LONG-TERM HAZARD ANALYSIS FOR IN-TANK-SOLIDIFICATION RADIOACTIVE WASTE STORAGE CONCEPT.
Battelle Pacific Northwest Labs., Richland, Wash. (USA), Carl M. Unruh · 1968
External Exposure Rate' From-Alrborne Cloud of 1 3 7 ~s A.6 Exposure Rate From Ground Deposited 13iCS A. 7 Radionuclide Con'centrations in Flood Waters B .l Maximum Permissible Radionuclide Concentrat.ions in Water -40 Hr Week B.2 Radionuclide Inventory for Early Fallout, Ci C.l Assumed Activity Level and Corresponding Possible Actions Under War Time Conditions C. 3 1 3 7 ~s Control Action Contours, 300 kT Weapon C. 3 9 0 ~r Control Action contours, 300 k ~.Weapon c-.. 4 1 3 7 ~s Control Action Contours, 3 MT Weapon C :5 9 0 ~r Control Action Contours, 3 M T Weapon C . 5 Dose Rate-Time Relationships C. 7 4 will occupy essentially all the waste volume after c.ooling.It ' may not be practical to reduce the water content to the desired.'extent in one, operat ion ; any ..r-e-s idu.a.1-1 i-quid.may.-later-.be .removeda by recycling to the evaporator, blowing air through tHe tank ;above the waste, or by adding a material to sorb the water. I'Current inventories of pre.cipitated salts.and skttled sludges L (hydrous metal oxides) wil.1 not norlnally be routed through.the.i . .