Phase 3: Dismantlement and environmental cleanup
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During
dismantlement and environmental cleanup it is necessary to protect workers
and the environment from radiation exposure. To assure compliance with
environmental and human body radiation regulations we provide the following
systems:
Air monitoring - continuous air monitor (CAM)
Water monitoring - automatic water monitoring systems
In vivo bioassay - U/Pu lung counters and total body counters
Transportable radioanalytical laboratories - equipped with instruments to prepare sample and perform liquid scintillation counting, gamma spectroscopy and alpha spectroscopy for in vitro bioassay samples, environmental samples, workplace air samples, workplace contamination samples, or samples to monitor the progress of the decontamination activity.
Alpha CAMsComputer-controlled, networkable units provide highly sensitive monitoring of airborne plutonium or uranium.
Water MonitorProvides automatic, unattended, high-quality gamma spectroscopy of water.
In vivo CountingComplete standard systems for human and animal lung and body scanning.
Transportable Radioanalytical Laboratories
Waste minimization
Our comprehensive line of standard waste measurement systems use the latest detectors and analysis algorithms for improved accuracy and precision. Our systems:
Our products include gamma and neutron systems to measure containers ranging from small canisters to large drums, small to very large crates, and bulk materials. We cover your equipment needs, from stand-alone, manually loaded systems to automatic systems that offer greater throughput, reduced operating costs and lower personnel exposure levels. Our cost-effective, high-throughput conveyor systems readily measure bulk materials including soil, concrete rubble and shredded building materials. |
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We
provide turnkey transportable laboratory solutions, including
laboratory design, equipment selection, installation, calibration
and training. We completely design most of the laboratories
we build, from running gear to counting gear.
Once
the nuclear contamination at a D&D/ER site has been accurately
characterized, the appropriate treatment techniques can be selected.
The key is to minimize waste that is treated by carefully segregating
wastes according to activity. Radioactive wastes are divided
into broad disposal categories as defined by government and
international regulators. As an example, in the United States
these categories are defined as transuranic waste, low level
waste, mixed waste, and free-release or unconditional release
waste. Similar categories exist worldwide - often with different
names. The most cost-effective strategy is to accurately characterize
the waste so it can be disposed of, or processed then stored
in the lowest cost disposal category. 