Radiometry means precision methods and equipment for the detection and quantification of alpha, beta, gamma and neutronic radiation. The proposed radiological measurement solutions are designed in specialised environments where every microrem represents a risk to people, infrastructure or operations. Real-time sensor network, calibrated measurement systems and advanced data analysis ensure fast detection of incidents, maintenance of safety at work and documentation of regulatory compliance.

Why this is appropriate and for which

solutions are addressed to institutions, defence agencies, nuclear and scientific institutions, laboratories, medical and industrial facilities and rapid response units. Various applications include occupational safety control, border and logistical safety monitoring, incident monitoring and decontamination of buildings and equipment. Particular attention will be paid to technologies that are critical for the accurate assessment of neutron radiation in the protection and nuclear ecosystems.

Main functions and technology

• Precise sensors alpha, beta and gamma-radiation analysis and specialised neutron detectors for high-sensitive neutron measurement.
• <Regional monitor and automatic disturbances that reduce the response time to the minimum.
• <Calibration and certification in accordance with international and national standards to ensure the reliability of data
• Data logging and analysis< The choice is based on technology that reduces false alarms, speeds up decision-making and keeps workers and the population safe. Neutron detectors and optimised sensor configurations provide a clear advantage in situations where neutron sensitivity is crucial. In addition, adaptable reporting and auditing options ensure easy compliance with safety requirements and documentation.

  Use and commercial impact

  Investment in precise radiometry results in multiple benefits: decreasing work accidents and radiation performance, lower cleaning and stalling costs, faster response to incidents and enhanced trust in public and supervisory bodies. Clear data history and certified measurement practices facilitate inspections and help avoid financial penalties or stoppages. The flexibility of the system allows the chosen solution to grow with the changing requirements of the organisation.

  Support, training and maintenance

  Provides comprehensive installation, regular calibration, rapid technical support and specialised training for operators. This ensures that the measurement data are always operational and intelligible. Maintenance contracts and fast spare parts reduce standstill and maintain the measurement system to an appropriate level.

  How to start

  The risk assessment and flexible system design can be started: analysis of environmental characteristics, selection of suitable sensors (including neutron detectors), installation of a monitoring network and introduction of a data management system. The result is a process-based radiation measurement that allows reliable decisions to be made for safety oversight and operational crisis management.

  The ability to take the next step: prioritised safety and real risk reduction begins with accurate measurement results and evidence-based safety monitoring – solutions are ready to support both daily occupational environmental control and crisis situations.