RADIATION ENGINEERING SYSTEMS
SECTORS
The same gamma spectrometry characterises soil and sand on a conveyor, batch by batch, so material is released on a measured basis. Currently in operation with Belgoprocess.
Land sanitationScreening that lives inside the lift. No portal lane, no second handling and no operator action. See what happens when a container is flagged, and what does not happen to your flow.
Alarm handlingA flagged container comes with the isotope name attached: naturally occurring radioactivity is cleared, a genuine source is identified. Fewer nuisance alarms, better-targeted inspections.
How it worksUndeclared Class 7 cargo is a liability under IAEA SSR-6, the IMDG Code and SOLAS. Inline screening during the lift closes that gap without changing how the terminal works.
Technical paperON LINKEDIN
Tom Van Genechten and Nick Damen joined the Belgian trade mission to Vienna, with B2G meetings at the IAEA and UNIDO; Tom then travelled to TOC Americas in Cartagena. One shared question: how do you keep radioactive material out of global supply chains without stopping the flow?
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Together with Radensys, Belgoprocess developed an installation for the radiological characterization of sand. The first batches have been officially cleared for release: the start of a programme in which the installation will process 4,500 tonnes of sand, with every grain checked for radioactive contamination.
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Our company page is live. Follow Radensys for updates on the Spreader Bar Detection System, the radiological characterization of 4,500 tonnes of sand with Belgoprocess, and our custom gamma spectroscopy projects.
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THE COMPANY
Radensys is a multidisciplinary engineering and technology firm dedicated to advanced radiation detection for environments where safety cannot come at the cost of operational flow.
We combine the agility of a new venture with over 25 years of industry expertise, answering a clear market need: radiological screening without disrupting logistical flow.
Our flagship solution, the SBDS (Spreader Bar Detection System), integrates high-end gamma spectrometry directly into the spreader bar, turning container security checks into a frictionless, automated process that identifies isotopes in real time during a normal lift.
That same expertise now extends beyond the terminal. Through our land sanitation projects, we scan and characterize soil for radioactive contamination, proving that our core capability, turning weak radiological signals into reliable data, translates wherever radiation must be detected accurately without slowing the work down.
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