NOVELTY - Continuous production of biomass fuel blocks involves arranging production system; and capturing and transporting biomass to raw material grinding equipment, cutting material, crushing and transporting to rotary drum dryer, drying in stove, extracting moisture and dust and dedusting in cyclone, transporting to briquetting system, pressing, melting, reducing volume of material to increase density and discharging from mold, transporting to cooling drying machine and cooling to become biomass briquettes and filling material into product bag, closing bag and sewing bag.    USE - Method for continuously producing biomass fuel blocks (claimed).    ADVANTAGE - The method is environment-friendly and increases production. The product has high efficiency.    DETAILED DESCRIPTION - Continuous production of biomass fuel blocks comprises arranging production system comprising grasping transportation system, raw material crushing system, raw material drying system, briquetting forming system, briquette dry cooling system and weighing packaging system. The grasping transportation system comprises grabbing device (1) and mesh cage pallet trucks (2). The raw material crushing system comprises guillotine cutting machine (3) and conveyor belt (4). The raw material drying system comprises stove (5), rotary drum dryer, fan, cyclone and inclined belt conveyor. The briquetting forming system comprises feeder screw conveyor, platform, briquetting machine and belt conveyor. The briquette dry cooling system comprises belt conveyor, cool dry machine and weighing packaging machine. The weighing packaging machine comprises packaging machine, conveyor belt and sewing machine. The biomass is produced by:    (A) capturing and transporting to raw material grinding equipment;    (B) cutting material to 2-4 cm long, crushing raw materials and transporting by conveyor belt to rotary drum dryer;    (C) drying in stove with full heat exchange exposure, extracting moisture and dust, where moisture content of material is less than 20% and dedusting in cyclone;    (D) transporting dried dust to briquetting system by inclined belt conveyor, rapidly warming material in pressing process at 70-100 degrees C, melting lignin at 200-300 degrees C, reducing volume of material to increase density and discharging from mold to break into pieces;    (E) transporting to cooling drying machine and intensely cooling to become biomass briquettes; and    (F) transporting to weighing packaging machine, filling material into product bag, automatically closing bag when package weight is reached and transporting bag for sewing to obtain finished product.    DESCRIPTION OF DRAWING(S) - The drawing shows a schematic diagram of continuous production system of biomass fuel blocks.    Grabbing derive (1)    Mesh cage pallet trucks (2)    Guillotine cutting machine (3)    Conveyor belt (4)    Stove (5)