Resilience: A New Paradigm of Nuclear Safety 2017
DOI: 10.1007/978-3-319-58768-4_7
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The Economic Assessment of the Cost of Nuclear Accidents

Abstract: This paper discusses the obstacles that hamper robust estimations of the cost of nuclear accidents. From an economic standpoint, risks of accidents are often quantified by the assessment of an expected cost; that is the product of a monetary loss by its probability of occurrence. In the case of nuclear power, this definition is inadapted. Estimating the probability of a nuclear disaster is subject to high uncertainties, and so is the assessment of its monetary equivalent. This paper first discusses the two spe… Show more

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Cited by 3 publications
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“…PtX) substantial amounts of renewable energy needed for production, see issues above; potential externalisation of environmental issues (e.g. water use, infrastructure build-up) (Bracker, 2017;Skowron and Fünfgelt, 2021) restriction of import potential (all countries need to decarbonise in parallel) (Straatsma, 2021); high uncertainty of costs and capacity/market ramp up (Kleijn and Voet, 2010); maturity and timely availability of infrastructure and transport capacities (Block, 2021); economic dependence and negative effects on population with production for export / influence of international industrial companies (Skowron and Fünfgelt, 2021) nuclear power generation a risk of environmental contamination and unresolved residues issue (Ojovan et al, 2019;Wheatley et al, 2016;Kyne and Bolin, 2016;Harms et al, 2019) no permanent repository available so far; waste deposit acceptance; multiple risks: health, proliferation, costs for future generations, state insurance (no private insurance possible) (des comptes, 2012;Wealer et al, 2019;Balleisen et al, 2017;Bizet and Lévêque, 2017;D'Haeseleer, 2013;Whitton et al, 2015) (references include all aforementioned subarguments)…”
Section: Key Option To Achieve Climate Targetsmentioning
confidence: 99%
“…PtX) substantial amounts of renewable energy needed for production, see issues above; potential externalisation of environmental issues (e.g. water use, infrastructure build-up) (Bracker, 2017;Skowron and Fünfgelt, 2021) restriction of import potential (all countries need to decarbonise in parallel) (Straatsma, 2021); high uncertainty of costs and capacity/market ramp up (Kleijn and Voet, 2010); maturity and timely availability of infrastructure and transport capacities (Block, 2021); economic dependence and negative effects on population with production for export / influence of international industrial companies (Skowron and Fünfgelt, 2021) nuclear power generation a risk of environmental contamination and unresolved residues issue (Ojovan et al, 2019;Wheatley et al, 2016;Kyne and Bolin, 2016;Harms et al, 2019) no permanent repository available so far; waste deposit acceptance; multiple risks: health, proliferation, costs for future generations, state insurance (no private insurance possible) (des comptes, 2012;Wealer et al, 2019;Balleisen et al, 2017;Bizet and Lévêque, 2017;D'Haeseleer, 2013;Whitton et al, 2015) (references include all aforementioned subarguments)…”
Section: Key Option To Achieve Climate Targetsmentioning
confidence: 99%