CN202398266U

CN202398266U - Comprehensive waste gas treatment system

Info

Publication number: CN202398266U
Application number: CN2011202920857U
Authority: CN
Inventors: 张建云; 冯建泉
Original assignee: Individual
Current assignee: Individual
Priority date: 2011-08-12
Filing date: 2011-08-12
Publication date: 2012-08-29
Anticipated expiration: 2021-08-12

Abstract

The utility model relates to environmental protection equipment aims to integrate the combustion purification treatment technology, the water spray purification treater technology and the active carbon purification treatment technology and provides a comprehensive waste gas treatment system with a good using effect. The comprehensive waste gas treatment system comprises an induced draft fan, a reverse check valve, a combustion treater, a water spray treater, an activated carbon treater, an exhaust pipe, connecting pipelines and a gas inlet pipe; the reverse check valve is arranged between the induced draft fan and the combustion treater and is connected with the air outlet of the induced draft fan; the water spray treater is arranged between the combustion treater and the activated carbon treater; the activated carbon treater is connected with the outlet of the water spray treater; the exhaust pipe is connected with the activated carbon treater; the gas inlet pipe is connected with the air inlet of the induced draft fan; and the reverse check valve and the combustion treater as well as the combustion treater and the water spray treater are connected through a pipeline. The comprehensive waste gas treatment system is mainly used for purifying waste gas, such as waste gas generated during the process of paint spraying.

Description

The waste gas total system

Affiliated technical field

The utility model relates to a kind of environmental protection equipment, refers in particular to a kind of waste gas total system

Background technology

In the Environmental Protection in China apparatus field, though the waste gas treatment equipment of many kinds is arranged, its function is all more single, and treatment effect is very limited, is difficult to be suitable for the increasingly high high standard requirement of society.

The utility model content

The utility model is intended to burning purification treatment technology, water spray cleaning processor technology, active carbon purifying treatment technology are integrated use; Provide a kind of result of use good waste gas total system to society, handle waste gas effectively with this total system.

The purpose of the utility model realizes through following technical scheme: the waste gas total system comprises air-introduced machine, non-return valve, burn processing device, water spray processor, charcoal treatment device, blast pipe, junction line, air inlet pipe; Said burn processing device comprises the combustion chamber, electric heating heat-generating pipe, Automatic Temperature Control; Heat-insulation layer, heat-insulation layer shell, the window of scratching in the ashes lid; Burn processing device air inlet, burn processing device gas outlet, the electric heating heat-generating pipe is arranged in the middle part of combustion chamber and locates on the upper side; Burn processing device air inlet is arranged in the bottom of combustion chamber and locates on the upper side, and the window of scratching in the ashes lid is arranged in the bottom of combustion chamber, and burn processing device gas outlet is arranged in the top of combustion chamber; Heat-insulation layer be wrapped in the overwhelming majority of combustion chamber but expose the gas outlet and air inlet and air inlet with the lower part, the heat-insulation layer shell is wrapped in heat-insulation layer, Automatic Temperature Control is arranged in the outside of heat-insulation layer shell; Said water spray processor comprises spray chamber, spray head, storage tank; The storage tank partition panel, water circulating pump, circulating pump suction pipe; Water circulating pump flow pipe line, water spray processor air inlet, water spray processor gas outlet; A side and straight cutting that spray chamber is arranged in storage tank arrive near the storage tank at; The storage tank partition panel be arranged in storage tank opposite side, storage tank is divided into two parts but no ceiling, water spray processor gas outlet be arranged in the top of storage tank and be in spray chamber and the storage tank partition panel between, water circulating pump be arranged in storage tank the top, spray between the processor gas outlet across the storage tank partition panel with water; The water inlet direct connection of circulating pump suction pipe and water circulating pump and straight cutting arrive near the storage tank at, and water circulating pump flow pipe line connects the delivery port and the spray head of water circulating pump; Non-return valve is arranged between air-introduced machine and the burn processing device; Connect with the air outlet of air-introduced machine; Water spray processor is arranged between burn processing device and the charcoal treatment device, and the charcoal treatment device connects with the outlet of water spray processor, and blast pipe connects with the charcoal treatment device; Air inlet pipe connects with the air inlet of air-introduced machine, between non-return valve and the burn processing device, connected by pipeline between burn processing device and the water spray processor;

The operation principle of the utility model is: waste gas gets into air-introduced machine by air inlet pipe; Air-introduced machine produces pressure; With waste gas through pipeline pump to burn processing device, water spray processor successively, the charcoal treatment device carries out purified treatment; Gas after handling totally is discharged in the atmosphere by blast pipe at last, and the surplus dirt that produces in the processing procedure can be opened the window of scratching in the ashes and cover and claw.

Description of drawings

Below in conjunction with accompanying drawing the utility model is done further explanation

Accompanying drawing 1 is a utility model integral layout sketch map

Accompanying drawing 2 is the burn processing device structural representation in the utility model

Accompanying drawing 3 is the water spray processor structure sketch map in the utility model

Figure Code name: a fan 2 check valve 3 burner processor Four water spray processor 5 activated processor 6 exhaust pipe 7 joins the pipeline 8 into trachea 1a fan inlet 1b fan outlet 3a 3b electric heating tube combustion chamber 3c automatic temperature controller 3d insulation 3e insulation shell 3f Bahui window cover? ? 3g combustion air inlet processor 3h burning processor outlet 4a spray chamber 4b sprinklers 4c tank 4d tank shut-off plates 4e circulating pump 4f circulating pump suction pipe 4g bottled water circulating pump pipeline 4h inlet water spray processor processor 4i water spray outlet 4ea circulating pump inlet 4eb circulating pump outlet

The specific embodiment

See accompanying

drawing

1,2,3, the utility model comprises air-introduced machine (1), non-return valve (2), burn processing device (3), water spray processor (4), charcoal treatment device (5), blast pipe (6), junction line (7), air inlet pipe (8); Said burn processing device (3) comprises combustion chamber (3a), electric heating heat-generating pipe (3b), Automatic Temperature Control (3c); Heat-insulation layer (3d), heat-insulation layer shell (3e), the window of scratching in the ashes lid (3f); Burn processing device air inlet (3g), burn processing device gas outlet (3h), electric heating heat-generating pipe (3b) is arranged in the middle part of combustion chamber (3a) and locates on the upper side; Burn processing device air inlet (3g) is arranged in the bottom of combustion chamber (3a) and locates on the upper side, and the window of scratching in the ashes lid (3f) is arranged in the bottom of combustion chamber (3a), and burn processing device gas outlet (3h) is arranged in the top of combustion chamber (3a); Heat-insulation layer (3d) be wrapped in the overwhelming majority of combustion chamber (3a) but expose gas outlet (3h) and air inlet (3g) and air inlet with the lower part, heat-insulation layer shell (3e) is wrapped in heat-insulation layer (3d), Automatic Temperature Control (3c) is arranged in the outside of heat-insulation layer shell (3e); Said water spray processor (4) comprises spray chamber (4a), spray head (4b), storage tank (4c); Storage tank partition panel (4d); Water circulating pump (4e), circulating pump suction pipe (4f), water circulating pump flow pipe line (4g); Water spray processor air inlet (4h); A side and the straight cutting that water spray processor gas outlet (4i), spray chamber (4a) are arranged in storage tank (4c) be near the storage tank at, storage tank partition panel (4d) be arranged in storage tank (4c) opposite side, storage tank is divided into two parts but no ceiling; Water spray processor gas outlet (4i) be arranged in the top of storage tank (4c) and be in spray chamber (4a) and storage tank partition panel (4d) between; Water circulating pump (4e) be arranged in storage tank (4c) the top, and water spray processor gas outlet (4i) between across storage tank partition panel (4d), water inlet (4ea) direct connection of circulating pump suction pipe (4f) and water circulating pump and straight cutting are near the storage tank at, water circulating pump flow pipe line (4g) connects the delivery port (4eb) and the spray head (4b) of water circulating pump; Non-return valve (2) is arranged between air-introduced machine (1) and the burn processing device (3); Connect with the air outlet (1b) of air-introduced machine; Water spray processor (4) is arranged between burn processing device (3) and the charcoal treatment device (5); Charcoal treatment device (5) connects with the outlet (4i) of water spray processor; Blast pipe (6) connects with charcoal treatment device (5), and air inlet pipe (8) connects with the air inlet (1a) of air-introduced machine, between non-return valve (2) and the burn processing device (3), connected by pipeline (7) between burn processing device (3) and the water spray processor (4).

Claims

1. the waste gas total system comprises air-introduced machine (1), non-return valve (2); Burn processing device (3), water spray processor (4), charcoal treatment device (5); Blast pipe (6), junction line (7), air inlet pipe (8); It is characterized in that: non-return valve (2) is arranged between air-introduced machine (1) and the burn processing device (3), connects with the air outlet (1b) of air-introduced machine, and water spray processor (4) is arranged between burn processing device (3) and the charcoal treatment device (5); Charcoal treatment device (5) connects with the outlet (4i) of water spray processor; Blast pipe (6) connects with charcoal treatment device (5), and air inlet pipe (8) connects with the air inlet (1a) of air-introduced machine, between non-return valve (2) and the burn processing device (3), connected by pipeline (7) between burn processing device (3) and the water spray processor (4).

2. waste gas total system according to claim 1, its characteristic also is: burn processing device (3) comprises combustion chamber (3a), electric heating heat-generating pipe (3b); Automatic Temperature Control (3c), heat-insulation layer (3d), heat-insulation layer shell (3e); The window of scratching in the ashes lid (3f); Burn processing device air inlet (3g), burn processing device gas outlet (3h), electric heating heat-generating pipe (3b) is arranged in the middle part of combustion chamber (3a) and locates on the upper side; Burn processing device air inlet (3g) is arranged in the bottom of combustion chamber (3a) and locates on the upper side; The window of scratching in the ashes lid (3f) is arranged in the bottom of combustion chamber (3a), and burn processing device gas outlet (3h) is arranged in the top of combustion chamber (3a), heat-insulation layer (3d) be wrapped in the overwhelming majority of combustion chamber (3a) but expose gas outlet (3h) and air inlet (3g) and air inlet with the lower part; Heat-insulation layer shell (3e) is wrapped in heat-insulation layer (3d), and Automatic Temperature Control (3c) is arranged in the outside of heat-insulation layer shell (3e).

3. waste gas total system according to claim 1; Its characteristic also is: said water spray processor (4) comprises spray chamber (4a), spray head (4b), storage tank (4c); Storage tank partition panel (4d); Water circulating pump (4e), circulating pump suction pipe (4f), water circulating pump flow pipe line (4g); Water spray processor air inlet (4h); A side and the straight cutting that water spray processor gas outlet (4i), spray chamber (4a) are arranged in storage tank (4c) be near the storage tank at, storage tank partition panel (4d) be arranged in storage tank (4c) opposite side, storage tank is divided into two parts but no ceiling; Water spray processor gas outlet (4i) be arranged in the top of storage tank (4c) and be in spray chamber (4a) and storage tank partition panel (4d) between; Water circulating pump (4e) be arranged in storage tank (4c) the top, and water spray processor gas outlet (4i) between across storage tank partition panel (4d), water inlet (4ea) direct connection of circulating pump suction pipe (4f) and water circulating pump and straight cutting are near the storage tank at, water circulating pump flow pipe line (4g) connects the delivery port (4eb) and the spray head (4b) of water circulating pump.