HazTrack was designed to support the characterization and inventory management of radiological wastes. HazTrack is being used at Lawrence Livermore National Laboratory for management of low level, mixed, weapons grade and natural radiological materials.

HazTrack can configure and maintain your:

1. Nuclide List (the individual nuclides which you wish to track),
   
   
2. Nuclide Distributions (common 'groups' of nuclides, such as Natural Uranium, or Nat-U),
   
   
3. Dose Conversion Factors (necessary to calculate PE-Ci levels)
   
   
4. Nuclide Limits (e.g., individual nuclide activity limits such as the DOE-STD-1027-92 Category 2)
   
   
5. Quantification Methods (e.g., scaling)

HazTrack's waste characterization features the ability to specify activity associated with groups of nuclides (nuclide distributions) and/or individual nuclides. Activity can be entered in different units (e.g., grams, micro-Ci). HazTrack normalizes this data so that queries do not require activity conversions.

HazTrack features the ability to consolidate containers users can assay the outer container and bypass the per nuclide totals allowing for management and tracking of materials inside.

HazTrack also features the ability to establish nuclide limits at storage locations. The limits include:

1. Total activity of all containers
   
   
2. Single container activity
   
   
3. Individual nuclide activity limits such as the DOE-STD-1027-92 Category 2

HazTrack can exclude activity associated with nuclide distributions. So, for nuclide limits that should exclude activity associated with Natural Uranium for example, you can select which nuclide distributions to exclude from the activity total period HazTrack uses a hierarchy tree system to track both inventory and radiological activity. PE-Ci values are calculated based on the selected Dose Conversion factor (DCF).

Click here sales@haztrack.com to receive more information on HazTrack's radiological waste management features.