CN2375369Y

CN2375369Y - Exhaust gas absorber

Info

Publication number: CN2375369Y
Application number: CN 99228301
Authority: CN
Inventors: 李宁
Original assignee: Individual
Current assignee: Individual
Priority date: 1999-05-08
Filing date: 1999-05-08
Publication date: 2000-04-26
Anticipated expiration: 2009-05-08

Abstract

The utility model relates to a novel exhaust gas absorber which comprises an exhaust gas inlet, a feed inlet, an exhaust port, an overflow port and a sewage draining port. A chamber body is divided into an upper and a lower chambers by a porous supporting plate arranged above the sewage draining port on the lower part of the chamber body, the upper chamber is divided into two small chambers by a vertical partition board, one end of which is connected with the top part of the chamber body and an interstice is kept between the vertical partition board and the porous supporting plate. The utility model can ensure that a container can suck and exhaust air via the absorber, the siphonage is automatically destroyed, the novel exhaust gas absorber does not need any operation besides updating an absorption medium and the utility model is an ideal product for replacing the existing absorber.

Description

The novel fog absorber

The utility model belongs to environmental protection equipment, is specifically related to a kind of structure of novel fog absorber.

Be stored in some the volatile solution in the container under the normal pressure, the pernicious gas that in use volatilizes pollutes the environment, and the harm people's is healthy, in order to protect surrounding environment, the aerosol absorption plant is installed is usually absorbed pernicious gas.At present, the aerosol absorption plant of installing on the container in use adopts the operation of two steps, when container needs exhaust, the air entry on the artificial closing containers blast pipe, allows gas through absorbing medium; When container needs air inlet, then manually open air entry, prevent that absorbing medium is siphoned in the container, cause that solution in the container is contaminated to cause waste that the equipment of this structure one is to exist operation frequent in actual use; The 2nd, the air entry maloperation often takes place, cause absorber can not absorb gas and cause environmental pollution, or absorbing medium is siphoned into and causes solution waste in the container.

The purpose of this utility model is: design a kind of novel fog absorber, air entry on the cancellation vessel exhaust pipe, assurance container air inlet or exhaust process are even is undertaken by absorber, do not need just energy efficient absorption pernicious gas of substep operation, and effectively prevent siphon, avoid absorbing medium to pollute solution in the container.

The purpose of this utility model is achieved in that the absorber that is provided with aerosol import, charge door, exhaust outlet, overfall, sewage draining exit, its sewage draining exit top, cavity bottom is provided with horizontal porous support plate cavity is divided into chamber up and down, the vertical clapboard branch upper chamber that one end is connected with the upper chamber top is inlet and outlet two cells, leaves the gap between vertical clapboard and porous support plate.

Fig. 1 is the utility model structural representation

Schematic diagram when Fig. 2 is used for the container exhaust for the utility model

Fig. 3 is used for the schematic diagram of container when air-breathing for the utility model

Among the figure: 1 aerosol import, 2 charge doors, 3 exhaust outlets, 4 overfalls, 5 sewage draining exits, 6 porous support plates, 7 vertical clapboards, 8 inlet plenums, 9 exhaust chambers

Introduce implementation method of the present utility model below in conjunction with accompanying drawing:

Porous support plate 6 is positioned at absorber cavity bottom, divide cavity be about chamber, 7 fens upper chamber of vertical clapboard that one end is connected with the upper chamber top are inlet plenum 8, exhaust chamber 9, the other end of vertical clapboard 7 and porous support plate 6 are with leaving the gap, the top of inlet plenum 8 has aerosol import 1, charge door 2, exhaust outlet 3 are positioned at the top of aerosol absorber exhaust chamber 9, and overfall 4 is positioned at the side of exhaust chamber 9, and sewage draining exit 5 is positioned at absorber cavity of resorption side.

The length of vertical clapboard 7, leaving a blank in advance above the absolute altitude of overfall 4 and the cell is both by calculating definite, guarantees to destroy automatically siphonage, increases the long-pending filler of sorbent surface and is filled on the porous support plate 6, prevents to stop up sewage draining exit 5.

The aerosol absorber is placed on the basic platform, and the exhaust outlet that will fill the container of volatile liquid again is connected to the air inlet 1 of aerosol absorber with pipeline, and absorbing medium is added to overfall below 4 through charge door 2.As shown in Figure 2, the liquid in left side was pressed down when container needed exhaust, was absorbed by medium after the uniform distribution of pernicious gas process packing layer, and residual medium also has the certain absorption effect to gas on the packing layer simultaneously; As shown in Figure 3, under micro-suction function, the right side liquid level was pressed down when the container needs were air-breathing, and the left side has certain space to guarantee that liquid level can not continue to rise, and prevents that absorbing medium from entering capsule contamination solution.

The utility model guarantees that container is all undertaken by absorber in air inlet, exhaust process, destroy siphonage automatically, except that upgrading absorbing medium, do not need equipment is carried out any operation in the use, and be the desirable substitute products of present absorption plant.

Claims

1, a kind of novel fog absorber that comprises aerosol import (1), charge door (2), exhaust outlet (3), overfall (4), sewage draining exit (5), it is characterized in that: porous support plate (6) is positioned at cavity bottom sewage draining exit (5) top, sub-chamber is a upper and lower cavity, vertical clapboard (7) the branch upper chamber that one end is connected with the upper chamber top is inlet plenum (a 8) exhaust chamber (9), leaves the gap between vertical clapboard (7) and porous support plate (6).