CN103382068A - Ship pollution treatment system equipped with exhaust and evaporation plant and incinerator - Google Patents
Ship pollution treatment system equipped with exhaust and evaporation plant and incinerator Download PDFInfo
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- CN103382068A CN103382068A CN2013102069149A CN201310206914A CN103382068A CN 103382068 A CN103382068 A CN 103382068A CN 2013102069149 A CN2013102069149 A CN 2013102069149A CN 201310206914 A CN201310206914 A CN 201310206914A CN 103382068 A CN103382068 A CN 103382068A
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Abstract
A ship pollution treatment system equipped with an exhaust and evaporation plant and an incinerator comprises a mixed precipitating pot, a sludge and feces pot, a screw metering pump, an exhaust and evaporation plant, a garbage drying case, an incinerator, a deduster, a time relay or a computer and the like. The system adopts a mature patented technology: oil-water separated ship bottom oily water and bath, washing, kitchen, fecal sewage are coagulated and deposited. Waste heat and screw metering pump technology is fully utilized in the system: a quantitative supernatant is pumped into a scorching hot, high-pressure, pulsation and rotary main and auxiliary machine's exhaust pipe airflow regularly and undergoes separation, evaporation and oxidation and is discharged into the atmosphere so as to achieve zero emission during navigation, and the supernatant is stored and collected ashore during parking. The system adopts a rotating disk grate technology by the use of the screw metering pump and the miniature incinerator: a fixed amount of sludge and faeces is condensed regularly, burned into ash and is cleaned ashore after arriving at the port. The system has advantages of full automatic operation, sanitation and no leakage, no generation of dioxin during treatment, low energy consumption, small floor space and low investment and operation costs. In addition, closed operation of the system avoids ships from discharging pollutants to a water body of the South-to-North water diversion valley.
Description
Technical field
The present invention relates to environmental engineering and Marine engineering technical field, relate in particular to the Pollution From Ships treatment system field that is equipped with exhaust evaporation unit and incinerator.
Background technology
Industrial pollution, city, atmosphere, farmland surface water and Pollution From Ships are several large sources that rivers,lakes and seas water quality is polluted, and Pollution From Ships is its most direct source of pollution, and bathing, washing, meal kitchen sewage, ight soil are arranged contamination class and wash-down water pollutes and oily bilge water pollutes, noxious waste pollution.Even it is also inconvenience that so many pollutions are processed by land, face but now that hull Chu Li Chang ground is narrow and small, the investment of indefinite, the treatment system of drifting, power consumption, operation cost all can not height, for avoiding sewage dirt high temperature to produce the rancid gases such as Dioxins midsummer, the harm crewman is healthy, the necessary automated operation closed operation of system, because the sewage dirt amount of single ship every day is little, need the microminiaturization for the treatment of facility.The vessel sewage dirt zero release of guarantee south water to north basin and a small amount of requirement of concentrating disembarkation.Online search " vessel sewage " only obtains 6-7 bar patent, thus strengthen management and control except spending large strength to improve the construction of legal rules, the advanced technology of system, the practical hardware that is Pollution From Ships is processed guarantees.Take a single example, processing the little coagulating sedimentation of the water yield is a difficult problem, per hour process 1 ton of Yangtze River Water as the dosing medication device and need add coagulating agent 80g, the aqueous solution that furnishing is 20 times is 1600ml only also, the dosing flow of per second only has 0.44ml, conventional dry type, wet type, siphon, water sprayer dosing all are fit to the situation of large flow, can't use at all, and the solution of the dosing at intermittence that " Water feeding treatment device " 200420055951.0. of Zhang Ruilin controls with time rly. or meter Suan machine, intermittently coagulating sedimentation success this difficult problem." through exhaust gas boiler vaporizer " in another patent " Water feeding treatment device for ship " ZL03203592.6 of Zhang Ruilin takes full advantage of the main auxiliary machine exhausting heat energy with enlightenment to the present invention.
Summary of the invention
In order to solve the processing problem of vessel sewage dirt, the invention provides a kind of like this system, it is by the sewage of mixed heavy tank with bathing, washing, meal kitchen and process oily water separation limber water, dosing at the intermittence medicine that Applicative time rly. Huo Ji Suan machine is controlled, intermittently coagulating sedimentation carries out solid-liquid separation, supernatant liquor is pressed into the main auxiliary machine vapor pipe through screw metering pump, water delivery mouth, in the air-flow of scorching hot, high pressure, pulsation, rotation, separation, evaporation, oxidation enter atmosphere.For alleviating issuable detonation impact, the main auxiliary machine vapor pipe is provided with expansion joint, and screw-blade is installed in the main auxiliary machine vapor pipe, and the rubbish drying baker also has been installed on the main auxiliary machine vapor pipe.When berthing, rely on the exhaust evaporation unit of auxiliary exhaust pipe to process.
mud in fecal sewage and mixed heavy tank conical bottom imports in the screw metering pump bucket, on the bucket wall, aperture is arranged, mud and fecal sewage are further concentrated under the extruding of screw rod, persistent movement due to screw rod, aperture can not stop up yet, the dense slag of mud ight soil enters incinerator at regular time and quantity through the narrow slit outlet of bottom, for preventing at narrow slit exit sintering, be provided with watercooling jacket in its periphery, mud ight soil falls on the rotating disk grate of rotation, the tip of scraper plate slightly is hook-shaped in face of the direction of rotating disk grate rotation, pasting rotating disk grate card, the axle sleeve of scraper plate both upper ends thereof is slidably matched with the scraper shaft that is fixed on the furnace wall, effect due to centrifugal force, the hook-shaped tip of scraper plate is scraped the incinerated matter on the rotating disk grate outside placing gradually, what fall into bottom of incinerator is scorching hot ashes, for preventing producing dioxin in Slow cooling, so ashes are quickly cooled to below 150 ℃ by watercooling jacket after entering fly-ash separator, together clear up disembarkation until open coded lock by the full-time staff during port together with rubbish drying baker ashes.The waste odour-gas body in the screw metering pump space of rubbish drying baker and incinerator, send incinerator by the blower fan suction to through the air draft mouth, air draft mouth Way out and incinerator circumferential inner wall are tangent, and in the middle of the height that is subjected to aerofoil, like this, the air draft mouth just can and provide the kinetic energy of rotation for the incinerator oxygen supply for the rotating disk grate.The suction of blower fan also makes and forms negative pressure in rubbish drying baker, screw metering pump, and obnoxious flavour is overflowed, and pollutes crewman's life, Working environment.
Technical scheme
For achieving the above object, technical scheme of the present invention is, a kind of Pollution From Ships treatment system that is equipped with exhaust evaporation unit and incinerator, the composite wastewater pipe is communicated with columnar Water Tank, the pipeline connected electromagnetic valve of Water Tank conical bottom, water pump, tangentially be communicated with by the inwall of pipeline with mixed heavy tank again, on mixed heavy tank, grug feeding jar and magnetic valve are housed, the tubing of magnetic valve is housed, one end tangentially is communicated with mixed heavy tank lower inner wall, the other end is communicated with receiver, the pipeline communication exhaust evaporation unit of receiver conical bottom and rubbish drying baker; The pipeline connected electromagnetic valve of mixed heavy tank conical bottom is again through pipeline communication mud ight soil tank, and the fecal sewage pipe also is communicated with mud ight soil tank, pipeline communication incinerator and the fly-ash separator of mud ight soil tank conical bottom.
Magnetic valve, water pump, screw metering pump, nichrome wire, blower fan are by the time relay or computer control.
The pipeline connecting screw rod volume pump at the receiver cone end, the output terminal of screw metering pump is communicated with the water delivery mouth, water delivery mouth end surrounding is furnished with aperture, the water delivery mouth tiltedly penetrates in the main auxiliary machine vapor pipe, and install along the Way out of main auxiliary machine vapor pipe, install or do not fill screw-blade in vapor pipe, the water delivery mouth position of main auxiliary machine vapor pipe arranges expansion joint, on the main auxiliary machine vapor pipe excircle of expansion joint rear portion, the rubbish drying baker is set.
the cone bottom pipeline of mud ight soil tank passes the screw metering pump shell and is communicated with the metering barrel, be furnished with aperture on the metering barrel, formation filtrate space between metering barrel and volume pump shell, the filtrate space of filtrate pipe connection screw metering pump bottom and the pipeline of Water Tank conical base, the metering barrel is in-built a screw rod that is slidably matched, the periphery in the narrow slit exit of screw metering pump lower end mud ight soil is provided with watercooling jacket, the screw metering pump bottom is communicated with the round shape cone incinerator at the end, the narrow slit outlet is communicated with the top of incinerator downwards, on in incinerator, under nichrome wire install and to be supported on the furnace wall, scraper shaft below upper nichrome wire is the radial installation in center and is supported on incinerator inner wall, axle sleeve and its scraper shaft of each piece scraper plate both upper ends thereof are slidably connected, scrape on the rotating disk grate scraper plate bottom, the rotating disk grate is vertical with its central shaft, the center of central shaft and the center superposition of incinerator, central shaft top be contained in scraper shaft radial central position and axle sleeve that be fixedly connected with vertical with scraper shaft and be slidably connected, the axle sleeve that central shaft bottom and incinerator inner wall support is slidably connected, perhaps the central shaft bottom extends through the incinerator conical base and is connected with an electric motor, be fixedly connected with vertical with the rotating disk grate radial aerofoil that is subjected in center that is below the rotating disk grate, the top of the air-suction duct connecting screw rod volume pump shell of blower fan, and the space between barrel communicates with its inwall and metering, the air draft mouth of blower fan pierces into the incinerator shell, its Way out and incinerator circle tube inner wall are tangent, and in the middle of the height that is subjected to aerofoil, the soot pipeline that the incinerator conical bottom is installed connects fly-ash separator, on the fly-ash separator excircle, watercooling jacket is housed.
The flue on rubbish drying baker top is communicated with the air-suction duct of blower fan, and coded lock is installed or do not filled in the storage hopper outlet of rubbish drying baker, fly-ash separator conical bottom.
Grug feeding jar and magnetic valve on mixed heavy tank are replaced by screw metering pump or many organ timberings plug volume pump.
Replace mixed heavy tank with filtration unit or air-floating apparatus.
Cancel incinerator, mud ight soil tank ozone generator or chlorine generator is airtight, until cleaning disembarkation during the port.
Replace screw metering pump with many organ timberings plug volume pump.
Incinerator is with the main auxiliary machine vapor pipe encirclement of round shape chuck shape outward and passes.
Replace nichrome wire with the diesel fuel nozzle combustion unit.
Beneficial effect
The invention has the beneficial effects as follows, at ship's navigation and the two kinds of states that berth, take full advantage of ripe coagulating sedimentation technology, screw metering pump technology and main auxiliary machine exhaust evaporation unit and process vessel sewage, bathing when accomplishing to navigate by water, washing, meal kitchen, fecal sewage separate with oily bilge water, evaporation, oxidation zero release, and when berthing, a small amount of supernatant liquor is concentrated disembarkation.Utilize unique screw metering pump with miniature incinerator rotating disk grate technology, mud, ight soil to be concentrated, burn into ashes, pollutes Wu dioxin.During to the port, open coded lock with the ashes cleaning disembarkation of rubbish drying baker, fly-ash separator by the full-time staff, stop " south water to north " basin boats and ships to the water body blowdown.It is little that the present invention has floor space concurrently, and power consumption less, low, the Full automatic sealing operation of investment, operation cost, sanitation and hygiene be without advantages such as leakages.
Description of drawings
Fig. 1 is the schematic diagram of an embodiment.
Fig. 2 is the schematic diagram of another embodiment.
1 composite wastewater pipe in figure; 2 Water Tanks; 3 magnetic valves; 4 water pumps; 5 mixed heavy tanks; 6 tubings; 7 receivers; 8 screw metering pumps; 9 water delivery mouths; 10 main auxiliary machine vapor pipes; 11 expansion joints; 12 rubbish drying bakers; 13 mud ight soil tanks; 14 fecal sewage pipes; 15 metering barrels; 16 screw rods; 17 narrow slit outlets; 18 watercooling jackets; 19 incinerators; 20 nichrome wire; 21 scraper shafts; 22 scraper plates; 23 axle sleeves; 24 rotating disk grates; 25 central shafts; 26 are subjected to aerofoil; 27 blower fans; 28 air draft mouths; 29 fly-ash separators; 30 exhaust evaporation units; 31 filtrate pipes.
Embodiment
Consult Fig. 1 Fig. 2; Composite wastewater pipe 1 is communicated with columnar Water Tank 2, the pipeline connected electromagnetic valve 3 of Water Tank 2 conical bottom, water pump 4, tangentially be communicated with by the inwall of pipeline with mixed heavy tank 5 again, on mixed heavy tank 5, grug feeding jar and magnetic valve 3 are housed, the tubing 6 of magnetic valve 3 is housed, one end tangentially is communicated with mixed heavy tank 5 lower inner wall, and the other end is communicated with receiver 7, pipeline communication exhaust evaporation unit 30 and the rubbish drying baker 12 of receiver 7 conical bottom; The pipeline connected electromagnetic valve 3 of mixed heavy tank 5 conical bottom is again through pipeline communication mud ight soil tank 13, and fecal sewage pipe 14 also is communicated with mud ight soil tank 13, pipeline communication incinerator 19 and the fly-ash separator 29 of mud ight soil tank 13 conical bottom.
Magnetic valve 3, water pump 4, screw metering pump 8, nichrome wire 20, blower fan 27 are by the time relay or computer control.
The pipeline connecting screw rod volume pump 8 of receiver 7 conical bottom, the output terminal of screw metering pump 8 is communicated with water delivery mouth 9, water delivery mouth 9 end surroundings are furnished with aperture, water delivery mouth 9 tiltedly penetrates in main auxiliary machine vapor pipe 10, and install along the Way out of main auxiliary machine vapor pipe 10, the interior installation of main auxiliary machine vapor pipe 10 or do not fill screw-blade, water delivery mouth 9 positions of main auxiliary machine vapor pipe 10 arrange expansion joint 11, on expansion joint 11 rear portion main auxiliary machine vapor pipe 10 excircles, rubbish drying baker 12 are set.
the conical bottom pipeline of mud ight soil tank 13 passes screw metering pump 8 shells and is communicated with metering barrel 15, be furnished with aperture on metering barrel 15, formation filtrate space between metering barrel 15 and screw metering pump 8 shells, filtrate pipe 31 is communicated with the filtrate space of screw metering pump 8 bottoms and the pipeline of Water Tank 2 conical base, in metering barrel 15, the screw rod 16 that is slidably matched is housed, the periphery that the narrow slit of screw metering pump 8 lower end mud ight soil exports 17 places is provided with watercooling jacket 18, screw metering pump 8 bottoms are communicated with the round shape cone incinerator 19 at the end, narrow slit outlet 17 is communicated with the top of incinerator 19 downwards, on incinerator 19 is interior, under nichrome wire 20 install and be supported on the furnace wall, scraper shaft 21 below upper nichrome wire 20 is the radial installation in center and is supported on incinerator 19 inwalls, axle sleeve 23 and its scraper shaft 21 of each piece scraper plate 22 both upper ends thereof are slidably connected, scrape on rotating disk grate 24 scraper plate 22 bottoms, rotating disk grate 24 is vertical with its central shaft 25, the center superposition of the center of central shaft 25 and incinerator 19, central shaft 25 tops be contained in scraper shaft 21 radial central position and axle sleeve 23 that be fixedly connected with vertical with scraper shaft 21 and be slidably connected, the axle sleeve 23 that central shaft 25 bottoms and incinerator 19 inwalls support is slidably connected, perhaps central shaft 25 bottoms extend through incinerator 19 conical base and are connected with an electric motor, be fixedly connected with vertical with the rotating disk grate 24 radial aerofoil 26 that is subjected in center that is below rotating disk grate 24.
The top of air-suction duct connecting screw rod volume pump 8 shells of blower fan 27, and the space between barrel 15 communicates with its inwall and metering, the air draft mouth 28 of blower fan 27 pierces into incinerator 19 shells, its Way out and incinerator 19 circle tube inner walls are tangent, and in the middle of the height that is subjected to aerofoil 26, the soot pipeline that incinerator 19 conical bottom are installed connects fly-ash separator 29, on fly-ash separator 29 excircles, watercooling jacket 18 is housed.
The flue on rubbish drying baker 12 tops is communicated with the air-suction duct of blower fan 27, and coded lock is installed or do not filled in the storage hopper outlet of rubbish drying baker 12, fly-ash separator 29 conical bottom.
Grug feeding jar and magnetic valve 3 on mixed heavy tank 5 are replaced by screw metering pump 8 or many organ timberings plug volume pump.
Replace mixed heavy tank 5 with filtration unit or air-floating apparatus.
Cancel incinerator 19, with mud ight soil tank 13 ozone generators or to add chlorine generator airtight, until cleaning disembarkation during the port.
Replace screw metering pump 8 with many organ timberings plug volume pump.
The outer main auxiliary machine vapor pipe 10 that is with round shape chuck shape of incinerator 19 surrounds and passes.
Replace nichrome wire 20 with the diesel fuel nozzle combustion unit.
Claims (9)
1. Pollution From Ships treatment system that is equipped with exhaust evaporation unit and incinerator, it comprises the composite wastewater pipe, the fecal sewage pipe, mixed heavy tank (Chinese patent 200420055951.0 Water feeding treatment device Zhang Ruilin), tubing, receiver, mud ight soil tank and exhaust evaporation unit, the rubbish drying baker, incinerator, fly-ash separator, the time relay or computer, magnetic valve, water pump, the compositions such as blower fan, it is characterized in that, the composite wastewater pipe is communicated with columnar Water Tank, the pipeline connected electromagnetic valve of Water Tank conical bottom, water pump, tangentially be communicated with by the inwall of pipeline with mixed heavy tank again, on mixed heavy tank, grug feeding jar and magnetic valve are housed, the tubing of magnetic valve is housed, one end tangentially is communicated with mixed heavy tank lower inner wall, the other end is communicated with receiver, the pipeline communication exhaust evaporation unit of receiver conical bottom and rubbish drying baker, the pipeline connected electromagnetic valve of mixed heavy tank conical bottom is again through pipeline communication mud ight soil tank, and the fecal sewage pipe also is communicated with mud ight soil tank, pipeline communication incinerator and the fly-ash separator of mud ight soil tank conical bottom,
Magnetic valve, water pump, screw metering pump, nichrome wire, blower fan are by the time relay or computer control.
2. exhaust evaporation unit, it comprises screw metering pump, the water delivery mouth, the main auxiliary machine vapor pipe, expansion joint, the rubbish drying baker, it is characterized in that, the pipeline connecting screw rod volume pump of receiver conical bottom, the output terminal of screw metering pump is communicated with the water delivery mouth, water delivery mouth end surrounding is furnished with aperture, the water delivery mouth tiltedly penetrates in the main auxiliary machine vapor pipe, and install along the Way out of main auxiliary machine vapor pipe, install or do not fill screw-blade in vapor pipe, the water delivery mouth position of main auxiliary machine vapor pipe arranges expansion joint, on the main auxiliary machine vapor pipe excircle of expansion joint rear portion, the rubbish drying baker is set.
3. incinerator, it comprises screw metering pump, the metering barrel, screw rod, the outlet of mud ight soil narrow slit, watercooling jacket, incinerator, nichrome wire, scraper shaft, scraper plate, axle sleeve, the rotating disk grate, central shaft, be subjected to aerofoil, blower fan, the air draft mouth, it is characterized in that, the conical bottom pipeline of mud ight soil tank passes the screw metering pump shell and is communicated with the metering barrel, be furnished with aperture on the metering barrel, formation filtrate space between metering barrel and volume pump shell, the filtrate space of filtrate pipe connection volume pump bottom and the pipeline of Water Tank conical base, the metering barrel is in-built a screw rod that is slidably matched, the periphery in the narrow slit exit of screw metering pump lower end mud ight soil is provided with watercooling jacket, the screw metering pump bottom is communicated with the round shape cone incinerator at the end, the narrow slit outlet is communicated with the top of incinerator downwards, on in incinerator, under nichrome wire install and to be supported on the furnace wall, scraper shaft below upper nichrome wire is the radial installation in center and is supported on incinerator inner wall, axle sleeve and its scraper shaft of each piece scraper plate both upper ends thereof are slidably connected, scrape on the rotating disk grate scraper plate bottom, the rotating disk grate is vertical with its central shaft, the center of central shaft and the center superposition of incinerator, central shaft top be contained in scraper shaft radial central position and axle sleeve that be fixedly connected with vertical with scraper shaft and be slidably connected, the axle sleeve that central shaft bottom and incinerator inner wall support is slidably connected, perhaps the central shaft bottom extends through the incinerator conical base and is connected with an electric motor, be fixedly connected with vertical with the rotating disk grate radial aerofoil that is subjected in center that is below the rotating disk grate,
The top of the air-suction duct connecting screw rod volume pump shell of blower fan, and the space between barrel communicates with its inwall and metering, the air draft mouth of blower fan pierces into the incinerator shell, its Way out and incinerator circle tube inner wall are tangent, and in the middle of the height that is subjected to aerofoil, the soot pipeline that the incinerator conical bottom is installed connects fly-ash separator, on the fly-ash separator excircle, watercooling jacket is housed;
The flue on rubbish drying baker top is communicated with the air-suction duct of blower fan, and coded lock is installed or do not filled in the storage hopper outlet of rubbish drying baker, fly-ash separator conical bottom.
4. Pollution From Ships treatment system according to claim 1, is characterized in that, grug feeding jar and magnetic valve on mixed heavy tank are replaced by screw metering pump or many organ timberings plug volume pump.
5. Pollution From Ships treatment system according to claim 1, is characterized in that, replaces mixed heavy tank with filtration unit or air-floating apparatus.
6. according to claim 1,3 described Pollution From Ships treatment system and incinerators, it is characterized in that, cancel incinerator, mud ight soil tank ozone generator or chlorine generator is airtight.
7. according to claim 2,3 described exhaust evaporation unit and incinerators, it is characterized in that, replace screw metering pump with many organ timberings plug volume pump.
8. according to claim 2,3 described exhaust evaporation unit and incinerators, it is characterized in that, the main auxiliary machine vapor pipe that incinerator is with round shape chuck shape outward surrounds and to pass.
9. incinerator according to claim 3, is characterized in that, replaces nichrome wire with the diesel fuel nozzle combustion unit.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2013102069149A CN103382068A (en) | 2013-05-15 | 2013-05-15 | Ship pollution treatment system equipped with exhaust and evaporation plant and incinerator |
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| Application Number | Priority Date | Filing Date | Title |
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| CN2013102069149A CN103382068A (en) | 2013-05-15 | 2013-05-15 | Ship pollution treatment system equipped with exhaust and evaporation plant and incinerator |
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| CN103382068A true CN103382068A (en) | 2013-11-06 |
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| CN2013102069149A Pending CN103382068A (en) | 2013-05-15 | 2013-05-15 | Ship pollution treatment system equipped with exhaust and evaporation plant and incinerator |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104528900A (en) * | 2014-12-06 | 2015-04-22 | 张瑞麟 | Ship pollution treatment system, exhausting and evaporating device, drying box and incinerator equipped thereon |
| CN104828240A (en) * | 2015-05-02 | 2015-08-12 | 张瑞麟 | Ship pollution treating system, and drying box, incinerator and exhaust evaporation device arranged on ship pollution treating system |
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| JP2005238119A (en) * | 2004-02-26 | 2005-09-08 | Katsumi Iida | Sewage treatment method |
| US7005077B1 (en) * | 2004-06-15 | 2006-02-28 | Brenner Samuel L | Shipboard human waste treatment for removing solids |
| CN2806442Y (en) * | 2004-12-31 | 2006-08-16 | 张瑞麟 | Feed water treatment device |
| CN102297307A (en) * | 2011-07-11 | 2011-12-28 | 张家港格林沙洲锅炉有限公司 | Outlet pipe structure of marine boiler safety valve |
| CN203319811U (en) * | 2013-05-15 | 2013-12-04 | 张瑞麟 | Ship pollution treatment system as well as equipped exhaust evaporation device and incinerator |
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2013
- 2013-05-15 CN CN2013102069149A patent/CN103382068A/en active Pending
Patent Citations (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JP2005238119A (en) * | 2004-02-26 | 2005-09-08 | Katsumi Iida | Sewage treatment method |
| US7005077B1 (en) * | 2004-06-15 | 2006-02-28 | Brenner Samuel L | Shipboard human waste treatment for removing solids |
| CN2806442Y (en) * | 2004-12-31 | 2006-08-16 | 张瑞麟 | Feed water treatment device |
| CN102297307A (en) * | 2011-07-11 | 2011-12-28 | 张家港格林沙洲锅炉有限公司 | Outlet pipe structure of marine boiler safety valve |
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Non-Patent Citations (1)
| Title |
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| 荆纬: "船舶生活污水处理系统优选方法的研究与应用", 《中国优秀硕士学位论文全文数据库-工程科技Ⅱ辑》, 15 August 2010 (2010-08-15), pages 17 - 18 * |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104528900A (en) * | 2014-12-06 | 2015-04-22 | 张瑞麟 | Ship pollution treatment system, exhausting and evaporating device, drying box and incinerator equipped thereon |
| CN104828240A (en) * | 2015-05-02 | 2015-08-12 | 张瑞麟 | Ship pollution treating system, and drying box, incinerator and exhaust evaporation device arranged on ship pollution treating system |
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Application publication date: 20131106 |