Mirion offers various Gamma measurement systems for the measurement of non-packaged and packaged waste as well as containers of different sizes. These systems can be provided in a variety of configurations from standalone, manually-loaded systems to fully-automated systems that provide greater throughput and minimize personnel exposure.
This ISOCS (In Situ Object Counting System) Shield has been designed as the optimum in convenience and functionality for in situ gamma spectroscopy with a germanium detector.
The CPO-Smart® monitor performs contamination checks and clearance of small objects in controlled areas of Nuclear Power Plants.
Large Object Monitor for control of contamination at entrance and exit of Nuclear Power Plants.
Cronos®-1 Gamma Object/Tool Monitor is an extremely sensitive instrument used to detect radioactivity on small articles such as notebooks, keys, tools, hard hats, and other miscellaneous objects.
Cronos®-4 and Cronos®-11 Gamma Object/Tool Monitors are extremely sensitive instruments used to detect gamma radiation in/on articles such as waste bags, tools, briefcases, hard hats, and other miscellaneous objects.
Quick and accurate scanning of items such as larger tools, boxes, or even a small waste drum.
A conveyor-based clearance monitor for quick and accurate scanning of large items, grid boxes, etc.
The system is designed to quantify plutonium and uranium in 200 L drums at levels below 10 nCi/g and at the same time perform plutonium isotopics measurements on drums containing less than 10 mg of plutonium.
The Modular Gamma Box Counter™ system reduces the time and labor required to process waste by giving you the ability to assay it in shipping containers too large to be handled by traditional waste assay systems.
Free-release measurement of decommissioning material including thermal insulation, steel pipes, electrical wiring and concrete.
The WM2900 system is designed to accurately quantify plutonium, uranium, fission and activation products in a variety of containers from 20 L pails to 200 L drums in overpacks.
The WM2200 Segmented Assay System is designed to perform accurate quantitative assays on gamma emitting nuclides found in fission product, activation product, and Transuranic (TRU) waste.
The high resolution and wide dynamic range of its germanium detectors make the Model WM2110 system the choice for waste material containing totally unknown and/or complex mixtures, particularly when the samples contain both low energy and high energy nuclides.
The Standard Segmented Gamma Scanner (SGS system) is designed to perform accurate quantitative assays on gamma emitting nuclides found in fission products, activation products, and Transuranic (TRU) waste.
The WM2211 Segmented Assay System is designed to perform accurate quantitative assays on gamma emitting nuclides found in fission product, activation product, and Transuranic (TRU) waste.
Flexible system for the characterization of a variety of bulk waste containers.
The RTM661/540 system is the largest monitor of the RTM661 family using the same software and filling the final level in reference to customer chamber size requirements.
The RTM640 LNC system is a unique waste monitor designed to clear large amounts of material or drums.
A transportable system for the characterization of large waste containers.
The system is designed to quantify plutonium and uranium in 200 L drums at levels below 10 nCi/g and at the same time perform plutonium isotopics measurements on drums containing less than 10 mg of plutonium.
The Modular Gamma Box Counter™ system reduces the time and labor required to process waste by giving you the ability to assay it in shipping containers too large to be handled by traditional waste assay systems.
Free-release measurement of decommissioning material including thermal insulation, steel pipes, electrical wiring and concrete.
The WM2900 system is designed to accurately quantify plutonium, uranium, fission and activation products in a variety of containers from 20 L pails to 200 L drums in overpacks.