Feeding: Send solid waste raw materials into the pyrolysis reactor through the auto-feeder or manual feeding, close the furnace door and heat the reactor, and keep pyrolyzing waste raw materials in the absence of oxygen.
Main Equipment: Auto-feeder

Pyrolysis: After the pyrolysis reactor is continuously heated to a certain temperature, the waste raw materials will be pyrolyzed to produce fuel oil, carbon black and syn-gas.
Main Equipment: Pyrolysis reactor

Condensation: The oil gas first enters the buffer tank to buffer the flow rate and settle impurities, and then enters the three-stage condensation system to fully condense into oil.
Main Equipment: Buffer tank, vertical condenser, horizontal condenser, condensation tower, water seal

Exhaust Gas Purification: The non-condensable gas enters the exhaust gas purification system to remove harmful emissions such as H2S, and can be used to heat the pyrolysis reactor after purification, which is energy-saving and environmentally friendly.
Main Equipment: Exhaust gas purification system

Flue Gas Purification: The flue gas generated during the pyrolysis process is treated by the flue gas purification system-desulfurization dedust tower, and then discharged up to standard.
Main Equipment: Desulfurization and de-dust tower, water film dust collector, pulse dust collector

Carbon Black Slagging: The residual substance (carbon black) in the pyrolysis reactor, is discharged and collected through the carbon black transfer system.
Main Equipment: Carbon black air transfer system, screw elevator

Steel Wire Collection: If your raw material is waste tires, when the temperature of the reactor drops below 50°C, use a wire drawing machine to pull out the steel wire in the reactor.
Main Equipment: Steel wire drawing machine