Home
Scholarly Works
Design of an Assessment Tool for Site Evaluation...
Conference

Design of an Assessment Tool for Site Evaluation of Nuclear Power Plants

Abstract

With the purpose of providing preliminary assessments of specific locations in their ability to support a nuclear power plant using a quantitative method, a tool has been developed to accept input from users and provide an output of an evaluative score. With a focus on nuclear power plants that use water-based cooling and heat transfer methods, the tool considers environmental factors of the site and how they relate to nuclear power plant supportability; it reviews the socioeconomic factors of the region surrounding the site; and it considers the factors of the location that can impact the operational technical efficiency of a nuclear power plant. Using both spectral and binary scales, where a spectrum is assigned a minimum, maximum, and most preferred value, and the binary inputs allow for yes or no responses, as well as a weighting scale for each individual input factor and high level evaluation category, the tool provides a final score indicating how well the location should be capable of supporting a nuclear power plant.Copyright © 2017 by ASME

Authors

Arthurs C; Doxtator A; Mann D; Mann S; Harvel G

Pagination

pp. v009t15a050-v009t15a050

Publisher

ASME International

Publication Date

July 2, 2017

DOI

10.1115/icone25-67579

Name of conference

Volume 9: Student Paper Competition
View published work (Non-McMaster Users)

Contact the Experts team