| 摘要 |
The present invention relates to a dry distillation type thermal decomposition system for disposing of waste electric wires and waste communication lines, comprising: a plurality of dry distillation flame units (10, 10); a carbonization installation (20); a waste heat recovery device (30); a water supply tank (30); a centrifugal force dust collector (40); a cleaning dust collector (50); a tank for supplying cleaning water (60); a slaked lime storage tank (70); an activated carbon storage tank (70); a filtering dust collector (80); an air blower (90); a chimney (90) which discharges exhaust gas flowing out into the air blower (90) to the outside; and a control unit (100) which controls each part of the dry distillation type thermal decomposition system for disposing of waste electric wires and waste communication lines. Accordingly, since the dry distillation flame units use solid fuel of waste without combustion of the waste, thereby continuously injecting solid fuel. In addition, smoke is not generated by completely combusting sheaths of waste electric wires and waste communication lines in the carbonization installation, thereby preventing air pollution. Also, since the waste heat recovery device collects waste heat caused by incineration of waste as energy, the waste electric wires and the waste communication lines can be efficiently treated and recycled. Moreover, exhaust gas is treated by a pollution control installation after removing dust from the exhaust gas by the centrifugal force dust collector, thereby preventing generation of pollutants from incineration treatment of waste electric wires and waste communication lines. Furthermore, the system can continuously operate the dry distillation flame units and the waste heat recovery device, which are arranged in the front and the rear of the carbonization installation, respectively, and the pollution control installation, thereby being conveniently used. Also, the system is economically feasible by minimizing installation costs of the system, and can stably be used without a breakdown for a long time. |
