NOVELTY - Tower type biomass continuous carbonization furnace comprises a furnace body and a mounting base in a belt, mounted on a mounting base, where the furnace body inner cavity from upper to lower in turn is formed with chamber, carbonization chamber, high temperature room and cooling room. The whole chamber, drying chamber and the furnace body top and feedstock port is mutually connected. The discharge of cooling chamber and the furnace body bottom is connected mutually, each adjacent chamber by a mobile furnace grate, and set up with combustion chamber.    USE - Used as tower type biomass continuous carbonization furnace.    ADVANTAGE - The furnace can realize continuous production, consumes less energy, provides high biological coal yield, with good quality and stablity.    DETAILED DESCRIPTION - Tower type biomass continuous carbonization furnace comprises a furnace body and a mounting base in a belt, mounted on a mounting base, where the furnace body inner cavity from upper to lower in turn is formed with chamber, carbonization chamber, high temperature room and cooling room. The whole chamber, drying chamber and the furnace body top and feedstock port is mutually connected. The discharge of cooling chamber and the furnace body bottom is connected mutually, each adjacent chamber by a mobile furnace grate, and set up with supply combustible gas for combustion and combustion chamber of high temperature chamber side wall. The combustible gas in the combustion chamber in the combustion product of high temperature smoke gas can enter into a high temperature indoor. The furnace body side wall is set with a belt with the first air inlet. The nozzel, and the second air inlet through way hole of furnace body side wall extends into a combustion chamber. The second air inlet and fan belt is connected with burner. The burner with draught fan can supply auxiliary gas and combustible gas in combustion chamber oxygen-poor combustion, for feedstock. The feedstock hopper device and top part is connected with the furnace body, and is set with a discharging port of the furnace body with mutually connected bottom of hopper bottom in furnace body. The discharging valve and hopper is connected with the drying chamber each connected with a gas channel at furnace top. The air outlet and gas purification cooling system of gas channel is mutually connected with the air inlet. The air outlet of gas purification cooling system through transporting pipeline and the way of the first air inlet nozzle hole and hopper are connected mutually, and set up with the first fan on a transporting pipeline. The driving of the first fan, gas cooling purification system and purification of air input, after cooling combustion gas and transporting pipeline by a transport to combustion chamber and cool indoor.    DESCRIPTION OF DRAWING(S) - The drawing shows a schematic representation of the tower type biomass continuous carbonization furnace.