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Pyrolysis Oil Distillation Plant

Distillation is the chemical engineering processes and other facilities used in oil refineries to distills the incoming crude oil, pyrolysis oil and waste oil into useful products such as diesel oil and fuel oils, gasoline or petrol, jet fuel, etc.


Raw material Waste engine/motor oil Plastic pyrolysis oil Tire pyrolysis oil Lubrication oil
Average out-put oil rate 85%-90%
End products Diesel oil, waste gas, slag
Structure form Horizontal
Operating pressure Constant pressure
Heating material Coal, charcoal, fuel gas, fuel oil
Material of reactor Q245R&Q345R boiler plate
Thickness of reactor 16mm, 18mm

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Working of Purolysis Oil Distillation plant:

The raw material is sent to the precipitation tank through the oil pipe. Degumming catalyst is added after which we'll inject air into the precipitation tank via the air compressor. Now the degumming catalyst will be thoroughly mixed with raw material. Next the liquid is allowed to subside for 3-4 hours.

The sediment of the raw material precipitation tank will be discharged. The crude oil which by now would have finished the precipitation, will be pulled into distillation tower through the oil pipe.

Next, the distillation of oil starts at high temperature, fuel oil is used to heat distillation reactor. At this time, the raw material will be heated circularly between the oil heating furnace and distillation reactor. When it reaches the related temperature, the oil gas of each reactor will enter the heat exchange system and condenser system in order to go through the distillation tower.

The final products including gasoline and diesel will be stored into oil tank respectively.


  • Vertical reactor/Horizontal reactor
  • Reducer system
  • Condensation system
  • Collector
  • Oil collecting tank
  • Residua tank
  • Oil-gas separator
  • Water cooling system
  • Water seal tank
  • Pressure & Temperature monitoring gauge.
  • Deodorization system.
  • Efficient anti clog cooling system.
  • Gas heating system (waste gas process system)
  • Smoke desulphurization and dust removal system.

  1. High production yield
  2. High on-stream efficiency
  3. Auto feeding and slag discharging
  4. Featured with environment protection operation tech and devices.
  5. Cost-effective
  6. Easy to clean and maintain with vertical structure.


Model (Diameter*Length) (mm) Reactor Size Capacity
LD 11 (D1500*L3000) 3 Ton/Day
LD 12 (D2000*5000) 5 Ton/Day
LD 13 (D2800*6000) 10 Ton/Day


Name Usage
Fuel oil Use for generator to make electricity
Waste gas Recycled to furnace for heating reactor
Slag Put it into the furnace for heating reactor

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