CN204147754U - Waste gas purification apparatus and boats and ships - Google Patents
Waste gas purification apparatus and boats and ships Download PDFInfo
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- CN204147754U CN204147754U CN201420474907.7U CN201420474907U CN204147754U CN 204147754 U CN204147754 U CN 204147754U CN 201420474907 U CN201420474907 U CN 201420474907U CN 204147754 U CN204147754 U CN 204147754U
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Abstract
The utility model provides a kind of waste gas purification apparatus and boats and ships.Waste gas purification apparatus comprises: install body; Waste gas purification desulfurization portion, waste gas purification desulfurization portion is arranged on installs on body, has air inlet and exhaust outlet; For the treatment fluid supply department providing treatment fluid to waste gas purification desulfurization portion, treatment fluid supply department is arranged on installs on body, and treatment fluid supply department is communicated with waste gas purification desulfurization portion.Waste gas purification apparatus in the utility model has is convenient to installation, easy access, the feature such as easy to use.Particularly for the large-scale Waterborne movable facility not being equipped with waste gas purification apparatus, only need the appropriate location of waste gas purification apparatus integral installation on large-scale Waterborne movable facility, without the need to carrying out structure improvement to large-scale Waterborne movable facility again, thus effectively reduce staff labour intensity, improve installation effectiveness, decrease improvement cost waste.
Description
Technical field
The utility model relates to technical field of waste gas treatment, more specifically, relates to a kind of waste gas purification apparatus and boats and ships.
Background technology
The large-scale Waterborne movable facilities such as such as marine ships, dock, offshore platform, its dynamical system generally includes the fuel elements etc. such as Diesel engine, generator, oil burning boiler.The fuel that these fuel elements above-mentioned use, can produce the waste gas containing particle, oxysulfide (SOx), nitrogen oxide (NOx) etc. after combustion, this waste gas can cause environmental pollution.
In prior art, in order to the waste gas produced above-mentioned fuel element processes, treatment facility for desulphurization and denitration etc. is installed usually to process the particle in waste gas, oxysulfide (SOx) and nitrogen oxide (NOx) in multiple place such as cabin, power house, discharge duct of large-scale Waterborne movable facility.
Because the treatment facilities such as desulphurization and denitration comprise multiple unit cooperatively interacted, and all scattered difference be arranged in MOVING STRUCTURE of multiple unit is local, thus makes manufacture, installation, management, maintenance, use etc. all there is the problems such as operation inconvenience.Particularly for the large-scale Waterborne movable facility for the treatment of facility not being equipped with above-mentioned desulphurization and denitration etc., in order to the treatment facility of above-mentioned desulphurization and denitration etc. being arranged on large-scale Waterborne movable facility, staff needs to carry out rational structure improvement to large-scale Waterborne movable facility, by work such as transformation, dismountings, again manufacture, to enable the treatment facility of desulphurization and denitration etc. be arranged on large-scale Waterborne movable facility, thus cause the problems such as intensity of workers is large, installation effectiveness is low, improvement cost is high, manpower and materials serious waste.
Utility model content
The utility model aims to provide a kind of waste gas purification apparatus and boats and ships, with solve in prior art because of each several part in waste gas purification apparatus because not becoming system, scattered distribution arranges and causes that installation difficulty is high, maintenance complexity high, awkward problem.
For solving the problems of the technologies described above, according to an aspect of the present utility model, providing a kind of waste gas purification apparatus, comprising: body is installed; Waste gas purification desulfurization portion, waste gas purification desulfurization portion is arranged on installs on body, has air inlet and exhaust outlet; For the treatment fluid supply department providing treatment fluid to waste gas purification desulfurization portion, treatment fluid supply department is arranged on installs on body, and treatment fluid supply department is communicated with waste gas purification desulfurization portion.
Further, waste gas purification apparatus also comprises: air inlet pipeline, and the first end of air inlet pipeline is communicated with the air inlet in waste gas purification desulfurization portion; Gas exhaust piping, the first end of gas exhaust piping is communicated with the exhaust outlet in waste gas purification desulfurization portion.
Further, the first end of gas exhaust piping is positioned at the upper end in waste gas purification desulfurization portion.
Further, waste gas purification apparatus also comprises: regulate pipeline, and the second end of air inlet pipeline is communicated with regulating the first end of pipeline, and the second end of gas exhaust piping is communicated with regulating the second end of pipeline; Flow control division, flow control division is arranged on and regulates on pipeline and between the first end regulating pipeline and the second end.
Further, waste gas purification apparatus also comprises air dam, and air dam is at least one, and air dam is arranged in air inlet pipeline and/or gas exhaust piping.
Further, air dam is blower fan.
Further, waste gas purification apparatus also comprises: fluid injection pipeline, and the first end of fluid injection pipeline is communicated with treatment fluid supply department, and the second end of fluid injection pipeline is communicated with waste gas purification desulfurization portion; Drain line, the first end of drain line is communicated with waste gas purification desulfurization portion, and the second end of drain line is communicated with treatment fluid supply department.
Further, waste gas purification apparatus also comprises: control part, and control part is arranged on to be installed on body; First kinetic pump, the first kinetic pump is electrically connected with control part, and the first kinetic pump is arranged on fluid injection pipeline.
Further, waste gas purification apparatus also comprises: control part, and control part is arranged on to be installed on body; Second kinetic pump, the second kinetic pump is electrically connected with control part, and the second kinetic pump is arranged in drain line.
Further, waste gas purification desulfurization portion has: treatment fluid import; Treatment fluid exports, and treatment fluid import is positioned at the upstream in purification direction, and treatment fluid outlet is positioned at the downstream in purification direction.
Further, waste gas purification apparatus also comprises treatment fluid configuration section, and treatment fluid configuration section is arranged on installs on body, and treatment fluid configuration section is communicated with treatment fluid supply department.
Further, waste gas purification apparatus also comprises liquid supplementation pipe, and the first end of liquid supplementation pipe is communicated with the bottom for the treatment of fluid configuration section, and the second end of liquid supplementation pipe is communicated with the top for the treatment of fluid supply department.
Further, waste gas purification apparatus also comprises: control part, and control part is arranged on to be installed on body; 3rd kinetic pump, the 3rd kinetic pump is electrically connected with control part, and the 3rd kinetic pump is arranged in liquid supplementation pipe.
Further, waste gas purification apparatus also comprises feed pipe, and feed pipe is communicated with the top for the treatment of fluid configuration section.
Further, waste gas purification apparatus also comprises devil liquor recovery handling part, and devil liquor recovery handling part is arranged on to be installed on body, and devil liquor recovery handling part is communicated with treatment fluid supply department.
Further, waste gas purification apparatus also comprises waste liquid carrier pipe, and the first end of waste liquid carrier pipe is communicated with treatment fluid supply department, and the second end of waste liquid carrier pipe is communicated with devil liquor recovery handling part.
Further, waste gas purification apparatus also comprises: control part, and control part is arranged on to be installed on body; 4th kinetic pump, the 4th kinetic pump is electrically connected with control part, and the 4th kinetic pump is arranged on waste liquid carrier pipe.
Further, waste gas purification apparatus also comprises: trash discharge pipe, and the first end of trash discharge pipe is communicated with the bottom of devil liquor recovery handling part; Control part, control part is arranged on to be installed on body; 5th kinetic pump, the 5th kinetic pump is electrically connected with control part, and the 5th kinetic pump is arranged on trash discharge pipe.
Further, waste gas purification apparatus also comprises treatment fluid configuration section, and treatment fluid configuration section is arranged on installs on body, and treatment fluid configuration section is communicated with treatment fluid supply department; Treatment fluid configuration section, waste gas purification desulfurization portion, devil liquor recovery handling part are all arranged at intervals along the circumference for the treatment of fluid supply department.
Further, waste gas purification apparatus also comprises treatment fluid configuration section, and treatment fluid configuration section is arranged on installs on body, and treatment fluid configuration section is communicated with treatment fluid supply department; Treatment fluid configuration section, devil liquor recovery handling part and treatment fluid supply department are stacked.
Further, waste gas purification apparatus also comprises protective cover, and protective cover is located at the outside of waste gas purification desulfurization portion and/or treatment fluid supply department.
According to another aspect of the present utility model, provide a kind of boats and ships, comprise waste gas purification apparatus and hull, waste gas purification apparatus is arranged on hull, and waste gas purification apparatus is above-mentioned waste gas purification apparatus.
Further, hull comprises deck and cabin, and waste gas purification apparatus is arranged above deck or in cabin.
Waste gas purification desulfurization portion in the utility model and treatment fluid supply department are all arranged on installs on body, treatment fluid supply department is used for providing treatment fluid to waste gas purification desulfurization portion and being communicated with waste gas purification desulfurization portion, and waste gas purification desulfurization portion has air inlet and exhaust outlet.Install on body because waste gas purification desulfurization portion and treatment fluid supply department are all arranged on, thus waste gas purification apparatus is made to have the high feature of integrated level, when needs install waste gas purification apparatus in some occasion, only need by waste gas purification apparatus integral installation in assigned address, thus waste gas purification apparatus is had be convenient to installation, easy access, the feature such as easy to use.Particularly for the large-scale Waterborne movable facility not being equipped with waste gas purification apparatus, only need the appropriate location of waste gas purification apparatus integral installation on large-scale Waterborne movable facility, without the need to carrying out structure improvement to large-scale Waterborne movable facility again, thus effectively reduce staff labour intensity, improve installation effectiveness, decrease improvement cost waste.
Accompanying drawing explanation
The accompanying drawing forming a application's part is used to provide further understanding of the present utility model, and schematic description and description of the present utility model, for explaining the utility model, is not formed improper restriction of the present utility model.In the accompanying drawings:
Fig. 1 diagrammatically illustrates the structural representation of the waste gas purification apparatus in the utility model;
Fig. 2 diagrammatically illustrates the position relationship schematic diagram of waste gas purification apparatus and hull in a preferred embodiment in the utility model;
Fig. 3 diagrammatically illustrates the structural representation of the boats and ships in the utility model;
Fig. 4 diagrammatically illustrates the partial sectional view of Fig. 3; And
Fig. 5 diagrammatically illustrates the position relationship schematic diagram of waste gas purification apparatus and hull in another preferred embodiment in the utility model.
Reference numeral in figure: 10, install body; 20, waste gas purification desulfurization portion; 30, treatment fluid supply department; 40, air inlet pipeline; 41, the first end of air inlet pipeline 40; 42, the second end of air inlet pipeline 40; 50, gas exhaust piping; 51, the first end of gas exhaust piping 50; 52, the second end of gas exhaust piping 50; 60, pipeline is regulated; 61, flow control division; 70, air dam; 80, devil liquor recovery handling part; 81, fluid injection pipeline; The first end of 81a, fluid injection pipeline 81; Second end of 81b, fluid injection pipeline 81; 82, drain line; The first end of 82a, drain line 82; Second end of 82b, drain line 82; 83, treatment fluid configuration section; 84, liquid supplementation pipe; The first end of 84a, liquid supplementation pipe 84; Second end of 84b, liquid supplementation pipe 84; 85, hull; 85a, deck; 85b, cabin; 86, protective cover; 87, feed pipe; 88, waste liquid carrier pipe; 89, trash discharge pipe; 90, control part; 91, the first kinetic pump; 92, the second kinetic pump; 93, the 3rd kinetic pump; 94, the 4th kinetic pump; 95, the 5th kinetic pump.
Detailed description of the invention
Below in conjunction with accompanying drawing, embodiment of the present utility model is described in detail, but the multitude of different ways that the utility model can be defined by the claims and cover is implemented.
As first aspect of the present utility model, provide a kind of waste gas purification apparatus.As shown in Figures 1 to 5, waste gas purification apparatus comprises installation body 10, waste gas purification desulfurization portion 20, for providing the treatment fluid supply department 30 for the treatment of fluid to waste gas purification desulfurization portion 20, waste gas purification desulfurization portion 20 is arranged on installs on body 10; Treatment fluid supply department 30 is arranged on installs on body 10, and treatment fluid supply department 30 is communicated with waste gas purification desulfurization portion 20; Waste gas purification desulfurization portion 20 has air inlet and exhaust outlet.Install on body 10 because waste gas purification desulfurization portion 20 and treatment fluid supply department 30 are all arranged on, thus waste gas purification apparatus is made to have the high feature of integrated level, when needs install waste gas purification apparatus in some occasion, only need by waste gas purification apparatus integral installation in assigned address, thus waste gas purification apparatus is had be convenient to installation, easy access, the feature such as easy to use.Particularly for the large-scale Waterborne movable facility not being equipped with waste gas purification apparatus, only need the appropriate location of waste gas purification apparatus integral installation on large-scale Waterborne movable facility, without the need to carrying out structure improvement to large-scale Waterborne movable facility again, thus effectively reduce staff labour intensity, improve installation effectiveness, decrease improvement cost waste.
Preferably, waste gas purification desulfurization portion 20 can horizontal placement or vertical placement (please refer to Fig. 1 and Fig. 2).
Waste gas purification apparatus in the utility model comprises air inlet pipeline 40 and gas exhaust piping 50, and the first end 41 of air inlet pipeline 40 is communicated with the air inlet in waste gas purification desulfurization portion 20; The first end 51 of gas exhaust piping 50 is communicated with the exhaust outlet in waste gas purification desulfurization portion 20.Preferably, the first end 51 of gas exhaust piping 50 is positioned at the upper end in waste gas purification desulfurization portion 20.Further, the first end 51 of gas exhaust piping 50 is positioned at the downstream in purification direction.First end 51 due to gas exhaust piping 50 is positioned at the upper end in waste gas purification desulfurization portion 20, and the downstream being thus convenient to purify again after waste gas processes along purification direction direction is discharged, thus ensure that the clean-up effect of waste gas purification apparatus.
Waste gas purification apparatus in the utility model also comprises adjustment pipeline 60 and flow control division 61, and the second end 42 of air inlet pipeline 40 is communicated with regulating the first end of pipeline 60, and the second end 52 of gas exhaust piping 50 is communicated with regulating the second end of pipeline 60; Flow control division 61 is arranged on and regulates on pipeline 60 and between the first end regulating pipeline 60 and the second end (please refer to Fig. 1).Pipeline 60 and flow control division 61 is regulated owing to being provided with, thus untreated waste gas should regulate in pipeline 60 via regulating the first end of pipeline 60 to enter, and enter in waste gas purification desulfurization portion 20 by air inlet pipeline 40, gas after the process of waste gas purification desulfurization portion 20, through gas exhaust piping 50, is discharged to the external world by regulating the second end of pipeline 60; Simultaneously, flow control division 61 is for regulating by the flow regulating the first end of pipeline 60 directly to flow to the waste gas of the second end, particularly when the index of waste gas meets discharge standard, in order to cost-saving, the reduction processing time, directly by directly being flowed to the second end regulating pipeline 60 by flow control division 61 by the waste gas regulating the first end of pipeline 60 to enter, outwardly can discharge.
Preferably, adjustment pipeline 60 is blast pipes of motive power system.
Preferably, flow control division 61 is flow control valve.Further, flow control division 61 is electric controlled regulating valve.
In preferred embodiment as shown in Figure 1, waste gas purification apparatus also comprises air dam 70, and air dam 70 is at least one, and air dam 70 is arranged in air inlet pipeline 40 and/or gas exhaust piping 50.Owing to being provided with air dam 70, thus negative pressuren zone be can form in pipeline, to make gas blow to wind-guiding direction by the negative pressuren zone of air dam 70, thus the runner speed of gas, the generation of situation such as reduction turbulent flow, adverse current etc. accelerated.When arranging air dam 70 in air inlet pipeline 40, the wind-guiding direction of air dam 70 should towards side, waste gas purification desulfurization portion 20; When arranging air dam 70 in gas exhaust piping 50, the wind-guiding direction of air dam 70 should towards extraneous side.
Preferably, air dam 70 is blower fan.
Preferably, waste gas purification desulfurization portion 20 is arranged with the treatment fluid in treatment fluid supply department 30 capable of circulationly.Due to waste gas purification desulfurization portion 20 and the treatment fluid in treatment fluid supply department 30 capable of circulation arrange, thus improve the utilization ratio for the treatment of fluid, avoiding the waste problem that treatment fluid unreacted is just caused by abandoning.
In preferred embodiment as shown in Figure 1, waste gas purification apparatus also comprises fluid injection pipeline 81 and drain line 82, and the first end 81a of fluid injection pipeline 81 is communicated with treatment fluid supply department 30, and the second end 81b of fluid injection pipeline 81 is communicated with waste gas purification desulfurization portion 20; The first end 82a of drain line 82 is communicated with waste gas purification desulfurization portion 20, and the second end 82b of drain line 82 is communicated with treatment fluid supply department 30.Preferably, the first end 81a of fluid injection pipeline 81 is communicated with the top for the treatment of fluid supply department 30, and the second end 81b of fluid injection pipeline 81 is communicated with the top in waste gas purification desulfurization portion 20; The first end 82a of drain line 82 is communicated with the bottom in waste gas purification desulfurization portion 20, and the second end 82b of drain line 82 is communicated with the bottom for the treatment of fluid supply department 30.Because the second end 81b of fluid injection pipeline 81 is communicated with the top in waste gas purification desulfurization portion 20, thus supply by treatment fluid supply department 30 treatment fluid come and can carry out desulfurization process in the mode of spray (spray in vaporific) to waste gas in inside, waste gas purification desulfurization portion 20, thus improve the contact area for the treatment of fluid and waste gas, ensure that the effect of desulfurization.Because the second end 82b of drain line 82 is communicated with the bottom for the treatment of fluid supply department 30, thus reclaim the treatment fluid of circulation after treatment fluid supply department 30 interior laminate layer, waste gas purification desulfurization portion 20 can be entered by the fluid injection pipeline 81 again through being positioned at treatment fluid supply department 30 top.
Waste gas purification desulfurization portion 20 in the utility model has treatment fluid import and treatment fluid outlet, and treatment fluid import is positioned at the upstream in purification direction, and treatment fluid outlet is positioned at the downstream in purification direction.In preferred embodiment as shown in Figure 1, the second end 81b of fluid injection pipeline 81 and the treatment fluid inlet communication in waste gas purification desulfurization portion 20, the first end 82a of drain line 82 and the treatment fluid outlet in waste gas purification desulfurization portion 20.Waste gas purification apparatus in the utility model also comprises devil liquor recovery handling part 80, and devil liquor recovery handling part 80 is arranged on to be installed on body 10, and devil liquor recovery handling part 80 is communicated with treatment fluid supply department 30 (please refer to Fig. 1 and Fig. 2).Owing to being provided with devil liquor recovery handling part 80, thus in treatment fluid supply department 30, the waste liquid of deposition can process through devil liquor recovery handling part 80, thus ensure that the normal work in treatment fluid supply department 30 and waste gas purification desulfurization portion 20.Preferably, devil liquor recovery handling part 80 comprises the treatment facilities such as separator, for Recycling of waste liquid, refuse etc.
In preferred embodiment as shown in Figure 1, waste gas purification apparatus also comprises waste liquid carrier pipe 88, and the first end of waste liquid carrier pipe 88 is communicated with treatment fluid supply department 30, and the second end of waste liquid carrier pipe 88 is communicated with devil liquor recovery handling part 80.Preferably, the first end of waste liquid carrier pipe 88 is communicated with the bottom for the treatment of fluid supply department 30, and the second end of waste liquid carrier pipe 88 is communicated with the top of devil liquor recovery handling part 80.Bottom due to treatment fluid supply department 30 is provided with waste liquid carrier pipe 88, is thus convenient to the waste liquid in treatment fluid supply department 30 to be delivered to devil liquor recovery handling part 80, thus ensure that the reliability of liquid waste processing.
In preferred embodiment as shown in Figure 1, waste gas purification apparatus also comprises trash discharge pipe 89, and the first end of trash discharge pipe 89 is communicated with the bottom of devil liquor recovery handling part 80.Owing to being provided with trash discharge pipe 89, be thus convenient to the discharge of waste material, thus ensure that the functional reliability of waste gas purification apparatus.
Preferably, waste gas purification apparatus also comprises treatment fluid configuration section 83, and treatment fluid configuration section 83 is arranged on installs on body 10, and treatment fluid configuration section 83 is communicated with treatment fluid supply department 30 (please refer to Fig. 1 and Fig. 2).Owing to being provided with treatment fluid configuration section 83, thus treatment fluid configured in treatment fluid configuration section 83 after for give treatment fluid supply department 30 supply treatment fluid.
Further, waste gas purification apparatus also comprises feed pipe 87, and feed pipe 87 is communicated with the top for the treatment of fluid configuration section 83.Water supplies to treatment fluid configuration section 83 by feed pipe 87, makes fresh water (FW) in proportion to make alkaline matter and water.
In preferred embodiment as shown in Figure 1, waste gas purification apparatus also comprises liquid supplementation pipe 84, and the first end 84a of liquid supplementation pipe 84 is communicated with the bottom for the treatment of fluid configuration section 83, and the second end 84b of liquid supplementation pipe 84 is communicated with the top for the treatment of fluid supply department 30.Because in treatment fluid supply department 30, treatment fluid concentrates the top being positioned at treatment fluid supply department 30, thus the treatment fluid of supply directly supplies to the top for the treatment of fluid supply department 30 by liquid supplementation pipe 84, with make treatment fluid can directly for waste gas purification desulfurization portion 20 used, reduce the touch opportunity of waste liquid in treatment fluid and treatment fluid supply department 30, ensure that the dependability for the treatment of fluid.
Preferably, waste gas purification apparatus also comprises protective cover 86, protective cover 86 is located at the outside of waste gas purification desulfurization portion 20 and/or treatment fluid supply department 30 and/or devil liquor recovery handling part 80 and/or treatment fluid configuration section 83, and the lower end of protective cover 86 is connected with installation body 10.Because waste gas purification apparatus is provided with protective cover 86, thus effectively avoid external force collision to damage the inner each parts of waste gas purification apparatus, and make, in protective cover 86, there is clean, neat working environment, decrease the cleaning maintenance workload to each parts.When waste gas purification apparatus is arranged on the workplace being exposed to external environment, the effect that protective cover 86 can also play sunshade, keep off the rain, avoids weather environment on the impact of waste gas purification apparatus.Meanwhile, also make waste gas purification apparatus have integrated level high, be convenient to transport feature.
Further, protective cover 86 has openable door and window, passes in and out protective cover 86 so that staff is convenient and makes the effective convection current of the air in protective cover 86.
In preferred embodiment as shown in Figure 1, waste gas purification apparatus also comprises control part 90, first kinetic pump 91, second kinetic pump 92, the 3rd kinetic pump 93, the 4th kinetic pump 94 and the 5th kinetic pump 95, wherein, control part 90 is arranged on to be installed on body 10, control part 90 is all connected, for controlling the duty of each kinetic pump with the first kinetic pump 91, second kinetic pump 92, the 3rd kinetic pump 93, the 4th kinetic pump 94 and the 5th kinetic pump 95; First kinetic pump 91 is arranged on fluid injection pipeline 81, for pumping in waste gas purification desulfurization portion 20 by treatment fluid by treatment fluid supply department 30; Second kinetic pump 92 is arranged in drain line 82, for pumping in treatment fluid supply department 30 by treatment fluid by waste gas purification desulfurization portion 20; 3rd kinetic pump 93 is arranged in liquid supplementation pipe 84, for pumping in treatment fluid supply department 30 by treatment fluid by treatment fluid configuration section 83; 4th kinetic pump 94 is arranged on the waste liquid carrier pipe 88 for connecting devil liquor recovery handling part 80 and treatment fluid supply department 30, for the waste liquid in treatment fluid supply department 30 is pumped in devil liquor recovery handling part 80, treatment fluid particularly in treatment fluid supply department 30 is saturated and when preparing crystallization, should control the 4th kinetic pump 94 in time and be pumped into by waste liquid in devil liquor recovery handling part 80; 5th kinetic pump 95 is arranged on the trash discharge pipe 89 of devil liquor recovery handling part 80, for being pumped by the refuse in devil liquor recovery handling part 80.
In preferred embodiment as shown in Figure 1, treatment fluid configuration section 83, control part 90, waste gas purification desulfurization portion 20 and devil liquor recovery handling part 80 are all arranged at intervals along the circumference for the treatment of fluid supply department 30.Due to treatment fluid supply department 30 is arranged on centre position, thus effectively plans the path of connecting line, decreased the length of connecting line as far as possible, made layout more reasonable.
In a not shown preferred embodiment, waste gas purification apparatus also comprises treatment fluid configuration section 83, and treatment fluid configuration section 83 is arranged on installs on body 10, and treatment fluid configuration section 83 is communicated with treatment fluid supply department 30; Treatment fluid configuration section 83, devil liquor recovery handling part 80 and treatment fluid supply department 30 are stacked.Wherein, treatment fluid configuration section 83 is arranged on the top for the treatment of fluid supply department 30.Certainly, treatment fluid configuration section 83, devil liquor recovery handling part 80 and treatment fluid supply department 30 can also stack setting each other.
As second aspect of the present utility model, provide a kind of boats and ships.As shown in Figures 1 to 5, boats and ships comprise waste gas purification apparatus and hull 85, and waste gas purification apparatus is arranged on hull 85, and waste gas purification apparatus is above-mentioned waste gas purification apparatus.Owing to only needing its integral installation when the waste gas purification apparatus in the utility model is installed and used on boats and ships, without the need to transforming the structure of boats and ships, thus improve waste gas purification apparatus the labour intensity installed and used reliability, effectively reduce staff, improve installation effectiveness, decrease improvement cost waste.
Certainly, waste gas purification apparatus can also be arranged on other large-scale Waterborne movable facilities.
Preferably, hull 85 comprises deck 85a and cabin 85b, and waste gas purification apparatus is arranged on the 85a of deck or cabin 85b interior (please refer to Fig. 2 and Fig. 5).Due to deck 85a having larger installing space, thus waste gas purification apparatus is arranged on deck 85a and can ensures installation reliability, maintenance and dependability.Certainly, also in cabin 85b, waste gas purification apparatus can be installed.
Each parts in waste gas purification apparatus in the utility model can overallly use, also can single independent use as required.
These are only preferred embodiment of the present utility model, be not limited to the utility model, for a person skilled in the art, the utility model can have various modifications and variations.All within spirit of the present utility model and principle, any amendment done, equivalent replacement, improvement etc., all should be included within protection domain of the present utility model.
Claims (23)
1. a waste gas purification apparatus, is characterized in that, comprising:
Body (10) is installed;
Waste gas purification desulfurization portion (20), described waste gas purification desulfurization portion (20) is arranged on described installation body (10), has air inlet and exhaust outlet;
For the treatment fluid supply department (30) providing treatment fluid to described waste gas purification desulfurization portion (20), described treatment fluid supply department (30) is arranged on described installation body (10), and described treatment fluid supply department (30) is communicated with described waste gas purification desulfurization portion (20).
2. waste gas purification apparatus according to claim 1, is characterized in that, described waste gas purification apparatus also comprises:
Air inlet pipeline (40), the first end (41) of described air inlet pipeline (40) is communicated with the air inlet of described waste gas purification desulfurization portion (20);
Gas exhaust piping (50), the first end (51) of described gas exhaust piping (50) is communicated with the exhaust outlet of described waste gas purification desulfurization portion (20).
3. waste gas purification apparatus according to claim 2, is characterized in that, the first end (51) of described gas exhaust piping (50) is positioned at the upper end of described waste gas purification desulfurization portion (20).
4. waste gas purification apparatus according to claim 2, is characterized in that, described waste gas purification apparatus also comprises:
Regulate pipeline (60), second end (42) of described air inlet pipeline (40) is communicated with the first end of described adjustment pipeline (60), and second end (52) of described gas exhaust piping (50) is communicated with the second end of described adjustment pipeline (60);
Flow control division (61), it is upper and between the first end being positioned at described adjustment pipeline (60) and the second end that described flow control division (61) is arranged on described adjustment pipeline (60).
5. waste gas purification apparatus according to claim 2, it is characterized in that, described waste gas purification apparatus also comprises air dam (70), described air dam (70) is at least one, and described air dam (70) is arranged in described air inlet pipeline (40) and/or described gas exhaust piping (50).
6. waste gas purification apparatus according to claim 5, is characterized in that, described air dam (70) is blower fan.
7. waste gas purification apparatus according to claim 1, is characterized in that, described waste gas purification apparatus also comprises:
Fluid injection pipeline (81), the first end (81a) of described fluid injection pipeline (81) is communicated with described treatment fluid supply department (30), and second end (81b) of described fluid injection pipeline (81) is communicated with described waste gas purification desulfurization portion (20);
Drain line (82), the first end (82a) of described drain line (82) is communicated with described waste gas purification desulfurization portion (20), and second end (82b) of described drain line (82) is communicated with described treatment fluid supply department (30).
8. waste gas purification apparatus according to claim 7, is characterized in that, described waste gas purification apparatus also comprises:
Control part (90), described control part (90) is arranged on described installation body (10);
First kinetic pump (91), described first kinetic pump (91) is electrically connected with described control part (90), and described first kinetic pump (91) is arranged on described fluid injection pipeline (81).
9. waste gas purification apparatus according to claim 7, is characterized in that, described waste gas purification apparatus also comprises:
Control part (90), described control part (90) is arranged on described installation body (10);
Second kinetic pump (92), described second kinetic pump (92) is electrically connected with described control part (90), and described second kinetic pump (92) is arranged in described drain line (82).
10. waste gas purification apparatus according to claim 1, is characterized in that, described waste gas purification desulfurization portion (20) has:
Treatment fluid import;
Treatment fluid exports, and described treatment fluid import is positioned at the upstream in purification direction, and described treatment fluid outlet is positioned at the downstream in described purification direction.
11. waste gas purification apparatuses according to claim 1, it is characterized in that, described waste gas purification apparatus also comprises treatment fluid configuration section (83), described treatment fluid configuration section (83) is arranged on described installation body (10), and described treatment fluid configuration section (83) is communicated with described treatment fluid supply department (30).
12. waste gas purification apparatuses according to claim 11, it is characterized in that, described waste gas purification apparatus also comprises liquid supplementation pipe (84), the first end (84a) of described liquid supplementation pipe (84) is communicated with the bottom of described treatment fluid configuration section (83), and second end (84b) of described liquid supplementation pipe (84) is communicated with the top of described treatment fluid supply department (30).
13. waste gas purification apparatuses according to claim 12, is characterized in that, described waste gas purification apparatus also comprises:
Control part (90), described control part (90) is arranged on described installation body (10);
3rd kinetic pump (93), described 3rd kinetic pump (93) is electrically connected with described control part (90), and described 3rd kinetic pump (93) is arranged in described liquid supplementation pipe (84).
14. waste gas purification apparatuses according to claim 11, is characterized in that, waste gas purification apparatus also comprises feed pipe (87), and described feed pipe (87) is communicated with the top of described treatment fluid configuration section (83).
15. waste gas purification apparatuses according to claim 1, it is characterized in that, described waste gas purification apparatus also comprises devil liquor recovery handling part (80), described devil liquor recovery handling part (80) is arranged on described installation body (10), and described devil liquor recovery handling part (80) is communicated with described treatment fluid supply department (30).
16. waste gas purification apparatuses according to claim 15, it is characterized in that, described waste gas purification apparatus also comprises waste liquid carrier pipe (88), the first end of described waste liquid carrier pipe (88) is communicated with described treatment fluid supply department (30), and the second end of described waste liquid carrier pipe (88) is communicated with described devil liquor recovery handling part (80).
17. waste gas purification apparatuses according to claim 16, is characterized in that, described waste gas purification apparatus also comprises:
Control part (90), described control part (90) is arranged on described installation body (10);
4th kinetic pump (94), described 4th kinetic pump (94) is electrically connected with described control part (90), and described 4th kinetic pump (94) is arranged on described waste liquid carrier pipe (88).
18. waste gas purification apparatuses according to claim 15, is characterized in that, described waste gas purification apparatus also comprises:
Trash discharge pipe (89), the first end of described trash discharge pipe (89) is communicated with the bottom of described devil liquor recovery handling part (80);
Control part (90), described control part (90) is arranged on described installation body (10);
5th kinetic pump (95), described 5th kinetic pump (95) is electrically connected with described control part (90), and described 5th kinetic pump (95) is arranged on described trash discharge pipe (89).
19. waste gas purification apparatuses according to claim 15, it is characterized in that, described waste gas purification apparatus also comprises treatment fluid configuration section (83), described treatment fluid configuration section (83) is arranged on described installation body (10), and described treatment fluid configuration section (83) is communicated with described treatment fluid supply department (30); Described treatment fluid configuration section (83), described waste gas purification desulfurization portion (20), described devil liquor recovery handling part (80) are all arranged at intervals along the circumference of described treatment fluid supply department (30).
20. waste gas purification apparatuses according to claim 15, it is characterized in that, described waste gas purification apparatus also comprises treatment fluid configuration section (83), described treatment fluid configuration section (83) is arranged on described installation body (10), and described treatment fluid configuration section (83) is communicated with described treatment fluid supply department (30); Described treatment fluid configuration section (83), described devil liquor recovery handling part (80) and described treatment fluid supply department (30) are stacked.
21. waste gas purification apparatuses according to claim 1, it is characterized in that, described waste gas purification apparatus also comprises protective cover (86), and described protective cover (86) is located at the outside of described waste gas purification desulfurization portion (20) and/or described treatment fluid supply department (30).
22. 1 kinds of boats and ships, comprise waste gas purification apparatus and hull (85), described waste gas purification apparatus is arranged on described hull (85), it is characterized in that, described waste gas purification apparatus is the waste gas purification apparatus according to any one of claim 1 to 21.
23. boats and ships according to claim 22, it is characterized in that, described hull (85) comprises deck (85a) and cabin (85b), and described waste gas purification apparatus is arranged on described deck (85a) or in described cabin (85b).
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| CN201420474907.7U CN204147754U (en) | 2014-08-21 | 2014-08-21 | Waste gas purification apparatus and boats and ships |
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| CN201420474907.7U CN204147754U (en) | 2014-08-21 | 2014-08-21 | Waste gas purification apparatus and boats and ships |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104147914A (en) * | 2014-08-21 | 2014-11-19 | 山东威达机械股份有限公司 | Waste gas purification device and ship |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104147914A (en) * | 2014-08-21 | 2014-11-19 | 山东威达机械股份有限公司 | Waste gas purification device and ship |
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