A risk management approach to double-shell tank waste volume versus storage capacity | Zendy

G.A. Coles | Zendy; T.J. Thurkow | Zendy; R. L. Fritz | Zendy; L.O. Nuhlestein | Zendy; Molly Allen | Zendy; R. J. Stuart | Zendy

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A risk management approach to double-shell tank waste volume versus storage capacity

Author(s) -

G.A. Coles,

T.J. Thurkow,

R. L. Fritz,

L.O. Nuhlestein,

Molly Allen,

R. J. Stuart

Publication year - 1996

Publication title -

osti oai (u.s. department of energy office of scientific and technical information)

Language(s) - English

Resource type - Reports

DOI - 10.2172/466837

Subject(s) - deliverable , volume (thermodynamics) , shell (structure) , environmental science , risk management , risk assessment , computer science , engineering , waste management , risk analysis (engineering) , civil engineering , systems engineering , business , physics , computer security , finance , quantum mechanics

A risk-based assessment of the overall waste volume versus double-shell tank storage capacity was conducted to develop fallback positions for projections where the waste volume was at a high risk of exceeding capacity. This study was initiated to provide that assessment. A working simulation model was the primary deliverable of this study. The model validates the approach and demonstrates that simulation analysis can provide a method of tracking uncertainties in available data, assessing probabilities, and serves as a tool to be used by management to determine the consequences of various off-normal occurrences

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