NOVELTY - Manufacturing carbon and pyroligneous liquor by continuously carbonizing palm shell, comprises e.g. supplying palm shell raw material, preferably shell of fruit seeds and byproducts into a tank, supplying palm shell internally into chambers of rotary kiln, carbonizing, collecting dust and impurities, removing produced pyroligneous liquor and tar, precipitating, burning carbon ignited through carbonizing, cooling carbon, supplying cooled coarse carbon into a sorter, screening, introducing carbon filtered by the screen into a grinder, crushing, and packaging screened carbon according to size.    USE - The method is useful for manufacturing carbon and pyroligneous liquor by continuously carbonizing palm shell (claimed).    ADVANTAGE - The method continuously uses rotary kiln without heating with separate burners for greater than or equal to 24 hours (claimed), and produces environmentally friendly product by constantly adjusting quality and yield. The pyroligneous liquor strengthens roots, promotes plant growth and useful soil bacterial growth.    DETAILED DESCRIPTION - Manufacturing carbon and pyroligneous liquor by continuously carbonizing palm shell, comprises (a) supplying palm shell raw material, preferably shell of fruit seeds and byproducts generated from palm oil extraction process into a tank, (b) supplying specific amount of palm shell to a screw conveyor installed externally by a conveying screw installed inside the raw material tank, and then into a rotary kiln, (c) forming in chamber and out chamber respectively at left and right ends of the rotary kiln, supplying the palm shell internally into the chambers by opening the chambers, rotating the inclined rotary kiln at 0.2-3.8 revolutions per minute by a drive mounted on a drive motor, and carbonizing at 800 degrees C, (d) removing smoke generated during carbonizing in the chambers by a primary dust collector, (e) performing first collecting of dust and impurities discharged by the primary dust collector, (f) performing second collecting of smoke by a second dust collector, (f) cooling collected smoke by a water-cooled condenser, and producing pyroligneous liquor, (g) removing produced pyroligneous liquor and tar, and precipitating, (h) discharging smoke released after cooling in the water-cooled condenser via a chimney, (i) burning carbon ignited through carbonizing by closing in chamber and out chamber and blocking oxygen supply into the rotary kiln, and discharging into the water-cooled condenser by opening the out chamber, (j) cooling the carbon at high temperature to less than or equal to 60 degrees C for screening by a screen in the water-cooled condenser, (k) supplying the cooled coarse carbon into a sorter, and screening according to size, (l) introducing carbon filtered by the screen into a grinder, and crushing, (m) re-screening the crushed carbon by the sorter, and packaging screened carbon according to size, (n) collecting dust while discharging carbon by opening the out chamber with dust and impurities during screening, and (o) discharging coarse filtered air into the chimney.    DESCRIPTION OF DRAWING(S) - The drawing shows a schematic representation of the method for manufacturing carbon and pyroligneous liquor by continuously carbonizing palm shell (Drawing includes non-English language text).