Personal radiation monitoring is a way to keep track of your radiation dose. Radiation exposure has a cumulative effect and lifetime monitoring may be needed.

ARPANSA monitored over 70,000 professionals for radiation exposure in 2023.

Who needs to be monitored?

If you work in the following areas or positions, you may be required to wear a personal monitoring device:

  • CT and Flouroscopic equipment - OSL
  • Chiropractor - OSL
  • Diagnostic imaging - OSL
  • Dentistry - OSL
  • Industrial radiographer or NDT technician - OSL and Extremity monitor
  • General Practice - OSL
  • Medical Physicist - OSL and Extremity monitor
  • Nuclear Medicine - OSL and Extremity monitor
  • Nursing - OSL
  • Mining - OSL and Radon monitor
  • Orthopaedic surgeon - OSL and Eye monitor
  • Soil Technician - OSL and Radon monitor
  • Veterinary - OSL

How does the monitoring service work?

Different industries require different types of monitor.

Refer to the  monitors below to Identify the right type of monitor for your practice.

Once you have narrowed down on the monitor, these are the steps you need to follow:

Step 1 Order a monitor from ARPANSA:

  • If you are new customer, you can order the monitor via the webform.

  • If you are an existing customer, you can login to the  PRMS portal to continue.

Step 2 The monitor will be sent out by ARPANSA.
Step 3 Monitor your practice and/or your staff.
Step 4 Return the monitor after the recommended time to ARPANSA.
Step 5 Complete the Authorisation for Electronic Delivery of Dose Reports.
Step 6 The results are then analysed by ARPANSA from the returned monitors.
Step 7 Your results are returned to you via mail, email (CSV), and the portal.
Step 8 ARPANSA also maintains a database of individual dose records over time. Enabling individual workers to view their historical doses. See the ANRDR.

Monitors available at ARPANSA

Neutron monitor

The neutron monitor measures potential occupational doses from fast neutrons, and beta and gamma radiation.

Extremity monitor

The extremity monitor measures potential extremity doses from all radiation types which contribute to Hp(0.07). They are typically used in the nuclear medicine industry and other industries where workers are handling radiation sources with their hands.

Eye monitor

The eye monitor measures doses to the lens of the eye from photon radiation and beta radiation.

Radon monitor

The radon monitor measures possible average radon concentration. Typically used for workplaces in underground mines or caves.

Whole body OSL monitor

Used in industries such as diagnostic radiology, radiotherapy, chiropractic, veterinary, dental and nuclear medicine. The whole body Optically Stimulated Luminescence (OSL) monitor measures potential occupational doses from gamma radiation and X‑rays.

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