SUNCUE BIOMASS FURNACE BB-18 
BB-18 with SKS-580B ventilating dryer

Husk feeder (Optional Husk feeding volume is set manually)	Furnace pressure meter
Blower	Biomass furnace BB-18
Safety maintenance platform (Auto ash discharge type)	Exhausted blower
Cyclone	Chimney
Automatic ash discharge system (Husk type)	Auxiliary air blower
Hot air duct(Connecting pipe)	SKS-580B ventilating dryer

．No Diesel needed, energy saving, reducing CO2 emission, reducing drying cost dramatically.
．Various types of biomass fuels can be consumed. Low drying cost and free from high oil price.
．Biomass fuel:Paddy husk, Pressed straw bricks, Wood pellets, Corn cob, Coconut shell, Wood chip, Coffee hullHigh installation flexibility. Biomass Furnace BB-18 is able to be attached to different dryer models.

Model	Manual ash discharge		Auto ash discharge
	BB-18	BB-18 AF	BB-18 ADF
Biomass fuel	Pressed straw bricks, Corn cob, Wood chip, Coconut shell	Coffee hull, Paddy husk	Paddy husk
Max. thermal energy Approx. Kcal/hr	180,000 180,000=equals to the energy of 21 liters of diesel
Annual diesel saving Approx.	60,000 liter/120 days      136,000 liter/270 days
Dimension L×W×H mm	3,521 × 2,048 × 4,885		3,521 × 2,795 × 6,002
Net weight Approx. kg	3,420		4,150

 

Dryer	SKS - 580B
Heating Way	Indirect hot air from biomass fuel
Heat Source	SUNCUE Biomass Furnace as an optional heat source
Dimension L×W×H mm	9,038 × 2,458 × 3,016
Drying Bin Single layer	7.52m³, 17.52㎡
Drying Bin Double layers	18.19m³,  17.52㎡

．The specification and graph is for reference only. Actual specification of SUNCUE product shall be based on the Sales Confirmation which customers sign and delivered products.
．SUPER-300-240B, SUPER-300B is applied for drying paddy and wheat seed only.
．Max. thermal energy, husk consumption and exhausted ash production listed are for reference only. Actual data will differ upon variety, moisture content and impurity.
．Conditions of pressed straw bricks: ①Moisture content: less than 13%. ②Thermal energy: 3,700~4,200 Kcal/kg. ③Dust content: as low as possible.
．Above numbers and drying rate are derived from reducing moisture in paddy from 26% to 15% ─ for reference only. Actual results vary among different ambient temperature,
relative humidity, grain varieties, hot air temperature, moisture content before and after drying.