The relocation impacts of an accidental release, scenario 1-RD-3 , are evaluated for the Savannah River Technology Center. The extent of the area potentially contaminated to a level that would result in doses exceeding the relocation protective action guide(PAG)is calculated. The maximum calculated distance downwind from the accident at which the relocation PAG is exceeded is also determined. The consequences of the particulate portion of the release are evaluated using the HOTSPOT model and an EXCEL spreadsheet. The consequences of the tritium release are evaluated using UFOTRI
During 1996, atmospheric releases of tritium from the Savannah River Site (SRS) were dramatically le...
There are several types of events that could result in dispersion of radioactive substances in the e...
The number of spent nuclear fuel (SNF) shipments is expected to increase significantly during the ti...
The relocation impacts of an accidental release, scenario 1-RD-2.35, are evaluated for H-Separations...
The relocation impacts of an accidental release, scenario 1-RD-2.35, are evaluated for H-Separations...
On March 27, 1981, a small amount of tritiated water was inadvertently released from the tritium-pro...
On June 16, 995 approximately 10,700 Ci of elemental tritium (HT) were released through a 200 ft sta...
This document assesses the impact of radioactive activation products released from SRS facilities si...
The Probabilistic Risk Assessment (PRA) of Savannah River Plant (SRP) reactor operation is assessing...
This document summarizes the impact of radionuclide releases from Savannah River Site (SRS) faciliti...
Tritium is released to the environment from many of the operations at the Savannah River Site. The r...
This manual documents a recommended methodology for determining the ingestion pathway consequences o...
There are several types of events that could result in dispersion of radioactive substances in the e...
A series of documents has been published in which the impact of various radionuclides released to th...
This analysis indicates that the potential impacts associated with the current/projected Mound triti...
During 1996, atmospheric releases of tritium from the Savannah River Site (SRS) were dramatically le...
There are several types of events that could result in dispersion of radioactive substances in the e...
The number of spent nuclear fuel (SNF) shipments is expected to increase significantly during the ti...
The relocation impacts of an accidental release, scenario 1-RD-2.35, are evaluated for H-Separations...
The relocation impacts of an accidental release, scenario 1-RD-2.35, are evaluated for H-Separations...
On March 27, 1981, a small amount of tritiated water was inadvertently released from the tritium-pro...
On June 16, 995 approximately 10,700 Ci of elemental tritium (HT) were released through a 200 ft sta...
This document assesses the impact of radioactive activation products released from SRS facilities si...
The Probabilistic Risk Assessment (PRA) of Savannah River Plant (SRP) reactor operation is assessing...
This document summarizes the impact of radionuclide releases from Savannah River Site (SRS) faciliti...
Tritium is released to the environment from many of the operations at the Savannah River Site. The r...
This manual documents a recommended methodology for determining the ingestion pathway consequences o...
There are several types of events that could result in dispersion of radioactive substances in the e...
A series of documents has been published in which the impact of various radionuclides released to th...
This analysis indicates that the potential impacts associated with the current/projected Mound triti...
During 1996, atmospheric releases of tritium from the Savannah River Site (SRS) were dramatically le...
There are several types of events that could result in dispersion of radioactive substances in the e...
The number of spent nuclear fuel (SNF) shipments is expected to increase significantly during the ti...