| 摘要 |
The present invention relates to a waste recycling system, wherein polymer material-based waste and waste artificial marble are pyrolyzed in an anaerobic environment such that usable energy sources are separated and extracted in order to be recycled. The waste recycling system comprises: a pyrolyzing furnace (1) which has a treated material feeding hole (3) prepared on the top thereof, a first discharging hole (5) prepared on the bottom thereof in order to discharge solid materials, a gas feeding unit (7) prepared on the side thereof, and a second discharging hole (9) prepared on the top thereof in order to discharge vapor materials; a treated material supplying unit (11) which supplies treated material (W) into the pyrolyzing furnace (1) through the treated material feeding hole (3); a combusting unit (25) which combusts the solid materials discharged through the first discharging hole (5); a condenser (29) which condenses the vapor discharged through the second discharging hole (9); an oil-water separator (31) which separates water from a mixed liquid discharged from the condenser (29); and a high temperature gas supplying unit (21) which heats and supplies an anaerobic gas into the pyrolyzing furnace (1) through the gas feeding unit (7). |
