Article ID: | iaor19952149 |
Country: | United States |
Volume: | 18 |
Start Page Number: | 197 |
End Page Number: | 208 |
Publication Date: | Jun 1994 |
Journal: | Radioactive Waste Management |
Authors: | Reid R.A., Christensen D.C., Harbur D.R. |
Keywords: | decision theory: multiple criteria, analytic hierarchy process |
A panel of technical experts is responsible for evaluating over 400 technology proposals in order to identify a limited number of the most promising for potential use in a future plutonium processing facility. A problem-driven, integrated modelling, decision-support framework has been conceptualized to facilitate this decision making effort. This integrated approach to planning utilizes a variety of modelling structures including Flowsheeting, Analytic Hierarchy Process, Linear and Goal Programming, and Object-Oriented Discrete Event Simulation. These models have been instrumental in improving communication among scientists, planners and model builders; increasing understanding of the potential for certain plutonium process technologies; providing insights into process technology interrelationships; and promoting a relatively objective basis for recommending further development for a select set of evolving process technologies.