Blog

Beryllium Oxide (BeO) Optically Stimulated Luminescence (OSL) - BeOSL, is a form of passive dosimetry that uses the BeO chips to provide Hp(10) and Hp(0.07) dose equivalents. 

Dosimetrics OSL personal dosimetry solutions are made in Germany, commercially available worldwide since 2013, and distributed locally by ADM Nuclear Technologies.  

Sarad designs and manufactures radiation detection and environmental instrumentation products, including radon and thoron gas monitors.  

All Sarad monitors are made at its facility in Germany, and are locally available at ADM Nuclear Technologies. Contact our team for more information, our details can be found here. 

Dosimeters and exposimeters are devices used for radiation detection. The key difference between the two is that dosimeters measure the radiation dose absorbed by the human body, while exposimeters measure radiation levels in the surrounding environment (external exposure). 

Join the Wavecontrol team on Thursday, the 18th of September, from 5.30 PM AEST to learn about EMF measurement and monitoring for Wireless Power Transfer devices.

In this webinar, the Wavecontrol team will cover instrument requirements, WPT standards and measurement procedures.

Register here to learn more about this webinar.

A common challenge faced by companies is the cost associated with purchasing an EMF meter and relevant probes for ensuring compliance of their application, product, or local environment—not to mention the expense of maintaining calibration certification. ADM can help mitigate this with our EMF survey equipment rental services. 

Early in April 2025, the Iberian Peninsula Blackout occurred, knocking out power for all of Spain, Portugal, and parts of southern France. The outcome of this blackout resulted in significant infrastructure outages for most of the day, affecting all transportation, communications, banking, and parts of the emergency response services.

The SARAD Radon Scout Everywhere is an advanced radon monitoring solution that offers seamless local and remote monitoring capabilities.

As our societies grow, so does the demand for developing power sources and supporting transmission lines to power these communities. However, as these industries evolve, so do the risks for EMF over-exposure for line workers, which is becoming an increasing concern.

The emergence of Industry 4.0 essentially means an enhanced communications network capturing data from a range of elements throughout a built-up environment. All of these systems feed data to their own individual networks intended to capture user data to improve services and products. For cities, this can be 5g networks to connect phone users, LoRa networks relaying telemetry from share economy e-scooters, and other wireless protocols to enable commerce and infrastructure.