Title of article
Communicating about nuclear events: Some suggestions to improve INES
Author/Authors
Céline Kermisch، نويسنده , , Céline and Labeau، نويسنده , , Pierre-Etienne، نويسنده ,
Issue Information
روزنامه با شماره پیاپی سال 2013
Pages
7
From page
165
To page
171
Abstract
This paper provides a critical analysis of the International Nuclear and Radiological Event Scale (INES) and its use, both from an epistemic and an ethical perspective. As very few papers have been dedicated to this subject, our critical analysis is mainly based on the INES 2009 Userʹs Manual and on technical information issued by different nuclear agencies. Our critical analysis leads to suggest several elements, which could contribute to the improvement of the INES scale and thereby to a better communication about nuclear events. First, we show that multiple criteria are used to assign an INES rating, which could lead to an insufficient differentiation between events. In order to avoid this issue, we suggest to clarify the criteria that are used to assess the level of the event. Then, we show that level 7 of the INES scale is ill-defined as it does not allow to properly take differences in severity between disasters into account. In this regard, we recommend to use an open scale instead. Moreover, we highlight the fact that INES is able to take into account neither events with long-term evolution nor events involving multiple initiators. In this respect, we suggest providing additional guidelines and reflecting about the data on which to rely, in order to assess an INES level. Furthermore, we reflect on who should be rating a nuclear event and we recommend that, for severe events, an independent and plural agency should be in charge. Finally, we show why INES appears to be insufficient for a global communication, and we suggest to complement the INES rating with additional information in parallel.
Keywords
Nuclear accidents , Fukushima Daiichi , Accident evaluation , INES scale , Nuclear energy , Communication
Journal title
Reliability Engineering and System Safety
Serial Year
2013
Journal title
Reliability Engineering and System Safety
Record number
1573617
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