Emulsification method of waste synthetic resin and apparatus therefor with improved recovery rate by accelerated decomposition process

摘要

The present invention relates to an emulsifying apparatus capable of recovering fuel by thermally decomposing waste synthetic resin, and in particular, in the process of gas-liquid separation of molten waste synthetic resin in a pyrolysis reactor, the molten waste synthetic resin is withdrawn from the bottom of the reactor. Supplying it to a separate accelerated cracking furnace, and re-supplying the cracked cracking reactor in a gas-liquid expansion state by thermal decomposition at a high temperature in the accelerated cracking furnace, so that the waste synthetic resin in a gas-liquid expanded state is discharged into the pyrolysis reactor and gas And to produce a large amount of oil gas by decomposition into liquid,;It can emulsify a large amount of waste synthetic resin through faster pyrolysis, and the processing time is significantly shortened, and the amount of additional energy is reduced, thereby reducing the reprocessing cost. Since the efficiency is greatly increased and the recovery rate of the fuel obtained from the waste synthetic resin is greatly increased, the present invention relates to an emulsification method and apparatus for the waste synthetic resin having an improved recovery rate by an accelerated decomposition process having a very economic effect.;Waste synthetic resin, melting, reboiler, pyrolysis, condensation, heavy oil separator