| abstract |
Disclosed is a waste pyrolysis treatment system that can efficiently generate nanocarbons using benzene obtained by pyrolyzing and oiling PET waste. An oiling device including a kiln for thermally decomposing PET waste, a catalyst for introducing pyrolysis gas generated in the kiln and other liquefied gas, and oil recovered by the oiling device. The oil recovery tank 13 for storing the oil, the oil conversion system composed of the distillation device 14 for refining the oil stored in the oil recovery tank 13, and the nanocarbon generation device 2, are obtained by the oil conversion system 1. Benzene is introduced into the nanocarbon generator 2 to obtain nanocarbon. [Selection] Figure 1 |