NOVELTY - Producing pyroligneous liquor and carbon by continuously carbonizing palm kernel shell, comprises e.g. (a) supplying plam kernel shell of fruit seed by-product generated from extracting palm oil in a raw material tank (1), (b) supplying a predetermined amount of the palm shell in a rotary cylindrical carbonization furnace by a conveying screw provided inside the raw material tank, (c) carbonizing the palm shell at 800 degrees C by rotating at 0.2-3.8 revolutions per minute using an inverter provided with a driving motor, and (d) withdrawing the smoke by a primary precipitator (9).    USE - The pyroligneous liquor is useful in livestock industry, and for proliferating bacteria of soil, and promoting growth of plant roots.    ADVANTAGE - The method improves productivity, and is environmentally friendly.    DETAILED DESCRIPTION - Producing pyroligneous liquor and carbon by continuously carbonizing palm kernel shell, comprises (a) supplying plam kernel shell of fruit seed by-product generated from extracting palm oil in a raw material tank (1), (b) supplying a predetermined amount of the palm shell in a rotary cylindrical carbonization furnace by a conveying screw provided inside the raw material tank, (c) carbonizing the palm shell at 800 degrees C by rotating at 0.2-3.8 revolutions per minute using an inverter provided with a driving motor, (d) withdrawing the smoke by a primary precipitator (9), (e) collecting dust and impurities discharged by the primary precipitator, (f) secondary collecting smoke discharged by a secondary precipitator (9'), (g) producing vinegar through cooling rough smoke by a water-cooled condenser (6), (h) separating the tar precipitate from pyroligneous liquor, (i) withdrawing smoke in a chimney (11), (j) adding ignited carbon in a water-cooled condenser screw by passing through the chamber, fire extinguishing by blocking oxygen supply to avoid abnormal combustion of the carbon in ignited state, and supplying the carbon into the water-cooled condenser, (k) maintaining the carbon at 100-200 degrees C and cooling the carbon at 60 degrees C, (l) screening the carbon by different sizes using a screening operation, (m) filtering the carbon and crushing via a crusher, (n) supplying the crushed carbon in the separator and re-screening by different sizes for packing, (o) collecting dust generated during discharging carbon by opening the outer chamber, dust and impurities generated from screening operation from the separator, and (p) withdrawing the rough filtered air by the chimney. The raw material tank is provided with a chamber and an outer chamber at left and right ends, and four support rollers on bottom side in an inclined state. The plam kernel shell is supplied in inner side by opening the chamber.    DESCRIPTION OF DRAWING(S) - The drawing shows a schematic flowchart of the method for producing pyroligneous liquor and carbon by continuously carbonizing palm kernel shell.    Raw material tank (1)    Water-cooled condenser (6)    Primary and secondary precipitators (9,9')    Chimney (11)