NOVELTY - The device comprises a main body including an exhaust chamber supplied with low temperature hot air, a carbonization unit located in a lower part of the main body for supplying hot air to carbonize the organic wastes and carbide materials, an exhaust pipe connected with the carbonization apparatus unit for ejecting cracking gas generated in the charring process toward the main body, multiple carbonization housing including carbide materials that are received through the exhaust pipe, and a power transmission unit with a power source connected with a rotary shaft for rotating the rotary shaft.    USE - The device is useful for carbonizing injected dried material of organic wastes (claimed) such as food wastes or sewage sludge.    ADVANTAGE - The device can uniformly carbonize the dried material of the organic waste at low temperature in a rapid manner with improved carbonizing efficiency.    DETAILED DESCRIPTION - The device comprises a main body including an exhaust chamber supplied with low temperature hot air, a carbonization unit located in a lower part of the main body for supplying hot air to carbonize the organic wastes and carbide materials, an exhaust pipe connected with the carbonization apparatus for ejecting cracking gas generated in the charring process toward the main body, multiple carbonization housing including carbide materials that are received through the exhaust pipe, a power transmission unit with a power source connected with a rotary shaft for rotating the rotary shaft, an agitating bed including an agitator for stirring the carbonizing materials in the carbonization housing, an uneven part formed in an upper end of the agitated bed with an uneven projection, and a rough groove formed in the agitated bed. An inducing path is located in an upper side of the carbonization chamber for flowing carbide materials. An exhaust passage is formed in a lower part of the carbonization chamber for ejecting the carbonized carbide. The inducing path and the exhaust passage are connected with the carbonization housing. A temperature detecting sensor is connected to an inner portion of the chamber of the main body.