Product Name: 25t CFB Circulating Fluidized Bed Boiler for Power Plant Model NO.: SHXF25-4.2-A Usage: Industrial Burning Style: Fluidized Bed Furnace Manufacturing Level: A Pressure: High Pressure Drum Placement: Horizontal Boiler Water Circulation: Natural Circulation Media: Hot Water Structure: Water Tube Installation: Assembled Boiler Fuel: Coal-Fired Function: Steam Boilers Transport Package: Boiler Body in Nude Package, Parts Packed in Cases Specification: output 25T steam boiler per hour Origin: China HS Code: 8402190000 Product Description Product introduction1.Fuel: bituminous coal, lean coal, anthracite, petroleum coke,biomass and so on2.The combustion system of fluidized bed boiler: combustion chamber, material collector and return feeder.3.Combustion process: High temperature fuel under the entrainment of air into the material collector, the collected material into the recycle device, then through the recycle device to the combustion chamber4.Capacity:10t/h-50t/h5. Pressure:1.25MPa-4.5MPa(12.5bar-45bar)6.Temperature: 194ºC,204ºC,450ºC, or design depending on your requirements.1. High combustion efficiency, wide fuel adaptabilityThe difference between circulating fluidized bed boiler and other types boilers is the combustion system. The circulating fluidized bed boiler is consist of combustor, material collector and refeeder. Highheat materials enter into collector under the airblow, and the collected materials enter into refeeder, then into combustor through refeeder, thus can achieve circulating combustion repeatedly, so combustion efficiency is high. Almost all kinds of fuel (bituminous coal, lean coal, anthracite, petroleum coke and so on) can be burned in CFB boiler inside, and can realize stable combustion under 30% rated load.2. Pure combustion technologyLess SOX and NOX emission to improve atmospheric environment and quality.3. Easy to realize comprehensive use of ash dregsLow temperature combustion and fully burning condition make the ash dregs with low carbon content and easy to be used synthetically.Technical parameters