Radiation Portal Monitors


For our clients - enterprises and private entrepreneurs, the company provides installation, adjustment and calibration of Radiation Portal Monitors (RPM) and design, development, installation and maintenance of Radiation Monitoring Systems (RMS) at checkpoints.
Here checkpoint means any point on the border of a protected area that is equipped and organized for screening individuals, vehicles, railroad cars, and other freight transport of goods, luggage, parcels, containers, etc. and that should exclude unauthorized traffic of nuclear and radiological materials. As an example, these may be border and customs crossings, including seaports and airports locations; checkpoints of enterprises, scientific or medical institutions using or storing nuclear and radiological materials; landfills, facilities and other locations to radioactive waste storage and disposal; landfills and enterprises for processing construction and municipal waste; postal and courier services (delivery services), etc. Also sawmills and hubs of commercial logging and timbers transshipment are important points for Ukraine after the Chernobyl disaster. RMS allows putting a barrier on the way of dangerous radiological materials, to prevent illicit trafficking and criminal or unintentional use, to avoid serious consequences as а radioactive pollution and contamination.
RMS operates in 24/7 mode continuing control (monitoring) with automatic detection of nuclear and other radiological materials and registration of detector triggering events, including videos. The system has little impact on the flow of people, transport or cargo as well as on the normal operation of checkpoint.
RMS may include stationary gamma and neutron RPM detectors, a video surveillance system, an operator workstation, a communication means and a local data network to integrate devices into a single system, a reliable power supply, and active and passive devices for organizing passage through RPM (fences, barriers, turnstiles, speed bumps and other limiters, etc.). The workstation is based on a personal computer and allows the operator to receive, process and store information from several RPMs, generate reports, transmit alarms to responsible persons or to a remote monitoring station. RMS has an open architecture and allows changing configuration both at the Technical Requirements stage and during operating, adding elements in a modular way.
RPMs are designed and configured to minimize the number of spurious alarms. Several detectors are installed in the RPM that allows disabling the faulty detector, while maintaining the operability of the rest of the monitor.
Equipment and system devices can be delivered in various types for any climatic zone.