Context
The era of energy transition requires continuous innovation in nuclear power generation technologies. Among the most promising solutions, small modular reactors (SMRs) are emerging as a key response to current challenges such as:
- Energy transition: As part of global efforts to combat climate change, SMRs offer an alternative to fossil fuel power generation, helping to reduce greenhouse gas emissions. Their ability to operate alongside with renewable energy sources makes it possible to compensate for the intermittency of the latter, creating a stable, low-carbon energy supply.
- Adaptable to remote regions and specific industrial applications: SMRs are particularly well suited to isolated areas or industrial facilities requiring continuous power.
- Technological advances: These types of reactors can make use of innovative safety technologies, including extensive use of passive and inherent safety devices.
SMRs are being introduced as next-generation nuclear reactors designed to be smaller, safer and more flexible than their traditional counterparts. However, SMRs, still utilize nuclear materials. This necessitates a robust system for monitoring ambient radioactivity to ensure the safety of the surrounding environment and populations.
In this context, Bertin, a major actor in the nuclear industry and specialist in technological innovation, stands out for its advanced solutions to ensure continuous real-time monitoring of radioactivity and contribute to improving the monitoring and safety of SMRs.
