Electron accelerator: energy 5 MeV, power from 50 kW to 100 kW, operates in E-beam mode.
Radiation shield: Depending on the premises area and technical requirements of the customer, different materials may be used for radiation shield: concrete or metal.
Ozone exhaust system: there are two possible options for removal of ozone: 1. an exhaust system into the atmosphere where it will decompose within minutes, and 2. ozone decomposition process with catalysts.
Emergency shutdown system: in case of any accidental event the electron accelerator will be switched off automatically.
In-built conveyor system: moves plastic waste into the ionizing irradiation area.
Fire safety system: triggered in emergency situations. Electron accelerator will be switched off and fire extinguishing system will be turned on, in automatic or manual mode.
Control system: dosimetry, conveyor speed control, electron accelerator control, fire extinguishing, cooling, ventilation and emergency shutdown of the accelerator.

  • Module is a ready-to-install system
    Module consists of:
    • Electron accelerator;
    • Radiation shield body;
    • Conveyor system for moving plastic waste into ionizing irradiation area;
    • Cooling system;
    • Ozone exhaust system;
    • Fire safety system;
    • Radiation monitoring and control system;
    • Control system;
    • Other supporting systems.
  • Power consumption
    Electric power consumption: 80 kW/hour, depending on the power rating of electron accelerator and module's required capacity.
  • Installation
    The module can be installed directly at the collection, sorting and recycling facilities, and may be integrated into existing manufacturing processes.
  • Compact Size
    Maximum dimensions
    • 6m x 2.2m x 4m (metal shield)
    • 8m x 6.5m x 6m (concrete shield)

  • Safety
    • Module is equipped with radiation dose sensors
    • Metal or concrete body ensure complete safety of employees from radiation
  • Capacity
    Module's capacity is over 60 tons per hour depending on the treated polymers type and the power and energy of accelerator used.