Continuous Pyrolysis Reactor with Fixed-Bed Reforming Unit

Continuous Pyrolysis Reactor with Fixed-Bed Reforming Unit
A custom-engineered, two-unit research system combining a Continuous Stirred-Tank Reactor (CSTR) for continuous plastic waste pyrolysis and a Fixed-Bed Reactor for gasification, steam reforming, and catalyst regeneration — fully integrated with a shared computer-controlled monitoring and control system.

Unit 1 — CSTR System for Continuous Thermal Pyrolysis of Plastic Waste

The CSTR unit is designed to handle continuous plastic waste feedstock at a throughput of no less than 1 kg/hr, converting it into valuable liquid fuel and gaseous products through thermal cracking.

Reactor Vessel

  • Stainless Steel 304, 4″ SCH10, length ≥ 1,500 mm
  • 2 feed inlets, 1 gas outlet, 1 solid/liquid outlet
  • ≥ 4 internal thermocouple transmitters
  • Gauge and signal-transmitting pressure sensor + pressure relief device
  • Internal stirrer with variable-speed motor (0–60 RPM)
  • 3-zone electric furnace; max temperature ≥ 700 °C; heating rate 5–20 °C/min; computer-controlled

Screw Feeder System

  • SS304 hopper, capacity ≥ 7 liters; sealed with sight glass, N₂ port, pressure relief, and anti-bridging agitator
  • Feed rate: 0.5–1 kg/hr, computer-controlled
  • Screw barrel heater: max ≥ 300 °C; cooling jacket near feed inlet

Nitrogen Gas Flow Control System

  • Pressure regulator: 0–4 bar(g); 7-micron filter; solenoid valve with over-pressure interlock
  • Mass flow controller: 0–1 L/min, computer-controlled
  • Bypass purging line with rotameter: 1–10 L/min
  • Non-return valve

Condensation & Liquid Collection System

  • 2× SS304 shell-and-tube condensers with outlet temperature measurement
  • 2× Double-jacketed SS304 liquid collection tanks, capacity ≥ 5 liters; with sight glass, level transmitter
  • 2× Chillers, 5–20 °C, computer-controlled
  • Total gas flow meter with signal output
  • CO₂ sensor: 0–100%; H₂ sensor: 0–40,000 ppm

Control System

  • PLC with Touchscreen HMI
  • Independent control of temperature, stirring speed, and feed rate
  • Real-time display, alarm system, and auto emergency shutdown
  • Data logging; USB and Ethernet connectivity

Unit 2 — Fixed-Bed Reactor System for Gasification, Steam Reforming & Catalyst Regeneration

Reactor Assembly

  • Stainless Steel 310S, 1.5″ SCH10 (OD 48.2 mm, wall 2.7 mm), length ≥ 700 mm
  • 18-mesh internal support screen; 2 feed inlets, 1 outlet
  • Internal thermocouple + pressure sensor (gauge & signal) + pressure relief device
  • Outlet temperature transmitter
  • 3-zone electric furnace; max temperature 1,000 °C; heating rate ≥ 20 °C/min; ≥ 800 W/zone; computer-controlled

CO₂ Gas Feed & Flow Control System

  • CO₂ line heater; pressure regulator: 0–4 bar(g); 7-micron filter
  • Solenoid valve with over-pressure interlock; signal-transmitting pressure sensor
  • Mass flow controller: 0–2 L/min, computer-controlled; non-return valve

Steam Generation System

  • Glass water reservoir, 500 mL
  • 60-micron pre-filter
  • Dosing pump: 0.5–10 mL/min, computer-controlled
  • Steam generator heater: 100–200 °C, ≥ 500 W
  • Trace heater along steam line (anti-condensation): 100–200 °C, ≥ 200 W
  • Non-return valve

Condensation & Liquid Collection

    • SS304 shell-and-tube condenser; OD ≥ 35 mm, length ≥ 250 mm; outlet temperature measurement
    • Glass liquid collection vessel, 1 liter

Product Video

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