USCGÂ Marine Solid Waste Incinerator
Marine Solid Waste Incinerator/Dustbin incinerator/Rubbish incinerator Â
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 1.Features of USCG marine solide water incinerator
   -Man-machine dialogue interface for convenient operations
   -Continuous solid waste loading device with pneumatic control,as an option
   -Sludge agitation by a recirculation pump to obtin best mixture
   -Three options of sludge heating source,including electrical elements, steam coil or thrumal coil
   -Immediate working condition traceabilityÂ
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 2. Approval of marine solide water incinerator
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The incinerator is designed to burn solid waste and oil sludge produced onboard, in accordance with following rules and regulation:
- MARPOL73/78 Annex V, type approval and operating limits for shipboard incinerators
- IMO resolution MEPC76(40), adopted on 25 Sept. 1997
- IMO Resolution MEPC93(45), adopted on 5 Oct. 2000
-MARPOL 73/78 Annex VI, Resolution for the Prevention of Air Pollution from ship, adopted on 26 Sept. 1997
And into force on 19 May 2005
and got the approval of EC. CCS, DNV, GL, LR, ABS, USCG and so on.
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3. A complete marine solid waste incinerator system consists of three main parts:
(1)Combustion body
(2)Sludge tank with heating elements
(3)Exhaust gas fan
In which, the combustion body includes: Combustion chamber, Burner, Control panel and built-in accessories; The Sludge tank includes heating elements either elec. Heater or steam, thermal oil coil; Circulating pump, level switches etc; The Exhaust gas fan includes flue gas fan, flue gas damper, Expansion bellows.
5. Advantage of our marine solid waste incinerator
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(a) No secondary pollution While burning wastes, the flue gas coming out of this incinerator without colour, smoke, smell, only with less dust, and no poisonous.
 (b) Easier for installation and maintenance The structure of this equipment is designed to be dismountable.
We could adjust the design as the practical situation of your ship.
 (c) Easy operation(PLC control system)
Automatically controlled by the program with a sensor, and two digital temperature controllers, the temperature in the combustion chamber can be monitored and controlled.
 (d)Operation Security 
| Models | HYINC-18 | HYINC-50 | HYINC-50A | HYINC-80 | ||
| Capacity | 180,000Â Kcal/H | 500,000Â Kcal/H | 500,000Â Kcal/H | 800,000Â Kcal/H | ||
| Combustion chamber temperature | Max. 1180 Celsius degree Working 850-1150 Celsius degre e |
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| Flue gas temperature | Max. 375 Celsius degree Working 250-340 Celsius degree |
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| Surface temperature | Less than ambient temperature +20 Celsius degree, and less than 60 ° C | |||||
Boiler water walls are membrane walls that are made of tubes welded together with or without a strip of metal in between. These walls form the enclosure of the coal combustion chamber. Water wall tubes are also referred to as the evaporator section; they contain water mostly in liquid form which gradually evaporates as it rises in the boiler.
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