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Identification et localisation des radioéléments en situation d'urgence grâce à une solution logiciel de mesure IA pour la sécurité

Use case: Radiation protection of personnel


Identifying and locating radioelements in emergency situations
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Context

Our customer, despite its expertise in the field, encounters difficulties in identifying and locating attenuated radioelements in the event of an incident involving radioactive materials. In the event of an accident, such as a damaged radioactive material transport on the road, specialized response teams must quickly secure the area to protect the population and responders.

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Challenges

Response teams are equipped with radiation measuring devices to detect radioactive sources. However, when a radioactive element is located behind an obstacle, its radiation is attenuated, which can create a false sense of security. A worker could thus move an object or bypass an obstacle without realizing the real danger to which he is exposing himself.​​​

Solution logiciel de mesure IA pour la sécurité

Requirements

The customer wanted a solution capable of automatically identifying and locating radioelements present in the intervention zone, while correcting the attenuation of the radiation to obtain a reliable estimate of their activity. The aim is to improve team safety by providing them with accurate data in real time, thus reducing the risk of accidental exposure. In addition, the customer is looking for a solution that enables instantaneous transmission of information to responders, enabling them to adapt their approach according to the situation.​​

Solutions provided

​SMARTIUM has developed an AI algorithm trained by Monte-Carlo simulation, integrated into an advanced detection system. This solution comprises:

 

  • A drone-mounted CZT gamma spectrometer, capable of acquiring spectra in real time,
     

  • An attenuation correction algorithm, enabling precise identification of radioelements and reconstruction of their actual activities,
     

  • An on-board GPS system, generating 2D mapping to locate detected radioactive sources,
     

  • Data transmission via Wi-Fi for real-time processing and analysis.
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Results  

 The solution developed by SMARTIUM has enabled :

  • Detection

Precise identification of the various radioactive sources present in the intervention zone,

  • Reconstruction

Reconstruct the actual activities of the sources, even with an attenuation factor of 5,

  • Mapping

Automatically generate a 2D map of the area overflown,

  • Instantaneous

Obtain results in real time, improving the speed and safety of interventions.​

Solution logiciel de mesure IA pour la sécurité

Conclusion

With this technology, SMARTIUM provides an effective solution for managing incidents involving radioactive materials. By combining artificial intelligence and Monte Carlo simulation, our solution provides better protection for response teams and faster identification of sources of danger.

Would you like to optimize the identification and localization of radioelements in emergency situations, while ensuring the safety of your personnel?

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