Radiation Monitoring Systems

Ionizing radiation monitoring represents an essential component of nuclear safety, both in power plants and in the many sectors where these invisible but potentially hazardous radiations are present.

Radiological Monitoring Systems (RMS) play a crucial role by enabling the real-time detection and precise measurement of various types of radiation (alpha, beta, gamma, and neutrons), thereby ensuring optimal protection for workers, the environment, and infrastructure.

These systems provide continuous monitoring of radiation levels, offering proactive protection against radiological risks. Their ability to operate in complex and demanding environments makes them indispensable tools for maintaining optimal safety conditions.

A tailored technical response to each need

Bertin Technologies offers complete radiological monitoring solutions that meet the strictest requirements. Our systems are perfectly adapted to a wide range of applications:

• Nuclear power plants: Real-time monitoring of controlled areas to prevent accidental exposures and ensure safe continuity of operations.
• Waste management: Rigorous control of flows and storage to detect any leaks and ensure optimal containment.
• Calibration laboratories: High-precision metrology to maintain the accuracy of radiological measurement instruments.
• Research centers: Protection of personnel during experiments with intense radioactive sources.
• Nuclear medicine: Optimization of radioprotection for patients and caregivers in radiotherapy and medical imaging.

An integrated and customized approach

Each site presenting unique characteristics, our systems are designed to adapt to the specificities of each application. Real-time monitoring of worker exposure allows for the adjustment of radioprotection measures and effectively minimizes the risks of excessive exposure.

Bertin Technologies supports users in the design and implementation of customized solutions, combining technical expertise with in-depth knowledge of international radiological safety regulations. This approach ensures not only compliance with current standards but also optimal protection of people and the environment.