New Gamma Spectro Sensor Boosts Tajikistan’s Radiological and Environmental Safety Capabilities

May 22, 2025, the Tajikistan State Regulatory Authority -Chemical, Biological, Radiological and Nuclear Safety and Security Agency Tajikistan successfully received advanced automated Gamma Spectro sensor equipment under the WRHM2SCA framework (ISTC project PR206). This cutting-edge technology enhances the Agency’s capability to precisely identify radionuclides, including critical uranium detection.

This delivery, endorsed and funded by the EU's FPI-1 decision, establishes the Agency as the sole national authority equipped to conduct essential uranium identification and radiological assessments with the highest level of technical accuracy.

The deployment and use of this equipment will strictly adhere to the WRHM2SCA program’s comprehensive guidelines, structured around five core components that guarantee optimal operational performance and rigorous safety standards. These protocols ensure effective monitoring of water radioactivity and heavy metal contaminants to safeguard public health and the environment.

Background

Bertin Technologies is a global leader with extensive experience in developing and delivering advanced radiation monitoring systems. With expertise spanning nuclear safety, defense, environmental monitoring, life sciences, and space instrumentation, Bertin provides innovative solutions tailored to demanding industrial and environmental needs.

In response to the expressed requirement for monitoring radiation in Tajikistan, Kyrgyzstan, Kazakhstan, and Uzbekistan’s rivers, Bertin offers the SpectroTRACER Aqua probe—a robust and precise gamma contamination monitoring device designed for continuous operation in water environments. This solution is part of a larger regional project involving the deployment of 12 SpectroTRACER assemblies across four Central Asian countries: Tajikistan, Kyrgyzstan, Kazakhstan, and Uzbekistan.

The SpectroTRACER Aqua probe uses state-of-the-art spectrometric analysis to identify various radionuclides, including critical isotopes such as Cs-137, Co-60, and I-131. It features a durable design suitable for harsh and submerged conditions, ensuring reliable data collection with minimal maintenance. Integration with centralized monitoring software enables effective real-time supervision, critical for safeguarding public health and environmental quality.