TWM423582U - Equipment for processing exhaust gas - Google Patents

Description

M423582 V. New description: [New technical field] This creation is about an exhaust gas treatment equipment for treating exhaust gas in certain environmental places. [Prior Art] Certain specific environmental sites, such as gas stations _ oil tank, refining gorge, light oil training factory semiconductor industry, tape industry, human fiber industry, electronics industry, tire manufacturing industry, rubber industry and human synthetic leather industry In the gas storage tanks of the Wang factory, most of the exhaust gas emitted contains acid waste gas and volatile organic gases. These exhaust gases cause extreme dangers to human health. They produce stench or a high risk of explosion and burning when they are too high. The regulations must be dealt with before they can be directly discharged into the atmosphere. For this kind of exhaust gas, the main processing equipment is as shown in the third figure, the exhaust gas of the gas storage tanks r and 2 is connected to the inlet end of a first damper 2 by the first pipeline u. The outlet end 22 of the filter 2, with a second pipe, the inlet end 31 of the suction fan 3, the communication, the first pumping fan 3, the correcting end 32, and a third pipe 33, The inlet end of a water washing unit 4 communicates with the outlet end 42' of the 'washing unit 4' with a fourth line 43, communicating with the inlet end 51 of the first pumping fan 5, and the second pumping fan 5, the port End, the fifth line 53 is connected to the fifth port of the second damper 6, such as 61, and the outlet end 62' is a sixth line 63. , "The entrance end 71 of the catching 7 is connected, the flow meter is, and the seventh line 73 is connected to the first end 81 of the three-way pipe 8, and the three-way 4 M423582 is 8' The second end 82' is in communication with a first valve member 9, the tee tube 8, the end 83' is in communication with the inlet end 101 of the second partition member 10, and the outlet end of the second reading member is 1〇2 With an eighth line 103, with the burning device . With the above apparatus, the exhaust gas is sequentially passed through the first over-pumping fan 3, the water washing unit 4, and the second pumping fan 5:. : Quality; ¥7 - 18, after the second valve member 10', the acid is replaced by the acid, and the exhaust gas containing the volatile chemical body is produced in the combustion device and is burned at a high temperature of at least 76GC. Ways to deal with these high concentrations of gas. In this way, in addition to a large amount of simplicity, it is necessary to pay attention to many safety concerns of combustion such as the upper and lower limits of the explosion, and the soot and carbon dioxide emitted by the miscellaneous still cause great environmental impact. Because of the fact that t can be reduced, it is necessary to Wei Wei (4) Zhao Qian and meet the national legal standards of the waste • here - Xie Wei - Guan Shan. [New content] The creators have been thinking about this, and they are actively thinking about it. The exhaust gas treatment is called the first advantage. The use of the tipping 敎 敎 Wei 魏 Wei 即 即 即 骑 至 至 至 至 至 至 至 空气 空气 空气 空气 空气 空气It consumes a large amount of fuel and can save production costs, and has the effect of cost saving. The waste gas of this creation does not need to be carried out by means of combustion, so there is no doubt that environmental pollution is caused by waste ash and a Wei carbon, and the effect of energy saving and carbon reduction is achieved. 5 = Recycling with the creator, 掏 物 (4) recycling, in addition to avoiding the environment caused by multiple benefits. In order to achieve the above objectives, the creative scheme adopted by this creation is: An exhaust gas treatment equipment includes: a gas storage tank that can store gas, a canister that can be removed from the exhaust gas, and a pumped one - Pumping fan, the second pass that can remove the water vapor or oil and gas in the exhaust gas = the flow rate of the Kawasaki flow rate, the first heat exchanger that can exchange the temperature of (10), the first pump that can pump the exhaust gas The second pump, the container, the second heat exchanger for the temperature exchange, the fourth heat exchanger capable of temperature exchange, the air conditioner, and the air conditioner a collecting bucket for collecting liquid and a refrigerant tank, wherein: the gas storage tank has an inlet end, an outlet end and a control valve; the first filter has an inlet end and an outlet end, and the population end of the first - the other end of the first pipe is connected, and the outlet end of the first-through shirt is connected to the population end of the first-handle blower by the second pipe, so that the exhaust gas from the gas storage_discharged the first-passer can remove the exhaust gas In the granular impurity · enter the first - pumping fan; the first _ pumping The blower has a population end and an outlet end, and the σ end of the first pumping fan communicates with the π end of the second passing person by a third line, so that the exhaust gas passing through the first pumping fan is pumped into the second The second filter has an inlet end and an outlet end, and the outlet end of the second filter is connected to the inlet end of a flow crying by a fourth pipe, so that the filter can be removed by the filter: The water in the water = oil and gas enters the flow vessel; the flow vessel has an inlet end and an outlet end, and the outlet end of the flow is in communication with the fifth conduit and the first inlet end of the first heat exchanger: (4) The flow rate of the flow meter can be counted; the first_end heat exchanger has a first-end end, a - first-out end, a second-input π-end, and a second-out-first heat-replacer first outlet end a sixth pipeline is connected to the inlet of a second pumping fan, and the second inlet end is connected to a seventh pipeline; the first outlet end is connected to the eighth pipeline; and the exhaust gas is passed through the first heat exchanger The low temperature provided by the cold gas in the poor road is exchanged for heat at the low temperature and the second stage is lowered. a blower; the second pumping fan has a "population end" and an outlet end of the pumping fan, and a ninth line communicates with a first inlet end of the second heat exchange thief to allow the exhaust gas to enter through the second pumping fan a second heat exchanger; the first - 刼 „ „ ^ brother - hot father for the fasting has a first entrance end, a first exit end,

The first inlet end and the second outlet end; the tenth s road of the first outlet end of the second heat exchanger is in communication with the third heat exchange (four) population end, and the second inlet end is connected to the downstream end of the tenth s road The upstream end of the eleventh pipeline is connected to an A water; the second outlet end is connected to the upstream end of the twelfth pipeline, the downstream end of the official road, and the exhaust gas of a cooling water tower. . 7 The call is connected, so that the parent shift can be exchanged with the cold temperature of the eleventh pipeline, and the first brother of the first purchaser is cooled to lower the temperature and then enters the second and third heat exchangers. —M enthusiasm for change, a Hai end, - first - out! / - inlet end, - first outlet end, - second inlet % brother one outlet end; third heat pipeline 舆 fourth no intersection, . °, & the mouth end is connected to the inlet end of a thirteenth, -, the second end of the third heat exchanger is connected to the downstream end of the fourteenth pipeline, and the fourth end of the fourth pipeline The second outlet end of the fourth hot parent exchanger is in communication; the second outlet end of the third heat exchange port is in communication with the upstream end of the fifteenth pipe, and the downstream end of the fifteenth pipe handle is in communication with the inlet end of the refrigerant tank. After the heat exchange, the refrigerant can flow into the refrigerant tank, and the exhaust gas passing through the third heat exchanger can be replaced with the low temperature provided by the refrigerant of the fourteenth pipeline. The fourth heat exchanger has a -th-population end, a -th-exit end, an first σ^, a second σ end; and a fourth heat exchanger The six-legged road communicates with the first end of the -three-way pipe, and the second end of the third-way pipe communicates with the inlet end of the air volume regulator, the third end of the third-way pipe and the inlet end of the collecting bucket The second inlet end of the fourth heat exchanger is in communication with the downstream end of the seventeenth pipeline, and the upstream end of the seventeenth pipeline is capable of The σ end of the refrigerant tank of the cold ^dong unit is connected, and the second end of the fourth heat exchanger is connected to the upstream end of the 14th 6th passage, so that the exhaust gas becomes smaller due to the passage of the air volume regulator. Before the air volume adjustment (4), the density becomes smaller, the frequency increases and the flow rate slows down, and the cooling time of the wire is extended, and the cooling (the fourth) has three stages of cooling, and the cold and cold temperature provided by the refrigerant of the seventeenth pipeline is hot. In the fourth stage, the temperature is lowered and the moisture and high-boiling substances in the exhaust gas are condensed to be converted into droplets and enter the collecting barrel through the third end of the first tee. The outlet end of the air volume regulator and the seventh The pipeline communicates, so that the cold air passing through the fourth heat exchanger and lower temperature can enter the first heat exchanger via the seventh pipeline for hot father exchange, and then through the second outlet end and the eighth pipeline to the second tee pipe. The first 8 M423582 end, the second end of the second tee is in communication with the inlet end of the third valve member, and the outlet end of the third valve member is connected to the inlet end of the gas storage tank by a twentieth conduit. The treated gas can enter the gas storage tank; the third of the second three-way pipe The end of the fourth valve member communicates with the inlet end of the fourth valve member, and the outlet end of the fourth valve member communicates with the capacitor H through a twenty-first conduit, so that the treated exhaust gas can be stored when not entering the human gas storage tank. In this case, it is convenient for the old repair or normal maintenance of the gas storage tank without affecting the normal operation of the whole system.

So that the condensed liquid substance can enter the inlet end of the turn-up, an outlet end and the exhaust port that communicates with the end of the tenth person; the other one of the tenth line and the second valve The other end is connected, and the other end of the second valve member is connected to the sixth pipeline by a nineteenth Lulu road, so that the recovered gas is pumped to the second pumping fan and flows to the ninth pipeline for recycling and recycling; The outlet end is in communication with the first member such that the condensed condensed liquid material can be recovered and reused via the first valve member.

'This creation can also be added in sequence - washing unit, - twenty-two pipeline, one = blower and - twenty-third pipeline in the first - material fan and second filter, the water wash amount has - people σ end and 1 port end, the second-third pipeline of the inlet end of the water washing unit is connected with the first pumping fan, and the outlet end of the water washing unit is connected with the outlet port of the third pumping fan The red thirteen pipeline of the pumping fan communicates with the second nozzle, so that the exhaust gas_acid which has passed through the third pumping machine is pumped into the second filter to cry. [Embodiment] 9 M423582 In order to make the above-mentioned and other purposes, features and advantages of the present cake, the following is a better example of the present invention; 丨# X ^'4 was taken as an example of a man, and with the accompanying drawings For detailed explanation. For reference, the first and second standards are the first embodiment of the present invention. A waste milk treatment device includes a gas storage tank 1 for storing gas, and a first-passing core 2 for removing particulate impurities in the exhaust gas. First pumping of exhaust gas

The fan 3, a second over-range 4 that can remove water vapor or oil and gas in the exhaust gas, a flow meter 5 that can count the flow rate, a first-sale exchange that can exchange temperature, and a second pump that can pump the exhaust gas a blower 7, a container 8, a second heat exchanger 9 capable of temperature exchange, a third heat exchanger 1 that can exchange temperature, a fourth heat exchanger 20 that can exchange temperature, and an air volume adjustment , - the collection of the financial body _ and - cold lion, straight: ',

The gas storage tank 1 has a grooved surface and is adapted to allow gas to enter the inlet of the gas storage tank 1, communicate with the interior of the gas storage tank 1 and the end of the first-line 13 and is adapted to allow the exhaust gas to From the gas storage tank 1 to the outlet end of the first line and the control valve 14 for controlling the external exhaust gas to enter and exit the gas storage tank 1; the shoulder-passing device 2 has - communicates with the inside of the first-passing device 2 And is adapted to allow the exhaust gas inside the gas storage tank 1 to enter the population end 21 of the first tank 2 and to communicate with the interior of the first filter 2 and a second conduit 23 and is adapted to allow the exhaust gas to pass the first =2 flows to the outlet end of the second conduit 23, the inlet of the first passage (5) is connected to the other end of the first conduit 13, and the outlet end of the first filter 2 is connected to the first conduit of M423582. 23 is in communication with the inlet end 31 of the first pumping fan 3, so that the exhaust gas from the gas storage tank 1 passes through the first filter 2 to remove particulate impurities in the exhaust gas and then enters the first pumping fan 3;

The first pumping fan 3 has an internal communication with the first pumping fan 3 and is adapted to allow the exhaust gas to enter the inlet end 31 of the first pumping fan 3 and to communicate with the interior of the first pumping fan 3 and a third line 33. The exhaust gas can flow from the first pumping fan 3 to the outlet end 32 of the third line 33, and the outlet end 32 of the first pumping fan 3 communicates with the inlet end 41 of the second filter 4 by a second line 33, so that The exhaust gas passing through the first pumping fan 3 is pumped into the second filter 4;

The second filter 4 has a communication with the inside of the second filter 4 and is adapted to allow the exhaust gas to enter the inlet end 41 of the second filter 4 and to communicate with the second filter portion and the fourth conduit 43. The exhaust gas can be made to flow from the second filter 4 to the outlet end 42 of the fourth conduit 43, and the outlet of the second sluice 4 is connected to the inlet end 51 of the flow vessel 5 by the fourth conduit 43 to exhaust the exhaust gas. After the second filter removes the moisture in the exhaust gas, the oil and gas enters the flow vessel 5; the flow vessel 5 has - communicates with the interior of the flow vessel 5 and is adapted to allow the exhaust gas to enter the inlet end 51 of the flow vessel 5 and - with the flow vessel 5 is internally connected to a fifth line 53 and is adapted to allow exhaust gas to flow from the flow rate H5 to the fifth _3 outlet, the outlet π end 52 of the flow meter 5, the - fifth line 53 and the - the first heat exchange The first inlet end 61 communicates with the 'flow rate of the exhaust gas passing through the flow meter 5; the first heat exchange spirit 6, the phase_Japan _ type Yudao noodle factory plate heat exchange H' has a connection with the first population of

II M423582. The first end 63 that is not in communication with the first inlet end 61 and the In end 62; the second end 63 that is in communication with the second population; the first outlet of the first heat exchange H6. The sixth pipeline _ = the population of the machine 7 is connected, the second person _ is connected with the seventh tube; the first-outlet is connected with the - the first person riding the vehicle'. The exhaust gas is exchanged through the first ^ ^ rf t-tube The low temperature provided by the cold air in the road 66 performs heat exchange, and the lower temperature is lowered to enter the second pumping fan 7; the second pumping fan 7 has - communicates with the inside of the second pumping fan 7 and is adapted to make the waste milk Entering the inlet of the second pumping fan 7 and communicating with the interior of the second pumping fan 7 and the ninth line 73 and adapted to allow the exhaust gas to flow from the second pumping 7 to the outlet of the ninth tube, the second pumping fan The outlet of 7 is ventilated by the ninth official road 73 and the first inlet end 91 of the second heat exchanger 9 through the second pumping fan 7 into the second heat exchanger 9; 'the second heat exchanger 9 and the - the heat exchanger 6 is also a plate heat exchanger 'having - first, 9 - the first outlet end 92 communicating with the first inlet end 91, one not with the first inlet The second inlet end 93 communicating with the end 91 and the first outlet is a second outlet connected to the second population end 93; the first outlet end 92 of the second heat exchanger 9 is a tenth tube and a third heat The exchanger_inlet end 101 communicates with the first inlet end 93 communicating with the downstream end of the eleventh line 96, the upstream end of the tenth-official path 96 being in fluid communication with the cooling tower-water outlet end, and the second outlet end 94. Communicating with the upstream end of the twelfth official road 97, the downstream end of the twelfth conduit 97 is in creep communication with the inlet end of the cold water tower 9〇; the exhaust gas is exchanged through the second crucible / »*> 12 M423582 The device 9 can exchange heat with the low temperature provided by the cold water of the eleventh line 96, and then enter the third heat exchange (4) after lowering the temperature; preferably, the tenth line 96 can be used. 3 connected to enhance the tenth-line cold water flow rate; the third heat 雑 (four) and the first drum change are the same as the plate-type changer having a first inlet end ΗΠ and a first inlet end 〇1 An outlet end 102, a second inlet end 103 not communicating with the first inlet end 1〇1 and the first outlet end 1〇2, and a second inlet end (10) The outlet end (10); the first-out σ(10)-thirteenth-th road (10) of the third heat exchanger 10 is in communication with the inlet end 201 of the fourth heat exchanger 20, and the second inlet end 1〇3 of the third heat exchanger 1〇 And the fourteenth pipeline 1_lower_, the fourth pipeline 丨 upstream end is connected with the second outlet end 2G4 of the fourth hot parent exchanger 20; the third heat exchange (four) second outlet end 104 and a tenth The fifth line 1_ upstream end is connected, the downstream end of the fifteenth line 107 is in arc communication with the inlet end of the refrigerant tank 5Q, and the refrigerant after the heat exchange can be returned into the refrigerant tank 5G; and after the third heat exchange The exhaust gas may be heat exchanged with the low temperature provided by the refrigerant of the fourteenth line 106, and the third stage is lowered to enter the fourth heat exchanger 2; the fourth heat exchanger 2 is a tube capable of providing freezing and low temperature. The heat exchanger has a first inlet end 201, a first outlet end 202 communicating with the first inlet end 2〇1, and a second inlet end not communicating with the first inlet end 2G1 and the first outlet σ end. 203, a second outlet end 2〇 communicating with the second inlet end 203; the first outlet end 202 of the fourth heat exchanger 20 is a 16th tube The second end of the first three-way tube (6) is in communication with the first end 601 of the first three-way tube (13), and the second end (10) of the first three-way tube (6) is in communication with the inlet end 301 of an air volume adjustment state 30, the first three-way tube The third end communicates with the inlet end 401 of a collection tank 40; the second inlet end 2〇3 of the fourth heat exchanger 2〇 communicates with the downstream end of a seventeenth line 206, and the seventeenth line 2〇 The upstream end of 6 communicates with the outlet end 5〇1 of the refrigerant tank 50 of the refrigeration unit 503 capable of cooling, and the second outlet end 204 of the fourth heat exchanger 20 communicates with the upstream end of the fourteenth line 106 to cause exhaust gas The passage of the air volume regulator 30 becomes smaller, and the density becomes smaller as the air volume regulator 30 enters, the pressure increases and the flow rate is slowed to extend the cooling time, and the exhaust gas is subjected to the three-stage cooling and cooling process and the seventeenth tube. The cold water provided by the refrigerant of the road 206 performs heat exchange while the fourth stage lowers the temperature and condenses the moisture and the material f of the exhaust towel to observe that the liquid droplets are collected through the third end 603 of the second-pass thin Bucket. The outlet end 302 of the air volume regulator 3 is in communication with the seventh official road 66, so that the cooler air passing through the fourth heat exchanger 2〇 can enter the first heat exchanger 6 via the seventh conduit 66 for hot parent exchange. And (4) the second outlet of the first heat exchange and the eighth tube ride to the first end 681 of the first two-way tube 68, the second end 682 of the second three-way tube 68 and the inlet end of a third partition 70 701 communicates with the outlet end 7〇2 of the 'third valve member 7() to: the twentieth line 703 communicates with the person σ of the gas storage system, so that the treated gas can enter the gas storage tank 1; The third end of the through pipe 68 is connected to the inlet end 8_ of the fourth valve member 8G, and the outlet end of the fourth valve member 8() is viewed by a second ten-tube_3 and a capacitor. When it is not heard into the gas storage tank 1 after being treated, it can be stored in this volume, which is convenient for the repair of the old or flat M423582. The maintenance of the whole system does not affect the normal operation of the whole system. Preferably, a pump 504 is connected to the seventeenth conduit 206 to enhance the ice water flow rate of the seventeenth conduit 206. The collection tank 40 has a first valve that communicates with the interior of the collection tank 40 and is adapted to allow the condensed liquid material to enter the inlet end 401 of the collection tank 40, an interior of the collection tank 4, and a first valve for controlling the flow of condensed liquid material. The outlet end 4〇2 of the member 4〇4 is connected to the end of the tenth person line 4G5 and is adapted to flow the gas in the collection tank 4〇 to the exhaust port 4〇3 of the eighteenth line 405. The other end of the eighteenth pipe 4〇5 is in communication with one end of a second valve member 407, and the other end of the second valve member 4〇7 is connected to the sixth pipe by a nineteenth pipe 4G8 for recycling The gas of the second pumping fan 7 is pumped to the ninth line 73 for recycling; the outlet end 402 of the collecting tank 4 is in communication with a first valve member 404, so that the condensed liquid substance in the collecting barrel 4〇 can be Recycling is recovered via the first valve member 404. Preferably, the first valve member 4〇4 is in communication with a pump 406 to enhance the flow rate of the condensed liquid material. Referring to the second embodiment, it is a second preferred embodiment of the present invention. The difference from the first preferred embodiment is that only a water washing unit 34 capable of absorbing acidic substances and the like is added in sequence. Twenty-two lines 35, a second pumping fan 36 that can pump exhaust gas, and a twenty-third line 37 between the first pumping fan 3 and the second controller 4, the water washing unit 34 has - and The water washing unit 34 is internally connected and adapted to allow the exhaust gas to enter the inlet end 34 of the interior of the water washing unit 34 and to communicate with the interior of the water washing unit 34 and the twenty-second line 35 and is adapted to allow the exhaust gas to flow from the water washing unit 34 to the first The outlet end 342 of the twenty-two ^ road 35, the inlet end 341 of the water washing unit 34 is connected to the outlet of the first pumping fan 3 by a third line 33, and the outlet end 342 of the water washing unit 4 is - twentieth The second pipeline finances - the third end of the third fan 36 is connected, the third teafruit is sent to the outlet of the wind, and she uses a first eleventh road 37 to communicate with the first device 4 to make the third pumping fan Exhaust gas debris will be pumped into the second transition unit 4. The structure of this creation is pre-shameful, with face touch, Wei Chuan _ processing method, Lang Qian _· 'and the volatilizing machine to listen to visual recycling, also has Wei frequency, and has a red-producing, fancy-type patent The key element is to pray for a new patent right. Lai Zuo Ke Lin's spirit and characteristics are different from others. Therefore, the preferred embodiment is merely by way of example, and is limited by the creation. The scope of this creation is defined by the content of the specification. Moreover, the equivalent changes or modifications of the genus are within the scope of this creation. [Simple description of the diagram] i: the system configuration diagram of the first creation of the creation - the second system of the second preferred remuneration; the third diagram: the system of the conventional exhaust gas treatment equipment Configuration diagram. [Main component symbol description] 1 Gas storage tank 13 First pipeline 21 Inlet end U inlet end 12 Outlet end

14 control touch 2 帛 one over it H 22 outlet end 23 second line 16 M423582

3 First pumping fan 31 Inlet end 32 Outlet end 33 Third line 34 Washing unit 341 Inlet end 342 Outlet end 35 Twenty-second line 36 Third pumping fan 361 Inlet end 362 Outlet end 37 Twenty-third line 4 second filter 41 inlet end 42 outlet end 43 fourth line 5 flow meter 51 inlet end 52 outlet end 53 fifth line 6 first heat exchanger 61 first inlet end 62 first outlet end 63 second inlet End 64 second outlet end 65 sixth line 66 seventh line 67 eighth line 68 second three way tube 681 first end 682 second end 683 third end 7 second pumping fan 71 inlet end 72 outlet end 73 ninth line 8 container 9 second heat exchanger 91 first inlet end 92 first outlet end 93 second inlet end 94 second outlet end 95 tenth line 96 eleventh line 97 twelfth line 10 third heat exchanger 101 first inlet end 102 first outlet end 103 second inlet end 104 second outlet end 105 thirteenth conduit 106 fourteen conduit 107 fifteen conduit 20 fourth heat exchanger 201 first inlet end 202 first outlet end 203 second inlet End 204 second outlet end 205 sixteen conduit 206 seventeen conduit 30 air volume regulator 301 inlet end 302 outlet end 40 collection bucket 401 inlet end 402 outlet end M423582 403 exhaust port 404 first valve member 405 tenth Eight pipe 406 pump 407 second valve member 408 nineteenth pipe 50 refrigerant drum 501 outlet end 502 inlet end 503 refrigeration unit 504 pump 60 first three-way pipe 601 first end 602 second end 603 third end 70 third valve member 701 inlet end 702 outlet end 703 twentieth line 80 fourth valve member 801 inlet end 802 outlet end 803 twenty-first line 90 cooling water tower 901 water outlet end 901 water outlet end 902 water inlet end 903 gang Pu

Claims (1)

v,, the scope of application for patents: ; · waste milk processing equipment, including a gas storage tank, a first pass, a first - = blower, 1 second server ... flow, U exchanger, a blower ' — a container, a second heat exchanger, a third heat exchanger, a fourth heat transfer, a chimerity, an air volume regulator, a collection bin and a refrigerant tank, wherein the h gas storage port has an inlet end, one and one An outlet end communicating with one end of the first line and a control valve; the °-the filter has an inlet end and an outlet end, and the inlet of the first filter is in communication with the other end of the first The outlet end of a filter is connected to the inlet end of the first-type insertion fan by a second official road; the pumping machine has a human σ end and an outlet end, and the first - pumping fan is out: the end is - the third line The second end of the population end of the communication;: the first - filter stolen - the entrance end and the - exit end, the outlet of the second filter 'different four words and the entrance end of a flow device; - the population end and the - export end, the outlet end of the flow device is - the fifth official road and the - the first - the population of the heat exchanger The material-heat exchanger has - the first population end ... and the first - population end - the outlet end, - the Uche, the second inlet and the second that the coin mountain does not communicate with the first inlet end and the first outlet end a second outlet end connected to the population end; the first end of the first heat exchanger is connected to the population end of the first two pumping fan by the sixth pipeline, and the second inlet end and the seventh pipeline of the first heat exchanger Connected; the first heat exchanger 19 end is connected to the second end of the second conduit and the first end of the second tee. The end is connected, the third valve member is two: with the inlet of the gas storage tank. The end is connected, the second three-way brother and the fourth end of the fourth end of the second end - the second bdi and the _ fine eye; the outlet end of the butterfly, the second pumping fan has an inlet end to - the ninth The pipeline and a second heat exchange two: the second brother of the second pump blows out the second heat exchanger has a first inlet end exchange: the brother-inlet end communicates; - the outlet end, the first inlet end and the first 'brother - the first outlet of the inlet end is connected to the second inlet end of the second inlet and the second inlet end of the first outlet end; the second outlet end of the second heat exchanger is - the tenth tube The road is connected to the population end of the third heat exchanger. The second population end of the jth exchanger is connected to the downstream end of the tenth pipeline, and the first end is connected to the outlet end of a cooling water tower; the second heat exchange is °. The second end of the π continuation- Xuan second pipeline is connected, and the downstream h of the twelfth pipeline is connected with the inlet end of a cooling water tower; the third heat exchanger has a "first" population end, - and a second mountain inlet end connected to the population end, a second inlet end not communicating with the first inlet end and the first outlet end, and an L end connected to the second person π end; the third heat exchanger is output: The end of the thirteenth pipeline communicates with the population end of the fourth heat exchange crucible, and the second population end of the first hot father exchanges with the downstream end of the fourteenth pipeline, and the upstream end of the fourteenth pipeline The second outlet end of the fourth heat exchanger is in communication; the second outlet end of the third heat exchanger is in communication with the upstream end of the fifteenth pipeline, and the downstream end of the fifteenth taste passage is connected to the inlet end of the refrigerant tank The fourth heat exchanger has a first inlet end, a 盥-out (four) 士^^, a second inlet 2: a second outlet end connected to the end: a fourth heat exchanger The first outlet is connected to the first passage of the first three-way pipe by a diagonal six-pipe, and the second end is connected to the cut end of the air volume regulator, and the air volume adjustment 1 is The mouth end communicates with the seventh pipeline; the third end of the third tee pipe communicates with the end of the third end; the second inlet end of the fourth heat exchanger and the lower end of the seventh heat exchanger: the seventeenth tube The upstream end of the road and the outlet of the refrigerant tank k four hot fathers for the second exit end of the fast and the fourteenth pipeline, the collection bucket has a Dzoshan good knowledge of the transport, hit, Μ, an exit end and a - the thirteenth pipeline - the end, the exhaust enthalpy; the other end of the tenth saki road and the second one - the end of the second valve - the other end of the second valve - the nineteenth pipeline and the first The six pipelines are connected; the outlet end of the receiving bucket is in communication with a first valve member. 2. The exhaust gas treatment device according to the application of the patent specification, wherein the first step is to add a water washing unit, a first Si washing machine blower and a twenty-third line; Washing _ a: the inlet end of the ^ and the outlet end of the water washing unit and the - the intersection of the road, the inlet end of the washing unit is connected with the mouth of the third pipeline, the mouth of the washing unit The twentieth end of the end is connected, and the outgoing path of the third pumping fan is in communication with the first passer. twenty one