Radiation Monitoring systems

 The Mobile Integrated Radiation Monitoring System provides continuous radiation measurements synchronized with GPS time and location. Collected data are immediately available for mapping and reporting after each mission.

The system can be installed on any type of vehicle, including trunk or cargo compartments, roof-mounted racks, or in-cabin configurations. The standard setup includes two NaI(Tl) detectors, with an optional high-dose GM detector. It features automatic calibration, real-time spectral stabilization using natural radionuclide peaks, internal data synchronization, and live data visualization. The detection unit is supplied in a rugged transport case with wheels and a handle for easy deployment.

  The Airborne Integrated Radiation Monitoring System is designed for gamma spectrometric surveys using fixed-wing aircraft or helicopters. It provides real-time radionuclide identification, ground-level dose-rate recalculation, crew safety monitoring, and intelligent pilot guidance.

The system integrates a Pilot Guidance Unit (PGU) with precise positioning. A rugged laptop running dedicated data acquisition software allows full control of survey parameters, real-time spectra and dose-rate display, alarm handling, and map-based navigation.

 The Stand-Off Radiation Detection System is developed for CBRNe and homeland security applications, enabling rapid detection, directional localization, and identification of radioactive sources from a safe distance.

The system provides real-time activity calculation, customizable alerts, and crew safety alarms. It includes an integrated UPS offering up to four hours of autonomous operation, with wireless or Ethernet connectivity for real-time data visualization, mapping, and immediate reporting.

The Fixed Vehicle Radiation Monitoring System is designed for permanent installation in vehicles and mobile laboratories. It typically includes plastic scintillation detectors, an NaI(Tl) gamma spectroscopy detector, a high-dose GM module, and optional neutron and meteorological sensors.

The system delivers continuous radiation monitoring synchronized with GPS time and position, both while mobile and stationary. Orientation-sensitive detection enables effective localization of contamination or illicit radioactive sources, with real-time processing and immediate availability of results for mapping and reporting.

 This hand-held contamination monitor uses a thin-layer plastic scintillation detector for alpha and beta/gamma contamination measurements and operates reliably down to –20 °C.

Two firmware versions are available: a simplified version for decontamination teams and an advanced version for special task forces. The instrument supports stationary use, is supplied as a complete kit, and has been widely deployed with civil defence authorities.

 The Stationary Contamination Monitor is based on a large-area plastic scintillation detector with wall-mounted electronics.

It offers simultaneous alpha and beta/gamma measurements, an illuminated LCD, optional LED status indicators, integrated nuclide library, and optional rechargeable battery support.

 This Emergency Contamination Monitoring System is designed for rapid screening of large groups following a radiological or nuclear incident.

Using 4 to 6 portable contamination monitors, the system provides intuitive, step-by-step measurements with clear visual indicators. It reduces stress for both operators and screened individuals, allows easy height adjustment, and can be expanded up to 16 detectors.

 This system provides comprehensive contamination screening using thin-layer plastic scintillation detectors.

It includes hand and foot detectors, PC-based measurement electronics, Windows-based user software, optional individual transponder tracking, and network integration. Multiple system configurations are available.

This compact radiation monitor is designed for screening solid and liquid food products.

It features integral gamma measurement, calibration for Cs-137 and I-131, automatic background measurement, and results displayed in Bq/kg or Bq/l. The system is simple to operate and has been successfully used in large-scale public monitoring programs.

 Electromagnetic fields generated by radio, television, and wireless communication systems are subject to national and international exposure limits. Operators and authorities are required to demonstrate compliance with these limits.

Emerging Technologies provides professional electromagnetic radiation measurement services to verify compliance, support regulatory approval, and ensure public and occupational safety