoele, at well intracavity evenly distributed condenser pipe, two cross slabs communicate with epicoele and cavity of resorption about each condenser pipe upper end and lower extreme passed respectively, the intercommunication has the second inlet tube in the lumen lower part, the intercommunication has the second drain pipe on lumen upper portion, intake pipe and last left chamber intercommunication, go up right chamber and pass through outlet duct and the hot gas inlet of stove intercommunication, cavity of resorption and a blow off pipe intercommunication, the utility model discloses can effectually get rid of the granule impurity in the heating gas.

Description

A kind of ceramic kiln heating gas processing means

Technical field

This utility model relates to a kind of ceramic kiln heating gas processing means.

Background technology

Ceramic sanitary appliance produce need through base, be dried, inspection base, the operation such as glazing and loading of kiln calcining, usually use tunnel Sanitary equipment are calcined by road stove, and the fuel that tunnel stove is used is heating gas, containing granule foreign in heating gas, these Grain impurity is easily bonded in sanitary equipment glaze layer surface during calcining, affects sanitary equipment surface smoothness, on the other hand due to clean Tool generally pure white, after the granule foreign in bonding coal gas, variegated granule highlights especially, outside strong influence product See.

Summary of the invention

The technical problems to be solved in the utility model is to provide a kind of simple in construction, ceramic kiln heating gas easy to use Processing means, can effectively get rid of the granule foreign in heating gas.

In order to solve above-mentioned technical problem, the technical solution of the utility model is: a kind of ceramic kiln heating gas processes dress Putting, including scrubber tower and drainer, scrubber tower upper end is connected with drainer by air inlet pipe；

In scrubber tower, it is mounted with a washing pipe communicated with heating gas pipeline, scrubber tower is communicated with the first water inlet Pipe, is communicated with first row water pipe in scrubber tower lower end；

In drainer, be provided with two pieces of diaphragm plates, two pieces of diaphragm plates drainer is separated into the most successively epicoele, in Chamber and cavity of resorption, be provided with one piece of vertical clapboard at upper intracavity, and epicoele is separated into upper left chamber and upper right chamber by vertical clapboard, uniform at middle intracavity The some piece condensing tubes that are parallel to each other and vertically place are distributed, and each condensing tube top and bottom are each passed through upper and lower two pieces of tabulas Plate connects with epicoele and cavity of resorption, is communicated with the second water inlet pipe in lumen bottom, is communicated with second row water pipe, air inlet on lumen top Pipe connects with upper left chamber, and upper right chamber is by escape pipe and stove heating gas inlet communication, cavity of resorption and a blow-off pipe connection.

Described washing pipe includes house steward, is communicated with many arms in house steward lower end, is all communicated with one each arm lower end The luxurious pipe of root cone, is provided with filter screen on the mouth of pipe of luxurious pipe, and house steward upper end communicates with heating gas pipeline.

Scrubber tower is provided with liquidometer.

Being sequentially installed with demister and shower in scrubber tower from top to bottom, shower passes through the 3rd water inlet pipe and gas washing The tank bottoms connection of tank, is provided with filter and water pump on the 3rd water inlet pipe.

The beneficial effects of the utility model are: the granule foreign that can wash out in heating gas by scrubber tower, by cold Solidifying pipe can be to remove the steam in heating gas while heating gas is lowered the temperature；On the other hand, liquidometer can be washed with Real Time Observation The situation of water in gas tank；On the other hand, heating gas can be divided into minute bubbles by luxurious pipe and filter screen, expands the contact surface with water, Improve water washing effect；On the other hand, demister and shower can get rid of the granule foreign flying away in scrubber tower, further Decrease the amount of granule foreign in heating gas.

Accompanying drawing explanation

Below in conjunction with the accompanying drawings this utility model is described further:

Fig. 1 is structural representation of the present utility model,

Fig. 2 is this utility model perspective view about drainer,

Fig. 3 is that this utility model is about luxurious pipe and the perspective view of filter screen.

In figure: scrubber tower 1, drainer 2, water sealed tank 3, washing pipe 4, demister 5, shower 6, filter 7, water pump 8, liquid Position meter 10, epicoele 21, lumen 22, cavity of resorption the 23, second water inlet pipe 24, second row water pipe 25, blow-off pipe 26, diaphragm plate 27, perpendicular every Plate 28, condensing tube 29, house steward 41, arm 42, luxurious pipe 43, filter screen 431, upper left chamber 211, upper right chamber 212, air inlet pipe 91, go out Trachea 92, heating gas pipeline the 93, the 3rd water inlet pipe the 94, first water inlet pipe 95, first row water pipe 96, high level sensor 951, low Liquid level sensor 952, electromagnetic valve 953.

Detailed description of the invention

If Fig. 1 is to shown in 3: a kind of ceramic kiln heating gas processing means, including scrubber tower 1 and drainer 2, scrubber tower 1 Upper end is connected with drainer 2 by air inlet pipe 91；

In scrubber tower 1, it is mounted with a washing pipe 4 communicated with heating gas pipeline 93, scrubber tower 1 is communicated with One water inlet pipe 95, is communicated with first row water pipe 96 in scrubber tower 1 lower end；

Being provided with two pieces of diaphragm plates 27 in drainer 2, drainer 2 is separated into by two pieces of diaphragm plates 27 the most successively Chamber 21, lumen 22 and cavity of resorption 23, be provided with one piece of vertical clapboard 28 in epicoele 21, and epicoele 21 is separated into upper left chamber by vertical clapboard 28 211 and upper right chamber 212, in lumen 22, it is evenly distributed with the some condensing tubes being parallel to each other and vertically place 29, respectively condenses Pipe 29 top and bottom are each passed through upper and lower two pieces of diaphragm plates 27 and connect with epicoele 21 and cavity of resorption 23, are communicated with in lumen 22 bottom Second water inlet pipe 24, is communicated with second row water pipe 25 on lumen 22 top, and air inlet pipe 91 connects with upper left chamber 211, upper right chamber 212 By escape pipe 92 and stove heating gas inlet communication, cavity of resorption 23 connects with a blow-off pipe 26 being used for draining.

In use, by the first water inlet pipe 95, tap water is circulated in scrubber tower 1, allows water cover washing pipe 4, hot coal Gas is washed in tap water by washing pipe 4, by washing can be removed the granule foreign in heating gas；Due to heating gas Temperature is typically more than 100 degrees Celsius, and the heating gas after being therefore washed with water contains steam, the most just can pass through drainer 2 Steam in heating gas is removed, the removal process of steam: cold water is poured into by the second water inlet pipe 24, second row water pipe 25 Discharge, constantly lower the temperature for condensing tube 29；Heating gas after being washed with water passes sequentially through the condensation on the left of upper left chamber 211, lumen 22 Condensing tube 29 on the right side of pipe 29, cavity of resorption 23, lumen 22 and upper right chamber 212, finally enter into stove heating gas from escape pipe 92 and enter Mouthful, due to heating gas when by condensing tube 29 by continued down, therefore the steam in heating gas because of temperature reduce condensation Condensing in pipe 29, the globule of condensation when depositing to certain water yield, can pass through blowdown because being gravitationally deposited in cavity of resorption 23 Waste water is discharged by pipe 26.

Described washing pipe 4 includes house steward 41, is communicated with many arms 42 in house steward 41 lower end, equal each arm 42 lower end It is communicated with a conical luxurious pipe 43, the mouth of pipe of luxurious pipe 43 is provided with filter screen 431, house steward 41 upper end and heating gas Pipeline 93 communicates；Heating gas bubble can be divided into numerous minute bubbles by luxurious pipe 43 and filter screen 431, thus can expand with The contact surface of water, improves water washing effect.

Being provided with liquidometer 10 on scrubber tower 1, liquidometer 10 can be with the situation of water in Real Time Observation scrubber tower 1.

Being sequentially installed with demister 5 and shower 6 in scrubber tower 1 from top to bottom, shower 6 is by the 3rd water inlet pipe 94 Tank bottoms with scrubber tower 1 connect, the 3rd water inlet pipe 94 is provided with filter 7 and water pump 8, by demister 5, shower 6 and water Pump 8 constitutes a Sprayer Circulation system, and this blood circulation can get rid of the granule foreign flown away in scrubber tower 1, further Decrease the amount of granule foreign in heating gas.

When this utility model uses, an electromagnetic valve 953 can be installed on the first water inlet pipe 95, in scrubber tower 1 One high level sensor 951 and a low liquid level sensor 952 are installed, by electromagnetic valve 953, high level sensor 951 and low Liquid level sensor 952 is connected with liquid level controller, when low liquid level sensor 952 detects the water level that water level is less than washing pipe 4, Liquid level controller controls electromagnetic valve 953 and opens；When water is circulated into high level sensor 951, liquid level sensor controls electromagnetic valve 953 close；Thus can realize the function of scrubber tower 1 automatic watering, improve the usability of device.

In sum: this utility model provides a kind of simple in construction, ceramic kiln heating gas easy to use processes dress Put, can effectively get rid of the granule foreign in heating gas.

Claims

1. a ceramic kiln heating gas processing means, it is characterised in that: include scrubber tower (1) and drainer (2), scrubber tower (1) upper end is connected with drainer (2) by air inlet pipe (91)；

A washing pipe (4) communicated with heating gas pipeline (93) it is mounted with, in the upper connection of scrubber tower (1) in scrubber tower (1) There is the first water inlet pipe (95), be communicated with first row water pipe (96) in scrubber tower (1) lower end；

Being provided with two pieces of diaphragm plates (27) in drainer (2), drainer (2) is separated by two pieces of diaphragm plates (27) the most successively Becoming epicoele (21), lumen (22) and cavity of resorption (23), be provided with one piece of vertical clapboard (28) in epicoele (21), vertical clapboard (28) is by epicoele (21) it is separated into upper left chamber (211) and upper right chamber (212), in lumen (22), is evenly distributed with some is parallel to each other and vertically The condensing tube (29) placed, each condensing tube (29) top and bottom be each passed through upper and lower two pieces of diaphragm plates (27) and epicoele (21) and Cavity of resorption (23) connects, and is communicated with the second water inlet pipe (24) in lumen (22) bottom, is communicated with the second draining on lumen (22) top Pipe (25), air inlet pipe (91) connects with upper left chamber (211), and upper right chamber (212) is by escape pipe (92) and stove heating gas import Connection, cavity of resorption (23) connects with a blow-off pipe (26).

A kind of ceramic kiln heating gas processing means the most according to claim 1, it is characterised in that: described washing pipe (4) Including house steward (41), it is communicated with many arms (42) in house steward (41) lower end, is all communicated with one each arm (42) lower end The luxurious pipe (43) of cone, is provided with filter screen, house steward (41) upper end and heating gas pipeline on the mouth of pipe of luxurious pipe (43) (93) communicate.

A kind of ceramic kiln heating gas processing means the most according to claim 1, it is characterised in that: on scrubber tower (1) Liquidometer (10) is installed.

A kind of ceramic kiln heating gas processing means the most according to claim 3, it is characterised in that: in scrubber tower (1) Being sequentially installed with demister (5) and shower (6) from top to bottom, shower (6) is by the 3rd water inlet pipe (94) and scrubber tower (1) Tank bottoms connection, is provided with filter (7) and water pump (8) on the 3rd water inlet pipe (94).